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Testing

Mechanical testing of batteries: vibrations, shocks, endurance | Emitech Group

Mechanical tests for batteries, modules and cells Check the resistance of your batteries to dynamic and accidental mechanical stresses

Mechanical tests for batteries, modules and cells Check the resistance of your batteries to dynamic and accidental mechanical stresses The Emitech Group offers a complete range of mechanical tests on batteries, modules and cells. These tests are designed to validate the structural robustness, vibration resistance and shock resistance of energy storage systems, whether they are intended for mobile, on-board or stationary applications. Ask for a quote Why carry out mechanical tests on batteries? Batteries are subject to mechanical stress throughout their life cycle: Vibrations during use (vehicle, train, aircraft, etc.) Shocks during transport or in the event of an accident Stress combined with temperature or electrical cycling These stresses can lead to : Damage to the internal structure (cells, connectors) Short-circuiting or loss of performance Thermal runaway What are the applications? Traction batteries (automotive, rail, marine) Battery packs for drones Battery packs for aerospace and defence Stationary modules subject to vibration (infrastructure, public works) Types of mechanical tests proposed Vibration tests Sinusoidal and random vibrations and customer profiles Simulation of road, rail and aeronautical loads Combined tests: vibration + electrical cycling + temperature Shock tests Standardised mechanical shocks (shape, intensity, duration) Directional shocks on several axes Simulation of impacts, rough handling or severe falls Combined mechanical tests Vibration + shock + thermal + operating sequences HASS (Highly Accelerated Life Test) approach Accelerated ageing studies Talk to our experts in environmental testing of batteries Contact us What standards and benchmarks are covered? UN 38.3 (T.3 and T.4 tests) R100.3 (traction batteries) UL 2580 / UL 1973 / UL 1642 ISO 12405, IEC 62660, MIL-STD-810, DO-160 ... Our dedicated technical resources within the Emitech Group Electrodynamic vibration tables up to 80 kN Controlled shock platforms (acceleration, duration, waveform) Secure, air-conditioned test cells Multi-channel measurement systems: temperature, voltage, deformation, current Why choose the Emitech Group for your mechanical, vibration and shock tests? Multi-physics expertise: vibration, shock, thermal, electrical Resources sized for all battery formats (cell, module, pack) Can be integrated into a combined test campaign Laboratories accredited to quality standards Contact us for a quote Do you need to validate the mechanical resistance of your batteries to vibrations, shocks and combined stresses? Contact our specialists to design a test programme tailored to your products and your regulatory requirements. Request a personalised quote

Testing

Automotive and aeronautical powertrain component testing | Emitech Group

Specialized tests for powertrain components Validate the performance and reliability of your critical components

Specialized tests for powertrain components Validate the performance and reliability of your critical components The Emitech Group offers comprehensive and specialised testing to validate the performance, robustness and compliance of many key components in the automotive and industrial sectors. Our advanced expertise and state-of-the-art facilities guarantee accurate results, enabling you to optimise the quality, safety and durability of your products. Ask for a quote Why carry out component testing? Thorough component testing is crucial for :Guarantee their reliability under real-life conditions.Detect any failures or anomalies at an early stage.Validate their compliance with international and regulatory standards.Optimise their performance and energy efficiency. Our dedicated facilities and equipment The Emitech Group has a complete range of dedicated facilities and equipment:Dynamic test benches for mechanical and hydraulic components.Advanced electrical and electronic test systems (EMC, rigorous electrical tests).Climatic chambers and vibration assemblies for testing the robustness of components in severe environmental conditions. Our specialist areas of testing The Emitech Group offers rigorous testing on a wide range of key components, structured according to a technical and functional logic. Mechanical and hydraulic components Fuel pump: validation of flow rate, pressure and durability under various operating conditions.High-pressure fuel pump: precise testing of hydraulic performance, mechanical strength and tightness.Oil pump: tests on flow rate, pressure and resistance to high temperature to ensure optimum lubrication.Water pump: evaluation of thermal efficiency, flow performance and mechanical resistance to operational constraints. Electrical and electronic components Generator: comprehensive testing of energy efficiency, voltage regulation and robustness in the face of variations in electrical loads.Starter: rigorous validation of cold start reliability, endurance to repeated cycles and electrical robustness.Telma retarder: precise testing of electromagnetic braking capacity, durability and operational safety. Talk to our Powertrain component testing experts Contact us Transmission and reduction components Gearbox: endurance tests, validation of mechanical, thermal and acoustic performance under variable loads.Gearbox: validation of efficiency, mechanical strength, acoustic and vibration behaviour under extreme stress.Aeronautical gears: specific strength, durability and performance tests under high mechanical and thermal stress.e-Taxiing: specific tests for electric aircraft propulsion, validating performance, safety and energy efficiency. Our technical expertise and support solutions Our specialist technical teams provide comprehensive support throughout the trials:Meticulous, personalised preparation of tests according to your technical specifications.Continuous monitoring, accurate analysis of results and immediate intervention if necessary.Detailed reports and practical recommendations for continuous improvement of your components. Why choose the Emitech Group for your component testing? Over 30 years' experience in industrial validation and testing.Recognised expertise with major manufacturers in the automotive, aerospace and rail sectors.Maximum responsiveness and adaptability to meet your exact technical needs. Contact us for a quote Do you want to validate the robustness, performance and reliability of your critical components? Contact our experts today to organise your customised specialist tests.Contact our team of experts. Request a personalised quote

Banc d'essais de cyclage charges et décharges de batteries

Testing

Battery parametric testing: performance, safety and BMS compliance | Emitech Group

Parametric tests for batteries, modules and cells Guarantee the performance and reliability of your energy storage solutions

Parametric tests for batteries, modules and cells Guarantee the performance and reliability of your energy storage solutions The Emitech Group offers in-depth parametric testing of batteries, modules and cells for automotive, industrial and energy applications. Our experts and cutting-edge equipment enable us to accurately verify the correct operation and compliance of your energy storage systems under real, controlled conditions. Ask for a quote Why carry out parametric tests on your batteries? Parametric tests are essential for : Validate effective communication with the battery management system (BMS). Ensure that batteries and cells are watertight and mechanically robust. Confirm charge and discharge capacity in accordance with technical specifications. Check electrical compliance in real-life conditions. These tests ensure the reliability, safety and long-term performance of energy storage systems. Dedicated equipment and facilities in our laboratories Our laboratories are equipped to offer reliable and accurate tests: High-power test benches (up to 650 kW, 1000V, 1000A). High-precision climatic chambers (-40°C to +180°C). Advanced instruments for precise measurement of electrical and thermal characteristics. Specialised parametric tests We offer a complete range of parametric tests specific to batteries, modules and cells. Validating communication with the BMS Complete verification of the communication socket with BMS (Battery Management System) systems. Detailed CAN, LIN and Ethernet protocol tests to ensure optimum, secure management of cells and modules. Simulation of real-life communication scenarios. Leak tests Rigorous testing of gasket integrity and overall battery tightness. Immersion and spray tests to ensure protection against the ingress of water and other liquids. Validation of IPX7/IPX8 protection according to international standards. Charge and discharge tests Validation of performance in complete charge/discharge cycles according to specific profiles (WLTP, FTP, etc.). Continuous, detailed monitoring of key parameters: voltage, current, temperature, capacity. Tests at various temperatures to assess performance under extreme climatic conditions (-35°C to +90°C). Electrical compliance Rigorous checking of fundamental electrical parameters: rated voltage, maximum permissible current, internal resistance. Specific tests to detect any electrical malfunction. Validation of electrical safety in compliance with R100 rev3 and UN38.3 standards. Talk to our experts in parametric battery testing Contact us Our technical expertise and support solutions Our team of experts provides comprehensive support at every stage of your trials: Meticulous preparation and specific adaptation to the technical requirements of each customer. Real-time monitoring of tests, with immediate intervention if necessary. Complete, detailed analysis of the results obtained, with concrete recommendations for improvement. Why choose the Emitech Group for your battery parametric tests? Over 30 years' experience in the automotive and energy industries. Recognised expertise in battery testing for major automotive and industrial manufacturers. Flexibility and adaptability to meet your specific needs. Contact us for a quote Do you want to ensure that your batteries, modules and cells operate smoothly and reliably? Contact our specialists today to define and carry out your personalised parametric tests. Request a personalised quote

Testing

Battery endurance testing: Power bench in controlled environment | Emitech Group

Battery endurance tests - Power bench in a controlled environment Test the robustness and long-term performance of your batteries

Battery endurance tests - Power bench in a controlled environment Test the robustness and long-term performance of your batteries The Emitech Group puts its state-of-the-art facilities at your disposal to carry out rigorous endurance tests on your batteries, modules and cells. Thanks to our high-power test benches and our expertise in environmental simulation, we can validate the performance and reliability of your energy solutions under real conditions of prolonged use. Ask for a quote Battery endurance tests: an important test Endurance testing is essential for : Verify the ability of batteries to withstand repeated charge and discharge cycles. Guarantee the reliability and longevity of batteries under realistic operating conditions. Identify any deterioration in performance over the long term. Validate the safety and thermal and electrical robustness of batteries under various climatic conditions. Tests reproducing typical and representative conditions of use Our endurance tests are designed to faithfully reproduce the typical conditions of use of electric and hybrid vehicles, as well as industrial applications: Realistic cycles simulating daily or intensive use of batteries. Validation of the batteries' internal thermal management to avoid any thermal runaway or overheating. In-depth assessment of the effects of ageing and repeated cycling on performance and capacity. Our specialist endurance testing facilities The Emitech Group has power benches specially designed for precise tests that are representative of real-life conditions. High-capacity power bench Test benches capable of withstanding powers of up to 650 kW, voltages of up to 1000V and currents of up to 1000A. Possibility of testing various load and discharge profiles according to standard cycles (WLTP, FTP, Artemis, etc.) or cycles specific to your applications. Controlled thermal environment Climatic chambers capable of reproducing extreme temperatures ranging from -40°C to +90°C. Precise regulation of thermal conditions to faithfully simulate battery operating environments. Advanced monitoring and acquisition Advanced data acquisition systems for continuous monitoring of critical parameters (voltage, current, temperature, internal resistance). Real-time monitoring for immediate reaction to anomalies or unexpected behaviour. Talk to our battery endurance test experts Contact us Our technical expertise and support solutions Our specialist engineers are with you every step of the way: Rigorous initial configuration adapted to your technical specifications. Dynamic adjustments during the test as required and real-time observations. Full analysis of results using high-performance tools (AVL Concerto, ETAS INCA). Concrete recommendations for continuous improvement of your energy systems. Why choose the Emitech Group for your endurance tests? Over 30 years' recognised expertise in validating energy solutions. A team of experts specialising in battery and electrical system testing. State-of-the-art equipment that is regularly updated to meet growing technological requirements. Operational flexibility tailored to the specific needs of each customer. Contact us for a quote Ensure the reliability and long-lasting performance of your batteries with our specialised endurance tests in a controlled environment. Contact our experts today to define your customised test programme. Request a personalised quote

Testing

Battery abuse testing: fire, thermal, electrical and mechanical safety | Emitech Group

Abusive battery tests: validate safety in extreme conditions Extreme scenarios for controlled safety Batteries, w

Abusive battery tests: validate safety in extreme conditions Extreme scenarios for controlled safety Batteries, whether used in automotive, aeronautical, rail, industrial or stationary storage applications, can be exposed to critical accident situations: shocks, short circuits, thermal propagation, fire, power surges, etc The Emitech Group offers a comprehensive range of abuse tests to characterise the reaction of batteries, modules and cells to these events. Ask for a quote Why abusive battery testing? Abuse tests enable batteries to be subjected to the most critical scenarios to validate their level of safety. They highlight reactions in the event of shocks, short circuits or thermal runaways, and check the effectiveness of protection devices. Indispensable for certification and user confidence, they ensure that energy systems remain safe, even under extreme accident conditions. What sectors are involved in these trials? Automotive and industrial vehicles Aerospace and defence Rail Energy and industrial applications Our 4 strands of abusive battery testing Mechanical tests on batteries Assess your batteries' resistance to shocks, crushing, perforations and extreme vibrations. These tests enable you to anticipate the risks of rupture, short-circuit or thermal reaction in the event of physical failure. Find out more Electrical tests on batteries Test your systems' resistance to overload, overdischarge, internal or external short-circuits and reverse polarity. These tests validate integrated electronic safety systems (BMS) and active/passive protection. Find out more Find out more Find out more Thermal tests on batteries Simulate a thermal runaway, overheating or direct exposure to fire to measure the reaction of your batteries and check that propagation effects are limited. Objective: validate fire safety according to R100, UL 2580 or UN 38.3. Find out more Analysis of off-gases Characterise the toxic, flammable or corrosive gases emitted by your batteries under abusive conditions. Thanks to our instrumentation (GC-MS, FTIR, real-time sensors), we can identify the risks for the environment and operators. Find out more Find out more Find out more Talk to our battery abuse testing experts Contact us Why entrust your abuse tests to the Emitech Group? Secure multi-physics laboratories, capable of conducting extreme tests (heat, fire, pressure, gas, vibration) in confined, controlled environments. Recognised expertise in lithium-ion batteries, integrating mechanical, electrical, thermal and chemical analysis. Services complying with international standards: UN 38.3, R100, UL 2580, ISO 12405, IEC 62660, etc The ability to handle complete validation plans, upstream or downstream of your certification. Taking into account the logistics of your batteries undergoing our test campaigns: storage, transport and recycling Ask for a quote Contact us for a quote Are you developing a battery, a module or a complete system? Secure your products with abuse tests adapted to your constraints. Request a personalised quote

Testing

Mechanical abuse testing for batteries: crushing, puncture, fall | Groupe Emitech

Abusive mechanical testing of batteries, packs, modules and cells Assess the physical resistance of your batteries to the most extreme stresses

Abusive mechanical testing of batteries, packs, modules and cells Assess the physical resistance of your batteries to the most extreme stresses The Emitech Group offers a complete range of mechanical abuse tests on batteries, modules, packs and cells, in order to reproduce the most severe stresses that these systems can undergo in accident or failure situations for an electric vehicle.These tests are essential for validating the robustness, safety and regulatory compliance of lithium-ion batteries and other technologies. Ask for a quote Why are mechanical tests in the category of abusive tests? Batteries can be subjected to shocks, crushing or perforations during use, transport or in the event of an accident. These stresses can lead to :Internal short circuits,Thermal runaway,Release of toxic or flammable gases,Fire or explosion.Mechanical tests validate the resistance of the cells, packaging, connectors and on-board safety systems. What standards and benchmarks are covered? UN 38.3 (tests T.4 to T.6)R100.3 (abusive tests for traction batteries)UL 2580, UL 1642, UL 1973ISO 12405, IEC 62660 The types of tests proposed for abusive mechanical testing Static crushing Application of increasing force on the battery until deformation or rupture.Simulate slow compression, for example in a vehicle accident.Thermal, electrical and visual monitoring during and after the test. Dynamic crushing (impact) Application of a load or impact at a defined speed.Representation of a mass fall, rapid crushing or collision.Measure forces, deformations, temperature and gaseous emissions. Nail penetration Insert a metal pin into the cell or module.Simulation of an internal short circuit caused by a conductive object.Observation of thermal and electrical behaviour (runaway, ignition, off-gassing). Drop test Free release from a defined height (up to 15 m depending on the standard).Variable orientation: flat, on edge, at an angle.Check for mechanical, electrical or thermal damage. Talk to our battery abuse test experts Contact us Our dedicated technical resources within the Emitech Group Static compression benches (up to several tonnes).Speed-controlled dynamic impact trolleys.Motorised nail penetration platforms.Secure enclosures with automatic extinction.High-speed video, thermal cameras, multi-channel sensors. What safety guarantees and post-test treatments are offered by the Emitech Group? Contained areas for destructive testing.Continuous monitoring of chemical and thermal reactions.Management of residues, fumes, electrolytes and damaged materials. Why choose the Emitech Group for your abuse tests? Recognised technical expertise in battery abuse testing.Dedicated, safe facilities that comply with international standards.Integration into comprehensive safety validation campaigns. Contact us for a quote Would you like to validate the mechanical resistance of your batteries under the worst conditions of use? Contact our experts to organise your customised abuse tests.Contact our team of experts. Request a personalised quote

Testing

Electrical abuse testing for batteries: overcharge, overload, severe cycles | Emitech Group

Abusive electrical testing of batteries, modules and cells Test your batteries under the most severe electrical conditions

Abusive electrical testing of batteries, modules and cells Test your batteries under the most severe electrical conditions The Emitech Group carries out electrical abuse tests on batteries, modules and cells to simulate extreme and accidental operating conditions: overcharging, overdischarging and intensive cycling.The aim of these tests is to characterise the safety, electrical stability and response of energy storage systems to voltage and current drifts. Ask for a quote Why are electrical tests classified as abusive? Batteries are sensitive to variations in voltage, current and charge/discharge time. Electrical drifts can lead to :Thermal runaway,Chemical or physical deterioration,Irreversible loss of capacity,An explosion or gas release.These tests validate the design of the battery system, the sizing of the BMS and the robustness of the internal protection. What standards and benchmarks are covered? UN 38.3 (T.7 and T.8 tests)R100 (electrical safety of traction batteries) UL 2580, UL 1973, IEC 62660, ISO 12405 The types of tests proposed for abusive electrical testing Overload Load beyond rated voltage or current capacity.Monitoring of temperature, gases and mechanical integrity.Validate triggering of passive or active safety devices (BMS, fuses, valves). Overload Excessive discharge below critical voltage threshold.Simulation of a breakdown or prolonged misuse.Observation of chemical decomposition and internal short-circuit phenomena. Specific severe cycles Accelerated repetition of charge/discharge cycles (stress test).Application of non-linear or asymmetric profiles.Analysis of capacity drift, internal resistance and temperature rise. Talk to our battery abuse test experts Contact us Our dedicated technical resources within the Emitech Group High-power cycling benches (up to 1000 V / 1000 A).Precision control of voltage, current and time.Synchronized acquisition of electrical and thermal parameters.Real-time monitoring of gases, temperature and deformation. What guarantees of safety and supervision does the Emitech Group offer? Secure test cells with warning and extinguishing systems.Specific procedures for severe overloads or high-risk batteries.Automatic recording of critical events. Why choose the Emitech Group for your abuse tests? In-depth expertise in electrical and BMS testing.Integration into global abuse test plans.Cycling resources can be customised to suit your profiles. Contact us for a quote Would you like to test the electrical resistance of your batteries to overcharging, overdischarging or intensive cycling? Contact the Emitech Group to design your customised electrical abuse test campaign.Contact our team of experts Request a personalised quote

Testing

Thermal abuse testing of batteries: fire, runaway, thermal propagation | Emitech Groupe

Abusive thermal testing of batteries, modules and cells Assess how your batteries react to heat, fire and thermal propagation

Abusive thermal testing of batteries, modules and cells Assess how your batteries react to heat, fire and thermal propagation The Emitech Group offers a complete range of thermal abuse tests for batteries, modules and cells to validate their behaviour under extreme conditions of temperature or exposure to fire.These tests aim to guarantee the safety, thermal stability and compliance of lithium-ion energy storage systems in the face of critical failure scenarios. Ask for a quote Why are thermal tests in the category of abusive tests? Batteries exposed to abnormal temperatures may :Undergo a thermal runaway,Spread an incident from one cell to another,Release flammable or toxic gases,Cause a fire or explosion.These tests validate the robustness of materials, the effectiveness of safety devices (BMS, valves, compartmentation) and the control of risks in the event of overheating or exposure to fire. What standards and benchmarks are covered? UN 38.3 (test T.5, T.6, T.7)R100 (thermal and propagation tests)UL 2580 / UL 1973 / UL 1642 ISO 12405 / IEC 62660 / IEC 62133 ... Types of thermal tests proposed for abuse tests Over-temperature Progressive heating in a climatic chamber or using a heating element.Observation of thermal behaviour up to the critical threshold.Validation of mechanical, electrical and chemical resistance. Thermal propagation (Themal runaway) Trigger a runaway in one cell of a module or pack.Observe thermal transmission to neighbouring cells.Assessment of anti-propagation design and safety devices. Exposure to fire (fire resistance) Direct flame application or immersion in a simulated fire.Reproduction of vehicle or industrial fire conditions.Monitoring of ignition, projections, pressure and gases. Talk to our battery abuse test experts Contact us Our dedicated technical resources within the Emitech Group Climatic chambers (-60°C to +180°C).Reinforced and ventilated fire test chambers.Controlled runaway triggers.Thermal cameras, temperature, pressure and gas sensors.High-speed video and integrated security systems. What guarantees of safety and risk management does the Emitech Group implement? Confined test areas with automatic extinction.Specific protocols for high-capacity batteries.Management of toxic gases, residues and combustion products. Why choose the Emitech Group for your abuse tests? Recognised expertise in thermal testing and lithium-ion batteries.Secure facilities for destructive testing at extreme temperatures.Integration into comprehensive safety validation plans. Contact us for a quote Do you need to validate the thermal behaviour of your batteries in the event of overheating, fire or runaway? Contact the Emitech Group to organise your customised thermal abuse tests.Contact our team of experts Request a personalised quote

Testing

Battery gas analysis: toxic, flammable, corrosive emissions | Emitech Grou

Analysis of gases emitted by batteries Identify and quantify gaseous emissions from your batteries under normal or abusive conditions

Analysis of gases emitted by batteries Identify and quantify gaseous emissions from your batteries under normal or abusive conditions The Emitech Group offers a comprehensive service for analysing the gases emitted by batteries, modules or cells, as part of functional, abuse or ageing tests.These analyses are used to characterise the nature, quantity and hazardousness of the gases released during normal operation, thermal runaway or electrical or mechanical failure. Ask for a quote Why analyse the gases emitted by batteries? In the event of overheating, overcharging or damage, lithium-ion batteries or other technologies may release :Flammable gases (H2, CH4, C2H6, etc.),Toxic compounds (CO, HF, HCN, volatile hydrocarbons),Corrosive agents (HF, SO2, NOx),Organic vapours with an irritant or environmental effect.Analysis of these fumes is essential for :Assess the health and environmental risk,Qualify the materials and internal components,Plan ventilation, containment or neutralisation systems,Meet standards requirements (R100.3, UL, ISO, etc.). What are the applications? Electric and hybrid vehicles.Stationary and industrial storage.Aerospace, naval and military applications.Fleets of batteries for urban, rail or agricultural mobility. The analysis methodology used in the Emitech Group laboratories Test conditions Functional tests, severe cycling, overload, short-circuit, thermal runaway.Tests in confined enclosures with automatic sampling system.Gas detection during emission and post-test. Analytical resources available GC-MS (gas chromatography-mass spectrometry): identification of volatile organic compounds (VOCs).FTIR (Fourier Transform Infrared Spectroscopy): continuous measurement of gas composition (CO2, CO, HF, HCl, NOx, etc.).Electrochemical and optical sensors: real-time monitoring (H2, CO, O2, temperature, pressure).Gravimetric analysis: mass of gas emitted, loss of matter, relative concentration. Deliverables: Summaries and test results Emission curves by component.Quantification in ppm, mg/m3 or g/cycle.Time profile of off-gases.Comparison with regulatory or industrial thresholds. Talk to our experts in battery gas analysis Contact us What standards and benchmarks are covered? R100 (traction batteries) - management of gaseous emissions.UL 2580 / UL 1973 / UL 1642 - fire safety and toxicity.ISO 12405 / IEC 62660 - performance and abnormal behaviour.HSE directives and REACH/CLP regulations Why choose the Emitech Group for your abuse tests? Unique testing resources + integrated chemical analysis.Battery and materials safety expertise.The ability to combine electrical, mechanical and chemical testing. Contact us for a quote Do you need to characterise the gaseous emissions from your batteries under normal or abusive conditions? Contact the Emitech Group to set up a complete analysis campaign that complies with regulatory requirements.Contact our team of experts Request a personalised quote

Essais climatiques sur moteur à combustion

Testing

Aeraulic testing for automotive engines and components | Emitech Group

Airflow testing for automotive engines and components Precise characterization of the airflow performance of your components

Airflow testing for automotive engines and components Precise characterization of the airflow performance of your components The Emitech Group offers you high-precision wind tunnel testing dedicated to characterising the aeraulic performance of your engines and automotive components. Thanks to our state-of-the-art facilities and in-depth technical expertise, we can provide accurate and reliable measurements to help you optimise the design and performance of your products. Ask for a quote Why carry out airflow testing? Wind tunnel tests are essential for : Precisely characterise the permeability of components such as cylinder heads, catalytic converters and particulate filters (DPFs). Accurately measure internal air movements such as Tumble and Swirl, which are essential for optimising engine efficiency. Accurately detect and quantify leaks using Helium measurements, to guarantee component integrity. Validate aerodynamic design to improve overall engine performance. High-precision equipment Our laboratory has high-performance equipment for accurate and reliable testing: Automated test benches for precise, reproducible measurements. ABB Sensiflow massflowmeters for accurate airflow measurement (up to 1300 kg/h). Advanced measurement systems for detailed characterization of component aerodynamic behavior. Our resources dedicated to airflow testing The Emitech Group has a laboratory equipped with high-performance wind tunnel test benches enabling it to carry out a wide range of specialised tests. Cylinder head permeability characterization Our tests enable us to accurately measure the permeability of cylinder heads and assess their efficiency in terms of air flow. This makes it possible to quickly detect points of loss or resistance to flow, and thus improve the engine's overall efficiency. Tumble and Swirl measurement Tumble (vertical vortex) and swirl (horizontal vortex) measurements are essential for characterizing and optimizing the engine's internal flow dynamics: Optimising combustion and energy efficiency. Reducing pollutant emissions. Improving torque and engine power. Talk to our experts in airflow testing on ICE engines Contact us Permeability measurement of catalysts and DPFS Our wind tunnel tests include precise measurements of the permeability of catalytic converters and particulate filters, essential elements in the control of pollutant emissions. These tests enable : Validate the efficiency of filtration and catalysis. Optimise the performance of post-treatment systems. Guarantee compliance with environmental standards. Helium leak measurement We use the advanced Helium leak measurement technique to accurately detect and quantify leaks on various components: Validation of the tightness of critical systems. Quality assurance of manufacturing processes. Proactive prevention of in-service failures. Why choose the Emitech Group for your climate tests? Over 30 years' recognised experience in the automotive and industrial sectors. State-of-the-art infrastructure that is regularly updated. Operational responsiveness and flexibility to respond quickly to your specific requirements. Geographical proximity to your development and production sites. Contact us for a quote Do you want to validate and optimise the thermal reliability of your combustion engines in all climatic conditions? Contact our experts now to organise your climatic tests and enhance the robustness of your engines. Contact our team of experts Request a personalised quote

Essais en environnement applicables aux batteries

Testing

Battery environmental testing: climate resistance and multi-physical robustness | Emitech Grou

Environmental testing for batteries, modules and cells Validate the robustness of your batteries under extreme and multi-physical conditions

Environmental testing for batteries, modules and cells Validate the robustness of your batteries under extreme and multi-physical conditions The Emitech Group offers a range of environmental tests for batteries, modules and cells to simulate the physical and climatic stresses to which these energy storage systems may be exposed throughout their life cycle. These tests guarantee the safety, reliability and compliance of batteries in demanding environments. Ask for a quote Why carry out environmental testing? Batteries can be subjected to a number of combined stresses: Abrupt thermal variations (freezing/thawing, hot engine, air conditioning, etc.) Constant or cyclical humidity (tropical zones, condensation) Accidental immersion, water splashes, dust in industrial environments Salty or corrosive atmospheres High altitude (aeronautics, transport, mountains) These conditions can lead to : Insulation or corrosion faults, BMS malfunctions, Loss of tightness or chemical degradation, Thermal runaway in the event of an uncontrolled reaction. What are the applications? Light and heavy electric or hybrid vehicles Railway and marine batteries Batteries for the aerospace industry Stationary or industrial systems in constrained environments Types of environmental tests proposed Thermal cycling and thermal shocks Rapid alternation between extreme temperatures (from -40°C to +90°C) Reproduction of engine, climatic or seasonal cycles Analysis of the pack's mechanical and electrical resistance Hygrometric cycling (humidity) Relative humidity control from 10% to 95% RH Simulation of successive condensation and drying Observation of the effects on insulation, housings and connections Tightness tests - IP Protection Indices IPX4 to IPX9K (spray, splash, high-pressure cleaning) IP5X and IP6X (ingress of dust or particles) Tests in pressure, immersion or contaminated atmosphere Talk to our experts in environmental testing of batteries Contact us Immersion and corrosion Partial or total immersion in water, technical or saline fluids Salt spray tests in accordance with ISO 9227 Observation of damage: oxidation, loss of seal, electrolyte leakage, etc Altitude (altimeter tests) Simulation of reduced pressure up to 11 kPa (≈ 15,000 m) Vacuum runaway or deformation test Combination with temperature or electrical cycling What standards and benchmarks are covered? UN 38.3 (tests T.1 to T.7) ECE R100.3 - traction batteries IEC 62660, IEC 62133, ISO 12405 ISO 20653 (IP), ISO 16750-4 (automotive), MIL-STD-810 UL 2580, UL 1973 Our dedicated technical resources within the Emitech Group Climatic and humidity chambers (-60 °C to +180 °C) Combined thermal/humidity/electric cycling systems Dust, spray, salt spray and immersion chambers Altimeter cells with pressure/temperature control Multi-channel acquisition (voltage, current, temperature, humidity, pressure) Why choose the Emitech Group for your EMC tests? Multi-physics expertise: thermal, hygrometric, mechanical, electrical Resources adapted to cells, modules and complete packs Ability to string together combined and standardised sequences Contact us for a quote Would you like to assess the environmental resistance of your batteries under the worst possible conditions? Contact Emitech to build a customised test plan that meets the requirements of your market. Request a personalised quote

Illustration d'un essais CEM en CRBM sur une batterie masquée par une maquette 3D

Testing

Battery EMC testing: ECE R10, ISO 7637, CISPR 25 | Emitech Group

EMC testing for batteries, modules and cells Ensure the electromagnetic compatibility of your batteries and avoid critical interference

EMC testing for batteries, modules and cells Ensure the electromagnetic compatibility of your batteries and avoid critical interference The development of lithium-ion batteries and their management systems (BMS) is accompanied by strict electromagnetic compatibility (EMC) requirements.The Emitech Group offers comprehensive EMC testing for batteries, modules or packs, in line with regulatory requirements (ECE R10) and manufacturers' standards applicable in the transport sector. Ask for a quote EMC testing is a common requirement for all equipment placed on the market in Europe and around the world. For batteries used in consumer products, industrial applications, etc., EMC requirements are verified during tests on the equipment incorporating the battery as part of procedures such as CE marking for Europe or equivalent in other regions of the world. Why EMC tests on batteries? Batteries, particularly packs incorporating a BMS, converters or communication interfaces (CAN, LIN, Ethernet), can :Emit electromagnetic interference that is harmful to other equipment (radio, ECU, sensors),Be sensitive to external disturbances, with serious consequences: malfunctions, power cuts, measurement errors, thermal runaway.EMC tests are used to :Check compliance with international standards and customer specifications,Detect EMC design weaknesses (wiring, shielding, filtering, etc.),Ensure cohabitation with sensitive ECUs (ADAS, converters, RF equipment),Validate functional robustness in severe electromagnetic environments. What are the applications? Battery packs for electric and hybrid vehicles On-board modules for railways On-board modules for aeronautics Stationary batteries for critical infrastructures and medical equipment Electromagnetic compatibility (EMC) testing: Emissions and immunity Electromagnetic emissions Conducted emissions: from 150 kHz to 108 MHz (on power and signal lines),Radiated emissions: from 30 MHz to 1 GHz (or even up to 6 GHz depending on the standard),Analysis during representative phases: charging, discharging, standby, wake-up, etc. Electromagnetic immunity Radiated immunity (ISO 11452-2): exposure to a modulated electromagnetic field (80 MHz to 1 GHz),Conducted immunity (BCI, ISO 11452-4): injection of interference on cables,Electrical transients ISO 7637-2/3, ESD pulses (electrostatic discharges up to ±15 kV),Functional tests under disturbances: BMS monitoring, relays, DC/DC converters, etc. Charge and discharge tests Voltage, current, temperature, state of charge (SoC), CAN communication monitoring,Fault detection: reset, power failure, measurement error, loss of communication. Talk to our experts in EMC battery testing Contact us What standards and benchmarks are covered? ECE R10 (Rev.6): EMC approval for vehicles and their subsystems,ISO 11452 / ISO 7637 / CISPR 25 / ISO 10605: automotive EMC,Customer-specific EMC (Renault, Stellantis, VW, Airbus, etc.). Our dedicated technical resources within the Emitech Group 3 m and 10 m anechoic chambers, GTEM cells,ESD, BCI, ISO transient and direct injection test facilities,HV cycling benches (up to 1000 V / 1000 A) for real-life testing,Synchronised monitoring: voltage, current, temperature, CAN frame, BMS errors. Why choose the Emitech Group for your EMC tests? European leader in EMC testingResources tailored to high-power batteries,Full simulation of functional scenarios during testing,Support through to ECE R10 approval. Contact us for a quote Are you developing a battery subject to strict EMC requirements?Contact the Emitech Group to carry out your electromagnetic compatibility tests under representative conditions and in accordance with current standards. Request a personalised quote

Testing

Battery instrumentation and expertise: analysis, measurement, validation | Emitech Group

Expertise and instrumentation for batteries, modules and cells High added-value services to analyse, equip and improve the reliability of your energy storage s

Expertise and instrumentation for batteries, modules and cells High added-value services to analyse, equip and improve the reliability of your energy storage systems The Emitech Group provides its technical expertise and advanced instrumentation resources to support battery, module and cell manufacturers in their validation, optimisation and failure analysis projects. These high added-value services complement the test campaigns with an in-depth understanding of the physical, electrical, thermal and mechanical phenomena involved. Ask for a quote Our battery expertise: multidisciplinary know-how Our specialist engineers and technicians have in-depth knowledge of battery architectures, cell technologies (li-ion, LFP, NMC, LTO, etc.), BMS interfaces and safety issues. Our services cover : Design analysis: pack architecture, power and cooling paths, thermal decoupling, passive safety. Post-test diagnostics: visual inspection, residual voltage measurements, functional tests, fault finding and weak points. Post-mortem analysis: assessment of cells or modules following runaway, shock, overload or failure. Technical support in defining validation plans or interpreting complex results. A few examples of our specific instruments Instrumentation for combined tests (cycling + vibration + thermal) Thermal propagation monitoring in the event of a runaway Real-time CAN communications monitoring during EMC tests Preparation of prototype modules for abusive testing (modification, reinforcement, partial dismantling) Customised instrumentation We design and implement the complete instrumentation for your batteries, with sensors adapted to the extreme conditions and compact size of the systems. Electrical measurements Voltage, current, internal resistance, BMS balancing, opening/closing of power relays, CAN, LIN, SPI, Ethernet monitoring. Thermal measurements Thermocouples bonded or integrated into the pack, High-resolution thermal cameras, PT100 sensors, fibre optics for high-risk environments. Mechanical and vibration measurements Accelerometers, strain gauges, Displacement or internal pressure sensors, Monitoring the mechanical expansion of modules. Acquisition and processing Synchronous multichannel recording, Oscilloscopes, stand-alone recorders, high-frequency systems, Synchronized with cycling, vibration, temperature or shock. Talk to our experts about your instrumentation needs Contact us Why choose the Emitech Group? Cross-disciplinary skills: electrical, thermal, mechanical, chemical Test facilities + instrumentation in a single laboratory Expertise in prototype, series and development batteries Ability to support complex and confidential projects Contact us for a quote Do you need customised instrumentation or in-depth expertise for your batteries? Contact Emitech engineers to build a technical solution tailored to your needs. Request a personalised quote

Caisse de transport blindée spécifique au transport de batteries

Testing

Chassis dynamometer emissions testing: Euro 6 and WLTP emissions measurement | Emitech Group

Roller bench pollution tests Measuring pollutant emissions and Euro 6 compliance

Roller bench pollution tests Measuring pollutant emissions and Euro 6 compliance Why test on a chassis dynamometer? The Emitech Group offers pollution tests on chassis dynamometers, designed to accurately measure regulated emissions from thermal, hybrid and rechargeable hybrid vehicles. These tests are essential for type approval, R&D or compliance monitoring (COP), according to European and international standard cycles. These tests are essential for : Ensure compliance with Euro 6 and Euro 7 standards and other international regulations. Carry out accurate measurements of pollutant emissions (CO, CO₂, NOx, HC, CH₄, fine particles). Simulate regulatory driving cycles (WLTP, NEDC, American and Japanese cycles). Optimise post-treatment strategies (EGR, DPFS, SCR, LNT). Identify potential drifts linked to ageing or operating conditions. Test thermal, hybrid and electric vehicles under controlled conditions. Optimise the energy consumption and range of electric vehicles Roller bench tests are complementary to RDE measurements Ask for a quote Our test bench services We carry out tests in accordance with the main approval procedures: WLTP (Worldwide Harmonized Light Vehicles Test Procedure) - European reference cycle. NEDC (New European Driving Cycle) - applicable to certain series. FTP-75, US06 - North American cycles. Other specific cycles on request (Artemis, JC08, etc.). Which vehicles are affected by these measures? We offer comprehensive solutions for assessing vehicle emissions and performance: Thermal vehicles (petrol, diesel, natural gas, other fuels). Hybrid (HEV) and plug-in hybrid (PHEV) vehicles. Light vehicles (M1, N1) and commercial vehicles (N2 under exemption). Pollutant emissions: what are we measuring? Gases: CO, CO2, NO, NO2, NOx, HC, CH4, NH3. Particles: mass (PM), number (PN), size (ultrafine). Other parameters: O2, H2O, gas temperature, exhaust back pressure. Test methodology Preparing and conducting tests Vehicle conditioning according to protocol (maceration - temperature, fuel, tyre pressure). Automated or manual driving with robotic control. Guaranteed repeatability with strictly controlled conditions. Possibility of combining with RDE / PEMS or climatic tests for full validation. Analysis and interpretation of results Processing of raw data and calculation of emission factors. Verification of compliance with regulatory thresholds (Euro 6d-TEMP, Euro 7 standards, etc.) Recommendations for engine calibration or post-treatment if required. Talk to our experts in roller bench pollution testing Contact us Technical resources of the Emitech Group Roller benches 2x2 and 4x4 air-conditioned (-30°C / +50°C). Gas analysers AVL AMA, FTIR for specific HC, NH3, CH4, etc. Fine particle counters (AVL APC, Micro Soot Sensor). Altimetric and hygrometric simulation. Data recording and processing via AVL Concerto, Etas INCA. Expertise and technical support Our technical teams are with you every step of the way: Vehicle preparation and configuration. Test plan compliant with standards or adapted to your specific needs. Real-time monitoring and data analysis. Full report with interpretation of results and possible areas for improvement. Integrating chassis dynamometer tests into product development with the Emitech Group Test bench testing helps to optimise vehicle design and ensure regulatory compliance. Our experts can help you with : Analysing standards requirements and adapting test protocols. Test implementation with customised configurations. Interpretation of results and optimisation of energy and environmental performance. Contact us for a quote Need to validate your vehicles' pollutant emissions? Contact our teams to organise your pollution tests on a chassis dynamometer in our laboratories Request a personalised quote

Testing

Powertrain testing - Thermal, hybrid, electric | Emitech Group

Powertrain tests Thermal, hybrid and electric powertrains The Emitech Group supports the automotive and mobility

Powertrain tests Thermal, hybrid and electric powertrains The Emitech Group supports the automotive and mobility industries in the development and validation of powertrains, whether thermal, hybrid or electric.Thanks to our high-power dynamic test benches, our expertise in extreme environments and our instrumentation know-how, we offer a comprehensive range of tests covering all phases of the powertrain life cycle. Ask for a quote Why powertrain testing? Powertrain tests validate the reliability, performance and conformity of powertrains under representative conditions. They secure development by anticipating failures, optimising fuel efficiency and ensuring compliance with environmental standards. They are essential to controlled innovation, and ensure the robustness and competitiveness of vehicles brought to market. Which vehicles are covered by these tests? Combustion engine (ICE) Light hybrid engine (MHEV) Hybrid engine (HEV) Plug-in hybrid engine (PHEV) Electric motor (BEV) Our three main types of tests Powertrain endurance tests Our endurance campaigns validate the robustness of powertrains over extended periods, under controlled conditions. These tests enable us to detect wear phenomena, optimise preventive maintenance and secure performance over the long term. The Emitech Group also provides instrumentation, drift analysis and qualification in severe climatic environments. Find out more Powertrain performance tests We help manufacturers measure the overall performance of thermal, hybrid and electric powertrains. Our test benches can be used to assess power, torque, efficiency, fuel consumption, thermal behaviour and emissions, under standardised or extreme conditions. These tests are essential for certification and energy optimisation procedures. Find out more Find out more Find out more Fine tuning tests (engine mapping and calibration) The Emitech Group is involved in the development of engine control laws via calibration and fine tuning (MAP) tests. Our experts configure engine control strategies in line with usage constraints, regulations or customer objectives. Mapping is adapted to each application: consumption, pollution, driving pleasure, electromagnetic compatibility, etc. Find out more Talk to our Powertrain testing experts Contact us Why put your trust in the Emitech Group? Proven powertrain expertise: over 30 years' experience in powertrain testing for leading customers in the automotive, aerospace and defence industries.State-of-the-art test benches: high-power engine test benches, climatic test benches, real-time acquisition systems, advanced instrumentation.Complete coverage of Powertrain testing, from development to post-approval, including stress tests and multi-environment validation.Recognised quality standards: compliance with ISO 17025 requirements, test traceability, industrial confidentiality, detailed reporting. Ask for a quote Need engine or Powertrain testing for your development or homologation projects? Contact our experts for a solution tailored to your performance, robustness or regulatory compliance objectives. Request a personalised quote

Banc d'essais groupe motopropulseur à combustion

Testing

Powertrain endurance testing - Thermal, hybrid, electric | Emitech Group

Endurance tests for powertrains (GMP) Validate the long-term reliability and robustness of your powertrains The E

Endurance tests for powertrains (GMP) Validate the long-term reliability and robustness of your powertrains The Emitech Group offers endurance tests specifically designed for powertrains (thermal, hybrid or 100% electric). These tests are essential for assessing durability, detecting early faults and validating the performance of your propulsion systems under real or severe operating conditions. Ask for a quote Why carry out Powertrain endurance tests? Endurance tests are used to : Check the mechanical, electrical and thermal performance of the powertrain. Identify performance degradation over time. Detect wear, fatigue or failure of critical components. Optimise energy management strategies (engine, battery, hybrids). Meet the requirements of manufacturers, equipment suppliers or regulations. What types of powertrain are involved? Thermal powertrains: combustion engines (ICE-D/G, MHEV, e-fuels, H2, NH3), gearboxes, intake/exhaust systems. hybrid powertrains: thermal/electric integration (HEV, PHEV), energy management, conversion systems. electric powertrains: electric motors (BEV, FCEV), gearboxes, inverters, cooling systems. Test methodology 1. Implementation on test benches Integration on high-power test benches with simulation of customer or standard cycles. Motorised load controlled to faithfully reproduce field stresses. Controlled temperature and humidity conditions (combined climatic tests possible). 2. Long-term cycling Simulation of several hundred or thousands of hours of operation. Alternating load phases (acceleration, braking, idling). Thermal cycles and repeated starts can be included. 3. Continuous data acquisition Real-time monitoring: temperature, torque, power, speed, vibrations, currents, voltages. Automatic alarms and shutdowns when faults are detected. 4. Intermediate inspection and post-test appraisal Planned shutdowns for partial or complete inspection of the powertrain. Dismantling and final inspection with metrological or destructive analyses. Talk to our experts in endurance testing on Powertrain Contact us Our technical resources within the Emitech Group Endurance benches up to 650 kW. High-voltage power supply (up to 1000 V / 1000 A). Dynamic air conditioning (-35°C to +90°C). Adaptable cooling systems (air, liquid, oil). Multi-physics acquisition and processing via Concerto, Matlab, Python. Integrate your Powertrain endurance tests into your validation process R&D validation before series production or during development. Product qualification before industrialisation. Durability testing for approval or customer requirements. Why choose the Emitech Group? Multi-energy expertise: thermal, electric, hybrid. Benches that can be configured to your specific needs. Comprehensive support from endurance plan to final analysis. Contact us for a quote Do you want to guarantee the durability of your thermal, hybrid or electric powertrains? Contact our teams today to set up a customised endurance test programme. Request a personalised quote

Testing

Powertrain performance tests - Thermal, hybrid, electric | Emitech Group

Performance testing for powertrains (GMP) Measure and optimise the performance of your propulsion systems The Emi

Performance testing for powertrains (GMP) Measure and optimise the performance of your propulsion systems The Emitech Group offers comprehensive performance testing for powertrains (thermal, hybrid and electric). These tests assess the fundamental technical characteristics of your powertrains under controlled and representative conditions, with a view to their development, validation or optimisation. Ask for a quote Why carry out performance testing? Performance tests are used to : Determine torque and power curves as a function of speed and load. Evaluate the overall efficiency of the powertrain. Validate response times, stability and control precision. Compare different engine configurations. Optimise thermal and energy management strategies. What types of powertrain are involved? Thermal powertrains (ICE-D/G, MHEV, e-fuels, H2, NH3): combustion engine + transmission (gearbox, clutch, etc.). Hybrid powertrains (HEV, PHEV): thermal engine + electric motor + electronic management. electric powertrains (BEV, FCEV): electric motor, inverter, gearbox, cooling. Test methodology 1. Installation on dynamic test benches Full integration of powertrain on high-power benches. Instrumentation of key points: temperature, pressure, torque, speed, consumption. Possibility of integrating the cooling system and energy circuit (fuel or electricity). 2. Carrying out the tests Static characterization campaigns (measurement at constant load, step-by-step). Dynamic tests (load ramp-up, speed variation, cycle simulation). Efficiency measurements and full mapping (mechanical, thermal and electrical efficiency). Specific performance tests: energy recovery, torque response, gear shifting, etc. 3. Data acquisition and analysis Synchronous multi-channel recording (thermal, electrical, mechanical). Real-time analysis and advanced post-processing (Concerto, Matlab, Python). Provision of engine maps, point clouds, thermal and energy balances. Talk to our Powertrain performance testing experts Contact us Our technical resources within the Emitech Group Powertrains up to 650 kW. Controlled load systems (electric brake or motor in opposition). Dynamic environment conditioning (-35°C to +90°C). HV power supply for electric powertrains (up to 1000 V / 1000 A). Integrated analysis and optimisation software. Integrate Powertrain performance testing into your validation process Engine development and calibration. Validation before going into production. Competitive benchmarking. Approval to customer standards or specifications. Why choose the Emitech Group? Comprehensive expertise in thermal, electric and hybrid powertrains. Modular test facilities for all types of powertrain. Technical support from specialist powertrain engineers. Contact us for a quote Do you want to characterise and optimise the performance of your thermal, hybrid or electric powertrains? Contact our specialists to organise your customised performance tests. Request a personalised quote

Testing

Tuning testing for powertrains - Thermal, hybrid and electric tuning | Emitech Group

Fine tuning tests for powertrains Fine-tune the settings and validate the overall behaviour of your engines The E

Fine tuning tests for powertrains Fine-tune the settings and validate the overall behaviour of your engines The Emitech Group carries out fine tuning tests (FTT) for thermal, hybrid and electric powertrains (TPG). The aim of these tests is to optimise the dynamic, energetic and thermal behaviour of powertrains by fine-tuning the parameters of calibration, electronic management and interaction between powertrain components. Ask for a quote Aims of the fine tuning tests The development tests enable us to :Optimise engine control strategies: injection, ignition, torque, hybridisation, etc.Adjust control laws to meet consumption, performance or comfort objectives.Validate compatibility between components (engine, gearbox, inverter, battery).Reduce pollutant emissions and improve thermal management.Prepare for homologation or industrialisation. What types of powertrain are involved? Thermal (ICE-D/G, MHEV, e-fuels, H2, NH3): engine calibration, injection/ignition mapping, thermal management.Hybrids (HEV, PHEV): thermal/electric coordination, mode transition management.Electrics (BEV, FCEV): servo optimisation, recovery strategy, torque response. Test methodology 1. Preparation and instrumentation Integration of the powertrain on a motorised test bench.Instrumentation of key quantities: temperature, torque, power, pressure, voltage, current.Interface with calibration tools (ETAS INCA, CANape, etc.). 2. Mapping and calibration Recording of engine operating curves (fine tuning torque, fuel consumption, efficiency).Tests under different conditions: temperature, simulated altitude, variable load.Adjustment of engine or hybrid management tables.Validation of operating stability and reproducibility. 3. Dynamic validation Transient tests (acceleration, deceleration, speed changes).Analysis of powertrain behaviour under realistic or severe conditions.Verification of post-start behaviour, temperature management, back-up strategy. Talk to our fine tuning experts at Powertrain Contact us Our technical resources within the Emitech Group Dynamic powertrain benches up to 650 kW.Motorised charging systems and vehicle cycle simulation.Controlled climatic environment (-35°C / +90°C).Calibration software (ETAS, AVL, dSPACE) and analysis tools (Concerto, Matlab). Integrate your Powertrain development tests into your validation process Engine development and series calibration.Post-validation optimisation.Adjustment for specific products or markets. Why choose the Emitech Group? Multi-energy powertrain expertise: thermal, electric, hybrid.Engineers specialised in engine calibration and energy management.Flexible, combinable test facilities (climatic, altimetric, EMC). Contact us for a quote Do you need to fine-tune the operation of your powertrains and validate their behaviour? Contact the Emitech Group to schedule your fine-tuning tests with our specialists. Request a personalised quote

Testing

Internal combustion engine (ICE) testing – Endurance, performance, mapping and compliance | Emitech Group

Internal Combustion Engine (ICE) Testing Performance, robustness and environmental compliance

Internal Combustion Engine (ICE) Testing Performance, robustness and environmental compliance Guarantee the reliability of your combustion engines with expert testing The Emitech Group offers a comprehensive range of tests dedicated to internal combustion engines (ICE), enabling the assessment of their endurance, performance, mapping, pollutant emissions and behaviour in extreme climatic conditions.These services are aimed at manufacturers, equipment suppliers and design offices wishing to validate their technologies against regulatory, technical and environmental criteria.  Ask for a quote Why thermal engine testing? Internal combustion engines remain at the heart of many applications, but their development is subject to severe constraints in terms of performance, durability and environmental compliance.Testing helps to validate their robustness, optimise their energy efficiency and ensure compliance with current standards, while anticipating regulatory and technological developments. What types of engine are involved in these tests? Combustion engine (ICE) Light hybrid engine (MHEV) Plug-in hybrid engine (PHEV) Hybrid engine (HEV) Our 5 key areas of expertise in combustion engines Engine endurance tests Test the robustness of your motors over extended cycles to validate their long-term performance, identify potential failures and optimise their architecture. Find out more Engine performance tests Measure power, torque, fuel consumption and energy efficiency on dynamic engine dynos adapted to all types of fuel. Find out more Find out more Find out more Fine tuning engine Optimise engine management via fine tuning campaigns to identify the ideal calibration parameters for high-performance engine management. Find out more Pollutant emission measurements Ensure that your engines comply with environmental standards (WLTP, FTP75, RDE, etc.), whatever the fuel used (petrol, diesel, H2, etc.). Find out more Find out more Find out more Engine testing in a climatic environment Evaluate your engines' behaviour at extreme temperatures, at high altitudes or in combined conditions (climatic + altimetric), to guarantee reliability and compliance in all contexts of use. Find out more Talk to our thermal engine testing experts Contact us Why put your trust in the Emitech Group? Over 30 years' expertise in engine testing and regulatory validation.State-of-the-art technical resources (engine test benches, climatic chambers, emissions analysers, altitude simulators, etc.).Compatibility with all types of engines and fuels.Personalised support from specialist engineers and advanced analysis tools. Ask for a quote Need to guarantee the reliability, performance and environmental compliance of your engines? Contact our experts for a tailor-made solution and get a quote tailored to your needs. Request a personalised quote

Essais endurance sur moteur à combustion

Testing

Endurance testing of internal combustion engines / ICE | Emitech Group

Endurance testing for internal combustion engines (ICE) Proven reliability and robustness of your engines under extreme operating conditions

Endurance testing for internal combustion engines (ICE) Proven reliability and robustness of your engines under extreme operating conditions The Emitech Group puts its technical resources and expertise at your disposal to carry out rigorous endurance tests on your internal combustion engine. Thanks to advanced infrastructures and a highly qualified team, we guarantee accurate and reliable results to optimise the durability and performance of your engines, whether they are destined for the automotive, aeronautical or other industrial applications. Ask for a quote Why carry out endurance tests? Endurance testing is a crucial stage in the development and validation of combustion engines. They make it possible to :Check the robustness of the engine's mechanical components.Determine the resistance to wear in continuous operation.Assess the reliability of the engine over long periods.Detect any design problems before going into production.Validate claimed performance under realistic and severe conditions. Tests adaptable to all types of fuel We offer tests on a wide range of fuels: petrol, diesel, ethanol, methanol, LPG, CNG, kerosene, ammonia (NH3) and hydrogen (H2). This enables us to meet the validation needs of all current and future technologies, including in the most innovative and demanding contexts. Our endurance testing facilities The Emitech Group has some of the most advanced facilities in Europe, enabling it to carry out tests under a wide range of controlled conditions. Dynamic engine test cells Our engine test cells are equipped with high-performance chassis dynamometers capable of accurately reproducing real-life stresses and specific cycles in accordance with international standards (WLTP, FTP75, NRSC, NRTC, etc.). Climate-controlled environment Our climatic facilities enable us to test your motors at temperatures ranging from -30°C to +50°C, with precise humidity regulation. This guarantees perfect reproduction of the extreme weather conditions your motors may encounter during their life cycle. Talk to our experts in ICE endurance testing Contact us Advanced measurement equipment We use state-of-the-art measuring equipment to monitor and collect data:Exhaust gas analysis: CO, CO2, NOx, HC, CH4.Measurement of fine and ultra-fine particles using latest-generation AVL analysers.Precise control of temperature, pressure, vibration and mechanical stress in real time. Our altimeter test capability Our equipment can also be used to carry out tests in simulated altimetric conditions up to a pressure corresponding to an extreme altitude (100 mbar). This type of test is particularly relevant for engines intended for high-altitude markets or aeronautical applications. Benefit from our comprehensive post-test expertise and personalised support for greater operational flexibility Following the tests, an in-depth assessment is carried out on the engines to precisely analyse their mechanical behaviour and identify any weak points or premature wear. Our team of engineers and technicians carries out detailed diagnostics, providing a clear interpretation and concrete recommendations for improving your products.We understand that every project is unique. That's why we offer personalised support at every stage of your endurance testing. Our operational flexibility and our ability to quickly adapt our test rigs to your technical specifications guarantee a rapid and accurate response to your needs. Why choose the Emitech Group for your endurance tests? Over 30 years' experience in engine testing.Recognised expertise with major automotive and industrial manufacturers.State-of-the-art equipment that is regularly updated.A nationwide presence for optimum proximity to your production sites. Contact us for a quote Do you want to validate the durability of your thermal engines and guarantee their long-term reliability? Contact us today to discuss your specific requirements and organise your endurance tests with our technical experts.Contact our team of experts. Request a personalised quote

Essais de performance sur moteur à combustion

Testing

Internal combustion engine performance testing | Emitech Group

Performance testing for combustion engines Accurately validate the real performance of your engines The Emitec

Performance testing for combustion engines Accurately validate the real performance of your engines The Emitech Group puts its recognised expertise and state-of-the-art infrastructure at your service to carry out rigorous performance tests on your combustion engines. Our technical solutions enable you to obtain the precise, reliable data you need to optimise and certify your declared power and torque characteristics. Ask for a quote Why carry out engine performance tests? Performance testing is essential for :Accurately assess power and torque curves.Optimise engine calibration to achieve the best performance.Check engine compliance with power and emissions standards.Accurately measure fuel consumption and pollutant emissions under real and simulated conditions.Validate settings for optimum performance in all situations of use. Compatible with all fuels Our technical flexibility means we can assess the performance of engines running on a wide range of fuels: petrol, diesel, bioethanol, methanol, LPG, CNG, kerosene, ammonia and hydrogen. This versatility is essential to anticipate and support technological developments in the automotive and industrial sectors. Our advanced technical capabilities The Emitech Group has a comprehensive range of equipment and dynamic engine test benches enabling performance tests to be carried out in accordance with rigorous, standardised protocols. High-precision dynamometers Our facilities include the latest generation of AVL engine test benches, capable of handling power ratings of up to 330 kW and torques of up to 3100 Nm, giving us the flexibility to test any type of thermal engine, from light vehicles to heavy-duty applications. Detailed and precise measurements Each performance test includes a complete series of measurements to guarantee the reliability of the results obtained:Precise measurement of engine torque and power up to 10,000 rpm.Fine control of fuel consumption using high-precision AVL coriolis flowmeters.Complete exhaust gas analysis to determine regulated emissions (CO, CO2, NOx, HC, fine particles).Real-time pressure and temperature readings over the entire engine for complete diagnostics. Talk to our experts in ICE performance testing Contact us Simulations and reproductions of real-life conditions Our test benches faithfully reproduce real operating conditions thanks to :Standardised driving cycles (WLTP, FTP75, Artemis, etc.).Dynamic temperature control of fluids (water, oil, charge air).Altitude simulation up to a pressure of 100 mbar to assess performance in extreme conditions. Our technical expertise and support solutions Our team of expert engineers and technicians provides comprehensive technical support:Meticulous preparation of engines and assembly on test benches to your specifications.Real-time monitoring and technical adjustments during testing.Advanced data post-processing with AVL Concerto and INCA PC software for clear, in-depth interpretation of results. Why choose the Emitech Group for your combustion engine performance tests? Over 30 years' expertise in engine testing and validation.The ability to handle all your specific requirements, from innovative prototypes to mass-produced engines.A fast response to your technical needs.A nationwide network for optimum proximity. Contact us for a quote Are you looking for a reliable measure of the real-world performance of your thermal engines? Contact our specialists today to define your test campaign together and optimise the performance of your products.Contact our team of experts Request a personalised quote

Market entry

CE marking for medical devices and IVDDs

We can help you demonstrate compliance with the MDR 2017/745 regulation for Medical Devices (and the DM DIV 2017/746 regulation for your In Vitro Diagnostic Medical Devices - IVDR).

Medical Device (MD) and IVDD regulations Make a success of your CE marking Why ensure regulatory compliance for medical devices? European Regulations (EU) 2017/745 (MDR on Medical Devices) and (EU) 2017/746 (IVDR on In Vitro Diagnostic Medical Devices) aim to enhance patient safety, device performance and market surveillance. They impose strict requirements on manufacturers to ensure a high level of quality and traceability.Our services enable manufacturers to:Define the applicable regulatory scopeSecure the design through pre-qualification analysesOptimise qualification and production costsEnsure compliance with MDR and IVDM regulations.Obtain CE marking and access European and international markets.Validate critical manufacturing processes (transport, packaging, tropicalisation, harsh environments).Train teams in regulatory and standard requirements.Implement recurring series testing during manufacturingPrepare clinical evaluations Ask for a quote Main requirements of RDM and RDM DIV regulations. Device classification MDD: Devices are classified into classes I, IIa, IIb and III according to their intended use and level of risk.iVDD: Four classes A, B, C and D, depending on the intended use, with a significant increase in controls (90% of IVDDs require assessment by a Notified Body, compared with 15% previously). General Safety and Performance Requirements (GSPR) Compliance with current standards in terms of :Risk management according to ISO 14971.Basic safety and essential performance.Electromagnetic compatibility/RadioJustification of hazardous substances and consideration of cybersecurity. Clinical and performance evaluation MD: Obligation to provide solid clinical data (studies, literature, etc.).IVDD: Validation of analytical and clinical performance. Quality management system (ISO 13485) Implementation of a compliant quality system covering design, production and post-market surveillance.Appointment of a Person Responsible for Regulatory Compliance (PRRC). Technical documentation and declaration of conformity RDM and RDM DIV technical file** with a description of the device, design, risk analysis, test reports, labelling and user documentation.EU Declaration of Conformity attesting to compliance with regulatory requirements. Registration and traceability (EUDAMED, UDI) Registration of devices and economic operators in EUDAMED.Allocation of a Unique Identifier (UDI) for each device. Post-market surveillance and vigilance Implementation of a post-marketing surveillance plan (PMS).Periodic safety reports (PSUR) and reinforced vigilance. Tests required for compliance The conformity assessment stage is essential for manufacturers. The choice of laboratory to assess the conformity of medical devices requires technical and normative skills in many fields. Basic safety and performance Verification of electrical, mechanical, fluid and performance risksCompliance with IEC 60601-1 (DM) and IEC 61010-2-101 (IVDD) standards. Electromagnetic compatibility (EMC) Emission and immunity tests to guarantee reliability.Applicable standards: IEC 60601-1-2 (DM) and IEC 61326-2-6 (IVDD). Performance testing Verification of measurement accuracy and reproducibility.In vitro and in vivo tests for diagnostic performance. Environmental and reliability testing Climatic (temperature, humidity) and mechanical (vibration, shock) tests.Checking the robustness and lifespan of the device. Talk to our experts in CE marking for your DM and IVD DM Contact us Biocompatibility and biological safety (ISO 10993) Cytotoxicity, irritation and systemic toxicology tests to assess the biocompatibility of materials in contact with the human body. Cybersecurity and embedded software Validation of medical software according to IEC 62304, IEC 82304Cybersecurity risk assessment (IEC 81001-5-1). Access to international markets In addition to European conformity, we make it easier to export devices thanks to :CB Schemes: International recognition of tests.FDA clearance (510(k)) for the US market.Specific certifications for over 50 countries Training and regulatory support We offer specialised training courses to help you master regulatory and standards requirements:IEC 60601: General safety requirementsIEC 60601-1-2: EMC construction rulesISO 14971: Risk management applied to medical devices.IEC 62366-1 : Fitness for use and ergonomics of devices.IEC 62304: DM softwareRequirements according to RDM and RDM DIV Why choose the expertise of the Emitech Group? Our services cover the entire life cycle of medical devices:Regulatory support and compliance matrix.Carrying out laboratory and in situ testsHelping to optimise the cost of qualification and productionOur recognised technical expertise in all areas of medical devices and IVDs (from implants to machines)Accelerated access to international markets. Contact us for a quote Do you need support to ensure the compliance of your medical devices? Contact our experts for a tailored solution. Request a quote now

Essais de pollution sur moteur à combustion

Testing

Combustion engine emission measurements - Compliance & eco-performance | Emitech Group

Pollutant emission measurements for combustion engines Ensure the environmental compliance and ecological performance of your engines

Pollutant emission measurements for combustion engines Ensure the environmental compliance and ecological performance of your engines The Emitech Group can help you rigorously validate the pollutant emissions of your combustion engines through specialised tests that comply with the strictest international regulations. Our advanced technological facilities and the expertise of our team guarantee accurate and comprehensive analysis of the emissions produced by your engines. Ask for a quote Why measure pollutant emissions? Measurements of pollutant emissions are essential for : Validate your engines' regulatory compliance with international standards. Ensure the ecological and environmental performance of your vehicles or equipment. Identify areas for technical improvement to reduce harmful emissions. Meet growing expectations in terms of environmental protection and public health. Compatibility with a wide variety of fuels Our laboratories are able to carry out emissions measurements for engines using a variety of fuels: petrol, diesel, ethanol, methanol, LPG, CNG, kerosene, ammonia and hydrogen. This versatility means we can support you whatever the engine technology you use. Our resources for analysing pollutant emissions The Emitech Group has state-of-the-art equipment for accurate, reliable measurements of pollutant emissions from your combustion engines. Advanced analysis systems Our test benches include state-of-the-art equipment such as : AVL AMA i60 and FTIR gas analysers for accurate measurement of exhaust gases (CO, CO2, NOx, THC, CH4, NH3, etc.). AVL fine and ultra-fine particle counters (APC 489) that comply with the latest regulations. Opacimeters and soot sensors (Micro Soot Sensor AVL 483) for a complete assessment of particulate emissions. Comprehensive standards protocols We carry out tests according to internationally recognised standard cycles such as : WLTP (Worldwide Harmonized Light Vehicles Test Procedure). FTP75, Artemis, NEDC, NRSC, NRTC, among others. Real Driving Emissions (RDE) tests using on-board PEMS systems. Talk to our experts in pollution testing on ICE engines Contact us Our measurements in real and simulated conditions Our facilities enable us to carry out precise measurements both in the laboratory on roller benches and in real driving conditions: Simulation of extreme climatic conditions (-30°C to +50°C). Altimeter simulation (up to 100 mbar). Continuous analysis of emissions with real-time measurements. Benefit from our in-depth expertise and detailed analysis Following the tests, our specialist team carries out a detailed analysis of the results obtained: Interpretation of the data using advanced tools (AVL Concerto, ETAS INCA). Identification of the key parameters influencing pollutant emissions. Concrete technical recommendations for optimising the environmental performance of your engines. Why choose the Emitech Group for your pollutant emission measurements? Over 30 years' experience in engine testing and validation. Some of the most advanced emissions analysis equipment on the market. A team of engineers and technicians who are experts in the analysis of pollutant emissions. A high level of responsiveness and flexibility tailored to your specific needs. Contact us for a quote Do you want to guarantee compliance and optimise the environmental performance of your combustion engines? Contact our specialists today to organise your emissions measurement campaigns. Contact our team of experts Request a personalised quote

Testing

Climate testing for combustion engines - Performance & robustness | Emitech Group

Climatic environment testing for combustion engines Guarantee the performance and reliability of your engines in all weather conditions

Climatic environment testing for combustion engines Guarantee the performance and reliability of your engines in all weather conditions The Emitech Group offers climatic environment testing specially designed to test and validate the performance of your internal combustion engines (ICE) under extreme conditions. Thanks to our cutting-edge technological infrastructure and the in-depth expertise of our engineers, we can provide precise and rigorous validation to optimise the robustness and reliability of your engines in the face of the most severe climatic variations. Ask for a quote Why carry out climate tests on your engines? Testing in a climatic environment is essential for : Check the engine's thermal behaviour in extreme conditions. Establish engine mapping. Ensure regulatory compliance with international standards. Identify and prevent potential malfunctions linked to weather conditions. Optimise performance and reliability in actual operation. Validate the thermal management of the engine and its components. Compatible with all types of engines and fuels Our facilities can accommodate and efficiently test a wide variety of combustion engines running on different fuels: petrol, diesel, ethanol, methanol, LPG, CNG, kerosene, ammonia and hydrogen. This versatility guarantees exhaustive and relevant validation for each specific application. Our specialist facilities for climatic testing of combustion engines The Emitech Group has advanced facilities that enable full simulation of climatic conditions. Dedicated climate units We have climatic chambers capable of reproducing temperatures ranging from -30°C to +50°C, with precise humidity control. These chambers faithfully simulate the most severe weather conditions to guarantee the continued performance of your engines. Dynamic simulation of real-life conditions Our facilities include climatic chassis dynamometers that enable us to carry out engine tests under operating conditions that are very close to the real thing: Simulation of normative cycles (WLTP, FTP75, Artemis, etc.). Specific cold start, rapid warm-up and full-load operation tests in extreme environments. Validation of thermal management of fluids (oil, water, air) at extreme temperatures. Talk to our experts in climatic testing of ICE engines Contact us Detailed and in-depth measurements Each climate test includes a complete analysis of engine performance and pollutant emissions under rigorous conditions: Measurement of exhaust gases (CO, CO2, NOx, HC, particulates). Precise assessment of fuel consumption in a range of climatic conditions. Real-time monitoring of engine parameters (pressure, temperature, vibration). Additional altimeter tests In addition to climatic tests, the Emitech Group also offers altimeter tests to validate engine performance at simulated altitudes of up to 100 mbar. This is particularly crucial for engines designed for high-altitude environments or for aeronautical applications. The performance of a combustion engine is highly dependent on atmospheric pressure. At altitude, the increasing scarcity of air affects : The power delivered by the engine (air/fuel ratio). Overall energy efficiency. Pollutant emission levels (NOx, CO, HC). Cold start and thermal behaviour. Supercharging strategy (turbo, compressor). These tests are used to simulate, analyse and optimise these behaviours before commissioning. Our technical expertise and support solutions Our specialist engineers will support you throughout the climatic testing process: Preparation of the engines and precise installation on the test benches. Continuous technical monitoring with real-time adjustments during the tests. Detailed analysis and interpretation of results using advanced tools such as AVL Concerto. Optimisation advice and practical recommendations to improve performance. Why choose the Emitech Group for your climate tests? Over 30 years' recognised experience in the automotive and industrial sectors. State-of-the-art infrastructure that is regularly updated. Operational responsiveness and flexibility to respond quickly to your specific requirements. Geographical proximity to your development and production sites. Contact us for a quote Do you want to validate and optimise the thermal reliability of your combustion engines in all climatic conditions? Contact our experts now to organise your climatic tests and enhance the robustness of your engines. Contact our team of experts Request a personalised quote

Testing

Electric motor testing - Performance, endurance, environment | Emitech Group

Electric motor tests Validate the performance, robustness and conformity of your electric drives The Emitech Grou

Electric motor tests Validate the performance, robustness and conformity of your electric drives The Emitech Group offers a comprehensive range of tests dedicated to electric motors, covering all performance, endurance, tuning and environmental requirements.Our specialist laboratories support manufacturers in the electric mobility sector (automotive, rail, aeronautics, energy, etc.) in qualifying their powertrains, from prototype to production product. Ask for a quote Why electric motor testing? Electric motors are at the heart of the energy transition, and must meet increasingly stringent requirements in terms of performance, reliability and compliance. Tests are used to validate their efficiency, endurance and ability to withstand extreme conditions, while ensuring that they can be integrated into critical mobility or energy applications. What types of engine are involved in these tests? Electric motor (BEV) Plug-in hybrid engine (PHEV) Hybrid engine (HEV) Our four main areas of expertise in vehicle testing Performance testing of electric motors Accurately measure the efficiency, torque, speed, losses and electrical characteristics of your motors. Our dynamic instrumented test benches enable tests on a wide range of power ratings and motor technologies (PMSM, BLDC, asynchronous, etc.). Find out more Electric motor endurance tests Test the durability of your engines over long, demanding cycles. Our tests aim to identify potential failure modes, guarantee the durability of assemblies and components, and validate overall reliability. Find out more Find out more Find out more Fine tuning tests Optimise control laws, calibrate control algorithms (FOC, DTC, etc.) and test the dynamic behaviour of your engines in a simulated environment. These tests ensure fine-tuned management of engine performance, efficiency and thermal performance. Find out more Environmental testing Subject your electric motors to extreme conditions: temperature, humidity, vibration, corrosion, immersion, dust, EMC, etc. We validate their performance in the harshest operating environments to guarantee their compliance and robustness. Find out more Find out more Find out more Talk to our electric drive experts Contact us Why put your trust in the Emitech Group? Advanced expertise in electric motors, based on over 30 years' experience in testing.A multi-physics approach: thermal, electrical, mechanical, EMC, etcPowerful and flexible test facilities up to 400 kW.Complete mastery of industry standards and requirements.Personalised support from definition of the test plan to delivery of the reports. Ask for a quote Need to qualify your electric motors? Contact our experts for a personalised study of your needs and a made-to-measure quote. Request a personalised quote

Testing

Electric motor endurance testing - Reliability & robustness | Emitech Group

Endurance tests for electric motors Validate the robustness and durability of your electric drives The Emitech Gr

Endurance tests for electric motors Validate the robustness and durability of your electric drives The Emitech Group offers comprehensive endurance tests for electric motors, meeting the requirements of the automotive and aerospace sectors, as well as future mobility and even industrial applications. The aim of these tests is to assess long-term performance, anticipate potential failures and guarantee system reliability under representative or extreme operating conditions. Ask for a quote Why carry out electric motor endurance tests? Endurance tests are used to : Test the motor's resistance over extended operating cycles. Check performance stability (torque, efficiency, temperature). Identify the phenomena of ageing, wear or electrical and mechanical degradation. Validate the design and sizing of the cooling system. Prepare for certification or series production. What sectors are involved in these trials? In addition to our main activities involving electric and hybrid vehicles, we also provide services for railway and aeronautical propulsion, as well as for industrial applications with high duty cycles (pumps, robots, fans, etc.). Electric and hybrid vehicles Rail Aerospace and defence Energy and industrial applications Our technical resources for endurance testing The Emitech Group has motorised and instrumented test benches for long-term endurance campaigns: Tests under constant or variable load. Programmed thermal and mechanical cycling. Continuous monitoring of physical quantities: current, voltage, temperature, speed, vibration. Operation for up to several thousand hours. Simulatable test conditions Controlled ambient temperature (-30°C to +90°C). Dry, humid or air-conditioned environments. Simulation of repeated starts, load increases, stop & start cycles. Tests with air, liquid or mixed cooling. What parameters are measured Changing motor efficiency. Heating of windings, magnets and sensors. Insulation resistance. Leakage currents. Mechanical vibration and noise. Possible integrations Endurance tests can be combined with : Climatic tests (temperature, humidity). Vibration tests. Electrical tests (insulation, overvoltage, short-circuits). EMC tests. Talk to our experts in electric motor endurance testing Contact us Why choose the Emitech Group for your endurance tests? Test benches adaptable to all power ratings and engine configurations. Teams specialising in electric motors. Combined test resources for a global approach to reliability. Ask for a quote Contact us for a quote Do you want to validate the long-term reliability of your electric motors? Contact our experts today to design an endurance test plan tailored to your technical and regulatory needs. Contact our team of experts Request a personalised quote

Essais de performance moteurs électriques

Testing

Electric motors performance testing - Torque, power, efficiency | Emitech Group

Performance testing for electric motors Evaluate and optimise the performance of your electric motors The Emitech

Performance testing for electric motors Evaluate and optimise the performance of your electric motors The Emitech Group offers comprehensive performance tests for electric motors, enabling you to measure precisely the key characteristics of your powertrain and validate its behaviour under various operating conditions. These tests are essential for the development, validation, approval or benchmarking of your electric propulsion or drive solutions. Ask for a quote Why carry out performance tests on electric powertrains? Performance testing aims to : Determine the torque and power curve as a function of speed. Evaluate the overall efficiency of the motor alone or in a chain with its inverter. Check thermal performance at different speeds. Characterise the operating limits (speed range, peak torque, maximum temperature, etc.). Make comparisons between configurations or technologies. What sectors are involved in these trials? Engines for electric and hybrid vehicles Rail propulsion Aeronautical propulsion Industrial, robotic and agricultural drives Our test methodology 1. Installation and instrumentation Mounted on a dynamometer with torque, speed, temperature, voltage and current sensors. Can be integrated with customer inverter or Emitech Group power supply. Cooling control (air, water, oil, dielectric fluid). 2. Test protocols Static characterization test: speed or torque step measurements. Dynamic characterization test: load rise, acceleration/deceleration cycles. Efficiency measurements over the entire useful operating range. Peak torque tests over defined durations. Regenerative braking tests (if applicable). 3. Data acquisition and analysis Real-time performance display. Mapping of operating ranges (efficiency, temperature rise). Detailed analysis using AVL Concerto, Matlab, Python and Excel tools as required. Talk to our experts in electric motor performance testing Contact us What parameters are measured Torque (Nm), power (kW), speed (rpm). Overall efficiency (motor only or geared motor). Internal temperatures (windings, magnets, bearings). Noise and vibration (optional). The technical resources of the Emitech Group at your service Motor banks up to 650 kW with active or passive load. High voltage power supply up to 1000 V / 1000 A. Controlled environments: ambient temperature, humidity, vibration. Synchronous multi-channel acquisition (electrical, thermal, mechanical). Why choose the Emitech Group for your performance testing? Highly instrumented test benches adapted to all types of powertrain. Combined expertise in electrical, mechanical and environmental testing. A tailor-made approach for each customer. Ask for a quote Contact us for a quote Do you want to accurately measure the performance of your electric motors and validate their efficiency and dynamic capabilities? Contact our team now to organise your performance tests. Contact our team of experts Request a personalised quote

Essais de mise au point de moteurs électriques

Testing

Electric motor tuning - Control, performance & validation | Emitech Group

Development tests for electric motors Optimise the performance and management of your electric motors The Emitech

Development tests for electric motors Optimise the performance and management of your electric motors The Emitech Group offers comprehensive development services for electric motors, from fine-tuning of control parameters to functional validation in simulated or real-life environments. These tests help to achieve an optimum level of performance while ensuring reliability, safety and compliance with market requirements or current standards. Ask for a quote Objectives of development tests for your electric motors The aim of the electric motor development tests is to : Precisely calibrate the control laws (v/f, vector, FOC, DTC, etc.). Optimise energy efficiency and the torque curve. Ensure thermal management of the engine and associated electronic components. Adapt the system to its actual operating conditions (cycle, load, environment). Check dynamic behaviour: starting, acceleration, regenerative braking, torque reversal. What types of electric motor are involved? Permanent magnet synchronous motors (PMSM). Induction motors (asynchronous). Brushless motors (BLDC). Electronically commutated motors for mobility, industrial, rail and aeronautical applications. Mobility Rail Aerospace Industrialists Our approach: Steps and methodology 1. Initial set-up and characterization Identification of the motor's electromechanical characteristics (inductance, resistance, nominal torque). Integration into the test bench with multi-channel acquisition (voltage, current, temperature, speed, torque). 2. Control development Adjustment of control laws (FOC, sinusoidal, BLDC, etc.). Adjustment of current, speed and position loops. Optimisation of start-up, management of current peaks and speed transitions. 3. Thermal and energy validation Simulation of real operating profiles. Monitoring overheating (windings, magnets, bearings). Analysis of overall efficiency (motor + inverter). 4. Tune-up in a specific environment (optional) Integration into a climatic, vibration or EMC test campaign. Verification of performance stability under external stresses. Talk to our experts in electric motor development testing Contact us Our dedicated development testing facilities Instrumented electric motor test benches up to 400 kW. Mechanical servo drive for load simulation. High-frequency acquisition, FFT analysis, multi-point thermal monitoring. Analysis software: Concerto, Matlab/Simulink, dSPACE, ETAS. Why choose the Emitech Group for your electric motor tune-up tests? Teams specialising in instrumentation and control and electric motors. Expertise in multi-physics environments. Our ability to integrate tests into a vehicle or complete system development process. Ask for a quote Contact us for a quote Would you like to optimise the development of your electric motors and validate their performance in all conditions? Contact our team to set up a customised test campaign. Contact our team of experts Request a personalised quote

Essais en environnement moteurs électriques

Testing

Environmental testing for electric motor | Emitech Grou

Environmental testing for electric motors Guarantee the robustness of your electric motors in all conditions of use

Environmental testing for electric motors Guarantee the robustness of your electric motors in all conditions of use The Emitech Group offers you a complete range of environmental tests to validate the resistance, durability and compliance of your electric motors in the face of real-life operating constraints. Using specialised laboratories and state-of-the-art equipment, we test your motors under extreme conditions, simulating the most demanding environments. Ask for a quote Why test your electric motors with environmental testing? Environmental testing is essential for : Validate the mechanical, electrical and physico-chemical behaviour of motors. Validate the electromagnetic compatibility characteristics of HV-powered sub-assemblies. Guarantee correct operation throughout their service life, whatever the conditions of use. Prevent premature failure due to humidity, corrosion, vibration or even altitude. Meet the quality standards and requirements of the automotive, rail, aerospace and industrial markets. What sectors are involved in these trials? Engines for electric and hybrid vehicles Rail propulsion Aeronautical propulsion Industrial, robotic and agricultural drives Our specialist environmental tests for electric motors We offer a wide range of tests covering all the environmental aspects that can affect your engines. Climatic and hygrometric tests Simulation of extreme temperatures (-60°C to +180°C) with controlled humidity variation. Accelerated thermal cycling to test the strength of materials and assemblies. Climatic chamber tests to reproduce tropical, desert or polar environments. EMC (Electromagnetic Compatibility) testing Anechoic chamber tests to CISPR 25 standard to assess immunity and electromagnetic emissions. Validation of compliance with IEC and ISO standards specific to on-board equipment. Vibration tests Sinusoidal and random tests to simulate vibrations in operation (road, rail, flight). Combined vibration and climatic tests for validation in extreme conditions. Salt spray and corrosion Prolonged exposure to salt spray (NSS, AASS) to test corrosion resistance. Oxidation resistance tests on surfaces, contacts and motor housings. Spray and immersion (water and other fluids) IPX4 to IPX9K tests (pressure spraying, directional jets, etc.). Prolonged immersion tests (IPX7/IPX8) to validate complete watertightness. Specific tests with industrial fluids or coolants. Sand and dust Tests for resistance to penetration by fine particles (IP5X, IP6X standards). Simulation of desert conditions or heavy industrial environments. Talk to our experts in environmental testing for electric motors Contact us Chemical aggression Exposure to acid mists, solvents, fuels, lubricants and other chemical substances. Checking the resistance of plastics, rubber, varnishes and electronic components. Altimeter tests Simulation of operation at altitudes of up to 100 mbar (equivalent to >5000 m). Combined altimeter and thermal tests for aeronautical and mountain applications. Find out more about the Emitech Group's specialised infrastructures and cutting-edge equipment Our laboratories are equipped to guarantee the accuracy, repeatability and conformity of tests: Climatic, vibration and EMC chambers calibrated to international standards. Specific power supply benches for real-load motor testing. Advanced instrumentation systems for real-time monitoring (temperature, current, insulation, torque, etc.). Our technical expertise and support solutions Each project benefits from tailor-made support: Definition of test campaigns according to your needs and the requirements of standards. Preparation, implementation, monitoring and analysis of tests by our specialist engineers. Full report, interpretation of results and optimisation recommendations. Why choose the Emitech Group for your environmental testing? Over 30 years' recognised expertise in severe environment testing. Multi-sector coverage: automotive, aerospace, rail, defence, energy. A single point of contact for complete validation of your electric motors. Ask for a quote Contact us for a quote Ensure the robustness and compliance of your electric motors under the most extreme conditions. Contact our experts now to organise your tailor-made environmental tests. Contact our team of experts. Request a personalised quote

Batteries

Batteries - Safety, Compliance & Performance

Validate the safety, reliability and compliance of your lithium batteries: UN 38.3, ECE R100, ECE R10, cycling, EMC, abuse, endurance tests, etc.

Batteries - Safety, Compliance & Performance Validating your batteries is critical at every stage of their life cycle Whether they are high-capacity batteries for vehicles or sub-assemblies powering avionics modules or nomadic equipment, batteries require rigorous validation in terms of safety, resistance to aggression, regulatory compliance and performance.The Emitech Group offers a comprehensive range of testing and support services covering regulatory requirements (UN 38.3, ECE R100, ECE R10, IEC, ISO, etc.), environmental and mechanical constraints (vibration, fire, temperature, humidity, etc.) and product reliability issues. Ask for a quote Batteries for electric and hybrid vehicles and rolling stock The batteries of all vehicles with electric or hybrid engines are concerned: private cars, electric two-wheelers, buses, lorries, agricultural or site machinery. What are the applicable requirements or specific issues? UN 38.3 international transport conformity (to assembly site)Approval of REESS according to ECE R100 Rev.3Fire resistance and thermal runawayManufacturer qualificationReliability under severe conditionsElectromagnetic compatibility (ECE R10) What are our associated services? UN 38.3 campaigns (T1 to T8)ECE R100 regulatory tests (annexes 9A to 9J) including fire (annexes 9C, 9D), thermal and abuse testsEMC tests according to ECE R10 (emissions, immunity, ESD)Cycling, endurance, environmental tests Battery testing: validating your systems to guarantee safety, performance and compliance Batteries are now a critical component in many products - from electric vehicles to military equipment, drones and connected objects. Each application has its own specific requirements: safety of use, resistance to harsh environments, regulatory compliance and long-term reliability.The Emitech Group can help you with a comprehensive, modular range of tests covering the entire lifecycle of your batteries, whatever their type or area of use. Vehicle applications: making your REESS more reliable and certifying it Batteries used in electric or hybrid vehicles (REESS) are subject to strict regulatory and technical requirements. Their validation involves comprehensive campaigns covering safety, performance and electromagnetic compatibility.Our expertise :Transport validation: UN 38.3 tests (mandatory as soon as the vehicle leaves the factory)ECE R100 Rev.3 testing (electrical safety, thermal behaviour, fire resistance, etc.)Compliance with ECE R10 (EMC tests: emissions, immunity, ESD)Endurance, abuse (overload, short-circuit) and environmental (vibration, temperature, humidity) assessmentsParametric testing: load/discharge validation, BMS communication, internal resistanceDedicated instrumentation: thermal sensors, CAN/LIN, real-time cycling monitoringSecure storage and transport: compartmentalised areas, ADR compliance (UN 3480) On-board applications and defence: robustness in extreme conditions Embedded systems in the aeronautical, space and military sectors demand uncompromising reliability. Batteries have to meet demanding industry standards, while guaranteeing safe behaviour in the face of mechanical, thermal and electrical stress.Our expertise :Transport validation: UN 38.3 tests (mandatory as soon as they leave the factory)Qualification to DO-160, MIL-STD, STANAG standardsSimulation of thermal runaway scenarios and assessment of fire resistanceMechanical and climatic testing (altitude, vibration, shock, corrosion, etc.)EMC tests adapted to the requirements of the sector (compatibility with on-board electronics)Advanced measurements: gas release, behaviour under abusive stress, etcBMS monitoring during severe tests (EMC, abuse, vibration)Controlled logistics for storing prototypes or damaged batteries Civil and portable devices: making transport and everyday use safer Batteries for drones, medical equipment, connected sensors or industrial devices need to be compact, reliable and safe, particularly during transport and throughout their life cycle.Our expertise :UN 38.3 campaigns for transport compliance (air, sea, road)Endurance and cycling tests, performance tests in real environmentsAssessment of resistance to drops, impact, humidity and extreme temperaturesSafety tests: overload, short-circuit, thermal propagationParametric validation: capacity, temperature, life cyclesPost-test diagnostics: visual inspection, residual voltage, etc Batteries Regulation 2023/1542, a forthcoming regulatory development in Europe Over the next few years, the new European regulation on batteries will gradually introduce unprecedented obligations that will impact manufacturers and distributors of batteries for connected objects. Among the major changes already adopted in (EU) 2023/1542 are the following:Digital passport for batteriesCarbon footprint and environmental performanceMinimum recycled contentDurability and minimum performanceDesign and replaceabilityExtended producer responsibilitySupply chain due diligence Talk to our battery experts Contact us Shared resources, tailored support Thanks to the integration of our skills and the diversity of our laboratories, we can offer you :Large-volume environmental chambers and multi-channel cycling benchesMechanical resources (vibration, shock, free fall)Fire equipment for severe thermal tests and propagationGas and pressure measurements in the event of runaway conditionsHigh-level EMC test benches (large cages, roller benches, etc.) Emitech Group - A global approach based on our complementary businesses and areas of expertise What sets the Emitech Group apart is our ability to combine :Multidisciplinary technical skills (electrical safety, thermal, mechanical, EMC, digital simulation, etc.)A modular offering tailored to each sector: automotive, aerospace, defence, energy, consumer electronics, etcControlled in-house resources and accreditations for our laboratories, recognised by international authoritiesFull support, from product design to final approval, including optimisation and critical analysis of resultsDesign of customised test benchesEngineering and product developmentSupport for certificationTechnical trainingEtc Need to secure a battery project? Let's talk about it! Our teams are at your side to design and implement a test plan tailored to your objectives, your constraints and your markets.Contact us to talk to our experts. Request a quote now

Powertrain

Dynamic test benches for Powertrain tests

Thermal, hybrid or electric powertrains: performance, endurance, fuel consumption, vibrations

Dynamometer for powertrains (GMP) Benches for electric, hybrid or combustion engines The Emitech Group has a number of powertrain characterization (performance, vibration, etc.) and endurance test benches to develop or validate your thermal or electrified powertrain.The expertise of our staff also enables us to handle any type of cycle or customer mission profile. Ask for a quote Example of our dynamic 'B9' dyno - 2 machines This dynamic bench enables a large number of possible combinations to be tested without being encumbered by the vehicle's integral structure. Faced with the challenge of developing ever cleaner and more energy-efficient vehicles, the Powertrain bench can accommodate a range of powertrains: thermal engines, light hybrid (48V) or heavy hybrid (high voltage) or all-electric.The versatility of our test bench means that we can respond quickly to the development and fine tuning (FTT) needs of vehicle manufacturers and equipment suppliers. Endurance or development tests carried out on this test bench validate the chosen architectures in terms of mechanical reliability, pollution and fuel consumption. Dynamic bench performance 2 reversible machines with a total output of 400 KwIndependent speed control for each generatorOperation in rpm, torque or vehicle, speed modeFast monitoring (500Hz acquisition)Fluid conditioning (air, fuel, glycol, oil, etc.)PULSAR control and acquisition software specially designed for the powertrain simulation benchComplies with manufacturers' vibration level requirements Options Gas analysis system: 5-gas analysis bay + EGRParticle analysis system: PegasorFumimeter - OpacimeterLMS or SONAR vibration measurement stationBattery simulator (as required)Thermal shock with cold unit (fluids as required) Dyno configuration for electric powertrain (eGMP only) Simulator 250kW 600A /600V and DC charging machines:Rated speed (rpm) : 1532NM : 2338A : 953kW : 359Hz : 500Constant Power Speed (rpm) : 2800 Machines / generators Maximum torque 2000 Nm from 0 to 1000 RPM for each machineMaximum speed of 3000 RPMMaximum power 200 Kw from 1000 RPM to 3000 RPMThe direction of rotation is fully reversible, both manually and automatically Fluid conditioning Fuel conditionerAir temperature and humidityOil and water temperature and pressure controlAVL fuel consumption scale Measurement and control PULSAR control and acquisitionManual and automatic control of the test benchFast 500hz acquisitionCombustion analysis system: Osiris, IndicomETAS equipment with engine control link, lambda meterVibration measurement (optional) Powertrain testing methodology 1 - Preparing the tests Integration of engines or vehicles on dedicated benches.Calibration of sensors and configuration of test cycles. 2 - Performing the tests Real-time acquisition of engine performance.Simulation of driving and operating conditions.Load, mechanical effort and fuel consumption tests. 3 - Analysis and validation of results Comparison with regulatory requirements.Detailed reports and recommendations for optimisation.Identification of possible causes of non-validation. Talk to our experts in dynamic test benches for Powertrains Contact us Integrating Powertrain testing into product development GMP testing helps to optimise powertrain design and speed time-to-market. Our experts can help you with :analysis of normative and regulatory requirements ** Implementation of tests with customised configurations ** Implementation of tests with customised configurations ** Analysis of normative and regulatory requirements ** Implementation of tests with customised configurations**Implementation of tests with customised configurations ** Interpretation of results to improve performanceInterpretation of results to improve reliability and energy performance Why choose the Emitech Group? 35 years' expertise in powertrain testingA dedicated project team (test engineers, automation specialists, metrologists)Fully mastered in-house control/supervision softwareAdaptation to your manufacturers' protocols or international standardsDynamic multi-configuration test benches tailored to your needs.Recognised expertise in powertrain development and validation. Contact us for a quote Need a high-performance test bench for your powertrains? Contact our experts for a tailored solution. Request a quote now

Powertrain

Synthetic fuels & e-fuels

Validate your thermal and hybrid engines powered by e-fuels, hydrogen or ammonia. Characterization, endurance, R85 certification

Development and validation of thermal and hybrid powertrains Focus on new fuels and e-fuels Meet environmental challenges with testing solutions tailored to alternative fuels The rapid evolution of environmental standards and decarbonization policies is forcing manufacturers to rethink their powertrain strategies. The Emitech Group supports propulsion engineers, test managers, and alternative fuel experts in validating thermal and hybrid powertrains powered by e-fuels, hydrogen (H2), ammonia (NH3), and other low-carbon fuels.We provide high-performance test benches capable of reproducing real operating conditions, while integrating the specific constraints of new fuels. These benches are suitable for gasoline, diesel, natural gas, HEV/PHEV hybrid powertrains, as well as multi-fuel or alternative combustion configurations. Ask for a quote Why test your alternative powertrains at Emitech? Anticipating regulations and accelerating innovation In a context of energy transition and regulatory change, anticipating legislative developments while accelerating technological innovation is becoming a major strategic challenge for engine manufacturers. Integrating alternative fuels into powertrains is a concrete response to the growing demands for performance, pollution control and endurance. This approach is part of the preparations for the arrival of the Euro 7 standard and future environmental regulations. Multi-energy engine development The development of multi-energy powertrains means that a wide range of solutions can be explored, from petrol, diesel and natural gas powertrains (up to 280 bar) to synthetic fuels and liquid e-fuels. Technologies linked to hydrogen, used in direct combustion, as well as those incorporating ammonia (NH₃), in liquid or gaseous form with PFI or direct injection, are also opening up new prospects. In addition, mixed NH₃ + H₂ combustion is a promising way of meeting environmental challenges while maintaining performance levels suited to the applications in question. Our customised high-performance test bench Our H2/NH3 high-dynamic engine dyno is an adaptation of our high-performance dyno designed to meet engine development requirements for different types of engine: petrol, diesel and natural gas (280 bar power supply). It offers great versatility to meet all engine development requirements:Calibration measurement and optimisation work on stabilised points for performance, combustion, fuel consumption, pollutant emissions, etc.Automatic calibrationAutomatic conduct of experimental designs and associated data analysisCreation of standardised cycles under chassis dynamometer simulation conditionsSimulation of customer-representative high-dynamic driving cycles (RDE)Accelerated engine macerationECU software by-pass prototyping A secure, controlled test environment Enhanced safety systems for gas storage, injection and combustionClosed cells with ventilation and automatic H2 / NH3 detectionDischarge control, fibre-optic instrumentation for internal measurements The different types of test available Engine characterization & calibration Stabilised points: performance, consumption, combustion, pollutantsAutomatic calibration and multi-variable analysisDesign of experiments (DoE) and integrated use of resultsECU prototyping with software bypass Cycle simulation and automated driving Simulation of RDE cycles and WLTC roller bench cyclesAutomated execution of test sequences, optimized repeatabilityAccelerated engine maceration (fouling, aging) Endurance and resistance tests Long-term testing under thermal, mechanical and chemical stressesAnalysis of performance drifts, efficiency losses or emissionsMaterials resistance to corrosion or chemical instability (NH3, H2) Talk to our experts in new fuels and e-fuels Contact us For which profiles and projects? Our benches are designed for players in:The automotive industry: ICE, HEV, and PHEV engines, light and heavy-duty applicationsAeronautics: auxiliary power units, onboard systems, conversions to alternative fuelsThe e-fuels and hydrogen sector: manufacturers, equipment suppliers, combustion solution developersR&amp;D laboratories and collaborative projects (energy transition, fuel innovation) Why choose the Emitech Group? Recognised expertise in alternative fuels: H₂, NH₃, e-fuels, biofuels.High-performance engine test benches adapted to multi-energy testing.Maximum safety: closed cells, automatic detection, emission control.Advanced methodologies: DoE, standardised cycles, RDE, ECU prototyping.Full support: calibration, endurance, regulatory compliance (Euro 7 and beyond). Contact us for a quote Are you developing an alternative powertrain or working on the integration of low-carbon fuels?**Our experts will work with you to design a test plan tailored to your technical and regulatory constraints Request a quote now

Powertrain

Climate chambers with roller benches

Validate your powertrains in a variety of climatic conditions. Simulation of WLTC cycles, thermal development, cold start, endurance and emissions tests, etc.

Climate chambers with roller benches Simulate the real thing to validate your powertrains Reproduce extreme driving conditions to test and validate your thermal, hybrid and electric powertrains Faced with the diversity of energies used and changing regulations, powertrains need to be tested under precise and repeatable environmental conditions. The Emitech Group offers climatic cells with chassis dynamometers to simulate realistic driving conditions, to assess the performance and conformity of powertrains (GMP) and to validate the associated components.These cutting-edge facilities are aimed at engineers developing propulsion systems, powertrain validation managers, test technicians and electromobility project managers, in the automotive and aeronautical sectors. Ask for a quote Why choose Emitech Group climate units with chassis dynamometers? Simulate the real-life driving environment Reproduction of extreme climatic conditions: from -30°C to +50°C, with regulated hygrometrySimulation of road laws and standard cycles (WLTC, RDE, NEDC, etc.)Synchronised ventilation up to 130 km/h for realistic aero behaviour Carry out customised and repeatable tests Cold and hot starts, transient cycles, iso-speed, thermal enduranceMeasurements of performance, consumption, emissions, ageing (DPFS, catalytic converter, etc.)Integration of 5-gas, particle and post-treatment analysis systems (SCR, OBD Artemis, etc.) Adapting resources to new engines Motorisations thermiques (essence, diesel, gaz naturel jusqu’à 280 bar)Hybrides (HEV, PHEV) avec contrôle énergétique multi-sourcesÉlectriques (BEV, FCEV) avec simulateurs de batterie, chargeurs, conditions de démarrage extrêmesCompatibilité avec carburants alternatifs : e-fuels, hydrogène (H2), ammoniac (NH3) Technical characteristics of climatic chassis dynamometers &nbsp;SpecificationsValuesBench type2WD/4WD direct driveMaximum wheel power295 kWMaximum speed180 km/hSynchronous ventilationUp to 130 km/hCell temperatureFrom -30°C to +50°CHumidity controlYesWLTC cycle repeatability±0.1% Examples of tests that can be carried out with our climatic cells with roller benches Powertrain development tests Torque/power/consumption mappingIso-speed, thermal regulation, engine calibrationAir loop for extreme climatic conditions Endurance tests Repeated cycles at variable temperaturesAccelerated ageing of catalytic converters, DPFS, injectors and spark plugsAssessment of component performance under mechanical and thermal stresses Pollution control tests 5-gas and particulate emissions analysisOBD readiness validation (Artemis)Integration of in-chamber RDE measurements Manufacturer-specific tests Examples: CL08 tests in accordance with standard B21 7130 PSABearings, vibration, fouling, clutch durability Talk to our experts in vehicle engines Contact us Integration into a complete validation process Climate chambers with roller benches are integrated into our multi-physical testing ecosystem:Thermal, vibration, EMC, and mechanical testingVehicle-in-the-loop platforms for RDE &amp; OBD validationHigh-frequency vibration analysis (up to 50 kHz)Supervision via our PULSAR system, complete automation Who are these services aimed at, and for what projects? Our solutions are aimed at :Vehicle manufacturers (cars, light commercial vehicles, heavy goods vehicles, special-purpose vehicles)System or component suppliers (engines, transmissions, on-board electronics)R&amp;D centres and collaborative projectsStart-ups and manufacturers developing low-carbon powertrains Why choose the Emitech Group? Realistic driving simulation with standard cycles (WLTC, RDE, NEDC) and extreme conditions from -30°C to +50°C.High-performance 2WD/4WD benches, synchronous ventilation up to 130 km/h.Multi-energy compatibility: thermal, hybrid, electric, e-fuels, H₂, NH₃.Customised, repeatable tests: performance, pollution control, endurance, ageing.Integration into a complete multi-physics testing ecosystem (EMC, vibration, thermal, Vehicle-in-the-loop). Contact us for a quote Are you developing a thermal, hybrid or electric engine? Would you like to validate your powertrain or its components under extreme and realistic climatic conditions?Contact our team to design your customised test campaign! Request a quote now

Multi-purpose test bench for aircraft and automotive engines

Powertrain

Versatile test for aircraft and automotive engines

Discover our multi-purpose test bench for aircraft and automotive engines. Propeller or brake characterization, fuel testing, data acquisition...

Multi-purpose automotive and aerospace test bench Characterization and validation of your propulsion systems A high-performance stationary test bench for combustion engines and multi-sector powertrains The Emitech Group offers a versatile stationary test bench that enables the complete characterisation of combustion engines and powertrains for the automotive and aerospace industries. Originally designed for testing propeller engines, this test bench has been renovated and optimised to also accommodate land vehicle engines, offering a unique solution for validating performance, endurance and fuel/oil compatibility.It is an ideal tool for propulsion system development engineers, electromobility project managers, test techniciansand validation managers who want a flexible, accurate test environment capable of reproducing real operating conditions.&nbsp; Ask for a quote Why choose the Emitech multi-purpose test bench? Aeronautical/automotive versatility Testing of propeller motors in real configuration: controlled air flow, acoustic reductionPossibility of testing in brake mode using an eddy current load machineAdaptability to vehicle engines: bench renovated to meet the requirements of the automotive sector Realistic test conditions 45 m² test cell with optimised ventilationTemperature and humidity controlled** combustion air operationPower supply via fuel conditioner Complete control of tests and measurements Speed and torque control, controllable modesConfigurable fast data acquisition from 5 to 100 HzAdvanced measurement and diagnostic systems: combustion, lambda, mass flow Technical characteristics of the stationary bench Key specificationsValuesCell area45 m²Brake typeEddy currentEngine powerUp to 380 kWMaximum torque600 Nm (up to 2,300 rpm)Maximum speed9,000 rpmAcquisition frequency5 to 100 HzControl modesSpeed or torque control&nbsp; Multi-purpose automotive and aerospace test bench: Applications and tests carried out Engine characterization & Powertrain validation Torque/power mappingSteady-state and transient testsValidation of mechanical and thermal limitsEvaluation of system performance in real-life conditions Fuel and lubricant testing Characterization of alternative fuels or e-fuelsFouling, oxidation and volatility studiesEndurance tests on engine lubricants, oil stabilityAnalysis of formulation effects on combustion Combustion analysis and engine diagnostics Combustion data acquisition via Osiris and Indicom systemsPrecise consumption measurement via Coriolis mass flow metersIntegration of lambda, temperature, pressure and vibration sensorsConnection to ECU via ETAS systems (CAN, real-time calibration) Talk to our engine experts Contact us Benefits of the bench for your validation projects Modular design for vehicle line assembly or dedicated benchConfiguration for on-board or controlled environment testingFlexible interface with customer control/acquisition softwareSuitable for testing pre-production engines, prototypes or production Who is this bench for? This test bench meets the needs of professionals in the fields of thermal propulsion and hybrid systems:Aircraft and automobile manufacturersEngine design offices / GMPPropulsion / injection / lubrication equipment manufacturersR&amp;D and energy innovation centres Why choose the Emitech Group? Recognised expertise in alternative fuels: H₂, NH₃, e-fuels, biofuels.High-performance engine test benches adapted to multi-energy testing.Maximum safety: closed cells, automatic detection, emission control.Advanced methodologies: DoE, standardised cycles, RDE, ECU prototyping.Full support: calibration, endurance, regulatory compliance (Euro 7 and beyond). Contact us for a quote Are you developing or validating aeronautical or automotive engines? Do you want to characterise an engine, qualify fuels or optimise your combustion strategies?Contact us now for a customised test plan! Request a quote now

Powertrain

Engine airflow tests

Regulated blower, heat exchangers, butterfly valves, swirl/tumble, 900°C heater, air flow and thermal tests - Air loop & components

Engine airflow tests Characterise your components under representative conditions Validate the aerodynamic and thermodynamic performance of your motorised air loop systems The Emitech Group provides an aerodynamic testing unit dedicated to the detailed characterization of engine components, particularly those integrated into the air loop. Designed to meet the needs of the automotive, aeronautics, energy, and hybrid or alternative mobility sectors, it is intended for use by R&amp;D engine engineers, test managers, thermal/hybrid propulsion project managers, and test technicians specializing in engine thermal systems.Thanks to a flow/pressure-regulated wind tunnel, a high-temperature gas heater up to 900°C, automated acquisition systems, and multi-bench modularity (cylinder head, exchanger, valves), this cell makes it possible to validate the performance, thermal efficiency, and robustness of components in realistic and repeatable scenarios.&nbsp; Ask for a quote Why carry out airflow testing? Characterisation of the aerodynamic behaviour of components such as shells, heat exchangers, valves** or integrated modules.Evaluate the thermal efficiency of cooling systems, using precise measurements under representative operating conditions.Optimise design and calibration (tumble/swirl, friction, leaks, pressure drops).Reduce development times thanks to automated and reproducible campaigns.Meet the normative requirements and performance standards defined by the sector's prime contractors. Multi-energy engine development The development of multi-energy powertrains means that a wide range of solutions can be explored, from petrol, diesel and natural gas powertrains (up to 280 bar) to synthetic fuels and liquid e-fuels. Technologies linked to hydrogen, used in direct combustion, as well as those incorporating ammonia (NH₃), in liquid or gaseous form with PFI or direct injection, are also opening up new prospects. In addition, mixed NH₃ + H₂ combustion is a promising way of meeting environmental challenges while maintaining performance levels suited to the applications in question. A wide range of resources dedicated to airflow testing Regulated wind tunnel for aeraulic testing of engine components Main featuresThe wind tunnel is designed to study the behaviour of components in the engine air loop at 20°C, in blowing or suction mode, with flow or Delta P control. Several benches can be supplied with a controlled air flow.Technical specificationsAdjustable air flow rate from 0 to 1300 kg/h4 ABB Sensyflow flowmeters for precision measurementAutomated control via BIA PLCMeasurements on engine cylinder headsMicrometric valve actuator for reproducibilityAutomated permeability and swirl/tumble measurements Test bench for gas/liquid exchangers Main featuresThis test bench is used for thermal characterization of on-board heat exchangers on engines, under realistic conditions simulating exhaust flows.Technical specificationsGas heater 30 kW - 900°C - 200 kg/h coupled to the blowerTemperature and flow rate control at heat exchanger inletThermal dissipation via regulated water loop 30 kW (flow/temperature)Automated control of test scenarios Butterfly valve characterization bench Main featuresThe test bench is dedicated to the mechanical and aeraulic analysis of valves, and can be coupled to the wind tunnel for dynamic testing.Technical specificationsMeasurement of friction torque (0 to 5 Nm) on the valve axis, with/without flowLeakage rate measured under sonic conditions (up to 10 kg/h)Manual or automatic control mode Talk to our airflow testing experts Contact us What are the advantages of our approach? Repeatability of tests ensured by automated scenariosPrecision instrumentation for detailed analysis of pressure drops, flows and thermal efficienciesCell modularity: rapid adaptation to different engine componentsRealistic simulation of engine conditions (flow rates, temperatures, transient profiles, etc.) Fields of application Thermal and hybrid automotive: validation of cylinder heads, valves, heat exchangers, EGR, turbochargers, etcAerospace: secondary air systems, cooling equipmentEnergy: generator sets, gas turbinesAlternative mobility: synthetic fuels, H2, hybrid thermal engines**Applied research and prototype engine development Why choose the Emitech Group? Specialised infrastructure for the engine air loop: cylinder heads, heat exchangers, valves.Representative tests with regulated blower, gas heater up to 900°C and automated scenarios.Precision instrumentation to analyse pressure drops, flows and thermal efficiency.Multi-bank modularity for rapid adaptation of the cell to different components.Multi-sector expertise (automotive, aerospace, energy, alternative mobility). Contact us for a quote Are you developing an engine component that requires airflow or thermal validation? Do you want to measure the performance of your valves, heat exchangers or cylinder heads?&nbsp;Contact us for a customised test campaign! Request a quote now

Our special capabilities

Very Large Cage EMC

Carry out your EMC tests on large vehicles and equipment (27 x 18 x 10.5 m) with our Emitech Group laboratory in Ile de France.

EMC testing on vehicles and large systems The Emitech Group's very large Faraday cage EMC, discover our reference infrastructure for your tests under real conditions The Emitech Group offers a unique infrastructure in France for conducting electromagnetic compatibility (EMC) testing on large vehicles and equipment. Its very large Faraday cage, located in its Montigny-le-Bretonneux laboratory, meets the most stringent requirements of the automotive, defense, aeronautics, rail, space, and industrial sectors.With its exceptional capabilities, it guarantees regulatory compliance, qualification according to industry standards, and the expected functioning of systems in their operational electromagnetic environment. Ask for a quote Your challenges, our solutions Carry out your EMC test campaigns in a suitable environment Heavy and bulky equipment under test (EUT).Integration of complex or large-scale systems: armoured vehicles, radar, drones, agricultural machinery, aircraft, shelters, etcRealistic simulation of vehicle operation (thermal, hybrid, electric, hydrogen, etc.) with gas extraction and ventilation.Remote monitoring and control (video, all types of networks, pneumatics, hydraulics, etc.) immersive surveillance (Hololens). Ensuring regulatory compliance and sector qualification UN ECE R10 approval, including for hybrid and electric vehicles.Qualification according to MIL-STD-461/462, GAM EG13, DEF-STAN, STANAG, RTCA DO-160, etc. standards.Compliance with specifications from manufacturers (Renault, Stellantis, etc.) and major integrators (AIRBUS, NEXTER, DASSAULT, etc.).CE marking Benefit from state-of-the-art testing facilities SAC 10 m cage (27 x 18 x 10.5 m), temperature controlled (23°C ±5).Turntable 11 m (12 t), heavy zone 40 t.Roller bed with 4 independent wheels and wheelbases from 1.7 to 6m and max axle load 6tFiltered** charging systems, up to 400 kW DC / 50 kVA AC (1000V/500A) mode 4 / 50 kVA AC charging mode 1 to 3 50Hz/60Hz.Integrated driving robot (accelerator, brake, clutch).Monitoring via optical modules (CAN FD, ETHERNET, LIN, ....) and Video monitoring via 4K camerasSatellite constellation simulation and radiocom Tests carried out in the very large EMC cage Tests on complete vehicles (2-3 wheelers, cars, LCVs, HGVs, buses, tractors, site and forestry machinery) The capacity of our centre is tripled by the presence of 2 test facilities which are used in addition to our very large cage: a test bench and a discharge bench (excluding the cage for electric vehicles).Radiated electromagnetic emissions (CISPR 12, CISPR 25, CISPR 36)Radiated immunity (ISO 11451-X)Conducted transient immunity (ISO 7637-2, IEC 61000-4/5)Electrostatic discharge (ISO 10605, up to ±30 kV)EMC tests under load, with thermal, hybrid, electric and hydrogen motors Tests on military, aeronautical, rail and industrial systems 10 kHz to 40 GHz Electrical field strengthUp to 200 V/m CW (10 kHz - 400 MHz)Up to 450 V/m CW (400 MHz - 40 GHz) (1 GHz - 18 GHz)Up to 1500 V/m pulsed (1 GHz - 18 GHz)Radiated emission measurements: magnetic and electric field (20 Hz - 40 GHz)current clamps (10 Hz - 1 GHz, up to 1 kA)** **BCI (Bulk Current Injection)bCI (Bulk Current Injection) up to 1 A (10 kHz - 1 GHz)** Specific measurements: VSWR (10 Hz - 1 GHz, up to 1 kA)Specific measurements : VSWR antennas, antenna decoupling, DREP (human exposure), DRAM (munitions and weapons) CE marking tests EMC immunity: up to 200 V/m (10 kHz - 40 GHz)Conducted immunity : 10 Vrms (150 kHz - 230 MHz)Electrostatic discharge up to 30 kV Talk to our EMC experts Contact us Our associated services beyond testing End-to-end support Definition of the test plan and regulatory or qualification scenarioPreparation, instrumentation, configuration, and execution of testsAnalysis of results, action plans, and complianceApproval and certificationEmitech is a designated technical service for UN ECE R10 regulationsFile processed by the CNRV in France or by the KBA (Germany via ALEE) for the issuance of European approval Multi-sector validation and qualification Single or combined qualification (military, aeronautical...) on the same site, without reconfigurationCE marking for industrial machinery, medical equipment, etc.Pre-qualification, upstream investigations, design optimisation, etcReproduction of malfunctions observed in real-life conditions Why choose the Emitech Group? Major players in the automotive, defence, aerospace and industrial sectors have already incorporated Emitech's Very Large Cage into their validation, approval or investigation processes: An infrastructure unique in France: a very large Faraday cage (27 x 18 x 10.5 m).Capacity to accommodate heavy or complex vehicles and systems (up to 40 t).Compliance with international standards (CISPR, ISO, MIL-STD, DO-160, etc.) and manufacturers' specifications.Latest-generation test equipment: roller benches, driving robot, optical monitoring and 4K video.Full support: definition of test plans, execution, analysis, approval and certification. Contact us for a quote Are you an EMC manager, project leader or technical director? Are you developing vehicles or complex systems subject to electromagnetic requirements?&nbsp;Call on our Very Large Cage for your EMC campaigns and regulatory qualifications! Request a quote now

Our special capabilities

EMC tests on e-Motors, EDU & e-Axles

EMC characterization of your electric motors (EDU, e-motor, e-Axles): emission and immunity tests and EMC optimisation on a test bench

EMC tests on e-motors, electric drive units (EDUs) and e-axles The importance of EMC characterization of traction devices Why carry out electromagnetic compatibility tests on an e-motor, EDU or e-Axles? Electromagnetic compatibility (EMC) testing of these devices is a key issue for their integration into complex systems for electric vehicles, particularly in the automotive and aerospace sectors. These tests make it possible to :Assess the electromagnetic emissions of the electric motor or, more generally, the EDU in operation and ensure that they remain within the limits imposed by the standards.Check immunity to external interference to ensure reliable and safe operation.Optimise the design of electrical traction systems by reducing their emissions and improving their robustness to electromagnetic disturbances. Ask for a quote Our EMC characterization services for electric motors We offer specialised tests tailored to the needs of electric motor manufacturers and integrators:Measurement of conducted and radiated electromagnetic emissions during operation.Immunity tests to radio frequency interference (conducted and radiated).Assessment of EMC performance under various load and speed conditions.Validation of wiring and associated electronic components (inverters, converters, controllers).Optimisation and engineering tests to improve EMC compliance Characteristics of our test bench (test bench + Faraday cage and ancillary equipment) Test bench performance Engine speed up to 21,000 rpm.Maximum torque of 510 Nm.Power supply via filtered high-voltage battery simulator (250 kW / 1,000 V / 1,000 A). Advanced instrumentation HV shielded stabilized line impedance networks (SLIN) compliant with CISPR 25 for conducted emissions measurement and disturbance injection.Optical converters to ensure signal transmission (CAN HS / FD / Flexray) without electromagnetic interference.Acquisition rack for real-time monitoring of engine and EMC parameters. Faraday cage and ancillary equipment Faraday cage in compliance with CISPR 25.Test bench housed in a high-performance Faraday cage to eliminate external electromagnetic interference.Advanced filtering systems on the power supply to prevent electromagnetic contamination of measurements.Shielded and filtered inverters to ensure a clean, interference-free power supply.Shielded wiring and connectors to prevent the spread of interference.Controlled environment for accurate and reproducible measurements. EMC testing methodology for electric motors 1. Preparing the engine to be tested Motor mounted on an adjustable baseplate with movable ground planes.Connection to wiring complying with normative requirements.Power-up and parameter stabilisation. 2. Carrying out EMC tests Emissions measurements conducted on power cables.Radiated emissions tests under normal operating conditions and variable load.Radio frequency immunity tests to verify the motor's robustness to external interference. 3. Analysis and validation of results Comparison of measurements with regulatory thresholds.Recommendations for optimising the design and reducing parasitic emissions.Detailed report with measurement curves and diagnostics. Talk to our EMC and electric drive experts Contact us Standards and regulations covered Our EMC tests for electric motors comply with the main regulations:CISPR 25: Electromagnetic compatibility for on-board equipment in vehicles.ISO 7637: Immunity to electrical transients.RTCA DO-160: Standards for aeronautics.MIL-STD 461: EMC requirements for military equipment. Integrating EMC testing into product development EMC testing is used to optimise the electromagnetic performance of electric motors and ensure their smooth integration into complex systems. Our experts can help you with :Analysing standards requirements and adapting tests to your needs.Implementing tests using appropriate methodologies.Interpretation of results and optimisation of designs. Why choose the Emitech Group? Our teams have three areas of expertise: EMC, engine test bench management and test bench design:Specialised infrastructure: high-performance test bench (21,000 rpm, 510 Nm, 250 kW) integrated into a Faraday cage.Comprehensive measurements: conducted and radiated emissions, RF immunity, EMC optimisation.Advanced instrumentation: CISPR 25-compliant RSIL HV, optical converters, real-time acquisition bay.Compliance with international standards (CISPR 25, ISO 7637, DO-160, MIL-STD 461).Expert support, from test plan to analysis of results and design recommendations. Contact us for a quote Need to ensure the electromagnetic compliance of your electric motors?Contact our experts for a tailored solution. Request a quote now

Vehicles

Full vehicle test drive

validation, approval and fine-tuning. Carry out all your dynamic tests (WLTP, EMC, ADAS, GNSS)

Validation, qualification and approval of vehicles A global approach, from component to complete system The transition to safer, cleaner, more intelligent and connected vehicles requires increasingly demanding technical and regulatory validations. The Emitech Group supports you in all your vehicle development projects, whether thermal, hybrid, electric, hydrogen-powered or autonomous, with a comprehensive range of testing, engineering and certification services.Thanks to the integration of its businesses and its multi-physics test platforms, Emitech covers the entire product life cycle, from prototype to market launch, with a focus on performance, reliability and compliance. Ask for a quote Complete vehicles: validate your performance, compliance and autonomy Whether you are developing an electric city car, a plug-in hybrid SUV, a heavy goods vehicle or an agricultural machine, each vehicle architecture requires specific validation. The Emitech Group carries out representative tests under controlled or real-life conditions to qualify your propulsion systems and validate their overall behaviour.&nbsp;Our expertise:Climatic tests (-30°C / +50°C, humidity, altitude) on whole vehiclesWLTP, NEDC, FTP75 fuel consumption tests (thermal, hybrid)Range measurement for electric vehicles according to standard cycles (WLTP, EPA, JC08) or real-life conditionsBattery recharging and preconditioning tests in extreme conditionsAcoustic tests: regulatory exterior noise (C1 to C3), AVAS, cabin noise, NVH Vehicle EMC tests: validate electromagnetic compatibility under realistic conditions EMC validation is crucial for any vehicle incorporating electronic or communicating functions. The Emitech Group provides you with an infrastructure that is unique in Europe, with its very large EMC cage and integrated test benches.&nbsp;Our expertise:EMC tests on vehicles up to 40 tonnes (cars, lorries, motorbikes, etc.)Integrated EMC chassis dynamometer (2x2 or 4x4 - up to 120 km/h, driving robot)Thermal, electric, hybrid and H2 load testingRadiated emissions (CISPR 12 / 25), immunity (ISO 11451-2), ESD, conducted transientsECE R10 compliance, manufacturer qualification, MIL-STD, DO-160, STANAG standards, etc Powertrains and subsystems: performance, safety and robustness Our resources cover tests on thermal engines, electric and hybrid powertrains, hydrogen systems and associated components (gearboxes, pumps, starters, etc.). Each system is evaluated under its actual conditions of use, including endurance or severe conditions.&nbsp;Our expertise:Engine test benches (ICE, e-motor, hybrid): endurance, performance, fine tuning, emissions, etcEnvironmental testing: vibration, shock, temperature, humidityThermal cycling, fire resistance, mechanical and electrical abuseAcoustic and vibro-acoustic behaviourParametric testing and functional diagnosis of sub-assemblies Connected systems, ADAS and GNSS: securing your on-board technologies Vehicle connectivity and autonomy require in-depth technical, regulatory and safety validation. The Emitech Group is responsible for evaluating navigation (GNSS), radio communication and on-board cybersecurity systems.&nbsp;Our expertise:GNSS simulation and replay (PVT/IQ) in disturbed environmentsRadio testing (RED directive, CE marking), Bluetooth, Wi-Fi, 4G/5G, V2XOn-board cybersecurity tests (RED directive 2022/30, EN 18031 standard)Intrusion testing (white/grey/black box), firmware reverse engineeringSoftware robustness assessment and regulatory documentation Homologation and certification: speed up your time to market The Emitech Group is designated as a Technical Service and Notified Body for numerous regulations applicable to the automotive sector. We can support you from drawing up the test plan to obtaining the regulatory certificates.&nbsp;Our expertise:ECE R10, R100, Euro 6/7 approvalNotified Body RED, EMC, cybersecurityCOP dossiers, coordination with authorities (CNRV, KBA, etc.)Pre-qualification, technical reviews, improvement plans Talk to our vehicle experts Contact us Emitech Group, shared, modular and operational technical resources Very large 10 m EMC cage (27 x 18 x 10.5 m) and second vehicle cage (10 x 15 x 7 m) with chassis dynamometer2x2 and 4x4 air-conditioned chassis dynamometers (WLTP-ready)Large-volume climatic chambers (-30°C to +80°C)Charging stations up to 1000 V / 500 A (AC/DC)CAN acquisition platforms, on-board instrumentationAcoustic chamber and NVH measurement benchesAeraulic, vibration, thermal, fire, corrosion, etc. test facilities Emitech Group - A multidisciplinary approach focused on your challenges Our strength lies in the complementarity of our skills and in our in-house control of resources: we act as a single point of contact to help you improve efficiency, reliability and speed.Multidisciplinary team: testing, engineering, simulation, certificationTailor-made solutions to meet your sectoral requirementsBench engineering, modelling, validation supportTechnical training and support for skills development Do you have a vehicle project to be tested, qualified or approved? Let's talk about it! Our teams are on hand to design a test plan or approval strategy tailored to your needs and deadlines.Contact our experts for personalised support. Request a quote now

Powertrain

Electric Powertrain tests

Highly dynamic test benches up to 21,000 rpm, R85 tests, endurance, e-motor characterization, extreme climatic conditions.

Highly dynamic test benches for electric motors Performance, endurance and compliance Develop and validate your electric powertrains under the most extreme test conditions The Emitech Group offers a comprehensive platform of high-dynamic test benches dedicated to electric motors (e-motors). Designed to meet performance, endurance and regulatory qualification requirements, our resources are aimed at R&amp;D engineers, electromobility project managers and GMP validation managers in the automotive and aerospacesectors.Our infrastructure allows us to test and characterise the entire electrified powertrain under representative operating conditions, combining power, high rotational speed, measurement accuracy Ask for a quote Why choose our e-motor high dynamics test benches? A response to the challenges of electrificationThe electrification of vehicles is transforming design and validation processes. Our test benches can be used to test a variety of powertrains: BEV, HEV, PHEV, FCEV, etc&nbsp;Highly dynamic testingUp to 21,000 rpm, 510 Nm and 270 kWRapid acceleration, control tests, performance characterization, engine mappingCompatibility with battery simulators up to 1000V / 1000A&nbsp;Extreme climatic conditions simulatedAmbient air: -45°C to +120°CWater or oil: from -30°C to +120°C with the possibility of thermal shocksSpecific cooling for motor, inverter, battery or accessories&nbsp;High-frequency acquisition and vibration monitoringControl via the PULSAR system up to 5000 HzReal-time vibration measurements via PULSAR VIBE (50 kHz on 8 channels)Post-processing via LMS station for structural and dynamic analysis An infrastructure tailored to all your test scenarios E-motor benches Single-machine bench, high dynamics, power 270 kWOperating range: 21,000 rpm, 510 Nm up to 6,000 rpmWT3000E wattmeter acquisition (10 kHz)EMC cage available for testing in a controlled electromagnetic environment 48V high-speed bench (automotive & aerospace applications) Drive spindle: 100 kW / 18,000 rpm / 79 NmBraking spindle: 70 kW / 24,000 rpm / 60 NmCell area : 27 m² with air circulationChilled water and oil cooling, double central lubrication systemAcquisition via PULSAR Lite + PULSAR VIBE, HBM T40 torquemeters (accuracy ±0.1%)This test bench is ideal for :Complete mapping of 48V starter-alternatorsHigh-speed endurance testingSimulation of specific aerodynamic or operational conditions Talk to our BMS validation experts Contact us Typical applications and services Type of testObjectivesTraction chain characterisationTorque/speed curves, performance, efficiency, regulationThermal endurance testingTemperature resistance, extreme cycles, ageingR85 certificationMeasurement of engine power at specific speedsVibration analysisDetection of mechanical faults, structural validationEngine mappingDefinition of control laws, calibrationCombined climatic testsTemperature, vibration, humidity, electrical voltageOur services are tailored to your protocols and specifications. An integrated, scalable test environment High power battery simulator up to 250 kW - 1000 V / 1000 AInterfaces with VECTOR CAN cards or ETAS/INCA equipmentIntegration of your specific equipment (inverter, BMS, controller, etc.)Possibility of customised benches or services on customer site Why choose the Emitech Group? 35 years' expertise in powertrain testingDedicated project team (test engineers, automation specialists, metrologists)In-house control/supervision software fully masteredAdaptation to your manufacturers' protocols or international standardsFull range of test equipment: vibration, EMC, thermal, acoustic, hydraulic, etc Contact us for a quote Are you developing an electrified powertrain? Are you looking for a partner to validate your electric powertrains or give them R85 certification?Contact our team now for a personalised study Request a quote now

Drones

UAV testing and certification (UAS)

Class 1 to 4 drone certification and UAS testing: Regulation (EU) 2019/945 and EN 4709 standards. Ensure that your drones and UAS comply with European regulations.

Drones and UAS Testing, certification and comprehensive support Validate the compliance and performance of your UAVs with the Emitech Group The Emitech Group is a key player in the assessment, testing and certification of civil and professional drones (UAS - Unmanned Aircraft Systems). As a Notified Body (NB 0536) for Delegated Regulation (EU) 2019/945, we can help you define the regulatory requirements and obtain CE marking, including for classes C0 to C4, as well as for specific operations (categories C5 and C6). Ask for a quote Safety, radio and the environment: a multi-sector approach encompassing CE marking and more Our tests incorporate the requirements of the main European directives and their implementing regulations:RED Directive (2014/53/EU):Article 3.1.a: safety of goods and personsArticle 3.1.b: electromagnetic compatibility (EMC)Article 3.2: efficient use of the radio spectrumCompliant with Delegated Regulation (EU) 2022/30, which introduces new cybersecurity requirements applicable to connected radio equipment:Protection against unauthorised accessPrevention of fraudulent or malicious communicationsGuarantee of data confidentiality and integrityLow Voltage Directive (2014/35/EU) and Machinery Directive (2006/42/EC) A complete range of services for your UAS projects European certification (DR 2019/945) European certification (DR 2019/945)EU type certification for classes C0 to C4Procedures for specific category UAVs: STS-01 (VLOS) and STS-02 (BVLOS)Documentary analysis, definition of test plan, performance of tests, issue of certificateCompliance testing in accordance with the EN 4709 series of standardsOur tests are conducted in accordance with the technical requirements of harmonised standards EN 4709-001 to EN 4709-004, published in the Official Journal of the European Union (OJEU) under Regulation (EU) 2019/945 :EN 4709-001: General requirements (MTOM, dimensions, identification, etc.)EN 4709-002: Safety requirements (injuries, flight termination, loss of link, etc.)EN 4709-003: Remote identification, geo-awareness and airspace limitationEN 4709-004: Acoustic requirementsApplication of these standards offers a presumption of conformity with the essential requirements of the delegated regulation. Talk to our drone experts Contact us Laboratory tests MTOM, dimensions, mechanical strength, terminal velocity impactRemote identification, geo-awareness, airspace restrictionsSpecific tests C6: geofencing and programmed trajectoriesSound power, electrical power, control modes, lighting, Follow-MeUnique serial number, low battery, flight termination system Flight tests Maximum speed, attainable height, controllable safetySimulation of loss of link, C2, operation in autonomous modeEvaluation of critical functions in real-life conditions: Follow-Me, identification, geovigilance, etcValidation of flight-programmed trajectories (C6) Specific category: SORA, SC-LUAS and regulatory support For UAVs operating in specific categories (C5/C6), the Emitech Group offers expert support:Carrying out an operational risk assessment (SORA)Determination of the SAIL levelDrafting of the Means of Compliance (MoC)Preparation of the SC-LUAS (Special Condition for Light Unmanned Aircraft Systems) dossier for the EASA Why choose the Emitech Group? A Notified Body (NB 0536) with recognised expertiseLaboratory tests and in flight conditionsSupport for open and specific categoriesIntegrated regulatory engineering (SORA, SC-LUAS, MoC) Contact us for a quote Are you designing, developing or integrating a drone system and looking for a trusted partner to validate its compliance, performance or safety?&nbsp;Our experts will be with you every step of the way, from the regulatory framework to the laboratory or flight test campaign, right through to obtaining the certification you need to go to market. Request a quote now

Qualification / homologation

GNSS testing and validation

Test and validate your GNSS components and systems: tests on antennas, receivers, IMUs, spoofing, 3D simulation, EN 16803 compliance, etc.

The Emitech Group's GNSS offer Optimise the performance, reliability and integrity of your geolocation systems The Emitech Group offers a comprehensive range of testing, simulation and support services to guarantee the performance and compliance of on-board GNSS solutions. Aimed at R&amp;D managers, technical purchasing departments and hardware integrators, our service covers all the critical stages, from component qualification to system validation, including simulation of complex scenarios and integration support. Ask for a quote Why choose the Emitech Group to validate your GNSS solutions? Reference technical expertise: our subsidiary GUIDE-GNSS is co-author of the EN 16803 standards, guaranteeing full control of technical, regulatory and metrological requirements.A modular approach tailored to your needs: component testing, system validation, realistic simulation, integration support.State-of-the-art testing resources: 3D simulators with ray-tracing, ISO 17025-accredited test benches, automated analysis tools.Multi-sector applications: automotive, rail, defence, precision agriculture, aeronautics, industrial IoT. Our GNSS services in detail GNSS component testing Antennas, receivers, inertial sensors, correction modules... each component is individually tested in order to :Validate basic performance (gain, sensitivity, acquisition time, positioning accuracy).Test resilience to interference (jamming, intermodulation, EMC).Analyse GNSS/IMU fusion behaviour (Kalman, IA).Compare suppliers or configurations.Anticipate integration faults.Tests carried out in controlled environments or under real constraints: extreme temperatures, vibrations, humidity, salt spray, shocks, EMC disturbances. GNSS systems testing Our benches can be used to replay real trajectories, simulate disturbances or detect GNSS faults in critical applications:Robustness validation in constrained environments (urban, tunnel, forest).Tests on GNSS processing algorithms and application logic.Local performance mapping (HD Maps, areas with high dispersion).Spoofing vulnerability testing (simple and complex attacks).Each campaign follows a rigorous V-cycle metrological approach (need &gt; protocol &gt; tests &gt; processing &gt; report). PVT / IQ GNSS simulation Replay of PVT (Position, Velocity, Time) or IQ signals captured in the field or generated.Comparison of GNSS configurations or firmware.Simulation of satellite losses, multipath, masking, interference.Software-in-the-loop testing for on-board validation.Key applications: autonomous mobility validation, precision agriculture, railways, aeronautics, connected objects. GNSS support and assistance Functional analysis of GNSS requirements.Definition of critical scenarios and associated test methodologies.Development of customised tools for signal capture and analysis.Integration into multi-domain campaigns (EMC, security, cybersecurity).Advice on the integration and validation of GNSS solutions. Talk to our GNSS experts Contact us Standards and accreditations EN 16803: reference standard for GNSS performanceISO/IEC 17025: COFRAC accreditation for metrological reliability GNSS FAQS Which GNSS components can be tested? Any GNSS-based component: antenna, receiver, IMU, barometer, odometer, correction module (PPP, RTK, SBAS). What are the main criteria assessed? Sensitivity, time resolution, accuracy, integrity, acquisition time (TTFF), behaviour in a disturbed environment. Can several components be compared? Yes, our protocols enable detailed comparative analysis between several configurations. Can specific scenarios be simulated? Yes, by defining a trajectory, an environment (urban, tunnel...) or a critical use case. Can robustness to GNSS attacks be tested? By affixing the CE marking, the manufacturer declares under its sole responsibility that the product is in conformity with the essential requirements of the applicable European legislation, and that the relevant conformity assessment procedures have been followed. Is a product bearing the CE marking necessarily manufactured in the European Union? Yes, spoofing tests are included in our system package. Do you have the data you need to train AI algorithms? Yes, we offer synchronized data sets (GNSS + sensors) for machine learning. Is your offer certified? Yes, our services are carried out in accordance with the metrological rules of ISO 17025 and comply with EN 16803. Why choose Emitech to make your products compliant? Technical reference: co-author of the EN 16803 standards via our subsidiary GUIDE-GNSS.Comprehensive testing from component to system, with realistic simulations and critical scenarios.State-of-the-art test facilities: 3D ray-tracing simulators, ISO 17025 accredited test benches.Multi-sector applications: automotive, rail, defence, aeronautics, agriculture, IoT.Customised support: integration, methodological support, dedicated tools, multi-domain validation. Contact us for a quote Are you looking to test, validate or integrate on-board GNSS solutions?Our experts can help. Request a quote now

Our special capabilities

CE marking for e-bikes

EN 15194 tests: safety, EMC, radio, performance. A dedicated test bench.

E-BIKE TEST BENCH FOR CE MARKING OF YOUR ELECTRIC ASSISTED BICYCLES (E-BIKES) E-bikes - Compliance with standard EN 15194 Why carry out EMC, electrical safety, radio... and even performance tests? The regulations governing electric bicycles (e-bikes) in Europe are based on a set of technical directives and harmonised standards designed to ensure user safety and product compliance with single market requirements.The CE marking, which symbolises this compliance, involves the strict application of several European legislative texts, including the Machinery Directive (2006/42/EC), Electromagnetic Compatibility Directive (2014/30/EU), Low Voltage Directive (2014/35/EU) and RED (2014/53/EU).The EN 15194 standard plays a central role in defining the technical specifications for e-bikes, in particular the limitation of motor power to 250 W and the interruption of electric assistance above 25 km/h.Please note: The Radio Equipment Directive (RED) 2014/53/EU applies to e-bikes equipped with wireless communication systems (Bluetooth, GPS, etc.), requiring them to comply with radio spectrum standards. Specific tests are required, potentially necessitating the involvement of Emitech Certification as a Notified Body.&nbsp;&nbsp; Ask for a quote Why set up an e-bike test bench? Our test bench is equipped to measure speed, power and torque on different axes. It can simulate a wide variety of human pedalling styles, enabling e-bike control at several standardised operating points.This bench allows us to test any type of electric-assisted bicycle.It is adaptable and allows us to adjust numerous parameters, such as the position of the motor, located either on the front or rear hub or in the bottom bracket, as well as the mode of activation of the pedal assistance, which can be triggered by simple detection of crank rotation or torque detection at the bottom bracket, or a combination of both.Our test bench allows us to evaluate the performance of the e-bike entrusted to our laboratory while it is undergoing the tests required by the EN 15194 standard: EMC emission and immunity tests, functional tests, etc.&nbsp; Characteristics of the bench for e-bikes The bench can accommodate:20 to 28-inch e-bikesLongtail e-bikes and cargo e-bikes after feasibility analysisMobile aluminium profile frameSynchronisation of front and rear wheels via a belt mechanism3 independent motors: front wheel / rear wheel / cranksetTorque measurement: front wheel / rear wheel / cranksetSimulation of a load from 0 to 500WSpeed or torque controlSynchronous or asynchronous wheel managementElectromagnetically neutral in the 30MHz-1GHz bandHMI based on the PULSAR software developed by our teams Talk to our experts about CE marking for your e-bikes Contact us Integrating certification testing into product development The tests required by the CE marking make it possible to anticipate risks and ensure the conformity of on-board equipment. Our experts can help you with :Analysing the normative requirements according to your sector of activity.Implementation of tests with configurations adapted to your products.Interpretation of results and optimisation of designs.We also offer dedicated solutions for validating the safety and performance of your e-bike's battery.UN 38.3 compliance (for transport)EN 50604-1 compliance - Lithium battery systems for e-bikes Why choose the Emitech Group? Comprehensive expertise covering all applicable directives: Machinery, EMC, Low Voltage, RED.Dedicated test facilities for e-bikes, including a test bench unique in Europe.Ability to test all configurations: crankset motor, front/rear wheel, cargo/longtail e-bike.Integration of battery performance and safety (UN 38.3, EN 50604-1).Comprehensive support: standards analysis, testing, CE certification with Emitech Certification (Notified Body). Contact us for a quote Need to ensure the compliance and safety of your e-bikes? Contact our experts for a tailored solution. Request a quote now

Waves & Health

Waves and health

Regulatory compliance linked to exposure to electromagnetic fields (EMF), for your products, industrial sites...

Waves and health Assessing and controlling exposure to electromagnetic waves: a regulatory, technical and societal challenge The development of wireless technologies, RF equipment and connected infrastructures raises crucial issues relating to exposure to electromagnetic fields (EMF).The Emitech Group offers a complete range of services to meet the requirements of product conformity, worker protection and public safety, in compliance with European and French regulations. Ask for a quote Overview of our wave and health services Radio products and CE marking: validate EMF compliance Our laboratories carry out the EMF tests required to bring your radio equipment (Wi-Fi, 5G, connected objects, medical devices, etc.) to market:EMF assessments in accordance with the harmonised standards of the RED Directive (2014/53/EU - Article 3.1a).Laboratory or on-site tests, in configurations representative of use.Proof of conformity for CE marking. Directive 2013/35/EU: protect your workers Employers are required to assess and limit their employees' exposure to electromagnetic fields:Measures to comply with Directive 2013/35/EU and the Labour Code (Decree 2016-1074).Mapping of risk areas, monitoring of exposure limit values (ELVs) and action trigger values (ATVs).Prevention recommendations, signage, safety distance, and risk management for wearers of medical implants.Staff training and awareness of good practice.&nbsp;The sectors most affected: telecommunications, industry, energy, healthcare, transport. In situ & environmental assessment: public health and transparency We carry out measurements of exposure to electromagnetic waves in all environments:On site: factories, offices, hospitals, schools, data centres, etcMulti-band measurement campaigns (9 kHz to 300 GHz) with detailed mapping.Analysis of EMF fields in accordance with ANFR protocols, in particular the DR15-4.1 protocol**.Detection of atypical points (&gt; 6 V/m) with technical support. Talk to our RTCA DO-160 experts Contact us Our technical measurement resources Broadband isotropic probes (up to 40 GHz)Real-time FFT spectrum analysersSignal generators and field simulatorsPortable systems for on-site campaignsNear-field and far-field measurementsMulti-source cumulative exposure estimation Why choose the expertise of the Emitech Group? Cofrac accredited laboratory to ISO/IEC 17025.Independence, impartiality and traceability of results.National presence, high reactivity.Qualified technicians and calibrated equipment.Full educational and regulatory support. Contact us for a quote Your challenges are our challenges: compliance, safety, transparencyWhether you are an employer, a local authority, an RF equipment manufacturer, or an infrastructure operator, our experts can help you assess and control exposure to electromagnetic waves.&nbsp;&nbsp;Need a measurement, an assessment or regulatory support?&nbsp; Request a quote now

Waves & Health

Directive 2013/35/EU

Find out how Directive 2013/35/EU regulates workers' exposure to electromagnetic fields, guaranteeing health and safety in the workplace.

Directive 2013/35/EU Protecting workers against electromagnetic fields Why is this directive essential? The Directive 2013/35/EU, in force since January 2017, requires employers to assess and limit workers' exposure to electromagnetic fields (EMC). This regulation aims to guarantee the health and safety of employees, particularly in the face of the direct and indirect biophysical effects of EMC.Our services enable companies to :Assess the risks associated with electromagnetic fields on their sites.Measure or calculate exposure levels to verify compliance.Implement appropriate preventive measures if regulatory thresholds are exceeded.Train and inform workers about risks and good practice.Ensure regulatory compliance to avoid penalties. Ask for a quote Who is affected by the directive? The directive applies to all companies exposing their employees to electromagnetic fields, in particular :Manufacturing (arc welding, foundries, manufacture of electric motors).Telecommunications (radio antennas, radar, mobile networks).Energy (high-voltage lines, transformers).Transport (railway electrification, airport infrastructure).Medical (MRI and other medical equipment using electromagnetic waves). Employers' obligations Risk assessment and prevention measures Identify sources of electromagnetic fields.Carry out accurate measurements or reliable calculations of exposure.Compare levels with the exposure limit values (ELVs) and action trigger values (ATVs) defined by the directive.Adopt a graduated approach to means of prevention and internal dialogue in the event of levels being exceeded. Regulatory compliance Develop a map of risk areas.Adapt work organisation to limit prolonged exposure.Install collective and individual protective equipment where necessary.Reduce interference with implanted medical devices (pacemakers, cochlear implants, etc.). Employee training and awareness Inform staff about the risks of EMC and the protective measures in place.Train workers to identify sources of EMC and good practices to limit their exposure.Take account of workers at specific risk (pregnant women, wearers of medical implants, young workers). Medical surveillance and exposure monitoring Establish appropriate medical monitoring in cases of prolonged exposure or symptoms related to EMFs.Ensure traceability of exposure for affected employees. Talk to our experts about the Workers Directive Contact us How can we help you? Our engineering and regulatory compliance experts can help you comply with the Directive by offering :Site audits and assessments to identify sources of electromagnetic fields.Measurements and numerical simulations to quantify exposure.Support in implementing preventive and compliance measures.Training tailored to employers and workers. Standards and regulations covered Our services comply with current standards, in particular:Directive 2013/35/EU on the exposure of workers to electromagnetic fields.Decree no. 2016-1074 of 3 August 2016 (transposition into French law).French Labour Code (articles R. 4453-1 to R. 4453-34) on risks related to EMC.ANFR protocol on measurements of exposure to electromagnetic waves.ISO 9241-6 for the design of working environments. To sum up: Directive 2013/35/EU in 6 points Directive aimed at protecting workers against the risks of electromagnetic fields.Requires employers to assess, measure and prevent employee exposure.Sets exposure limit values (ELVs) and action values (ATVs).Requires training and information of personnel.Transposed into French law via Decree 2016-1074 and the Labour Code.Major impact for many industrial sectors. Why choose the expertise of the Emitech Group? Recognised expertise in EMC measurements and simulations on industrial, medical and transport sites.Advanced test facilities and modelling tools to guarantee reliable, compliant results.Full support: audit, assessment, prevention plan, compliance.Dedicated training to raise awareness of EMC risks among employers and workers.Multi-sector experience: industry, energy, telecoms, medical, rail, aeronautics. Contact us for a quote Need to assess your workers' exposure to electromagnetic fields?&nbsp;Contact our experts for a tailored solution. Request a quote now

Waves & Health

EMF measurements

Measure exposure to electromagnetic fields (EMF) and ensure regulatory compliance with CE marking

Exposure to electromagnetic fields (EMF - ElectroMagnetic Field) Measurement, assessment and regulatory compliance CE marking your products and protecting your staff and users - Waves and health Exposure to electromagnetic fields (EMFs) is now a major regulatory, technical and societal issue. The Emitech Groupassists manufacturers, employers, integrators and infrastructure managers in assessing exposure to electromagnetic fields in accordance with current regulatory and standard requirements.We provide reliable and recognised measurement services within the framework of Directive 2013/35/EU (protection of workers), Decree No. 2002-775 (protection of the public), and requirements related to the compliance of electronic and radio products.&nbsp;&nbsp; Ask for a quote Our customers & areas of application Electronics and RF industries (telecoms, defence, rail, space, energy)Local authorities, building operators, infrastructure operatorsManufacturers of consumer or professional products with a high RF componentEmployers subject to Directive 2013/35/EUHealth, safety and environment (HSE) professionals Your EMF challenges, our expertise Conformity assessment of products and equipment, EMF requirements are an integral part of CE marking Verification of compliance with the EMF requirements of the RED Directive (2014/53/EU) or the CE markingRadioelectric equipment: Wi-Fi, 5G, IoT, medical devicesVerification of compliance with EMF requirements under the RED Directive (Article 3.1a)Tests carried out in accordance with current harmonised standards (EN 62233, EN 62479, EN 62311, EN 50364, etc.)Proof of compliance with harmonised standards applicable to RF transmitting equipmentLaboratory or on-site tests in configurations representative of use Regulatory compliance and protection of individuals Compliance with exposure limit values (ELVs) for workers (Directive 2013/35/EU)Measures for mapping zones by exposure levelRisk management recommendations (signage, safety distance, shielding, etc.)Risk reduction for wearers of active medical implants (pacemakers, cochlear implants, etc.)Support in implementing corrective actions and collective or individual protection measures Environmental exposure measures On-site work (factories, public buildings, hospitals, schools, data centres, new construction, etc.)Mapping of electric, magnetic and electromagnetic fieldsMulti-frequency measurements: static fields, low frequencies (50 Hz), high frequencies (RF and microwaves) Talk to our EMF measurement experts Contact us Technical resources and types of measurement Wide-band isotropic probes (10 Hz to 40 GHz)Gausmeter (magnetic field from 0Hz to 2kHz)FFT spectrum analysers with real-time analysisSignal generators and simulators for mobile phone networks, WiFi, Bluetooth, GNSS, etcTriaxial measurement systemsPortable equipment for on-site campaigns In situ measurements Identification of sources and their frequency bandsIn situ near-field and far-field measurementsDeployment of isotropic probes: electric field (V/m), magnetic field (A/m or µT), power density (W/m²)Estimation of cumulative or simultaneous multi-source exposure Why choose the expertise of the Emitech Group? Recognised expertise in EMF measurements covering products, industrial sites and public environments.Advanced measurement resources: 10 Hz-40 GHz isotropic probes, FFT analysers, gaussmeters, RF simulators.Compliance with the main regulations (Directive 2013/35/EU, Decree 2002-775, RED Directive).Full support: mapping, risk assessment, corrective recommendations and protection.Multi-sector experience: telecoms, energy, medical, transport, local authorities, public buildings. Contact us for a quote Do you need to assess or demonstrate the EMF compliance of your products, infrastructures or workstations?&nbsp;Contact the Emitech Group's EMF experts for a personalised study! Request a quote now

Batteries

UN 38.3 tests

Transport tests for lithium-ion batteries, carry out your UN 38.3 tests: transport safety, ADR, IATA, IMDG compliance and regulatory compliance...

Tests required to ensure safe transport of lithium-ion batteries Anti-pollution standards for thermal vehicles Why carry out UN 38.3 tests? UN 38.3 testing is essential to ensure the safety of lithium-ion batteries during transport. These tests enable:Compliance with international regulations for the transport of lithium-ion batteries.Prevention of risks related to shocks, pressure variations, extreme temperatures and short circuits.Ensure compliance with the standards required by air, sea and land carriers.Facilitate the global marketing of batteries by obtaining the required certifications.Minimise the risk of fire and explosion during transport. Ask for a quote Our UN 38.3 testing services We offer a full range of tests to meet UN requirements for the safe transport of lithium-ion batteries:Altitude simulation tests (T1): Verification of battery behaviour in conditions of low atmospheric pressure.Thermal tests (T2): Exposure to extreme temperature cycles to test the robustness of the cells.Vibration tests (T3): Simulation of vibrations encountered during transport.Mechanical shock tests (T4): Verification of resistance to impacts and sudden accelerations.External short-circuit tests (T5): Validation of protection against involuntary short-circuits.Impact and crushing tests (T6): Test of resistance to mechanical pressure applied to the cells.Overload tests (T7): Verification of battery stability in the event of overcharging.Forced discharge tests (T8): Simulation of the risks associated with prolonged involuntary discharge. UN 38.3 test methodology 1. Preparing the batteries Selection of samples according to UN 38.3 criteria.Loading and storage conditions checked before testing. 2. Performing the tests Place the batteries in the appropriate test chambers.Application of the cycles and conditions defined by the regulations.Real-time monitoring of critical parameters (temperature, voltage, pressure). Analysis and validation of results Assessment of compliance criteria: absence of fire, bursting, leakage or abnormal temperature rise.Issue of a test report that complies with the requirements of the transport organisations. Talk to our UN 38.3 testing experts Contact us Our capacity and infrastructure Facilities and equipment Climatic chambers for simulating altitude and extreme temperatures.Vibration and mechanical shock test benches complying with international standards.Thermal monitoring and leakage current measurement systems. Analysis and monitoring of results Detailed reports for each test.Assistance with compliance and optimisation of battery designs.Support for the certification process. Standards and regulations covered Our UN 38.3 tests comply with the main international regulations:UN Manual of Tests and Criteria, Section 38.3.ADR (Road Transport), IATA DGR (Air Transport), IMDG Code (Sea Transport).IEC 62281, ISO 12405 for lithium-ion battery safety. Integrate UN 38.3 testing into your validation process with the Emitech Group The UN 38.3 tests enable you to anticipate the risks associated with transporting batteries and guarantee their regulatory compliance. Our experts can help you with :Analysing the normative requirements according to your sector of activity.Implementation of tests with configurations adapted to your products.Interpretation of results and optimisation of battery safety designs. Contact us for a quote Need to ensure the regulatory compliance and safety of your lithium-ion batteries during transport? Contact our experts for a tailored solution. Request a quote now

Appareillage véhicule pour essais de consommation véhicules thermiques et hybrides

Testing

WLTP consumption tests for combustion engine and hybrid vehicles | Emitech Group

Fuel consumption tests for thermal and hybrid vehicles Standardised measurements - WLTP

Fuel consumption tests for thermal and hybrid vehicles Standardised measurements - WLTP Accurately measure the energy consumption of your vehicles under standardised and realistic conditions The Emitech Group offers rigorous consumption tests for thermal and hybrid vehicles, carried out in accordance with European and international homologation protocols, or adapted to specific needs. Thanks to our chassis dynamometer equipment and our mastery of driving cycles, we deliver reliable data that can be used for validation, optimisation and product communication. Ask for a quote Why measure fuel consumption? Consumption tests are essential for :Meet regulatory requirements (WLTP, NEDC, FTP, etc.).Assess the vehicle's energy performance.Compare different powertrains (thermal, parallel/serial hybrid).Provide transparent commercial or technical communications.Identify avenues for technical or software optimisation (calibration, engine strategy, etc.). Which vehicles are affected by these measures? Thermal petrol or diesel: passenger cars, light commercial vehicles.HEV hybrids: petrol or diesel engines with electric assistance.PHEV rechargeable hybrids: validation of consumption in thermal, combined and electric modes. What parameters are measured to establish the fuel consumption of a thermal or hybrid vehicle? Fuel consumption in l/100 km according to defined cycles.Energy balance for hybrids: thermal vs electric.Battery recharging behaviour (PHEV).Fluid temperature, engine operation and energy management. Test methodology Tests on an air-conditioned chassis dynamometer Simulation of standardised driving cycles:WLTP (European reference cycle since 2018)NEDC (old European cycle)FTP75, US06, etc. for export marketsStandardised load conditions (weight, tyres, accessories, etc.).Controlled temperature (generally 23°C or 14°C depending on the standard). Track or road tests (on request) Additional measurements in real-life conditions.On-board fuel consumption readings (OBD, fuel flow meter). Talk to our consumer test experts Contact us Technical resources of the Emitech Group 2x2 and 4x4 air-conditioned chassis dynamometers, WLTP approved.High-precision fuel flow meters.CO2 gas analysers for carbon footprints.Engine/energy data acquisition via OBD and external instrumentation. Expertise and technical support Our technical teams are with you every step of the way:Vehicle preparation and configuration.Test plan compliant with standards or adapted to your specific needs.Real-time monitoring and data analysis.Full report with interpretation of results and possible areas for improvement. Why choose the Emitech Group for your autonomy tests? Multi-energy expertise: thermal, hybrid, electric.Reproducible tests under controlled climatic conditions.A detailed understanding of the challenges of homologation and product optimisation. Contact us for a quote Would you like to assess or optimise the fuel consumption of your thermal or hybrid vehicles? Contact our experts to design a test plan that complies with standards and is tailored to your specific needs. Request a personalised quote

Powertrain

Testing and engineering H₂ / NH₃

Safety, performance, compliance. Test benches, ECE R134 expertise, fuel cells, NH₃ engines.

Hydrogen (H₂) and Ammonia (NH₃) Testing, engineering and validation Supporting the energy transition with testing resources, regulatory expertise and a capacity for innovation at the service of your H₂/NH₃ projects. Validate the safety, performance and conformity of your H₂ / NH₃ equipment The emergence of technologies using hydrogen or ammonia as energy carriers requires rigorous technical validation. The Emitech Group supports you in the qualification, testing, instrumentation and engineering of these highly critical gases, in the fields of mobility, energy and industry.Our approach integrates physical, environmental, EMC and fire/explosion safety tests, customised test benches and regulatory expertise (ECE R134, ISO 19880-3, ATEX, etc.). Ask for a quote Expertise in testing equipment running on H₂ or NH₃ Our laboratories have the appropriate facilities and protocols to carry out safe tests on equipment using hydrogen or ammonia, under extreme or representative conditions.Our expertise :Functional tests on H₂/NH₃ components (valves, solenoid valves, sensors, expansion valves, etc.)Thermal cycling, humidity, vibration, shock, pressure, EMCGas tightness, leak detection tests, containment, fire safetyMaterials exposed to hydrogen: resistance to embrittlement, stress corrosion, etcIntegration into on-board or stationary use scenariosOur resources :Enclosures compatible with H₂ / NH₃ safety requirements with active surveillance (cameras, gas detectors)Secure test cells for pressurised components or sub-assembliesProtocols ISO 19880-3, IEC 60079, ISO 16110, ATEX / ECE standard Regulatory tests on hydrogen tanks - ECE R134 The Emitech Group carries out qualification and compliance tests on hydrogen tanks in accordance with ECE regulation R134, as part of the approval process for road mobility.Our expertise :Cyclic pressure, mechanical strength and accelerated ageing testsLeak, decompression and controlled explosion testsAssociated environmental tests: thermal, corrosion, vibrationDrafting of test reports for approval proceduresOur strengths :Experience in ECE protocols and manufacturer specificationsSecure high-pressure cells for H₂ tanksRecognised expertise in clean mobility testing Design of secure fuel cell test benches and tests The Emitech Group has developed comprehensive expertise in the implementation of fuel cell (FC) test benches, combining the design of bespoke test benches, the adaptation of its facilities and the execution of tests using secure protocols.Our expertise :Design, manufacture and commissioning of PAC test benches adapted to each architecture (stack, complete system, etc.)Rapid deployment of solutions on customer sites or in our laboratoriesIntegration of supervision, alarm, emergency shutdown and real-time monitoring functions (temperature, pressure, flow rate, humidity, etc.)Consideration of H₂-related risks right from the design phase: ventilation, gas detection, ATEX compatibility, etcTests carried out in our specialist centres:Functional tests in controlled environmentsThermal cycling, humidity, vibrationElectromagnetic compatibility (EMC)Combined tests: climatic + mechanical + electricalValidation in extreme conditions or conditions representative of on-board/stationary useOur strength :Internal synergy between the engineering, testing and simulation teamsAbility to scale up rapidly (up to 5 complete test benches delivered for a single project)Facilities that are now operational and proven in several industrial configurations Tests on NH₃ combustion engines: performance and durability Our engine platforms are used to validate experimental powertrains or subsystems using ammonia as an internal combustion fuel.Our services:Tests on NH₃-fuelled ICE engines: performance, endurance, emissionsAnalysis of component behaviour: injectors, combustion chambers, exhaustDynamic test benches with load simulation and controlled environmentFunctional diagnostics, combustion optimisation, vibration analysisOur resources:High-precision engine test benches (power, cylinder pressure, temperature, air/fuel flow)Measurement of specific emissions (NOx, residual NH₃, particulates, etc.)Multi-energy expertise: diesel, petrol, biogas, H₂, NH₃ Talk to our experts H₂ and NH₃ Contact us Why entrust the Emitech Group with your H₂, NH₃ problems? An integrated safety culture at every stage of testingMultidisciplinary expertise (testing, engineering, simulation, certification)Shared, modular resources in our multi-site laboratoriesExpertise in international standards and regulations (ECE R134, ISO 19880, etc.)A single partner for your entire H₂ or NH₃ project: design, testing, compliance, etc Do you have a H₂ or NH₃ project to validate, certify or instrument? Let's talk about it! Our experts can help you define a test plan, choose an approval strategy or design a test bench tailored to your needs.Contact our experts for personalised support. Request a quote now

Batteries

Battery BMS validation

BMS - Functional, environmental, EMC, communication, safety and standards compliance testing

Validation of BMS (Battery Management System) for batteries For optimum management of your batteries Secure, optimise and validate the on-board intelligence of your energy storage systems The Emitech Group offers comprehensive validation services for BMS (Battery Management System) systems, which are central to the control, safety and efficiency of batteries, modules and cells.Our expertise in on-board electronics, battery testing and simulation enables us to accurately assess the functional robustness, reliability and compliance of your BMS, under all conditions of use. Ask for a quote Why validate a BMS? The BMS is the brain of the battery:It guarantees safe operation (avoids overloads, overvoltage, short circuits, thermal runaways).It optimises lifetime and performance (balanced cell management, capacity preservation).It enables communication with vehicle ECUs (CAN, LIN, Ethernet).It ensures traceability of events and battery life cycles.Validating the BMS means guaranteeing that each essential function operates reliably, consistently and in compliance with standards. Our BMS validation services Functional validation Verification of protection functions (OVP, UVP, OCP, OTP, etc.).Test of SOC/SOH (state of charge/health) management algorithms.Evaluation of cell balancing (active/passive).Verification of behaviour in the event of simulated faults. Communication and compatibility Communication tests on CAN, LIN, FlexRay and Ethernet buses.Checking synchronisation with on-board ECUs.Tests for compliance with the UDS (Unified Diagnostic Services) standard. Cycles and endurance Long-term tests in real operating cycles on battery banks.Monitoring internal parameters and the response of the BMS over time.Analysis of sensor drift (voltage, temperature, current). Environmental testing Simulation of extreme conditions: temperature, humidity, vibration, shock, EMC.Verification of BMS behaviour in real-life conditions (climatic chamber + load/discharge). Talk to our BMS validation experts Contact us Safety and compliance Checking critical safety functions (insulation, fault detection, contactor disconnection).Preparation for ISO 26262 compliance (functional safety).Support for validation to R100 and UN38.3. Our dedicated technical resources within the Emitech Group High-power battery charge/discharge banks (up to 400 kW, 1000V, 1000A).Fault injection systems.Hardware-in-the-loop (HIL) simulation to test the BMS in a complete virtual environment.Climatic chambers (-60°C to +180°C) and vibration benches. Our personalised support Our team of specialist engineers will support your BMS project every step of the way:Definition of validation plans tailored to your requirements (OEM, standards, applications).Complete execution of tests and interpretation of results.Support in correcting and optimising your battery management system. Why choose the Emitech Group for BMS validation? Cross-disciplinary expertise in battery, on-board electronics and EMC testing.Test facilities covering all real-life operating constraints.Recognised experience in battery projects for electric mobility, aeronautics, rail and stationary applications.A systemic approach: we validate the battery as a whole, not just the BMS. Contact us for a quote Do you want to guarantee the safety, performance and reliability of your BMS? Contact our specialists for a complete, rigorous validation that meets the requirements of your sector. Request a quote now

Batteries

Battery cycling tests

Optimise your batteries with cycling tests (temperature-controlled charge and discharge), performance, service life, ageing assessment...

Battery cycling tests Performance, reliability and durability Validate your batteries under controlled conditions of use with the Emitech Group's cycling benches In the field of electric mobility, battery performance, reliability and service life are crucial issues. Cycle testing allows design validation, quantification of the impact of ageing and assurance of compliance with industry requirements. The Emitech Group supports design engineers, test technicians, quality managers and project managers in the characterisation and validation of energy storage systems, particularly for electric and hybrid vehicles.Our services are based on state-of-the-art thermal and electrical cycling benches, designed to test cells, modules or complete packs under representative conditions of use and in accordance with international standards such as IEC 62660-1.&nbsp; Ask for a quote Why carry out cycling tests? Assessing performance and service life Determine the number of charge/discharge cycles a battery can withstand before its capacity falls below 80% of its nominal value.Quantify capacity loss, internal resistance, memory effects or functional drift. Understanding ageing mechanisms Identify the effects of current, temperature, SOC and depth of discharge on service life.Differentiate between calendar and cyclic ageing phenomena.Simulate the impact of fast, partial, asymmetric or intensive cycles. Optimising design and operation Adapting load/discharge profiles to specific use cases (urban, motorway, industrial, etc.)Optimise BMS strategies based on real-life situations.Validate new chemistries, formats or mechanical configurations. Meeting regulatory standards and requirements Carry out tests in accordance with IEC 62660-1 (lithium-ion cell life cycle).Contribute to ECE R100 compliance (9B test - thermal cycling).Integrate the constraints of manufacturers' reference systems or CE marking. Test methodology and technical protocol Electric cycling Application of dynamic profiles (e.g. WLTP, RDE) with variable current charge/discharge alternation.C/charge rates adjusted according to specifications: fast, slow, partial charge.Performance evaluation in terms of capacity, voltage, temperature, current, coulombic efficiency. Thermal cycling Integration into regulated climatic chambers: from -40°C to +85°C depending on modelControlled temperature variation to reveal the combined effects of thermal and electrical stress.Integration of thermal management loops (oil, water-glycol). Real-time monitoring and analysis CAN monitoring (via VECTOR BMS interfaces)High-frequency ADQ (up to 2 MHz) to capture fast transients150+ isolated thermocouple channels (up to 1000 V)Integrated safety limits, thermal runaway management Talk to our battery cycling experts Contact us Technical specifications of 2 of our models of cycling benches ModelBattery dimensionsEnclosure temperatureThermal fluidSimulator capacityModel 11.4 m x 2.0 m-40°C to +85°C-35°C to +95°C250 kW / 1000 V / 1000 AModel 2Module or small pack-30°C to +55°C-30°C to +70°C250 kW / 1000 V / 1000 AOptions:2 CAN buses, multi-channel managementIntegrated limiters for runawayHIL/BIL scenario simulation for coupling with BMS Types of batteries tested Lithium-ion cells (NMC, LFP, NCA)High voltage modulesComplete packs (EV, PHEV, LCV, stationary batteries)Prototype solid batteries, sodium-ion, lithium metal, etc. Benefit from the advantages of the Emitech Group's test centres Configurable resources for your specific cyclesPossibility of testing over several weeks/monthsIntegration into multi-standard validation plans (UN38.3, ISO 12405, ECE R100, etc.)Expertise in results processing, interpretation and customer reporting Contact us for a quote Are you designing, validating or optimising a battery? Do you want to simulate real-life conditions to anticipate service life or ensure compliance? Request a quote now

Batteries

Fire resistance tests for batteries

Test your lithium batteries in accordance with ECE R100 Rev.3 (appendix 9E)

Fire tests on batteries ECE R100 Rev.3 compliance and thermal safety assessment Guarantee the safety and regulatory compliance of your rechargeable energy storage systems (RESS) The Emitech Group offers comprehensive expertise in conducting fire resistance tests on lithium batteries as part of ECE R100 Rev.3 certification. These tests, described in Annex 9E of the regulation, aim to assess the behaviour of batteries in the event of an external fire and to verify that the storage system provides sufficient time for passenger evacuation.Our services are aimed at battery manufacturers, approval engineers, quality managers and electric mobility project managers involved in the development of batteries that comply with the most stringent regulatory requirements. Ask for a quote Objectives of ECE R100 fire tests Meet the requirements of Annex 9E of Revision 3 of ECE Regulation R100Check battery resistance in the event of exposure to an external fire (simulation of a vehicle fire or fire in the immediate environment)Guarantee a sufficient safety time to allow evacuation of the driver and passengersEnsure regulatory compliance with a view to obtaining the E mark for RESS Battery fire test procedure (Appendix 9E) Direct exposure The battery is subjected to direct exposure to fire for 70 seconds (open flame in contact with the battery case) Indirect exposure The battery is exposed to indirect exposure for 60 seconds via a refractory brick screen Post-exposure monitoring Post-exposure monitoring takes place until complete cooling or for a period of 3 hours Behaviour monitoring The system's thermal and mechanical behaviour is monitored during and after the test Talk to our experts in battery fire testing Contact us The Emitech Group's test facilities Our facilities are designed to test large batteries, whether modules, complete packs, or prototypes integrated into a vehicle assembly.Advanced instrumentationTemperature measurement using multi-channel thermocouplesInfrared (IR) camera for real-time thermal analysisMulti-angle video recording (up to 4 simultaneous views)Environmental sensors: ambient temperature, wind speed, humidityInstallation safetyDedicated test cell for lithium-ion batteriesReinforced ventilation and post-test monitoringConfined test area, compliant with abusive test requirements Our additional services Test campaigns based on a multi-standard test envelope We conduct tests in accordance with the following additional standards:UL 2580 / UL 1973 / UL 9540AIEC 62619 / IEC 62660-2SAE J2464 / ISO 12405 / UN 38.3 An in-depth analysis Post-mortem analysis of tested batteriesComparative material studies (casing, insulation, gaskets)Measurement of smoke opacity, ejection velocity and temperature Respect for the environment Flue gas treatment (washing, filtration)Cooling water treatment (COD, BOD, SS, heavy metals) Aeronautical expertise adapted to e-mobility Our expertise in aerospace fire testing enables us to apply very high standards to the automotive and industrial sectors. We have mastered the critical parameters related to heat propagation, thermal runaway, mechanical resistance of the enclosure and potential toxicity of fumes.Our teams are certified in battery electrical safety and implement protocols adapted to abusive testing, including:Internal fire propagation tests (heating PAD, penetration)Overload, short circuit, immersion, crushing and drop testsMaterial characterisation (watertightness, insulation, flame resistance)&nbsp;Our fire testing services are aimed at:Manufacturers of lithium-ion batteries (cells, modules, packs)Battery integrators in light, commercial or heavy-duty vehiclesManufacturers of electric or hybrid vehicles (BEV, PHEV, HEV)Suppliers of stationary storage or energy conversion solutions Contact us for a quote Are you developing a lithium battery or an RESS system and need to carry out fire tests for certification?Our teams will support you throughout the entire testing process, right up to E-marking. Contact us now. Request a quote now

Batteries

Lithium-ion batteries - Thermal runaway

Thermal runaway testing of your batteries to R100, UL 9540A, ISO 12405. Analysis of thermal propagation, gas emissions, fire, etc.

Thermal runaway tests on lithium-ion batteries and other technologies Benefit from the Emitech Group's expertise in battery testing Assess your batteries' resistance to thermal runaway to guarantee their safety and regulatory compliance Thermal runaway is one of the most feared phenomena in the validation of lithium-ion batteries, but not only, particularly in the electric mobility sector. It occurs when a cell exceeds a certain critical temperature threshold, leading to chemical chain reactions releasing intense heat, flammable gases, even flames and explosions.The Emitech Group supports you in the design, development and validation of your REESS batteries, by carrying out representative and standardised thermal runaway tests. Ask for a quote Why test for thermal runaway? Ensuring the safety of your products and preventing risks Identify critical failure scenarios: overload, internal short-circuit, perforation, manufacturing defect, etcCheck for no thermal propagation to other cells or modulesReduce the risk of fire or explosion Demonstrate the regulatory compliance of your batteries Meet the requirements of ECE R100 Rev.3 (articles 6.13, 6.14, 6.15)Test to international standards: UL 9540A, ISO 12405, IEC 62660-2, GB 38031 (China)Prepare CE marking, E marking and other sectoral approvals (automotive, aeronautical, stationary, etc.) Validate your technical solutions and innovations Characterising the effects of a runaway: delay before propagation, temperatures reached, nature of the gases releasedTest active or passive countermeasures: sensors, warning devices, ventilation, thermal protection, etcCompare several pack designs, chemistries or containment strategies Our thermal runaway test facilities How we initiate thermal runaways Thermal pad heating – automotive standard (IEC/SAE)Simulated internal short circuitNail penetration – UL/SAE/GB method Testing in a dedicated enclosure Secure volume with instrumented cellSynchronised infrared (IR) cameras + HD videos (x4)Acquisition on 96 isolated 1000V channels, temperature, pressure and flame sensorsOptical + electrical detection of the start of runaway Analysis of gases emitted (optional) Gas analyser: H2, CO, CO2, NOx, SO2, CxHyColorimetric tubes: HF, HCN, HBr, H2S Related tests Coolant leakage (water/glycol) with rollover simulationLiquid pollution (immersion, humidity, dust) Talk to our thermal runaway test experts Contact us Standards covered and benchmarks included in our tests UNECE R100 Rev.3 - Annex 9E (fire test, evacuation time)UL 9540 / UL 9540A: thermal propagation assessment (stationary, building)IEC 62660-2: cell abuse tests (puncture, short-circuit, heating)ISO 12405-3: pack-level safety testsGB 38031 (China): 5-minute no-flame test after packagingSAE J2464 / J2929: abuse tests, vehicle safety assessment Our thermal runaway services cover a wide range of sectors Our tests are aimed at:Lithium-ion battery manufacturers (cells, modules, packs)Automotive manufacturers and equipment suppliers (R100, R136)Stationary system integrators (UL 9540A)Defence, space, medical and aeronautics sectorsDevelopers of innovative batteries (solid, sodium-ion, etc.)&nbsp;Some examples of customer projects:Thermal runaway tests on electric vehicle batteries (BEV, PHEV, LCV)Evaluation of thermal/gas shutdown devices/circuit breakers in the event of an incidentDevelopment of non-propagating battery packs for the automotive and aeronautical sectorsComparative analysis of different Li-ion chemistries (NMC, LFP, LCO, etc.) Benefit from the advantages of the Emitech Group Collaboration with notified authorities (R100 certification)Cross-disciplinary expertise: climatic, vibration, fire, impact and watertightness testingDevelopment of customised tests according to your product needs Contact us for a quote Are you developing a lithium-ion battery for an electric vehicle or a critical application? Would you like to assess its resistance to thermal runaway and secure its certification?Our experts are here to help. Contact Emitech today for a personalised study Request a quote now

Batteries

ECE R100 tests

Fire, vibration, short-circuit, overload, overcurrent, E marking, REESS compliance, thermal runaway...

Approval of electric vehicle batteries ECE R100 compliant Safety, performance and regulatory compliance: a global approach offered by the Emitech Group The ECE R100 regulation sets out the requirements applicable to Rechargeable Energy Storage Systems (REESS), mainly high-voltage batteries for electric vehicles, to guarantee their safety, robustness and regulatory compatibility. The Emitech Group supports battery manufacturers, builders, approval engineers and quality managers in the complete validation of their batteries, by carrying out all the tests required by the ECE R100 regulations, right up to official approval (E marking). Ask for a quote Why choose the Emitech Group for your ECE R100 certification? Full compliance with the requirements of the latest applicable revision (Rev 3) Performance of the 10 types of tests in appendix 9A to 9JIntegration of thermal propagation management (article 6.15)Coverage of specific requirements: overload, short-circuit, overcurrent, etc.Preparation for the approval of vehicles in categories M, N, L (via R136) Customised technical support Customised test plan based on battery configuration and applicable regulatory versionAssistance in compiling the approval fileDirect interface with the technical services (ALEE/KBA) to obtain the certificate of conformity ECE R100 Specialised in-house testing facilities Vibration, shock, climatic, fire and electrical safety laboratoriesBattery cycling benches up to 1000 V / 1000 ASecure climatic chambers, high-resolution measurement systems, IR cameras and advanced security systems Compulsory ECE R100 tests (Annex 9A to 9J) Annex 9A - Vibrations Resistance to mechanical stress over the life of the vehicle Annex 9B - Thermal shock / thermal cycling Check resistance to rapid temperature variations (-40 °C / +60 °C) Annex 9C - Mechanical shocks (accident) Crash simulation - violent deceleration Annex 9D - Mechanical crushing (integrity) Resistance to a force of 100 kN (side impact, obstacles) Annex 9E - Fire resistance Behaviour in the event of an external fire, evacuation times Appendix F - External short-circuit protection Check activation of internal safety devices (fuses, BMS) Annex 9G - Overload protection Automatic load interruption before overheating Annex 9H - Protection against excessive discharge Prevention of critical undervoltage risks Annex 9I - Overheating protection Assessment of internal thermal devices Annex 9J - Overcurrent protection Excessive DC fast charge test (ultra-fast chargers) Talk to our experts in ECE R100 for your batteries Contact us Issues introduced by Revision 3: thermal runaway (§6.15) The battery must delay for at least 5 minutes any emission of flames or dangerous smoke in the event of a thermal runawayDetection and warning measures integrated into the pack (detection of abnormal heating)Additional tests offered by Emitech:Liquid leakage test (water/glycol cooled packs)Liquid pollution test (oil-immersed packs) ECE R100 & electrical safety Our services also cover part I of the regulation concerning the electrical safety of the vehicle:Electrical isolation (HV vs earth)Emergency disconnection devicesHV connector complianceTightness (IP test), degassing and ventilationWe also carry out the tests required by Annex 8 on hydrogen emissions during charging. The resources and expertise offered by the Emitech Group Specialised testing facilities Vibrations: platforms up to 3 m, 1000 kg, 10 gThermal: -50°C to +120°C chambers, 6-hour cycles, 11 m³ volumeCycling: 1000 V / 1000 A, dynamic profiles (WLTP, RDE)Fire: dedicated laboratory (70s direct fire + 60s indirect, IR sensors, HD video)Electrical safety: voltage withstand, insulation, disjunctionMechanical impact: impact rail, 100 kN crushing table Complementary services Exploratory pre-tests to optimise designDesign of fastening tools (with our design office)Multi-standard campaigns: ECE R100, UN38.3, IEC 62660, ISO 12405, etcAbusive testing, mechanical safety, tightness, corrosion, altitude, etc With the Emitech Group, you can benefit from regulatory support for all your projects Monitoring ECE R100, R136 and GTR20 developmentsPreparation of documentation and functional diagramsTechnical training (e.g. Li-ion battery regulations)Test reports recognised for E marking (via ALEE / KBA) Contact us for a quote Are you developing a high-voltage battery or integrating a REESS system into an electric vehicle?Our experts will support you from testing to ECE R100 approval. Contact us today Request a quote now

Qualification / homologation

Euro 6 - Euro 7 pollution tests, WLTP...

Prepare your approvals, measurements on roller benches, PEMS...

Euro 6 - Euro 7 requirements Anti-pollution standards for thermal vehicles Why carry out pollution testing? Pollution testing is essential to ensure that vehicles comply with European regulations on pollutant emissions. It enables:Compliance with Euro 6 standards and anticipation of Euro 7.Assessment of pollutant emissions in the laboratory (WLTP) and in real-world conditions (RDE).Vehicle approval by the competent authorities.Optimise environmental performance and reduce pollutant emissions.Verify the durability of emission control systems over the vehicle's lifetime. Ask for a quote What is the European Euro 6 standard? The Euro 6 standard is a European regulation that came into force in September 2014, aimed at limiting pollutant emissions from new light-duty vehicles (passenger cars and light commercial vehicles). It imposes strict limits for several types of major pollutants:Carbon monoxide (CO)Hydrocarbons (HC)Nitrogen oxides (NOx)Particulate matter (PN/PM)It is divided into several phases (Euro 6b, 6c, 6d-TEMP, 6d) with increasingly stringent requirements, notably with the introduction of real-driving emissions (RDE) testing and the mandatory use of portable emissions measurement systems (PEMS). Main Euro 6 emission limits (values in g/km) We will guide you in interpreting and applying the requirements of the standard:For vehicles in categories L, M, N, O, T, R, S,For Electrical and Electronic Subassemblies (ESA) integrated or connected to the vehicle. Tests carried out in our ISO 17025-accredited laboratories PollutantPetrolDieselCO1,00,5HC0,1-HC + NOx-0,17NOx0,060,08Particulate matter (PN)6×10^116×10^11 New requirements: RDE and PEMS Since Euro 6d-TEMP and Euro 6d, vehicles must undergo real driving emissions (RDE) testing, measured using on-board systems (PEMS). These tests are designed to better reflect actual vehicle use and avoid discrepancies between laboratory and road conditions.RDE compliance is mandatory for type approval.Compliance coefficient reduced to 1.43 for NOx in Euro 6d.Defined test conditions (temperature, altitude, load, speed, duration). What services does the Emitech Group offer to meet Euro 6 requirements? Roller bench tests Simulation of WLTP, NEDC and FTP75 cycles in accordance with regulatory protocols.Precise measurement of pollutant emissions (NOx, CO, HC, particulates, CO2).Engine performance control and calibration. Real-life testing (RDE) Road test campaigns with on-board PEMS.Full data traceability, strict compliance with regulatory requirements.Post-processing data analysis and regulatory compliance. Additional tests Validation of after-treatment systems (SCR, FAP, EGR, LNT).Climatic, altimeter and vibration tests combined with emissions measurement.Support for production compliance tests (COP). Talk to our euro 6 and 7 experts Contact us What technical resources are available to you? Air-conditioned 4x4 chassis dynamometers (-30°C / +50°C).AVL AMA, FTIR and fine particle gas analysers.Latest-generation PEMS systems compliant with Euro 6d requirements.Data analysis software (Concerto, Etas INCA). Integrating pollution testing into product development Pollution testing is used to optimise engine design and ensure regulatory compliance. Our experts can help you with :analysing the normative requirements according to your target market.Implementing tests using appropriate methodologies.interpreting the results to optimise pollution control and reduce the environmental footprint. Why choose the expertise of the Emitech Group? Decades of experience in engine regulatory validation.A global approach integrating engine, vehicle, component and aftertreatment testing.Recognised technical expertise in calibration, data analysis and regulatory interpretation. Contact us for your rail projects Do you develop or market thermal vehicles and need to meet Euro 6 requirements?The Emitech Group is your trusted partner for securing your type approval and guaranteeing the conformity of your engines. Request a quote now

Qualification / homologation

ECE R10 approval

ECE R10 approval for vehicles and ESAs: ECE R10 EMC tests, regulatory compliance, E marking

EMC certification for vehicles and electronic equipment ECE R10 regulations Ensure that your vehicles and equipment comply with the ECE R10 standard The ECE R10 standard (or UN R10 regulation) is a reference regulation for the approval of vehicles and their electronic equipment with regard to electromagnetic compatibility (EMC). It is essential for obtaining the E mark and guaranteeing marketing in more than 50 countries, including those of the European Union.The Emitech Group, recognised as a technical service by the CNRV, will support you throughout the entire process: from regulatory analysis to carrying out tests, right through to obtaining the approval certificate. Ask for a quote Why use Emitech for UN-ECE R10 certification? Assured regulatory compliance We will guide you in interpreting and applying the requirements of the standard:For vehicles in categories L, M, N, O, T, R, S,For Electrical and Electronic Subassemblies (ESA) integrated or connected to the vehicle. Tests carried out in our ISO 17025-accredited laboratories We cover all the tests required by the standard:Radiated and conducted electromagnetic emissions (CISPR 12, CISPR 25...)Electromagnetic immunity (ISO 11451-2, ISO 7637-2, IEC 61000-4, -4-5...)Specific tests in recharging mode for electric vehicles Test centre equipped with a very large Faraday cage (27 x 18 x 10.5 m) Tests on vehicles in motion up to 120 km/h on chassis dynamometerHeavy vehicles up to 40 tonnes can be accommodatedMulti-engine testing: thermal, electric, hybrid, hydrogen, etc. Complete management of the homologation file Drafting of the technical and administrative fileSubmission to the competent authority (e.g. CNRV for France)Obtain UN-ECE R10 certificate and E marking Your objectives, our solutions UN-ECE R10 approval We can carry out the required EMC tests for you, and provide the regulatory support you need to obtain certification. Test your electronic equipment (ESA) Our laboratories assess the EMC compliance of active on-board components (chargers, ECUs, lighting, inverters, etc.) Certify your vehicles, including electric vehicles We test the whole vehicle in operation, including charging mode, with measurements of harmonics, conducted disturbances and transients. Accessing international markets Thanks to the E marking, your products are automatically recognised in all the countries that signed the UNECE 1958 agreement (EU, Australia, Japan, etc.) Talk to our certification experts Contact us UN-ECE R10 tests Vehicles Radiated emissions (CISPR 12 / CISPR 25)Radiated immunity (ISO 11451-2)Conducted disturbances, transients, ESD (ISO 7637-2, IEC 61000-4-4/-4-5)Specific tests in recharge mode: harmonics (IEC 61000-3-2), flickers (IEC 61000-3-3), etc. Electronic sub-assemblies (ESA) Emissions and radiated immunity (CISPR 25, ISO 11452)Immunity to power line transients (ISO 7637-2) Why choose the expertise of the Emitech Group? The Emitech Group has a dedicated test centre at its Montigny-le-Bretonneux site:SAC 10 m Faraday cage with 4.8 x 4.8 m door11 m turntable - max load 12 tHeavy zone 12 x 6 m - max load 40 tEV charging station AC up to 50 kVA / DC up to 400 kW - Modes 1 to 4AIP EMC driving robot and 2 and 4 wheel drive benchesFiltered battery charging/discharging systems Contact us for a quote Are you a manufacturer, equipment supplier or integrator? Are you looking to certify your vehicles or components in accordance with UNECE R10 regulations?Contact us now for a personalised quote. Request a quote now

Qualification / homologation

Nuclear qualification

Validate the conformity of your equipment with the Emitech Group: seismic, climatic, EMC, electrical and safety tests in accordance with EDF, RCC-E, ITER standards, etc.

Nuclear qualification Guarantee that your equipment complies with the most stringent requirements Why carry out nuclear qualification tests? The qualification of equipment intended for the nuclear industry is an essential stage in ensuring that it operates correctly under normal and accident conditions. It enables :Check the robustness of equipment in the face of the mechanical, climatic and electrical constraints specific to the nuclear environment.Meet the normative requirements imposed by operators (EDF, ITER, etc.).Ensure resistance to exceptional events (earthquakes, ageing, accident conditions).Gain recognition from major civil nuclear and research contractors. Ask for a quote A comprehensive, integrated offering for the nuclear industry The Emitech Group offers a comprehensive service, combining testing, expertise, engineering and project management. Our offer covers :Drafting and validation of test execution procedures (PEE).Drawing up customised test plans (QTP).Conducting tests in normal and severe environments.Follow-up of qualification and exploitation of results.Documentary support for certifications and approvals. Our nuclear testing services Seismic testing 150 kN bench - Load capacity up to 3000 kgSimultaneous horizontal and vertical excitationForce applied: 150 kNTest table measuring 1200 x 1200 mm500 kg - ‘Component’ spectrum3000 kg - ‘Assembly’ spectrumStandards: NF EN IEC 60068-2-57, NF EN IEC 60068-3-3 , CRT 91 C 112 00 / EDF HN20E53 … Mechanical testing (vibration & shock) Sinusoidal and random vibrations: 3 to 5000 HzShocks: up to 300 g, max speed 3 m/sPermissible loads up to 3,000 kgStandards: NF EN IEC 60068-2-6, -64, -27 Climatic tests Temperature extremes: -70°C to +600°CRelative humidity up to 98% rhDry heat, cold, rapid temperature variationsThermal, cyclic and composite ageingStandards: NF EN 60068-2-1, -2, -14, -30, -38, -78 Salt spray tests Load capacity: 900 kgStandards: NF EN 60068-2-11, -52, ISO 9227 Talk to our experts in the nuclear sector Contact us EMC (electromagnetic compatibility) testing Radiated / conducted emissions, immunity to disturbances (ESD, lightning, RF fields &gt; 33 V/m)Impulse, oscillating and static magnetic fields (spec. ITER 98JL4W)Semi-anechoic cage testing to CISPR 16-2-3 / EN 61000-6-4Generators for all EN 61000-4-x standards Electrical testing and safety Insulation, dielectric strength, earth continuityTemperature rise tests, arc resistance Integrated easement facilities Power supply: AC &amp; DC up to 600 V / 400 HzPressurisation: air, water, oilFluid circulation, multi-channel acquisition (accelerometers, gauges, sensors)Monitoring of voltages, currents, micro-cuts Standards and reference documents Our expertise covers the following requirements in particular:ENSE070084 A: Qualification of electrical equipment under accident conditions (EDF)CRT 91.C.112: Earthquake resistance of equipment (EDF)RCC-E AFCEN (K1,K2 K3 ad et AG) and project data booksEN 61000-4-x: all EMC standardsIEC 61000-4-9, -10, -16: impulse and oscillating magnetic fields, conducted disturbancesITER 98JL4W: immunity to static magnetic field (up to 180 mT) Our expertise complements our test campaigns Our teams of engineers provide :Tool sizing and design.Structural, fatigue, thermal and fluid calculations.Modal analysis and customised testing.Regulatory support (CE marking: EMC, Low Voltage, RED) in Europe and on your export markets. Why choose the expertise of the Emitech Group? A single partner for a comprehensive service.Ability to manage complex, multi-standard campaigns.Single point of contact, responsive and experienced teams.Availability of our resources and logistics management (transport, storage, subcontracting). Contact us for your nuclear projects Do you want to validate the conformity of your equipment for the nuclear sector? Benefit from comprehensive support and a benchmark testing infrastructure. Request a quote now

Qualification / homologation

Qualification of railway equipment

Validate the conformity of your railway equipment with the Emitech Group. Qualification tests: EMC, environment, electrical safety, fire, RED. Standards EN 50155, 50121, 50125...

Railway qualification Guaranteeing the compliance, robustness and safety of your equipment Why carry out railway qualification tests? In a sector where reliability, regulatory compliance and passenger safety are paramount, the qualification of railway equipment is an essential step. It enables :Demonstrate compliance with railway standards (EN 50155, EN 50121-X, EN 50125-X, etc.).Obtain the CE marking to directives (EMC, RED, LVD, etc.) depending on the nature of the equipment.Validate the mechanical and environmental robustness of equipment.Guarantee electromagnetic and radio compatibility.Ensure electrical safety and fire resistance.Avoid critical failures during operation. Ask for a quote An approach that complies with European regulations and focuses on equipment Our services for the railway sector fall within the scope of Regulation (EU) 2016/797 on railway interoperability when they concern equipment covered by TSIs (e.g. on-board equipment, sub-assemblies and components of fixed installations).Identification of the requirements applicable to the equipment tested (TSIs or, where applicable, other regulatory and normative requirements).Conducting environmental, EMC, climatic, mechanical and electrical compliance tests in our accredited laboratories for the purpose of equipment qualification.Support in compiling the technical file for CE marking of equipment, in accordance with the relevant directives (EMC, RED, Low Voltage, etc.), when the products do not fall within the scope of TSIs or are covered by these directives in addition. Our rail qualification services The Emitech Group offers an integrated, modular service covering all the tests required for the marketing and certification of on-board and fixed railway equipment.Rolling stock: trains, locomotives, trams, metros, passenger trains.On-board equipment: electronic modules, mechatronics subsystems, telecoms.Fixed installations: signalling stations, sub-stations, external enclosures.Railway subsystems: cabling, power supplies, connected systems. Electromagnetic compatibility (EMC) Radiated and conducted emission and immunity tests.In situ tests for installed systems.Standards applied: EN 50121-3-2, EN 50121-4, EN 50121-5, IEC 62236.Tests in large Faraday cages up to 27×18×10.5 m. Electrical safety Insulation, dielectric strength, earth continuity.Overvoltages, overheating, arc resistance.Fire resistance (glow wire, flammability).Compliance with Low Voltage directives. Radio testing (RED directive) Qualification of radio equipment (GSM-R, Wi-Fi, Bluetooth, GNSS, IoT).Verification of spectrum conformity and radio interoperability. Mechanical, climatic and physico-chemical environments Tests defined according to the type of environment in accordance with EN 50125-1 / 50125-3Vibration, shock, mechanical fatigue (EN/IEC 61373).Extreme temperatures, humidity, thermal shock (EN/IEC 60068-2-x).Salt spray, immersion, dust (IP according to EN/IEC 60529), shocks (IK according to EN/IEC 62262), corrosion, etc.Accelerated ageing. Talk to our rail sector experts Contact us Our engineering solutions and support for your teams Drafting of QTPs (test plans).Complete management of test campaigns.Assistance with EN 50155 and EN 50121 certification.Technical support for European regulations (regulation 2016/797).Support for CE marking (interoperability or sectoral directives).Regulatory engineering for your export launches. Why choose the expertise of the Emitech Group? Reduced lead times and costs thanks to an all-in-one offer.Compliance with customer specifications and European TSIs.Multidisciplinary technical expertise.Rapid access to testing capacity thanks to our reception facilities.Optimised planning (2x8, 3x8, parallel tests). Contact us for your rail projects Do you need comprehensive support to qualify your railway equipment? Our experts are on hand to advise you and work with you to devise an effective testing strategy. Request a quote now

Qualification / homologation

Automotive qualification

Testing and engineering of your equipment, sub-assemblies and vehicles to ISO 11452, ISO 7637, ECE R10 and OEM specifications - EMC, vibration, climate, endurance, batteries, materials...

Automotive qualification Validate the conformity, reliability and performance of your vehicles and subsystems The Emitech Group has positioned itself as a major independent player in the vehicle and equipment qualification, with a unique offering combining test resources, expertise, engineering services, instrumentation and test bench design.&nbsp;Services associated with powertrains are covered on a dedicated page. Ask for a quote Vehicle testing and electrical and electronic subsystems (EEE) - On-board systems We validate the performance of on-board electrical and electronic systems in electrified, hybrid and thermal vehicles:Full vehicle EMC tests: very large Faraday cage (27x18x10.5 m), 4x4 chassis dynamometer up to 120 km/h, CISPR 12/25, ISO 11451, ISO 11452, ISO 7637, ECE R10 tests.Electric powertrain testing: motors, inverters, OBCs, BMSs and converters. Electrical, environmental, thermal and EMC validation.Battery testing: complete packs, modules and cells, approval tests (ECE R100, ECE R10), abuse tests, endurance, fire, IP, cycling.High Voltage Systems: combined EMC, climatic and vibration testing for HV boxes, connectors, sheaths, etc.Low-voltage components: functional and environmental validation of sensors, relay boxes, optics, etc The different types of tests carried out in our laboratories and test centres Electromagnetic (EMC) and electrical testing Electromagnetic compatibility in accordance with: CISPR 12/25, ISO 11451, ISO 11452, ISO 7637, ISO 10605Radiated immunity and driving, electrostatic discharge (ESD)Tests on complete vehicles (ECE R10), AC/DC charging simulation, driving robotSpecific standards: PSA B21 7110, Renault 36-00-808, VW TL81000, LV124, etc. Environmental testing Random and sinusoidal vibrations, mechanical shocks (up to 105 kN)Temperature shocks and Rapid Temperature VariationHumidity, salt spray, corrosion, corrosive gases, UV, dustIP (water and dust protection), sunlight, altitude Hydraulic tests Cycling pressure, burst, pulse, leak, pressure dropFluid: glycol water, oils, SkydrolCombined pressure + vibration + temperature tests (PVT test bench) Acoustic and vibration tests Acoustic analysis (CSA), psychoacoustics, 4 RM chassis dynamometers (240 km/h)On-board vibration analysis, modal, synchronized measurements Talk to our experts Contact us Accelerated reliability testing HALT / HASS: -100 to +200°C, vibration up to 60 gRMS, VRT 60°C/min On-board measurement & monitoring CAN, LIN, USB, RS232 fibre optic acquisitionAutomatic detection, video, light flow, synchronized audio Test facilities designed for vehicles and their subsystems, but also for your deadline requirements Our fleet is one of the most comprehensive in Europe, enabling us to run up to 230 simultaneous test campaigns:50+ Faraday cages, including 2 dedicated to EMC testing on vehicles140+ climatic chambers50+ electrodynamic vibrators (up to 120 kN), hydraulic shakers, impact machinesCombined test benches (climatic &amp; vibration, engine &amp; EMC, etc.) The main standards and specifications covered Our tests are carried out in accordance with international standards and OEM specifications:ISO / IEC / ECE standards: CISPR 12/25, ISO 11452-1 to 11, ISO 7637-1 to 3, ISO 10605, ISO 16750, ISO 20653, IEC 60068-2-x, ECE R10Manufacturer specifications: PSA (B21 7110, B21 7130), Renault, VW, JLR, FORD, GM, FCA, MAN, SCANIA, VOLVO, etc. Integrated expertise for comprehensive care Analysis of normative or manufacturer's specifications, drafting of the qualification plan and choice of test sequencesEngineering and development: definition of test plans, vibration and thermal analysis, EMC simulation.Bench design: motor benches, battery cycling, PAC benches, customised equipment.Regulatory support: ECE R10 and R100 approvals, etcTechnical assistance: provision of qualified resources on a contract, fixed-price or service centre basis.Training &amp; metrology: associated services to empower your teams. Why choose the expertise of the Emitech Group? A network of complementary laboratories throughout FranceA capacity to deal with new forms of mobility (BEV, FCEV, V2G, etc.) and new technologies (HV, H2, ADAS, etc.)Reactivity tailored to your project deadlines (extended hours, priority campaigns)Connected solutions (remote monitoring, Hololens, collaborative tools)We also offer you our cross-disciplinary skills: design of test facilities, engineering services, metrology services and specialist technical training. Our integrated approach gives you greater control over your validations and deadlines. Contact us for a quote Contact our experts to assess your needs together and propose a personalised testing campaign. Request a quote now

Qualification / homologation

MIL STD 810, MIL STD 461, ...

Military qualification of your defence equipment to MIL-STD-461/810/704 standards: EMC, climatic, mechanical and electrical tests, etc.

MIL STD 810, MIL STD 461, .. Defence: qualification of military equipment Equipment used in the defence sector must meet stringent requirements in terms of robustness, reliability and operation in extreme environments. The MIL-STD standards issued by the US Department of Defense are essential references for the qualification of such equipment and are the main technical references for EMC and environmental testing within NATO (Stanag standards)The Emitech Group carries out comprehensive test campaigns in accordance with :MIL-STD-461: electromagnetic compatibility (EMC)MIL-STD-704: electrical testing (aircraft power supply)MIL-STD-810 / 202 / 883: environmental testing (mechanical, climatic, etc.) Ask for a quote What areas of application are covered by the Emitech Group's services? Our tests are aimed at players in the following sectors:Ground, naval and air defenceSecurity, police, customs and civil protectionRuggedised electronics, drones, optronics, radio and radarOn-board or fixed weapon systemsCommunication and control equipment The Emitech Group provides comprehensive MIL-STD testing services Electromagnetic and electrical environments MIL-STD-461 Radiated emissionsRE101 - Radiated emissions in magnetic field - 30 Hz to 100 kHzRE102 - Radiated emissions in electric field - 10 kHz to 40 GHzConducted emissionsCE101 - Conducted emissions on power cables - 30 Hz to 10 kHzCE102 - Conducted emissions on power cables - 10 kHz to 10 MHzRadiated Susceptibility (HIRF up to 10,000 V/m)RS101 - Radiated susceptibility of equipment and subsystems to magnetic fields - 30 Hz to 100 kHzRS103 - Radiated electric field susceptibility of equipment and subsystems - 10 kHz to 40 GHzTransient electromagnetic field susceptibility - RS105Conducted Susceptibility - BCI (up to 1 A)CS114 - l.C.B. on all cables including power cables - 10 kHz to 200MHZCS115 - l.C.B. on all cables including power - ImpulseExcitationAntenna - Radiated and conducted emissionsRE103 - Radiated emissions from spurious and harmonics - 10 kHz to 40 GHzCE106 - Conducted emissions on antenna ports - 10 kHz to 40 GHzAntenna - conducted immunity (antenna port)CS103 - Intermodulation - 15 kHz to 10 GHzCS104 - Rejection of Undesired Signals - 30 Hz to 20 GHzCS105 - Cross-Modulation - 30 Hz to 20 GHzPower supply - Conducted Susceptibilityo CS101 - Conducted Susceptibility - 30 Hz to 150 kHz (limited to 100 Amp)o CS106 - Transients (applicable in rev. F of MIL STD 461 and deleted in rev. G)Structural current (ship) - Conducted immunity (60 Hz - 100 kHz) - CS109Immunity to damped transients on interconnecting cables (10 kHz to 100 MHz) - CS116Indirect lightning - Cable and cords - CS117Electrostatic discharge - CS118 Power supply tests in accordance with MIL-STD-704 (aeronautical sector) Seven types of power supply are covered by appropriate specifications (SAC - single-phase 115V/400Hz, TAC - three-phase 115V/400Hz, SVF - single-phase 115V variable frequency, TVF - three-phase 115V variable frequency, SXF - single-phase 115V/60Hz, HDC - 270V DC and LDC - 28V DC)Simulation of aircraft/vehicle networks: 28 VDC, 115 VAC, 400 Hz, up to 800 HzSubtransients, voltage dips, outages, spikesCombined climatic + electrical testsBays up to 135 kVA (Airbus, Boeing, A400M) Talk to our MIL-STD experts Contact us MIL-STD-810, MIL-STD-202 and MIL STD-883 environmental tests Temperature, humidity, pressure, altitude, rapid decompressionSinusoidal and random vibrations, mechanical shocks, pyroshocksSalt spray, sand and dust, immersion, fluids, corrosionSolar radiation, wind and rain, contaminationDefence-specific acoustic and mechanical tests Test facilities to meet the requirements of the defence sector Our fleet is one of the most comprehensive in Europe, enabling us to run up to 230 simultaneous test campaigns:50+ Faraday cages, including 1 dedicated to EMC testing on large vehicles and equipment, and 3 system cages140+ climatic chambers (temperatures from -100°C to +650°C)50+ electrodynamic vibrators (up to 120 kN), hydraulic shakers, impact machinesCombined test facilities (climatic &amp; vibration, engine &amp; EMC test bench, etc.) Additional services for carrying out the tests The Emitech Group offers comprehensive support:Analysis of normative requirements (MIL, DEF-STAN, DO-160, etc.)Drafting of qualification plans and test proceduresCustomisation of tests, on-board measurements (GLYPHWORKS)Simulation of EMC, vibration, thermal, fatigue, etcGNSS optimisation and metrologyDesign and production of dedicated test benches Why choose the expertise of the Emitech Group? Over 30 years' experience in defence qualificationResources spread over several COFRAC-accredited sitesA player recognised by major prime contractors (Thales, MBDA, KNDS, Dassault, Airbus DS, etc.)A rare ability to combine DO-160, MIL-STD and civilian standards testingA tailor-made, multi-site project approach Contact our MIL-STD qualification experts Our technical and project teams are at your disposal to design an optimised test campaign that complies with defence standards and meets your deadlines. Request a quote now

Qualification / homologation

DO-160 tests (RTCA / EUROCAE)

RTCA DO 160 tests for the aeronautical qualification of your on-board equipment. Validate the EMC and environmental requirements of your equipment for any aircraft. DO-160 C/D/E/F/G

RTCA DO 160 qualification tests A complete aeronautical qualification Introduction to RTCA DO 160 (Environmental Conditions and test Procedures for Airborne Equipment) The RTCA DO-160 (or EUROCAE ED-14) standard defines the environmental, electrical and electromagnetic compatibility (EMC) test requirements to be met by electronic equipment carried on board civil aircraft. It applies to all avionics systems, electrical and electronic equipment used in the constrained environment of aeronautics.The Emitech Group can help you validate your products in accordance with DO-160 and, on request, can include manufacturers' specifications (Airbus, Boeing, Dassault, etc.). Our test laboratories can offer you a complete qualification package, from drafting test plans to carrying out the tests and delivering the reports you need for certification. Ask for a quote Which assemblies or sub-assemblies are affected? Examples include:Avionics equipment: on-board computers, sensors, input/output modules, data processing units.Power supply chains: batteries, converters, power supplies and electrical distribution systems.Communication, navigation and surveillance (CNS) systems.Safety equipment, cabin and cockpit lighting, control and display devices.Propulsion and control systems: actuators, control boxes, engine peripheral equipment.This list is indicative and may be extended to other electrical or electronic equipment integrated into sub-assemblies such as landing gear, flight control or wing control systems, provided that they are subject to the environmental conditions defined by DO-160. Tests covered by the Emitech Group under the DO 160 standard Climatic and mechanical environment Section 4: Temperature and altitudeSection 5: Temperature variationSection 6: HumiditySection 7: Shock and Crash SafetySection 8: VibrationSection 9: Explosive AtmosphereSection 10: WaterproofnessSection 11: Fluid SusceptibilitySection 12: Sand and DustSection 13: Fungus Resistance Section 14: Salt SpraySection 24: IcingSection 26: Fire Flammability Electrical and EMC testing Section 15: Magnetic effectSection 16: Power InputsSection 17: Voltage SpikeSection 18: Audio Frequency Conducted Susceptibility- Power InputsSection 19: Induced Signal SusceptibilitySection 20: Radio Frequency Susceptibility (Radiated and Conducted)Section 21: Emission of Radio Frequency EnergySection 22: Lightning Induced Transcient SusceptibilitySection 25: Electrostatic Discharges (ESD) Talk to our RTCA DO-160 experts Contact us Dedicated testing facilities to implement the various sections and meet your schedule and deadline constraints Our resources are spread across several specialised laboratories (EMC, climatic, mechanical, fire, hydraulic) to offer the highest capacity on the European market. Electromagnetic compatibility (EMC) Very large Faraday cage for large equipment (up to 9m45) and heavy tonnage (40t) in addition to our other cagesImmunity from 10 kHz to 40 GHz, up to 3000 V/m CW and 10,000 V/m pulsed (HIRF)5 CRBM (Current Rejection Bench Methods) - DO-160 &amp; MIL-STD-461Emission measurements RF: DC to 40 GHz, magnetic &amp; electric fieldMultiple lightning generators (DO-160 &amp; ABD0100.1.2)BCI, line injection, ESD up to 30 kVShielding impedance Aeronautical fire tests Cabin &amp; cargo compartment interior tests in accordance with FAR 25, CS 23/25/29AIRBUS (ABD0031, AITM) &amp; BOEING (BSS7238/7239) methodsSeat cushion test, flame propagation, opacity &amp; smoke toxicity Climatic and physico-chemical tests 140+ environmental chambers (up to 93 m³, temperatures from -70 to +650°C)Fluid testing (Skydrol, oil, fuel, etc.)Contamination, sunshine, rain, icing, etc. Vibration and mechanical testing 50+ electrodynamic vibrators (up to 105 kN), hydraulic cylinders, impact machines Our associated engineering services Our technical teams are involved from the earliest stages of your projects:Drafting of qualification plans and test specificationsStructural studies and fatigue calculations (ANSYS, DESIGNLIFE)EMC calculations and simulations (CST Microwave Studio)Development of test benches and fixing toolsCustomisation of on-board tests and measurements Why choose the expertise of the Emitech Group? Multi-domain and multi-site expertise: a network of specialised laboratories (EMC, climatic, fire, vibration, etc.)Our certifications and accreditationsExperience on major programmes: A320neo, A350, Falcon, etc.Global support: testing, engineering, test bench design, regulatory advice Contact us for a quote Our experts are on hand to build a tailor-made qualification strategy, tailored to your schedule, your manufacturer's specifications and the constraints of your programme. Request a quote now

Market entry

North American market - FCC/ISED and NRTL Safety

Access the North American market with FCC/ISED (EMC and radio frequency) and UL, ETL, CSA... certifications.

Accessing the North American market FCC / ISED certification and NRTL trademarks Why certify your products for the North American market? The marketing of electrical and electronic equipment in North America (USA and Canada) requires compliance with strict regulations on electromagnetic compatibility (EMC), electrical safety and use of the radio frequency spectrum. These regulations are defined by bodies such as the Federal Communications Commission (FCC) in the United States and Innovation, Science and Economic Development Canada (ISED, formerly Industry Canada). Special requirements apply to medical devices (MDs).In addition, safety certifications are required by Nationally Recognized Testing Laboratories (NRTL) to guarantee the protection of users and infrastructures. Ask for a quote Our services for regulatory compliance in the United States and Canada We support manufacturers and exporters in their certification procedures with specialised services:FCC and/or ISED testing and certification for radio and digital equipment.Access to NRTL marks for electrical safety (UL, CSA, ETL...).Electromagnetic compatibility (EMC) and interference immunity testing.Compliance management for access to the North American market.Assistance in obtaining local and international certifications. FCC certification for the USA: A requirement for radio and electronic equipment Determining the applicable FCC rules Identification of technical and administrative requirements according to product type.Application of FCC Part 15, Part 18 and other relevant regulations. Selecting the approval procedure FCC Certification: Required for radio transmitting equipment (Wi-Fi, Bluetooth, cellular, etc.).Supplier's Declaration of Conformity (SDoC): Applicable to digital equipment without a radio module. Carrying out FCC compliance tests Tests in one of our FCC-accredited laboratories to verify RF and EMC emission levels.Verification of RF exposure limits for portable devices. FCC approval obtained Submission of the file to a Telecommunication Certification Body (TCB) for certification.Award of an FCC ID allowing the product to be marketed in the United States.FCC marking applied to the product and mandatory information included in the user documentation. Talk to our experts in CE marking, UKCA and UKNI Contact us ISED requirements for the Canadian market ISED certification and radio approval Allocation of an IC certification number for RF equipment.Application of Canadian standards equivalent to FCC requirements. EMC and ICES compliance Compliance with ICES standards for electromagnetic compatibility.Compulsory marking and instructions in English and French. Harmonisation between FCC and ISED Mutual recognition of tests between the two authorities.Requirements specific to each market (labelling, bilingual documentation, etc.). Electrical equipment safety: NRTL certifications Unlike Europe (CE marking), there is no single government mark for electrical safety in North America. Instead, independent laboratories (called NRTL, recognised by OSHA) certify that a product is safe according to the applicable UL/CSA standards. The product will then bear a safety mark such as UL, CSA or ETL, recognised by the American and Canadian authorities.This certification is essential for installing equipment in many contexts (commercial buildings, factories) and is highly recommended for all electrical products sold to the general public, as it engages the manufacturer's liability in the event of a safety defect. Why choose the expertise of the Emitech Group? Our experts can help you simplify and optimise your certification process:Identification of regulatory requirements specific to your product.Planning and carrying out FCC, ISED and NRTL tests.Optimising certification processes to reduce lead times and costs.Documentary support and marking in compliance with North American regulations.We offer you support from the very start of your projects. We work with you to identify the requirements for your different markets. In response, we draw up a marketing strategy with you, recommending the steps to be taken, the documentary analyses to be carried out and the envelope of tests to be carried out in order to optimise your costs and timescales. Contact us for a quote Do you need fast, efficient certification for your products in the United States and Canada? Contact our experts for a tailored solution. Request a quote now

Market entry

UKCA & UKNI marking, post-Brexit compliance

Master the post-Brexit requirements to access the UK and Northern Ireland markets. Assessment, certification and CE/UKCA marking.

UKCA marking & UKNI marking Access to the UK market and post-Brexit regulation Why is UKCA marking essential for marketing in the UK? Since the United Kingdom left the European Union, the regulatory compliance requirements for placing products on the market have changed. The UKCA marking (UK Conformity Assessed) has become the UK equivalent of the CE marking and is mandatory for selling certain products in Great Britain (England, Wales and Scotland). It co-exists with the UKNI mark for the Northern Ireland market.Our services enable manufacturers, importers and distributors to :Understand and apply the requirements of UKCA marking and UKNI.Ensure product compliance with UK regulations.Identify the Notified Bodies responsible for conformity assessment.Ensure the transition from CE marking to UKCA and UKNI.Facilitate access to markets in Great Britain and Northern Ireland. Ask for a quote Post-Brexit regulatory context On 1 January 2021, the UK introduced the UKCA marking to gradually replace the CE marking. However, the UK Government announced on 1 August 2023 that the CE marking will remain valid indefinitely for many products sold in the UK.This decision provides manufacturers with increased flexibility, allowing them to continue to use either the CE marking or the UKCA marking after December 2024, except for certain specific product categories. Which products are covered by UKCA marking? The UKCA marking applies to electrical and electronic products, household appliances, industrial equipment, information technology and medical devices, among others.The products that must carry the UKCA marking after December 2024 are those requiring assessment by a UK Notified Body. What are the differences between CE marking, UKCA marking and UKNI marking? MarkingZones concernedRecognitionEuropean Union, Northern Ireland Valid in the United Kingdom until further noticeUKCAGreat Britain (England, Wales, Scotland)Not valid in the EUValid only with CE marking How to obtain UKCA marking Conformity assessment procedure Determine whether the product falls under a regulation requiring UKCA certification.Check whether self-certification is possible or whether a third-party body is required. Testing and certification Tests carried out by a UK Approved Body.Verification of essential requirements equivalent to European standards. Documentation and marking Drawing up of the UKCA Declaration of Conformity, indicating the standards applied and the manufacturer's responsibilities.Permanent affixing of the UKCA marking from January 2025.Retention of technical documents for 10 years after the product is placed on the market. UKNI marking for Northern Ireland Northern Ireland remains aligned with EU regulations, which means that :CE marking is still required** to sell products in Northern Ireland.If a product is certified by a UK Notified Body, it must carry UKNI marking in addition to the CE marking.A product bearing the CE + UKNI marking cannot be sold in the EU. Talk to our experts in CE marking, UKCA and UKNI Contact us Specific requirements and exceptions The UKCA marking does not apply to the following products, which remain governed by other regulations:Medical devicesConstruction productsRailway productsMarine equipmentUnmanned aircraft systemsSpecific rules for these categories will be clarified by the UK government. The special case of medical devices As with other equipment, UKCA marking has been in force since 1 January 2021 for Great Britain, and CE marking (with the possible addition of UKNI) remains in force for Northern Ireland. The UK medical device market is regulated by the MHRA (Medicines and Healthcare products Regulatory Agency).Following Brexit, UK regulations are gradually moving away from European standards, which has led to the introduction of UKCA marking for medical devices (MDs).&nbsp;The July 2024 deadline marked a key milestone in the replacement of CE marking with UKCA marking in Great Britain (England, Scotland, Wales). Manufacturers had to start adapting to this change to avoid any market disruption.&nbsp;However, in 2023, the UK government decided to extend the transition periods for the use of CE marking in Great Britain to give businesses more time to adapt. This extension varies depending on the type of product, and for MDs, the transition period can last until 30 June 2026.&nbsp;MDs that already bear the CE marking can therefore continue to be marketed in Great Britain until that date.&nbsp; Why choose the expertise of the Emitech Group? Our experts will work with you to facilitate your access to the UK market by helping you to :Understanding applicable regulations and certification requirements.Setting up an appropriate compliance process to avoid administrative bottlenecks.Manage the transition to UKCA marking or UKNI to ensure continuity of sales in the UK.Optimise technical documentation and declarations of conformity Contact us for a quote Need help with UKCA and UKNI compliance? Contact our experts for a tailored solution. Request a quote now

Testing

GNSS component testing – Antennas, receivers, IMUs & support data | Emitech Group

GNSS component testing Precise characterization of your technological building blocks GNSS components play a stra

GNSS component testing Precise characterization of your technological building blocks GNSS components play a strategic role in the overall performance of a navigation or geolocation system. Testing them independently, prior to any integration, enables us to validate their technical compliance, their robustness in a constrained environment and their ability to meet performance and integrity requirements. Ask for a quote Why test GNSS components? These tests are aimed at R&D departments, hardware integration teams and technical buyers looking to secure their technological choices. GNSS component testing enables you to : Detect performance gaps or technical incompatibilities at an early stage Qualify a supplier or compare several components Reduce the risk of anomalies during the integration phase Accelerate development and validation cycles Increase confidence in the reliability of the final product Test each technology brick before integration Before evaluating the GNSS system as a whole, it is advisable to test its various components separately. These tests are fundamental to guaranteeing the functional robustness and reliability of the technological building blocks that will form the core of the navigation or positioning system. They enable potential faults to be identified, performance to be finely calibrated and integration choices to be optimised from the earliest development phases. GNSS antenna Characterization of gain, radiation pattern and directivity Analysis of in-band and out-of-band sensitivity Resistance to interference: jamming, cross-correlation, radiated EMC GNSS receiver Analysis of TTFF (Time to First Fix) in different contexts (cold/warm/hot start) Multi-constellation and multi-frequency testing (L1, L2, L5) Positioning accuracy: absolute and relative, metric to centimetric Validation of aid modes (AGNSS, SBAS, PPP, RTK) Hybrid sensors (IMU, odometer, barometer, etc.) Random noise and long-term drift characterization Analysis of thermal and dynamic stability Validation of synchronized GNSS/INS fusion data (Kalman, IA) Support data Quality and integrity of correction data (SBAS, PPP, RTK) Analysis of latency, update frequency and format reliability Robustness tests in the event of loss, signal degradation or data corruption Talk to our GNSS experts Contact us Physical constraints to guarantee stable performance in real-life conditions To guarantee flawless operation in a real environment, GNSS components must demonstrate their stability in the face of demanding physical constraints. The aim of these tests is to validate the ability of each technology brick to maintain its performance and integrity in critical contexts, whether the products are embedded in vehicles, drones or exposed industrial installations. Extreme temperatures: from -40°C to +85°C Vibrations and shocks: in accordance with automotive, rail and aerospace standards Harsh environments: humidity, dust, salt spray Electromagnetic compatibility: conducted and radiated interference Why trust the Emitech Group for your GNSS component tests? Recognised standards expertise**: GUIDE-GNSS, a subsidiary of Emitech, co-authored the EN 16803 standards Multi-sector experience**: automotive, rail, aerospace, IoT, agriculture, defence ISO/IEC 17025 accredited laboratories**, equipped with instruments that comply with GNSS standards Advanced test facilities**: 3D simulators, anechoic chambers, modular test benches Powerful analysis tools**: consolidated indicators, automated reports, comparative deliverables, etc Ask for a quote Contact us for a quote Our experts can help you define your GNSS component test campaigns. Contact us to design a protocol tailored to your technical, sectoral and regulatory needs. Contact us for a personalised quote! Request a personalised quote

Un opérateur d'essais mettant en oeuvre un essai hydraulique

Testing

Hydraulic, pneumatic and hydrostatic testing – Reliability and pressure resistance | Emitech Group

Hydraulic, pneumatic and hydrostatic testing validate the strength and reliability of your equipment Hydraulic, p

Hydraulic, pneumatic and hydrostatic testing validate the strength and reliability of your equipment Hydraulic, pneumatic and hydrostatic testing is a critical technical tool for assessing the structural strength and functional behaviour of equipment subjected to pressure loads that are generally severe, sometimes cyclic and often combined. They are used for design validation, but also at the regulatory approval stage. Ask for a quote Why carry out hydraulic tests? Our tests enable us to assess the behaviour of a piece of equipment under actual conditions of use, or under severe conditions by applying hydraulic stresses:Mechanical strength under pressure (burst and proof pressure).Behaviour under pressure pulses (water hammer).Equipment operation (characterization tests).Hydraulic fatigue resistance.Verification of resistance to pressure and temperature cycles.Reproduction of real or severe conditions for the automotive, rail, aeronautical and defence industries... What sectors are involved in these trials? Aeronautics and space Qualification of on-board hydraulic circuits. Automotive Tests on braking, cooling and transmission systems. Rail Checking the endurance of hydraulic circuits under load. Defence Assessment of hydraulic equipment under extreme conditions. Our hydraulic testing services Our laboratories carry out a wide range of tests to simulate the real conditions under which hydraulic equipment is used. Pressure and mechanical strength tests Burst and proof pressure testing.Mechanical strength testing under cyclic and static pressure.Measurement of temporary or permanent component deformation.Circulation under temperature and pressure. Leak and permeability tests Detection and quantification of leaks under different pressures.Tests on gaseous fluids (air, nitrogen, helium) and liquids (oil, Skydrol, water).Assessment of component integrity after prolonged exposure.Pressure drop and permeability analysis.Rotary flexure: Verification of component flexibility under hydraulic stress.Combined temperature, vibration, and pressure testing: Validation of equipment under multiple environmental stresses. Talk to our experts in hydraulic, pneumatic and hydrostatic testing Contact us Hydraulic fatigue and impulse tests Cyclic pressure tests to test equipment endurance.Pressure impulse tests (water hammer).Combined pressure endurance tests (vibration, ambient temperature and fluid). Characterization tests Power measurement of an exchangerLeak measurements (tightness of pressurized equipment)Pressure drop measurementsDefrosting testsAccuracy measurement of a temperature and pressure sensor Standards applicable to hydraulic testing Our tests comply with the main international regulations:ISO 6772, AS603, ARP1383C: Standards for hydraulic impulse testing in aeronautics.MIL-STD-810, EN ISO 6803: Environmental and mechanical tests for defence.NF EN 13445-5: Performance testing of pressure equipment. Integrate hydraulic testing into product development Hydraulic testing helps to anticipate potential failures and improve the robustness of equipment. Our experts can help you with :Analysing standards requirements and adapting test protocols.Test implementation with customised configurations.Interpretation of results and optimisation of products for improved performance. Ask for a quote Contact us for a quote Need to ensure the compliance and reliability of your hydraulic equipment? Contact our experts for a tailored solution. Request a personalised quote

Essais acoustique d'un véhicule sur banc à rouleaux dans une cage semi-anéchoïque

Testing

Acoustic testing and measurements, NVH, etc., in the laboratory and in situ | Emitech Group

Acoustic tests Validate the acoustic performance of your materials and equipment

Acoustic tests Validate the acoustic performance of your materials and equipment Why carry out acoustic testing? Acoustic testing is used to assess and characterise the noise behaviour of materials, equipment and vehicles in a variety of environments. These tests are essential for :Ensure compliance with international acoustic requirements (NF EN ISO, MIL-STD, DCN SEFC 17-50, etc.).Reduce noise pollution and improve the acoustic comfort of products.Characterisation of noise sources to optimise system design.Validate equipment under real conditions of use. Ask for a quote Types of acoustic and vibro-acoustic tests Our laboratories are equipped to carry out a range of acoustic tests tailored to your needs:Sound characterization testsSound level measurement (dB): Characterization of noise levels.Frequency spectra: Analysis of acoustic signatures to identify noise sources.Reverberation time and sound absorption. Noise and vibration testing (NVH)Analysis of structural noise and vibration.Combined acoustic and mechanical measurements. Semi-anechoic chamber testing - CSAFree field measurements to eliminate stray reflections.Testing of equipment under simulated environmental conditions What sectors are involved in these trials? Automotive Noise characterization of motors, ventilation systems and interior components. Aerospace Validation of on-board systems and analysis of acoustic vibrations. Industry Noise testing of industrial machinery and equipment. Rail Sound vibration analysis and validation of on-board systems. Defence Evaluation of the sound signature of military equipment. Our testing capabilities and technical resources Acoustic test facilities Semi-anechoic chamber: Ideal for free-field noise measurements.Acoustic reverberation chamberPressure sensors and calibrated microphones: High precision for reliable measurements.Multi-channel spectral analysis systems. Talk to our experts in acoustics Contact us Monitoring and analysing results Real-time audio recordings and spectral analysis.Detailed reports for noise reduction. Standards applicable to acoustic testing Our tests comply with the main international regulations:NF EN ISO 3741, 3743, 3744, 3745 and 3746: Determination of acoustic power levels (pressure method).NF EN ISO 9614: Determination of acoustic power levels (intensity method).NF EN ISO 354: Determination of sound absorption in a reverberant room**NF EN ISO 717-1 / NF eN ISO 10140: Acoustic insulation.ISO 11201, 11202 and 11204: In situ measurements of industrial equipment.MIL-STD-740: Military standard for the measurement of airborne and structure-borne noise.MIL-STD-1474: Military standard for the measurement of airborne noise.DCNS SEFC 17-50-05: Military standard for the measurement of acoustic power levels (pressure and intensity methods).NF S 31-010: Assessment criteria for environmental noise. Integrating acoustic testing into product development Acoustic testing helps to anticipate noise-related problems and improve the sound comfort of equipment. Our experts can help you with :Analysing standards requirements and adapting test protocols.Test implementation with customised configurations.Interpretation of results. Contact us for a quote Do you need to ensure the acoustic compliance and noise reduction of your products? Contact our experts for a tailored solution. Request a personalised quote

Opérateur monitorat l'équipement à tester en fiabilité

Testing

HALT & HASS testing - Optimise the reliability of your products | Emitech Group

Reliability and robustness HALT and HASS tests

Reliability and robustness HALT and HASS tests Ensure the robustness and reliability of your products HALT (Highly Accelerated Life Test) and HASS (Highly Accelerated Stress Screen) tests are essential tools for enhancing the robustness and reliability of your products, while reducing design and manufacturing defects. These advanced methodologies enable manufacturers of electronic and electrical equipment to offer their customers better-performing, more mature and more reliable products. Ask for a quote What are HALT and HASS tests? HALT testing: Exploring the limits of your productsHALT testing involves subjecting your products to a series of thermal and mechanical tests right from the initial design phase. The aim is to quickly detect design weaknesses and identify potential defects that could arise during qualification or after marketing.Key benefits of HALT testing:Early identification of design weaknesses.Improved equipment robustness.Reduced development times.Accelerated time to market. HASS testing: Validate your manufacturing processesHASS testing, carried out in production, allows you to subject all or part of your equipment to thermal and mechanical stresses with severity levels derived from the results obtained during HALT testing. These tests highlight defects related to manufacturing processes and variations in component supply.Key benefits of HASS testing:Elimination of latent manufacturing defects.Validation of manufacturing processes.Improved reliability of delivered products. Which sectors are concerned by these tests? Automotive and transport Aeronautics and defence Energy Products and installations Key stages in HALT & HASS testing A comprehensive approach to the product life cycle HALT and HASS tests have a direct impact on the three phases of your products' life cycle, as illustrated by the bathtub curve model:Start-up phase: Detection and elimination of early defects, resulting from design or manufacturing.Maturity phase: Stabilisation of the failure rate, limited to incidents of use.Wear phase: Identification of any weaknesses linked to the age or wear of components. Measurable benefits for your operations By adopting a strategy based on HALT and HASS tests, you can benefit from the following advantages:Improved product quality and reliability.Reduced development costs and time-to-market.Fewer service calls.Improved customer satisfaction.Optimised design margins. Talk to our HALT & HASS testing experts Contact us Our equipment and capabilities for HALT and HASS testing Our workshop is equipped with the most advanced technology to carry out HALT and HASS tests on your products.HALT/HASS system: TYPHOON 3.0Useful volume: 1140 dm3Temperature: from -100 to +200 °CVRT: up to 60 °C/minVibrations:Frequencies from 10 to 10,000 HzMaximum acceleration: 60 gRMS Why choose Emitech for your HALT and HASS tests? With decades of experience in analysing and optimising product reliability, Emitech is the ideal partner to help you implement HALT and HASS testing. Our experts work closely with your teams to ensure that your products undergo the test sequences required to optimise their reliability and robustness. Ask for a quote Contact us for a quote Ready to improve the reliability of your products and reduce early defects? Contact us today for a personalised quote and put your products on the road to excellence. Request a personalised quote

Testing

Fire resistance testing for the aerospace, automotive and industrial sectors | Emitech Gr

Fire resistance tests A key issue for security and compliance The fire behaviour of materials, components and equ

Fire resistance tests A key issue for security and compliance The fire behaviour of materials, components and equipment is an essential factor in the design and compliance of industrial products. It is a major safety issue for the automotive, aeronautical, rail, electrical and electronic equipment sectors.The Emitech Group can help you assess the reaction to fire of your products by carrying out tests that comply with current regulations and customer specifications. Ask for a quote Why carry out fire resistance tests? Our tests enable us to:Ensure regulatory compliance with fire safety standards (FAR 25.853, CS 25.853, RTCA DO-160, FMVSS 302, ECE R118, ECE R100, IEC 60695, UL 94, Low Voltage Directive, etc.)Analyze ignition and flame spread behaviorTest smoke opacity and toxicity for critical sectors (particularly aeronautics)Obtain the necessary certifications for market releaseEnhance the safety of passengers, users, and infrastructure What sectors are involved in these trials? Automotive, rail and marine Validation of the fire resistance of interior materials, cables, electronic components and batteries in accordance with FMVSS 302, ECE R118, R100, ISO/EN standards and manufacturers' requirements. Aeronautics and space Compliance with fire regulations for cabins, seats, wiring and insulation (FAR/CS 25.853, DO-160, AITM, BSS, etc.), including flame, opacity and smoke toxicity tests. Industry & consumer, medical and telecom/IoT Assessment of the flammability of plastics, electrical components and assemblies in accordance with IEC 60695 and UL 94, as part of CE marking and the Low Voltage Directive. Our fire resistance testing services The Emitech Group offers a wide range of services tailored to the requirements of each sector. Automotive sector Flammability testing of interior materials (FMVSS 302, ISO 3795)Fire tests for public transport vehicles (ECE R118)Fire safety tests on RESS - Rechargeable Energy Storage Systems (ECE R100 Annex 9E)Analysis of chemical and thermal reactions of batteries Find out more Aeronautical sector Flammability tests: vertical, horizontal, 45°, 60°Flame propagation measurementOpacity and toxicity of smokeTests on insulating materials, seats and cargo liners Find out more Find out more Find out more Electrical and electronic equipment Glow-wire ignitability tests (IEC 60695-2-10/11/12)Flame spread tests (UL 94, IEC 60695-11-10 / -20)Classifications V0, V1, V2 / HB / HB40 / HB75Compliance with Low Voltage Directive 2006/95/EC Find out more Talk to our fire resistance testing experts Contact us Our technical resources Our laboratories are equipped with high-performance resources to guarantee the reproducibility and reliability of our tests:Standard burners for vertical, horizontal, 45°, 60° and glow-wire testsCombustion chambers with measurement of smoke opacity and toxicityThermal analysis and real-time monitoring systemsMulti-angle video recording for test analysisAccurate measurement of gas emissions and thermal reactions What standards and test methods can be carried out in our laboratories? Automotive FMVSS 302NF EN ISO 3795ECE R100 (Annex 9E)ECE R118 Aerospace FAR 25.853CS 25.853RTCA DO-160, ED 14ISO 2685AC20-135AIRBUS METHODS (AITM...)BOEING METHODS (BSS...) Electrical and electronic equipment Low Voltage Directive 2006/95/ECCEI 60695-2-10/11/12UL 94CEI 60695-11-10 / -20 Why put your trust in the Emitech Group? Multi-sector expertise: Automotive, Aerospace, Rail, Electronics, Industrial equipmentAccreditations and international recognitionTailor-made support: analysis of requirements, definition of tests, interpretation of resultsITop-notch infrastructure and recognised expertise Ask for a quote Contact us for a quote Do you want to ensure the compliance and fire safety of your materials, components or equipment?Contact our experts today for a personalised quote Request a personalised quote

Testing

Automotive fire resistance tests – R100, R118, FMVSS 302 compliance | Emitech Group

Fire resistance tests in the automotive industry Validation of safety and compliance

Fire resistance tests in the automotive industry Validation of safety and compliance Why carry out fire resistance tests in the automotive industry? Fire resistance tests are essential to guarantee the safety of materials and components used in vehicles. These tests make it possible to :Ensure compliance with international regulations such as FMVSS 302, NF EN ISO 3795 and ECE R118.Evaluate the resistance of materials to ignition and flame propagationTest the reaction of RESS (Rechargeable Energy Storage Systems)  in the event of a fire outside the vehicle (ECE regulation R100).Obtain the necessary approvals for the marketing of vehicles and their components.Protect occupants by limiting the spread of fire in the passenger compartment and technical compartments Ask for a quote Our fire resistance testing services We offer testing solutions tailored to the various segments of the automotive sector:Interior materials: Flammability testing of interior trim and components.Mass transit vehicles: Compliance with ECE R118 regulations for buses and coaches.RESS: Simulation of direct and indirect exposure to fire in accordance with ECE regulation R100. Types of fire resistance tests Material flammability tests (FMVSS 302, ISO 3795) Measurement of flame propagation speed.Exposure to a 38 mm flame for 15 seconds.Interpretation of results in accordance with manufacturers' specifications. Fire tests for RESS (ECE R100, Annex 9E) Exposure to slick fire or gas burner (R100 rev4).Thermal monitoring and analysis of battery chemical reactions. Fire tests for public transport vehicles (R118) Flame propagation on panels, fittings and cables.Heat resistance test.Assessment of the opacity of smoke given off in the event of fire. Talk to our fire resistance testing experts Contact us Our testing capabilities and technical resources Fire test facilities Combustion chambers and fume emission measurement equipment.Burners complying with standards and ISO 3795, FMVSS 302, D45 1333 and R118.Thermal capture systems and infrared cameras for real-time analysis. Monitoring and analysing results Multi-angle video recordings of the tests.Characterization of test environment: temperature, wind speed.Detailed reports for product interpretation and optimisation. Standards applicable to automotive fire resistance tests Our tests comply with the main international regulations:FMVSS 302: Flammability standard for vehicle interior materials.NF EN ISO 3795: Assessment of flame spread.ECE R100 (Annex 9E): Fire safety of RESS.ECE R118: Fire regulations for public transport vehicles. Integrating fire resistance testing into product development Fire resistance tests help to anticipate risks and improve the safety of vehicles and their components. Our experts can help you with :Analysing the normative requirements specific to your sector.Implementing tests using protocols tailored to your products.Interpretation of results and optimisation of designs. Ask for a quote Contact us for a quote Need to ensure the compliance and fire safety of your materials and batteries? Contact our experts for a tailored solution. Request a personalised quote

Testing

Aeronautical fire resistance tests – FAR 25 & RTCA DO-160 compliance | Emitech Group

Aeronautical fire resistance tests Validation of the fire behaviour of materials and components

Aeronautical fire resistance tests Validation of the fire behaviour of materials and components Why carry out fire resistance tests in aeronautics? Resistance and reaction to fire tests assess the behaviour of aeronautical materials and components when exposed to a source of heat or flame. These tests are essential for :Ensure compliance with international fire safety standards and regulations (FAR 25 Appendix F, 25.853, RTCA DO-160, AC20-135, AS6826).Verify resistance to ignition, flame propagation, opacity and smoke toxicity.Obtain aeronautical certifications required for the use of materials in aircraft.Ensure the protection of passengers and crew by limiting the risks of fire propagation. Ask for a quote Our fire resistance testing services We offer testing solutions that comply with current regulations for the aeronautical industry:Flammability testing: Vertical, horizontal, 45° and 60° tests.Flame propagation: Measurement of fire propagation speed.Smoke efficiency and toxicity: Concentration level and analysis of gases emitted during combustion.Thermal and acoustic insulation material testing: Resistance to flame propagation and fire diffusion.Seat Cushion Test: Combustion test of seats installed in aircraft.Flame penetration cargo liner: Fire resistance of storage compartments. Our testing capabilities and technical resources Burners and test equipment Gas burners and liquid fuel burners (Carlin burners, NexGen burners, BSI burners).Test chambers for smoke opacity and smoke toxicity.Thermal monitoring and gas analysis systems. Talk to our fire resistance testing experts Contact us Standards applicable to fire resistance tests Our tests comply with the main international regulations:FAR 25.853 & CS 25.853: Fire performance standards for civil aviation.RTCA DO-160, ED 14: Environmental qualification of aerospace equipment.ISO 2685: Environmental testing method for onboard equipment — Fire resistance in areas designated as “fire zones.”AC20-135: Methods, standards, and criteria for testing fire protection of powerplant installations and propulsion system componentsAS 6826 series: Powerplant Fire Test StandardsAIRBUS METHODS (ABD0031, AITM 2.0002 to AITM 2.0009, AITM 3.0005). Airworthiness requirements for aircraft areas with people.BOEING METHODS (BSS7230, BSS7238, BSS7239). Integrating fire resistance testing into product development Fire resistance tests enable us to anticipate material weaknesses and improve the resistance of equipment exposed to fire risks. Our experts can help you with :Analysing the normative requirements specific to your sector.Implementation of tests with configurations adapted to your products.Interpretation of results and optimisation of designs. Ask for a quote Contact us for a quote Need to ensure the compliance and safety of your products with fire resistance requirements? Contact our experts for a tailored solution. Request a personalised quote

Testing

Fire resistance testing – Safety of electrical equipment | Emitech Group

Fire resistance tests for the safety of electrical and electronic equipment Requirements relating to the safety of goods and people

Fire resistance tests for the safety of electrical and electronic equipment Requirements relating to the safety of goods and people Why carry out fire resistance tests on electrical equipment? Fire resistance tests assess the reaction of electrical materials and components when exposed to a source of heat or flame. These tests are essential for : Ensure compliance with current regulations such as the Low Voltage Directive 2006/95/EC. Assess ignition behaviour and flame propagation. Guarantee the safety of users by minimising the fire risks associated with electrical equipment. Obtain certification for the marketing of electrical and electronic devices. Ask for a quote Our fire resistance testing services for electrical equipment We offer testing solutions tailored to the needs of the electrical and electronics industry: Glow-wire ignitability testing: Simulation of accidental heating conditions. Flame spread tests: Evaluation of material performance in accordance with UL 94 and IEC 60695. Types of fire resistance tests Flame propagation tests (UL 94, IEC 60695-11-10) Measurement of horizontal propagation: HB, HB 40 and HB 75 classifications. Measurement of vertical propagation: V0, V1 and V2 classifications. Determination of material behaviour under prolonged thermal stress Glow-wire tests (IEC 60695-2-10/11/12) Simulation of overvoltages and localised heating. Assessment of ignition of electrical and electronic materials. Test temperatures up to 960°C. Talk to our fire resistance testing experts Contact us Our testing capabilities and technical resources Fire test facilities Combustion chambers and thermal analysis equipment. Burners to IEC and UL standards. Real-time monitoring and analysis systems. Monitoring and analysing results Video recording of tests. Characterization of materials after exposure to flame. Detailed reports for interpreting material performance. Standards applicable to fire resistance testing of electrical equipment Our tests comply with the main international regulations: Low Voltage Directive 2006/95/EC: Safety of electrical equipment. IEC 60695-2-1: Glow-wire ignition tests. UL 94: Flame propagation tests. IEC 60695-11: Assessment of the fire behaviour of materials. Integrating fire resistance testing into product development Fire resistance tests help to anticipate risks and improve the safety of electrical and electronic equipment. Our experts can help you with : Analysing the normative requirements specific to your sector. Implementing tests using protocols tailored to your products. Interpretation of results and optimisation of designs. Ask for a quote Contact us for a quote Need to ensure the compliance and fire safety of your electrical equipment? Contact our experts for a tailored solution. Request a personalised quote

Testing

GNSS testing | Systems & components – Accuracy, reliability, robustness | Emitech Group

GNSS systems and components Evaluate reliability, accuracy and robustness in a real-life environment Satellite ge

GNSS systems and components Evaluate reliability, accuracy and robustness in a real-life environment Satellite geolocation (GNSS) is now at the heart of embedded technologies, critical industrial applications and intelligent mobility. Whether for a drone, an autonomous vehicle, railway equipment or an IoT sensor, the integration of reliable, high-performance GNSS building blocks is a prerequisite for any secure, compliant operation. Ask for a quote Why test GNSS systems and components? The Emitech Group, via its expert subsidiary GUIDE-GNSS, offers a comprehensive range of tests dedicated to the characterization and validation of GNSS systems and their components (antennas, receivers, IMUs, barometers, correction modules, etc.). Our services are aimed at design offices, validation managers, technical buyers and integrators of PNT (Position, Navigation, Timing) systems looking for objective, reproducible data. What sectors are involved in these trials? Automotive, rail and marine GNSS validation of on-board systems for navigation, positioning and driver assistance, including in complex or degraded environments. Precision agriculture, energy and industry Optimisation of GNSS solutions for industrial, agricultural and infrastructure applications, with measurement of accuracy, continuity and signal integrity. Aeronautics and space GNSS performance evaluation for sensors, plotters, connected objects and intelligent mobility applications. Defence Checking the robustness of equipment in the face of the sector's stringent requirements. Focus on our GNSS testing expertise GNSS component testing Control the performance of your antennas, receivers or sensors before integration:Unit testing of technological building blocks: gain, radiation pattern, TTFF accuracy, IMU drift noise, etc.Robustness tests: vibration, extreme temperatures, RF interference, salt spray, etcComparison of suppliers or batches, validation of compliance with specifications Find out more Testing complete GNSS systems Validate the overall performance of your geolocation system under representative conditions:Positioning accuracy, continuity and integrity (metric to centimetric)Resilience in complex environments (dense urban areas, tunnels, forests, etc.)Dynamic assessment: convergence time, behaviour in the event of signal loss or degradationValidation in real or simulated mode, using digital twins and advanced GNSS simulators Find out more Talk to our GNSS testing experts Contact us Why place your trust in the Emitech Group and its GUIDE-GNSS subsidiary? Standards expertise: GUIDE is co-author of the EN 16803 standards (European reference for GNSS testing)ISO/IEC 17025 accredited laboratories to guarantee traceability, reliability and opposability of resultsUnique test resources: 3D simulators, on-board cameras, dynamic platforms, measurements in extreme environments, etcOn-board or laboratory testing, according to your needsPersonalised technical support, from advice to performance analysis Ask for a quote Contact us for a quote Our teams will work with you to design a test campaign tailored to your requirements and regulatory constraints. Get usable, validated and comparable results. Request a personalised quote

Testing

IoT cybersecurity and radio equipment testing – RED & EN 18031 Directive | Emitech Group

Cybersecurity testing for radio equipment and connected objects Protect your connected products and ensure they comply with the RED directive

Cybersecurity testing for radio equipment and connected objects Protect your connected products and ensure they comply with the RED directive RED cybersecurity directive - EN 18031 compliance - Security by design Cybersecurity has become an essential requirement for the marketing of radio and IoT equipment in Europe. It is aimed at ensuring the safety of equipment and its users, as well as data protection. The Emitech Group offers a complete range of tests to meet the requirements of Delegated Regulation (EU) 2022/30 of the RED Directive, applicable from 1ᵉʳ August 2025.Connected object manufacturers, R&D project managers, quality or cybersecurity managers: secure your products from the design stage, validate their robustness, and guarantee their regulatory compliance thanks to our services. Ask for a quote Cybersecurity and IoT compliance, our services 1. Compliance diagnosis and risk analysisInitial diagnosis to determine whether IoT products are affected by the cybersecurity requirements imposed by the RED Directive (articles 3.3 d, e, f) and the associated EN 18031-x standards.In-depth diagnosis of compliance with EN 18031-x standards, accompanied by Drawing up the required documentation (QIRE and DCMOE) for assessing the conformity of your products.Risk analysis structured according to the EBIOS methodology.Raising your teams' awareness of the cybersecurity requirements defined in the RED Directive.We provide you with a clear view of your level of compliance, identify any gaps and guide you towards an appropriate solution for securing your connected equipment right from the design stage. 2. Cybersecurity and penetration testingIn-depth cybersecurity assessments in accordance with the requirements of EN 18031-x standards applicable to radio equipment and connected objects, as part of the RED 2014/53/EU directive (articles 3.3 d, e, f).Tests carried out in a secure environment according to a structured normative test plan that covers all the security mechanisms defined by the EN18031-x standard:ACM (Access Control): verification of access management to sensitive assets by authorised entities.AUM (Authentication): assessment of the robustness of authentication mechanisms (passwords, certificates, tokens).SUM (Secure updates): verification of the integrity, authenticity and control of updates.SSM (Secure Storage): testing the protection of stored assets against unauthorised access.SCM (Secure Communication): validation of the confidentiality, integrity and authenticity of exchanges and anti-replay protection.LGM (Logging): verification of the traceability of security events.DLM (Deletion): ability to securely delete sensitive data.UNM (User Notification): checks the ability to notify the user of security events.RSM (Resilience): resistance to DoS/DDoS attacks.NMM (Network Monitoring): detection of abnormal or malicious network activity.TCM (Traffic Control): analysis of traffic behaviour to prevent abuse.CCK (Cryptographic Keys): key security (absence of default values, good generation practices).GEC (General Capabilities): equipment compliance with general requirements (up-to-date hardware/software, limited exposed services).CRY (Cryptography): assessment of the use of robust cryptographic techniques that comply with best practice.Implementation of realistic intrusion tests using the White Box, Grey Box and Black Box approaches, to simulate different levels of access and assess actual resistance to attacks.Each test campaign concludes with a detailed technical report including the non-conformities detected, the severity levels and concrete recommendations for improvement. 3 Documentary and functional auditsAnalysis of the compliance of the documents supplied (QIRE, DCMOE, manuals, technical specifications, updating procedures, access security, etc.) with the requirements of the EN 18031-x standards and the RED directive. The aim is to check that the security mechanisms are correctly specified, documented and traceable.Evaluation of the product in a real-life situation to confirm the existence, implementation and effectiveness of the mechanisms declared in the documentation**MethodologyDocumentation/product cross-reviewVerification of consistency between technical specifications and actual observationsObjectiveIdentify any discrepancies between what is declared and what is actually implemented, while helping you to gradually achieve compliance. 4. Our testing resources to guarantee a comprehensive assessmentSecure laboratory Testing is carried out in a secure, isolated test environment that complies with cybersecurity best practice, guaranteeing data confidentiality and test reproducibility.Tools and platforms used We use a range of specialised tools to cover all the mechanisms required by the EN 18031-x standards:Network mapping, detection of exposed servicesCapture and analysis of network trafficRealistic intrusion simulation (black/grey/white box)Burp Suite: analysis of vulnerabilities on Web/API interfacesDetection of known vulnerabilitiesBrute force tests on authentication systemsFirmware analysis (extraction, reverse engineering)Verification of TLS/SSL connectionsCustomised test beds - Implementation of evaluation scenarios adapted to the architecture of each productThese resources enable us to carry out tests that are representative of real threats and to evaluate products under the most demanding conditions. What sectors are involved in these trials? Telecom / IoT & consumer electronics Validation of RED and EN 18031 compliance for connected equipment: IoT objects, gateways, routers, smartphones, industrial sensors, etc Medical Verification of security and data protection mechanisms for connected medical devices, in line with cybersecurity and RGPD requirements. Automotive, rail and marine Assessing the cybersecurity of on-board connected subsystems (V2X, telematics, remote diagnostics, remote monitoring, etc.). Aeronautics, space and defence Analysis of the resilience and cybersecurity features built into critical communicating equipment, in relation to safety and sovereignty requirements. Types of tests carried out on your products To ensure compliance with the cybersecurity requirements of the RED directive and EN 18031-x standards, we carry out a series of technical and functional tests covering the following aspects:Access and authentication testsVerification of access control mechanisms (ACM) and authentication mechanisms (AUM).Secure update tests (SUM)Assessment of the integrity, authenticity and security of the update process.Secure Storage Testing (SSM)Checks the protection of sensitive persistent data.Secure Communication Testing (SCM)Verification of confidentiality, integrity and protection against replay attacks.Resilience testing (RSM)Simulation of DoS/DDoS attacks to assess the robustness of the system.Logging and suppression tests (LGM/DLM)Verification of event traceability and secure data deletion.Network configuration analysis (NMM/TCM)Detection of abnormal or malicious behaviour via network interfaces.Cryptographic testing (CCK/CRY)Assessment of key management, cryptography used and compliance with best practice Talk to our cybersecurity experts Contact us Why choose the Emitech Group? Secure your products against increasingly sophisticated cyber threats.Help you comply with the amended RED Directive and EN 18031 standards.Offer highly specialised testing and support services for your connected equipment.Integrate cybersecurity right from the design phase to reduce your future risks ("security by design"). Ask for a quote Contact us for a quote Anticipate regulatory requirements and protect your products today. Contact us for a personalised quote and secure your equipment to meet the new cybersecurity obligations of the European market. Request a personalised quote

Testing

GNSS testing – Robustness, accuracy and integrity of geolocation solutions | Emitech Group

GNSS Solutions Validate the robustness, accuracy and integrity of your GNSS solutions The integration of

GNSS Solutions Validate the robustness, accuracy and integrity of your GNSS solutions The integration of Guide GNSS into the Emitech Group means that we can offer a GNSS testing service that is unique in Europe. With the widespread use of geolocation functions in embedded systems (automotive, rail, aeronautics, defence, IoT, etc.), GNSS performance validation is becoming a key issue. Why carry out GNSS tests within the Emitech Group? Our services enable you to qualify the robustness, fine localization and integrity of embedded solutions under realistic and reproducible conditions. These GNSS tests are essential for : Ensure reliable geolocation in complex environments (urban, tunnels, forests, etc.) Control position deviations induced by disturbances or the configuration of the site Validate critical trajectories associated with business use cases Assess resistance to spoofing attacks (falsified GNSS signal) Ask for a quote Our approach: measurement expertise for your GNSS tests The Emitech Group offers unique expertise combining : rigorous metrological instrumentation that complies with EN16803 standards ; record & replay test scenarios using digitised real GNSS signals; advanced analysis tools for reliable, repeatable interpretation of results; a tried-and-tested, accredited infrastructure, with the option of bringing the resources in-house at your own premises. Our GNSS services in detail GNSS tests in the laboratory or on site Replay of GNSS signals collected in the field or generated digitally Performance evaluation under realistic and reproducible conditions Multi-receiver or multi-configuration comparison using the same signal Validation of measurement accuracy and fidelity (dispersion, bias, etc.) PVT / RINEX trajectory issues Software simulation of journeys recorded in real-life conditions Testing embedded algorithms in critical environments GNSS error reproductions to test the robustness of application logic Software-in-the-loop (SIL) testing on PC or dedicated platform Mapping GNSS disturbances Local GNSS performance maps (urban, rail, rural) Identification of areas at risk (multipath, losses, degradations) Can be integrated into HD Fine Tuning layers Valuable tool for developers of autonomous or guided systems Production of training data for AI Synchronized acquisition: GNSS, inertial, correction, video, lidar signals, etc Labelled data sets for hybrid filter training Compatibility with AI, extended Kalman and deep learning approaches GNSS spoofing vulnerability Simulation of attack scenarios on GNSS signals Detection tests, reaction latency, impact on trajectory Simple or dynamic attacks, integrated into mixed campaigns Critical sectors: defence, rail, autonomous transport Talk to our GNSS experts Contact us A rigorous approach to project engineering and metrological control of your GNSS tests Our approach is based on full metrological control (ISO 17025) and a V-cycle structured process to guarantee the traceability and repeatability of results: Definition of needs and use cases (Task 1) Specification of test methods (Task 2) Campaign planning (Task 3) Data collection in real or simulated environment (Task 4) Measurement Processing and Statistics (Task 5) Deviation Analysis and Interpretation (Task 6) Recommendations and certified final report (Task 7) Why trust the Emitech Group for your GNSS tests? Co-author of EN 16803 standards via our subsidiary GUIDE-GNSS Recognised experience** in all key sectors: mobility, defence, telecoms, agriculture, etc ISO/IEC 17025** accredited laboratories for GNSS testing Powerful analysis tools**: replayability, automated reports, consolidated indicators, etc Co-engineering capability** with your teams, for on-site or in-house testing Ask for a quote Contact us for a quote Our experts will work with you to design a test protocol tailored to your uses, your constraints and your technical ambitions. **Contact us for a personalised quote or to access our catalogue of ready-to-use GNSS scenarios ** Request a personalised quote

Testing

Propulsion systems: engine testing, GMP, vehicles, air handling and components | Emitech Group

Powertrain and related components testing Validate the performance and conformity of your engines and critical components

Powertrain and related components testing Validate the performance and conformity of your engines and critical components The development of propulsion technologies - whether thermal, electric, hybrid or alternative - requires increasingly complex technical validation. The Emitech Group provides you with a unique platform of expertise and infrastructure covering all the tests required to bring your powertrains and their components to market and qualify them, under conditions as close to real-life as possible. Our services for batteries and associated systems are covered on dedicated pages Ask for a quote Why carry out powertrain tests? Testing powertrains and their components is essential to ensure that your propulsion solutions meet performance, reliability and regulatory compliance requirements, while optimising their durability under real-life conditions. They enable you to :Check regulatory and environmental compliance (emissions, safety, international standards).Optimise energy performance and consumption.Identify and correct weak points before marketing.Validate the robustness of critical components under extreme conditions.Reduce the risk of failure and the costs associated with recalls or non-conformities. What sectors are involved in these trials? Automotive and industrial vehicles Full validation of thermal, hybrid and electric powertrains and their components, in accordance with Euro and UN regulations, with tests on test benches and vehicles Rail Qualification of powertrains and traction units under real-life and environmental conditions, including endurance, performance and regulatory compliance. Aerospace and defence Assessing the performance and reliability of propulsion engines and subsystems for civil and military applications, in compliance with industry standards. Energy and industrial applications Performance, endurance and environmental measurements for motors, generators and propulsion systems for stationary and mobile applications. Our six main areas of expertise in propulsion testing Vehicle testing Roller test benches, range, consumption, pollution and RDE (PEMS) tests for electric, hybrid or thermal vehicles. Find out more Powertrain testing Bench testing of complete powertrains (thermal, hybrid, electric): endurance, performance, mapping, environment. Find out more Find out more Find out more Thermal engine testing (ICE) Internal combustion engine testing: endurance, performance, engine mapping, pollutant emissions, environmental testing. Find out more Electric motor tests Benches dedicated to the performance, endurance, mapping and environmental behaviour of electric machines and e-powertrains. Find out more Find out more Find out more Airflow testing Wind tunnel characterization of engine components: cylinder head permeability, catalytic converters, DPFS, swirl/tumble measurements, Helium leak tests. Find out more Component testing Validation of isolated components (pumps, alternators, gearboxes, starters, e-taxiing, etc.) under real or extreme operating conditions. Find out more Talk to our propulsion systems experts Contact us Why put your trust in the Emitech Group? A national network of laboratories with over 30 years' expertise in the testing and qualification of powertrains and components.Highly specialised test facilities covering the entire propulsion chain, from components to complete vehicles.A proven sector-based approach: automotive, rail, aerospace, defence, energy.Integrated regulatory expertise for compliance (Euro 6/7, CE, UN, etc.). Ask for a quote Contact us for a quote Do you have an engine, powertrain or component validation project? Our technical teams can support you from defining the protocol to analysing the results. Request a personalised quote

Une batterie recréée en 3D sur un vibrateur

Testing

Battery testing: safety, performance and compliance | Emitech Group

Battery testing Safety, performance and compliance throughout the lifecycle Energy storage systems are at the hea

Battery testing Safety, performance and compliance throughout the lifecycle Energy storage systems are at the heart of innovations in mobility, infrastructure and industrial electronics. To guarantee their safety, reliability and regulatory compliance, the Emitech Group offers you a comprehensive, modular, multi-physics battery test package. Ask for a quote Why carry out battery tests? Battery testing is essential to ensure that your energy storage systems meet safety, performance and compliance requirements throughout their lifecycle. They enable you to :Guarantee the safety of users and infrastructures in the face of thermal, electrical or mechanical risks.Check compliance with regulations and international standards (UN 38.3, R100, UL 2580, etc.).Optimise performance and lifespan through validation under real or extreme conditions.Identify and correct weaknesses before production or marketing.Reduce the risk of failure, product recalls and the costs associated with non-conformities. What sectors are involved in these trials? Automotive Validation of batteries for electric and hybrid vehicles and traction systems, with safety, performance and endurance tests to international standards. Aeronautics, defence and space Qualification of energy storage systems for critical on-board applications, including severe abuse, mechanical and environmental tests. Energy and industrial applications Reliability and safety testing of batteries for stationary storage, smart grids, industrial equipment and back-up systems. Industry & consumer, medical and telecom/IoT Evaluation of batteries for connected devices and consumer electronics, with validation under real conditions and EMC measurements. Our battery testing services Parametric tests for correct operation These tests validate fundamental electrical performance, communication with the BMS and the watertightness of cells, modules and packs. They ensure that your batteries are working properly before the regulatory or abuse qualification phases. Find out more Endurance tests By simulating long-term charge/discharge cycles in a controlled environment, these tests verify the capacity and performance of high-power batteries over time. They enable us to predict their lifespan and validate their thermal and electrical behaviour. Find out more Find out more Find out more Abusive and safety tests Overcharging, puncturing, crushing, thermal runaway, fire... These extreme scenarios are recreated to test the resistance of your batteries and validate their safety in accordance with UN 38.3, R100, UL 2580 and other standards. Find out more Mechanical tests (vibration, shock, etc.) Designed to simulate the severe conditions of transport or mobile use, these tests assess the mechanical strength and structural resistance of your batteries, under vibration, shock or combined stresses. Find out more Find out more Find out more Tests in climatic and physico-chemical environments Temperature, humidity, salt spray, immersion, dust or altitude: these tests validate the robustness of your batteries in extreme or constrained environments, with a combined approach to stress factors. Find out more Electromagnetic compatibility (EMC) testing Electromagnetic compatibility tests ensure that your batteries do not disturb their electromagnetic environment and do not themselves malfunction. These tests are required in many qualification campaigns. Find out more Find out more Find out more Full support for testing: Expertise, instrumentation, etc Our engineers can help you with product instrumentation, post-mortem analysis, test plan development and fault diagnosis. These high added-value services support the reliability of your solutions. Find out more Talk to our experts in battery testing Contact us Logistics, storage and recycling The Emitech Group also handles the transport, management and secure storage of batteries upstream or downstream of tests, as well as the recovery and treatment of destructive test residues. Find out more Why choose the Emitech Group for your battery tests? Complete control of the battery test chain, from functional characterization to post-fire analysis.Laboratories capable of handling any format: cell, module or pack.Secure resources and multidisciplinary expertise, covering thermal, mechanical, electrical, chemical and EMC aspects.Smooth integration into your qualification campaigns, including for complex regulatory validations (UN 38.3, R100, UL, etc.). Ask for a quote Contact us for a quote Are you developing a battery, a module or a complete system? Contact the experts at the Emitech Group for a personalised, secure test campaign that meets your industrial and regulatory objectives. Request a personalised quote

Custom test bench design

Custom test bench design | Emitech Group

Design of customised test benches Expertise and Innovation

Design of customised test benches Expertise and Innovation Why design a customised test bench? The design of test benches is a key element in the development, validation and approval of vehicles and their components. Our solutions enable you to :Adapt test benches to the specific needs of the automotive, aerospace, rail and energy industries.Integrate advanced mechatronics technologies, combining mechanics, electronics and control software.For powertrains, test and optimise thermal, hybrid and electric systems and alternative energies (hydrogen, e-fuel, ammonia).Ensuring the robustness and reliability of equipment by simulating real operating conditions.Optimise performance and energy consumption using advanced simulation and modelling tools. Ask for a quote Our test bench design and production services We offer customised solutions to meet our customers' technological challenges:**Design and manufacture of customised test benches ** Integration of advanced control and instrumentation systemsintegration of advanced control and instrumentation systems** **Development and fine-tuning of mechanical, electrical and hydraulic test benches**development and fine-tuning of mechanical, electrical and hydraulic test benches**Adaptation and retrofitting of existing test benches for new technologiesPreventive and corrective maintenance of test facilitiesOur test centre activities dedicated to powertrains give us extensive expertise in rotating machinery. What sectors are involved in bench design? Automotive, rail and marine Aeronautics, defence and space Energy Industry & consumer, medical and telecom/IoT Test bench development process 1. Analysis and definition of requirements Study of technical specifications and test objectives.Identification of mechanical, thermal and electrical constraints.Preliminary design and validation of specifications. 2. Design and integration Modelling and simulation of structures and components.Selection of sensors, actuators and measurement equipment.Development of control and data acquisition software. 3. Manufacture and assembly Production of mechanical and electronic components.Integration of sub-assemblies and fine-tuning of functionalities.Functional testing and factory validation. 4. Commissioning and final validation On-site installation and calibration of equipment.Training of user teams.Technical support and maintenance to ensure long-term reliability. Talk to our experts Contact us Why choose the Emitech Group to design your test benches? Turnkey approach: from needs analysis to delivery of the ready-to-use test bench.Multi-sector experience covering the automotive, aerospace, rail and energy sectors.Mechatronics skills to design innovative, high-performance test benches.Ability to adapt and customise to meet customer requirements.Responsive after-sales service to ensure the longevity of installations. Our strategic partnerships National Instruments: Emitech is an Integration Partner for the implementation of solutions based on NI hardware and LabVIEW.Tectos: we integrate their high-precision mechanical components and are their exclusive reseller in France. Some examples of test benches developed Hydraulic skid for bearing test bench Radial deformation: 100KNTemperature from 60°C to 140°C (+/- 2°C)Thermal power: 12 kWFlow rate range: 0 to 2m3/h (+/- 2%)Specific aeronautical oil: Mobil Jet Oil IITank capacity: 600 litres High-speed bearing test rig Axial stress: 50KNPower: 250kWSpeed: up to 15,000 RPMTorque: 500 NmSpecific aeronautical oil: Mobil Jet Oil IIWeight of marble: 7 Tonnes Bearing test bench Radial stress: 30kNCapacity for 2 parallel linesDriven in rotation by connecting rod Flexible pressure test rig for burst testing For water or oil5 x devices tested up to 2 metresNominal diameter from 3 to 60 mmPressure up to 600 barAutomatic cyclic ageing test until burstingMade entirely of stainless steel Temperature and pressure conditioning for oil Temperature up to 160°C (+/- 2°C)Heating capacity: 24 kWFlow rate range: 0 to 2 m3/h (+/- 2 %)Specific oil for aeronautics: Mobil Jet Oil IITank capacity: 200 litresAll stainless steel piping Vacuum generator for air and kerosene Management from 0.25 to 2 bars absVacuum chamber volume: 850 litresKerosene flow rate inside the chamber: 0 to 500 l/hKerosene temperature: -53 to +30°CTemperature inside the chamber: -50 to +30°C Associated services: Maintenance and Retrofit Preventive and corrective maintenance Maintain initial test bench performance.Control and replacement of critical components.Rapid intervention in the event of breakdown or malfunction. Retrofit and modernisation of existing benches Upgrading benches to meet new standards.Integration of new technologies and control systems.Optimising test equipment to improve efficiency. Why choose the Emitech Group to design your test benches? Turnkey approach: from needs analysis to delivery of the ready-to-use test bench.Multi-sector experience covering the automotive, aerospace, rail and energy sectors.Mechatronics skills to design innovative, high-performance test benches.Ability to adapt and customise to meet customer requirements.Responsive after-sales service to ensure the longevity of installations. Ask for a quote Contact us for a quote Need a customised test bench for your tests and validations? Contact our experts for a tailored solution. Request a personalised quote

4 images présentant chacune un type d'ingénierie

Engineering

Engineering, simulation, technical support and regulatory compliance | Emitech Group

Our engineering expertise Supporting innovation, guaranteeing compliance, speeding time to market The Emitech Gro

Our engineering expertise Supporting innovation, guaranteeing compliance, speeding time to market The Emitech Group offers a comprehensive range of engineering services to support manufacturers at every stage of the development, validation, qualification and approval of their products.Thanks to our multidisciplinary expertise and our perfect command of international standards and regulatory requirements, we can help you design robust, high-performance and compliant products, while optimising your timescales and costs. Ask for a quote Engineering to support performance and compliance Our engineering solutions cover the entire product life cycle, from design to certification. They offer manufacturers the opportunity to innovate with confidence, secure their markets and reduce their time-to-market, thanks to a unique combination of skills, tools and proven methods. Which sectors are concerned by this engineering? Automotive, rail and marine Aeronautics, defence and space Energy Industry & consumer, medical and telecom/IoT Our engineering services Technical assistance and project support Strengthen your teams with our qualified experts (engineers, PhDs, technicians) for assignments:On a time and materials basisAt our service centerOn a fixed-price basis (work package)Through offshoring via our subsidiary EEAOur areas of expertise :MechatronicsEmbedded softwareEMC, thermal, mechanical and environmental validationDesign, integration, qualification Find out more Digital simulation Optimise your designs, anticipate real behaviours and shorten your development cycles:EMC and RFThermal and mechanical simulationVibrations, shocks, crashesMechanical fatigueImpact simulationTest validation and recalibration Find out more Find out more Find out more Regulatory engineering Secure access for your products to global markets:Regulatory and standards analysisOptimisation of approval proceduresDefinition of required testsDocument management (DoC, technical files)Ongoing regulatory monitoring Find out more Qualification and technical support Support your qualification projects with a tailor-made approach:Overall or partial project managementDrafting of QTPs, design of specific toolingVirtualisation of tests and qualification by calculationTechnical validation, assistance with optimising designsDocumentary supportGNSS integration support: functional analysis, use cases, critical scenarios, test tools Find out more Find out more Find out more Talk to our engineering experts Contact us Why choose the Emitech Group for your engineering projects? Multi-sector expertise: automotive, aeronautics, space, rail, defence, energy, consumer electronics, etcFlexible methods of intervention (project management, service centre, fixed price, offshoring)Comprehensive, integrated approach: design, simulation, validation, qualification, certification, etcMastery of international standards and regulatory requirementsTop-notch infrastructure and the ability to virtualise testing Ask for a quote Contact us for a quote Would you like to benefit from comprehensive, tailor-made expertise for your engineering, qualification and certification projects?Contact our specialists for a personalised quote and support tailored to your needs Request a personalised quote

Certification, training, metrology, others

Homologation, certification, training, metrology and maintenance | Emitech Group

Homologation, certification, training, metrology and maintenance Complementary services to support your industrial projects

Homologation, certification, training, metrology and maintenance Complementary services to support your industrial projects In addition to its core businesses of Testing, Engineering and Design of test benches, the Emitech Group offers a comprehensive range of services to help you secure your projects, strengthen your quality processes and optimise your test resources.These services cover key requirements in terms of Homlogation, Certification, Training, Metrology and Maintenance of your vibration test equipment. Ask for a quote A global approach We put our expertise and infrastructure at your disposal to provide comprehensive support for all your projects. Which sectors are affected? Automotive and transport Aeronautics, defence and space Energy Automotive and transport Our additional services Approval of vehicles and components Gain efficient access to European and international markets:Full type approval of vehicles and componentsRecognised Technical Service for regulatory testing (R10, R100, etc.)Compilation and submission of dossiers to the authoritiesOverall management of type approval projectsActive regulatory monitoring Find out more Certification Emitech Certification is a certification body accredited ISO/IEC 17065 by Cofrac and a Notified Body (NB 0536).We can help you certify your products:CE certification: RED, EMC, Drone, RED cybersecurity, etcCB Scheme certification: IT products, audio/video, medical, EMC, etcYour benefits:Enhanced credibilityEasier access to international marketsIncreased operational efficiencyControlled risk management and impartiality Find out more Find out more Find out more Training The Emitech Group offers a comprehensive catalogue of technical and regulatory training courses for industry professionals.Our key themes:Regulations: CE marking, EMC, RED, DBT, Environment, Cybersecurity, MedicalElectromagnetic compatibility (EMC)Radio (RED)Electrical safetySystem reliabilityEnvironmental and mechanical testingSector-specific standards (DO160, ISO 17025, IEC 60601-1, etc.)Our formats:Face-to-face in a training centreIn-companyDistance learning (virtual classes, e-learning) Find out more Metrology Our Cofrac-accredited metrology laboratory offers you calibration services for your test and measurement equipment.Our expertise:EMC metrology: generators, filters, antennas, probes, couplers, etcMetrology in mechanical and climatic environments: accelerometers, force, pressure and temperature sensors, etcOn-site studies and validation: anechoic chambers, Faraday cages, field uniformity, etcYour advantages:Compliance guaranteed by Cofrac accreditationReduced downtimeOn-site interventions possible Find out more Find out more Find out more Maintenance of vibratory feeders and electrodynamic vibrators We provide preventive, curative and predictive maintenance for your vibration test equipment.Our services:Preventive maintenance (annual, half-yearly)Corrective maintenance (intervention within 48 hours)Predictive maintenance (advanced vibration analysis)Calibration of sensors and conditionersReconditioning & modernisation of equipmentWhy choose the Emitech Group:25 years' experienceMulti-brand expertiseOperations in France and Europe Find out more Talk to our experts Contact us Why choose the Emitech Group for your additional services? Industry-recognised technical expertiseinternational accreditations and certifications** Global approach: testing + associated servicesGlobal approach: testing + associated servicesState-of-the-art infrastructure located throughout FranceResponsiveness and proximity to your teamsWe support you throughout the life cycle of your products:DesignQualificationHomologationCertificationCommissioningFollow-up and maintenance Ask for a quote Contact us for a quote Would you like to find out more about our additional services? Contact us for personalised support Request a personalised quote

Certification, training, metrology, others

Emitech Certification, ISO/IEC 17065 certified - Notified Body & NCB | Emitech Group

Emitech Certification, ISO/IEC 17065 accredited A commitment to trust, expertise and openness to international markets

Emitech Certification, ISO/IEC 17065 accredited A commitment to trust, expertise and openness to international markets Why choose Emitech Certification? Emitech Certification is a certification body accredited to ISO/IEC 17065 by Cofrac (Accreditation no. 5-0549 - scope available at www.cofrac.fr). This accreditation guarantees that our product certification activities are carried out to the highest standards of impartiality, competence and technical rigour. www.cofrac.fr We support industrialists and manufacturers through a rigorous, internationally recognised certification process. As a Notified Body (NB 0536) and National Certification Body (NCB/NCB) under the CB Scheme (CB Scheme), we offer you simplified access to European and international markets. Ask for a quote What are the key benefits of ISO/IEC 17065 accreditation? Enhanced credibility and international recognitionProof of competence, consistency and impartiality.Increased confidence from your customers, partners and regulatory authorities.Recognition of certifications in over 50 countries thanks to international agreements (CB Scheme, IAF-MRA).Easier access to markets that becomes a competitive advantageAcceptance of certificates issued for export (CE, CB...)Reduced administrative procedures for international approval.Enhance the value of your quality approach and regulatory compliance.Increased operational efficiencyHarmonised, documented certification process.Controlled lead times, greater customer satisfaction.Guaranteed risk management and impartialityImpartiality Preservation Measures (IPM)** in place.Ongoing assessment of potential conflicts of interest.A guarantee of continuous improvementRegular internal audits, feedback mechanisms. Which sectors are affected? Industry and consumer electronics Electro-electronic medical devices Radioelectric and connected equipment (IOT & smart devices) Our main missions: CE & OC certification CE marking : Notified Body NB 0536 Emitech is a Notified Body for the following directives:RED 2014/53/EU: radio equipmentRegulation 2022/30 on RED cybersecurity requirementsEMC 2014/30/EU: electromagnetic compatibilityDRONE 2019/945/EU: unmanned aircraft systemsWe issue :EU Type Examination Certificate (Annexes III & IV RED, Article 17)EU Type Examination Certificate (EMC Directive, Article 40)There are many advantages to having Emitech Certification process your applications as a Notified Body:Secure marketingRegulatory monitoring of certificates issuedValidation of product rangesInternational recognition Find out more CB Scheme certification : National Certification Body (NCB) Emitech Certification is recognised by the IECEE as NCB for the following families:ITAV : Information technology / audio-videoOFF : Information processing equipmentTRON : Audio/video equipmentMEAS: Regulation, measurement and laboratory equipmentEMC: Electromagnetic compatibilityMED: MedicalOur CBTL laboratories in Angers, Lyon, Montigny and Vendargues are audited and recognised.6-step process:Request & identification of applicable IEC standardsApplication review - Acceptability of the applicationTests carried out by an accredited CBTLAssessment of CBTR reportCertification decision - Issue of a CB Test CertificateRegistration with the IECEEUse of certificate for export approvalBenefits:Acceptance of reports in 50+ countriesReduction of test redundanciesEasier access to brandsReduced time to market Find out more Find out more Find out more Talk to our Emitech Certification experts Contact us What requirements are covered by ISO/IEC 17065? DomainRequirementsImpartiality, IPR, conflict of interest managementCompetenceQualification of staff, regular auditsConfidentialitySecuring customer dataTransparency, public access to informationProcessesApplication review, assessment, certification, surveillanceDocument management, document control, record managementQuality systemInternal audits, management review, continuous improvement An integrated model: testing laboratory & accredited certification Emitech combines ISO 17025 accreditation (testing laboratories) and ISO/IEC 17065 (certification), guaranteeing :A one-stop shop for testing + certificationCoordinated but independent processesReinforced management of impartialityTechnical and standards consistency** throughout the value chain Ask for a quote Contact us for a quote Are you responsible for certification, regulatory compliance or market access? Are you looking for a reliable, impartial and accredited partner?Contact Emitech Certification today about your project Request a personalised quote

Opératrice d'essais devant son enceinte d'essais chocs thermiques

Testing

Thermal shock testing - Test laboratories | Emitech Group

Thermal shock tests Validate the resistance of your equipment to temperature variations

Thermal shock tests Validate the resistance of your equipment to temperature variations Why carry out thermal shock tests? Thermal shock tests are essential for assessing the ability of materials, electronic components and equipment to withstand rapid variations in temperature. These tests make it possible to :Identify mechanical and structural weaknesses induced by thermal cycles.Validate the robustness of products in extreme environments.Test compliance with industry standardsAccelerate the ageing of equipment Ask for a quote The different types of thermal shock test Our laboratories are equipped to carry out a variety of tests:Air-to-air thermal shocks: Rapid transition from a hot to a cold compartment.Air-to-water thermal shocks: Immersion or rapid spraying of equipment after exposure to high temperatures Our thermal shock testing services Electronics industry Validation of components/equipment exposed to extreme temperatures (accelerated ageing). Aeronautics and space Confirmation of expected equipment performance under standard and severe environmental conditions. Defence Operational verification of equipment throughout its life cycle (transport, storage and operational conditions). Defence and energy Environmental testing for operational verification of equipment during rapid temperature variations. Consumer electronics components/equipment Performance tests under conditions of rapid variations in ambient temperature. Our testing capabilities and technical resources Thermal shock enclosures 9 dedicated speakers in automatic modeTransfer time: less than 10 secondsUseful volume: up to 790x740x850 mmTemperatures: -60°C to +160°CWater between 0°C and 4°C with the possibility of combining with Arizona dust and/or salt (NaCl)More than 120 environmental chambers in manual modeTemperatures: -90°C to +650°C Talk to our thermal shock experts Contact us Real-time monitoring and analysis Monitoring of critical parameters during testing (temperature, voltage, current, etc.) Standards applicable to thermal shock tests Our tests comply with the main international regulations:IEC 60068-2-14 / NF EN 60068-2-14: Tests for rapid temperature changes.RTCA DO 160 Section 5: Rapid temperature variation tests for aeronautical equipment.MIL-STD-810, AECTP 300, GAM EG13: Qualification tests for military equipment.NF EN 50155: Railway applications - Electronic equipment used on rolling stockMIL-STD-883: Specific tests for electronic equipment / components.ISO 16750-4: Tests for automotive equipment. Failure modes identified during testing Thermal shock testing can identify several types of mechanical or electrical damage and defects: Appearance of cracks and mechanical breaks.Failure of electrical insulation.Alteration of the properties of electronic components. Integrate thermal shock testing into product development Thermal shock tests help to anticipate the vulnerability of materials and improve the resistance of equipment exposed to rapid climatic variations. Our experts can help you with :Analysing the normative requirements specific to your sector.Implementation of tests with configurations adapted to your products. Contact us for a quote Do you need to ensure that your products can withstand thermal variations? Contact our experts for a tailored solution. Request a personalised quote

Market entry

CB Scheme / CB Scheme

The CB Scheme enables manufacturers of electrical products to benefit from mutual recognition of tests, making it easier to obtain national certification.

CB SCHEME: INTERNATIONAL CERTIFICATION FOR YOUR ELECTRICAL AND ELECTRONIC PRODUCTS The international passport for your electrical equipment Why use the CB scheme? The IECEE CB Scheme is an international system that gives manufacturers of electrical and electronic equipment easier access to world markets by simplifying the procedures for obtaining national marks.The scheme offers : Mutual recognition of conformity tests in over 50 countries, reducing certification times and costs.Simplification of regulatory procedures, avoiding duplication of tests for each target market.Guaranteed compliance with IEC and CISPR standards, while taking account of specific national requirements.Rapid access to local certification marks, using recognised laboratories and certification bodies.Reduce costs and optimise resources, by reducing the number of tests required and improving the efficiency of the time-to-market process. Ask for a quote Our CB Scheme certification services We support manufacturers and exporters in managing their international certification processes through our specialist services:Identification of applicable IEC and CISPR standards and required national deviations.Carrying out tests in approved laboratories (CBTL).Issuance of CB Test Certificates via a National Certification Body (NCB).Assistance in obtaining additional local certification.Document management and regulatory monitoring to ensure ongoing compliance. How the CB scheme works The CB Scheme is based on a structured process allowing international recognition of the tests performed: 1 - Definition of the regulatory framework Check for any national deviations.Carrying out tests 2 - Identification of the normative requirements of the target market. Tests carried out by an accredited CBTL testing laboratory.Verification of electrical performance, electromagnetic compatibility (EMC) and safety. 3- Issuing the CB certificate If the tests are conclusive, the National Certification Body (NCB) issues a CB Test Certificate.This certificate is recognised by all countries belonging to the CB scheme. 4 - Registration and recognition If the tests are conclusive, the National Certification Body (NCB) issues a CB Test Certificate.This certificate is recognised by all countries belonging to the CB scheme. 5 - Using the certificate Use of the CB certificate to avoid repeating tests in other countries.Easy access to local certification marks. Emitech is a National Certification Body (NCB) under the CB Scheme Find out more Talk to our experts about bringing products to market Contact us Advantages of the CB scheme Using the CB Scheme offers many advantages to manufacturers and exporters:Reduced time to market thanks to mutual acceptance of test results.Reduced costs by avoiding duplication of tests in several laboratories.Simplification of certification procedures, with a single testing campaign for several markets.Better management of resources by limiting the effort involved in administrative procedures.Reliability and regulatory compliance thanks to tests carried out in accredited laboratories. Member countries of the CB scheme The CB Scheme is recognised in over 50 countries, opening up international markets to you:Europe: France, Germany, United Kingdom, Spain, Italy, Sweden, etcNorth America: United States, Canada, Mexico.Asia-Pacific: China, Japan, South Korea, Australia, India, etcSouth America: Argentina, Chile.Middle East and Africa: Saudi Arabia, United Arab Emirates, etc Standards and certifications covered Our CB Scheme certification services cover a wide range of electrical and electronic equipment and IECEE international standards, including:Category OFF : IEC 60950-1 : Information Technology EquipmentCategory TRON : IEC 60065 : Audio, video and similar electronic apparatusCategory ITAV : IEC 62368-1 : Audio/video, information and communication technology equipmentCategory MEAS: IEC 61010-1 and parts 2: Electrical equipment for measurement, control and laboratory useCategory MED: IEC 60601-1 and parts 2: Medical electrical equipmentCategory EMC : IEC 61000-6-X, IEC 61326-X-X, CISPR 14, 32, 35... : Electromagnetic compatibilityView the official list of IECEE National Certification Bodies - Emitech Integrating the CB scheme into your export strategy Our experts can help you make the most of the advantages of the CB Scheme and optimise your regulatory procedures. We can help you to :Identify the necessary certifications for each target market.Implement an optimised certification strategy to reduce costs and lead times.Anticipate regulatory changes and ensure ongoing compliance.Centralise certification procedures for simplified management. Contact us for a quote Need fast, efficient international certification? Contact our experts for a tailored solution. Request a quote now

Véhicule gagnant la route pour un essais RDE avec PEMS

PEMS RDE tests - Measurement of emissions under real driving conditions Euro 6d | Emitech Group

Pollution tests under real conditions with PEMS RDE - Real Driving Emissions

Pollution tests under real conditions with PEMS RDE - Real Driving Emissions Why carry out RDE tests with PEMS? The Emitech Group offers RDE (Real Driving Emissions) testing using PEMS (Portable Emissions Measurement Systems) equipment to measure vehicle pollutant emissions directly on the road, in conditions representative of everyday use. This approach, which complements laboratory testing, is now essential for regulatory approval and validation of environmental performance. The RDE test is a regulatory procedure imposed by the Euro 6d standard, designed to : Measure emissions of NOx, particulates and other pollutants in real-life situations **Complement the laboratory tests (WLTP) with a variety of driving conditions ** **Reduce the gap between emissions measured on the test bench and those produced on the road ** **Validate the robustness of engine and after-treatment strategies (EGR, SCR, FAP, etc.) Ask for a quote Our PEMS testing services Our RDE tests are carried out using PEMS on-board systems that comply with the requirements of Regulation (EU) 2017/1151 et seq: On-board gas analysers: NO, NO2, CO, CO2, HC, O2. Particle sensors: number (PN), mass (PM), diameter. GPS and telemetry: altitude, speed, position, inclination. Mass flow meter for air or fuel flow Environmental sensors: temperature, pressure, humidity. Which vehicles are affected by these measures? We offer comprehensive solutions for assessing vehicle emissions and performance: Light thermal (petrol, diesel) and hybrid (HEV, PHEV) vehicles. Light commercial vehicles. New vehicles in the type-approval phase or series production vehicles as part of production conformity (COP). Pollutant emissions: what are we measuring? Gases: CO, CO2, NO, NO2, NOx, HC, CH4, NH3. Particles: mass (PM), number (PN), size (ultrafine). Other parameters: O2, H2O, gas temperature, exhaust back pressure. Test methodology Key stages in RDE measurements with PEMS Selection of a representative route (urban, suburban, motorway). Compliance with the conditions defined by the regulations: duration, temperature, altitude, speed, load, etc. Complete data acquisition throughout the journey. Post-processing analysis in accordance with regulatory procedures. Analysis and interpretation of results Calculation of the conformity factor: ratio between measured emissions and WLTP thresholds. Verification of compliance with Euro 6d thresholds (e.g. NOx ≤ 1.43 x WLTP value). Identification of pollution peaks and possible optimisation of engine operation. Detailed test report with regulatory and technical analysis Talk to our experts in RDE testing with PEMS Contact us Integrating RDE testing with PEMS into product development RDE tests with PEMS are generally coupled with : Laboratory tests (WLTP chassis dynamometer). Climatic or altimeter tests. Engine calibration work and the development of after-treatment strategies. Expertise and technical support Our technical teams are with you every step of the way: Vehicle preparation and configuration. Test plan compliant with standards or adapted to your specific needs. Real-time monitoring and data analysis. Full report with interpretation of results and possible areas for improvement. Why choose the Emitech Group? Proven experience in emissions testing and Euro 6/6d homologation. PEMS systems compliant with the latest European standards. Engineers specialising in instrumentation and post-treatment analysis. Full support for testing, reporting and technical advice. Contact us for a quote Need to validate your vehicles' actual emissions in traffic conditions? Contact our teams to organise an RDE test campaign with PEMS instrumentation, in line with the latest regulatory requirements. Request a personalised quote

Un opérateur d'essais utilisant une enceinte climatique

Testing

Climatic and physico-chemical testing | Emitech Group

Climatic and physico-chemical environmental tests Validate the robustness and durability of your products Industr

Climatic and physico-chemical environmental tests Validate the robustness and durability of your products Industrial, electronic and mechanical products are subject to numerous climatic and physico-chemical constraints throughout their life cycle (transport, storage, use). Climatic and physico-chemical tests help to guarantee their reliability, safety and compliance with current standards. Ask for a quote Why carry out climatic and physico-chemical tests? These tests make it possible to :Validate the durability and reliability of your equipment in extreme conditions (temperature, humidity, corrosion, fluids, explosive atmospheres, etc.)guarantee regulatory compliance (RTCA DO-160, MIL-STD, ISO/IEC, ATEX, etc.)Anticipate failures and improve product designMeet qualification requirements for marketing (CE marking, customer requirements, specific certifications) What sectors are involved in these trials? Automotive, rail and marine Validation of the resistance of vehicles, components and systems to extreme temperatures, humidity, corrosion, vibration and severe environmental conditions. Aeronautics, defence and space Qualification of critical equipment to cope with altitude, thermal shock, rapid decompression, explosive atmospheres and corrosive environments. Energy Verification of the durability of installations and components subjected to demanding climatic and physico-chemical conditions, including offshore or isolated environments. Industry & consumer, medical and telecom/IoT Reproduction of conditions of use, storage and accelerated ageing to guarantee the robustness, safety and regulatory compliance of products intended for a variety of environments. Our climatic and environmental testing services The Emitech Group offers a wide range of services covering the main types of climatic and physico-chemical tests. Climatic tests Thermal testing: Temperature range from -90°C to +650°C.Constant or cyclic humidity tests: Humidity level from 10% to 100% RH.Rapid temperature change testsaccelerated climatic ageing** **Combined climatic testsCombined climatic testing (temperature, humidity, vibration) Find out more Corrosion tests Neutral, acetic and cyclic salt spraysPolluted atmospheres (corrosive gases)Validation of surface treatments Find out more Find out more Find out more IP and IK tests Dust and waterproof (IP5X to IPX9K)Mechanical shock resistance (IK00 to IK10) Find out more Fluid resistance tests Resistance to fuels, oils, solvents and chemicalsCBRN testing (nuclear, radiological, biological and chemical threats) Find out more Find out more Find out more Thermal shock tests Air-air and air-water shocksIdentification of mechanical and electrical weaknessesAcceleration of product ageing Find out more Tests in explosive atmospheres Non-ignition testsExplosion containmentSurface temperature analysis Find out more Find out more Find out more Sunlight tests Simulation of solar radiationThermal and actinic effectsAccelerated ageing of materials and components Find out more Sand wind and dust tests Penetration of fine particlesAbrasion testsSimulation of prolonged exposure in a controlled environment Find out more Find out more Find out more Altitude and rapid decompression tests Altitude simulation up to 125,000 feetRapid decompression (< 15 s, or even < 2 s or < 200 ms as required)Overpressure and vacuum tests Find out more Talk to our experts in climatic and physico-chemical testing Contact us Our technical resources Over 140 environmental chambers (up to 93 m³)Automatic and manual thermal shock chambersSalt spray and corrosive gas chambersSpecialised test benches for fluid resistance and CBRN testsComplete IP & IK test facilities Test chambers for explosive atmospheres up to 40,000 feetRapid decompression chambers (decompression in <2s possible)Solar simulation benches (up to 1400 W/m²)Sand and dust wind test chambers Why put your trust in the Emitech Group? Multi-sector expertise: Aeronautics, Automotive, Rail, Space, Military, Energy, Marine, Consumer Electronics, etcState-of-the-art infrastructure spread across our laboratories in FranceTailor-made support: analysis of normative requirements, test planning, interpretation of results, etc Ask for a quote Contact us for a quote Do you want to validate the robustness and conformity of your products in the face of extreme climatic and environmental conditions? Request a personalised quote

Opératrice devant une enceinte climatique

Testing

Climate testing - Resistance to climatic conditions | Emitech Group

Climatic tests Validate the life profile of your equipment in conditions of high and low temperature and humidity

Climatic tests Validate the life profile of your equipment in conditions of high and low temperature and humidity Why carry out climatic testing? Climatic testing is used to test the robustness and correct operation of equipment exposed to standard and severe environmental conditions. These tests are essential for :Verifying the suitability of equipment for use, transport or storage in conditions of high and low temperature and humidity.Test compliance with industry standards to guarantee the expected performance of equipment.Simulate severe climatic conditions to anticipate failures and improve equipment life.Accelerate the climatic ageing of equipment Ask for a quote Types of climatic tests Our laboratories are equipped to carry out a range of environmental tests:Thermal tests: Exposure to temperatures from -90°C to +650°C.Humidity testing: Simulation of humidity levels between 10% and 100% RH.Thermal shock: Rapid transition between two temperatures to test material resistance.UV ageing: Analysis of degradation under prolonged exposure to sunlight.Corrosion and salt spray: Testing resistance to marine environments and corrosive atmospheres.Combined tests: Combination of climatic tests with vibration and mechanical stress. What sectors are involved in these trials? Automotive & rail Validation of components exposed to extreme temperatures and humidity. Aerospace Simulation of conditions at altitude and exposure to severe thermal cycles. Defence Testing materials and equipment in an operational environment. Energy industry Tests for resistance to extreme cold and heat. Industry and consumer electronics Simulation of component ageing under various climatic conditions. Our testing capabilities and technical resources Climatic chambers Total number of units: 70Useful volume up to 93 m³Temperature range: -90°C to +650°CRapid temperature change: up to 20°C/minRelative humidity: 10 to 100% RH Talk to our climate testing experts Contact us Specific equipment Salt spray: Corrosion test for marine environments.Thermal shock chambers: Simulation of sudden temperature variations.Sunbeds: Simulation of ageing due to UV exposure.Vacuum chambers: Testing in high-altitude conditions.Monitoring systems: Real-time monitoring of temperature, humidity, voltage and current. Standards applicable to climatic testing Our tests comply with the main international standards:NF EN 60068-2-xx: Combined climatic and mechanical tests.IEC 60068-2-xx: Environmental testing for industrial equipment.NF EN ISO 9227: Salt spray corrosion tests.RTCA DO-160: Environmental qualification of aeronautical equipment.GAM EG 13: Standards for military applications.MIL STD 810: Specifications for the defence industry. Optimising tests with the Emitech Group In addition to our testing capabilities, we offer complementary services to optimise your qualification processes:Combined testing integration: Vibration, mechanical stress and endurance.Real-time monitoring and analysis: Monitoring of critical parameters during testing. Contact us for a quote Do you need to ensure the compliance and durability of your products in the face of climatic constraints? Contact our experts for an analysis and a tailored solution. Request a personalised quote

Testing

Product compliance, development and qualification testing | Emitech Group

Product compliance, development and qualification testing Guarantee the performance, compliance and robustness of your products with the Emitech Group

Product compliance, development and qualification testing Guarantee the performance, compliance and robustness of your products with the Emitech Group The Emitech Group can help you achieve compliance and technical validation or qualification of your products, equipment and installations through a comprehensive, multi-disciplinary range of tests.Whether you are a manufacturer, integrator or subcontractor, we offer tailor-made services to meet the regulatory, sectoral and environmental requirements of your markets. Ask for a quote Why carry out tests on products and equipment? Testing helps to ensure that your products meet safety, performance and regulatory compliance requirements before they are put on the market. It reduces the risk of failure, optimises design and boosts the confidence of users and the authorities.Indispensable in demanding sectors, it ensures that your innovations are safe while speeding up time-to-market. What sectors are involved in these trials? Automotive, rail and marine Aeronautics, defence and space Energy Industry & consumer, medical and telecom/IoT Areas of expertise covered by our testing laboratories EMC (Electromagnetic Compatibility) testing Validation of immunity and electromagnetic emissions to guarantee electronic cohabitation. Find out more Radio frequency testing Performance and compliance of wireless technologies (Wi-Fi, Bluetooth, 5G, IoT, etc.). Find out more Find out more Find out more Electrical safety Verification of electrical, thermal and mechanical risks in accordance with current standards. Find out more GNSS tests (satellite positioning) Localisation performance, resistance to interference and validation of components (antennas, receivers, IMUs, etc.). Find out more Find out more Find out more Cybersecurity tests Compliance with the RED directive and EN 18031 for connected objects and radio equipment (risk analysis, intrusion tests, security audits). Find out more Talk to our experts Contact us Propulsion systems testing Validation of thermal, electric or hybrid engines and their components under real or extreme conditions (vehicles, Powertrain, aeraulics, endurance, etc.). Find out more Battery tests Safety, performance and reliability of cells, modules and packs, including abuse, environmental, mechanical and EMC testing and associated logistics. Find out more Find out more Find out more Mechanical testing Vibrations, shocks, fatigue and earthquakes to guarantee structural durability. Find out more Climatic and environmental tests Performance in extreme conditions (temperature, humidity, pressure, corrosion). Find out more Find out more Find out more Hydraulic tests Pressure, fatigue and leak resistance for hydraulic and pneumatic circuits. Find out more Fire tests Flame behaviour and compliance with fire safety regulations. Find out more Find out more Find out more Acoustic tests Noise characterization, noise reduction and acoustic comfort. Find out more Reliability testing (HALT/HASS) Robustness and early detection of design or manufacturing faults. Find out more Find out more Find out more Why choose the Emitech Group for your test campaigns? We operate in a wide range of sectors: automotive, aeronautics, space, rail, defence, medical, consumer electronics and industry. With more than 20 laboratories in France, a network of experts and cutting-edge technical resources, Emitech is your partner for getting your innovations to market faster and in full compliance. Ask for a quote Contact us for a quote If you're looking for comprehensive, customised expertise for your test campaigns,contact our specialists for a personalised quote and support tailored to your needs. Request a personalised quote

Opératrice devant une enceinte de brouillard salin

Testing

Corrosion testing – Salt spray, corrosive gases | Emitech Group

Corrosion tests Compare and validate the resistance of materials and equipment to corrosive atmospheres

Corrosion tests Compare and validate the resistance of materials and equipment to corrosive atmospheres Why carry out corrosion tests? Corrosion tests are used to validate or compare the resistance of materials and equipment to aggressive environments, such as exposure to salt, humidity or industrial pollutants. These tests are essential for :Validate the resistance of equipment exposed to corrosive atmospheres.Prevent deterioration of materials.Check the effectiveness of coatings and surface treatments.Comply with industry standards. Ask for a quote Types of corrosion tests Our laboratories are equipped to carry out a wide range of corrosion tests:Salt spray tests: Exposure to a controlled salt spray atmosphere.Cyclic salt spray tests: Exposure to an atmosphere alternating salt spray and humidity with optional drying phases.Polluted atmosphere tests (corrosive gases): Simulation of aggressive industrial conditions. Our corrosion testing services Automotive Assessment of the resistance of bodies and components to corrosion. Aerospace Assessment of the effects on equipment of prolonged exposure to a saline atmosphere. Defence Operational checking of equipment after exposure to salt spray. Rail and marine Operational checking of equipment after exposure to salt spray. Our testing capabilities and technical resources Salt spray enclosures Number: >10 enclosuresUseful volume: 0.5 to 13 m³Temperature: up to +70°CRelative humidity: up to 98%Neutral and acetic salt spray Talk to our corrosion testing experts Contact us Environmental chamber for corrosion in a mixed gas flow Number: 1 enclosureUseful volume: 100dm3Temperature and humidity control Standards applicable to corrosion testing Our tests comply with the main international regulations:NF EN IEC 60068-2-11, NF EN IEC 60068-2-52, NF EN ISO 9227 : Salt spray tests.NF EN IEC 60068-2-60 : Gas corrosion tests.RTCA DO-160 : Environmental salt spray tests for aeronautical equipment.MIL-STD-810, AECTP 300, GAM EG 13: Military resistance standards. Salt spray tests for military applications.DIN 50021, VOLVO VCS 1027, GMW 3172, Renault D17 1058: Corrosion tests for the automotive industry. Integrating corrosion testing into product development Corrosion testing helps to anticipate material weaknesses and improve equipment resistance. Our experts can help you with :Preliminary analysis: Definition of requirements and test design.Carrying out the tests: Implementation in the laboratory according to your needs. Contact us for a quote Do you need to ensure that your products are resistant to corrosive environments? Contact our experts for a tailored solution. Request a personalised quote

Equipements électronique en contact avec un liquide

Testing

IP-IK tests, IP and IK protection ratings | Emitech Group

Protection index tests (IP, IK) Evaluate access to dangerous parts, penetration of solid bodies and water, and protection against mechanical shocks

Protection index tests (IP, IK) Evaluate access to dangerous parts, penetration of solid bodies and water, and protection against mechanical shocks Why carry out IP testing? Protection index (IP) tests classify equipment according to its resistance to the intrusion of solids, liquids and mechanical shocks. These tests are essential for :Assess the level of protection against dust and water in accordance with IEC 60529.Check that products comply with current regulations before they are put on the market.Guarantee user safety by preventing access to hazardous areas.Test mechanical shock resistance (IK) to ensure equipment robustness.Ensure product reliability and durability in harsh environments. Ask for a quote The different types of IP and IK tests Our laboratories are equipped to carry out various tests to quantify the degree of protection of the equipment entrusted to us:IP testing (IEC 60529 & ISO 20653)IP tests are characterised by two numbers. The first indicates the expected level of protection against penetration by solid objects (0 to 6). The second corresponds to the level of protection against ingress of water (0 to 8). If no requirement is specified in one of these areas, the letter X replaces the corresponding number.Protection against solid bodies (IP0X to IP6X) : Verification of dust tightness.Protection against liquids (IPX0 to IPX9K): Water tightness tests under various conditions (rain, immersion, pressurised jets).Specific environments: Spray tests, prolonged immersion, high-pressure water jets. IK tests (IEC 62262)Protection against mechanical shocks (IK00 to IK10) : Simulation of impacts with spring hammers, free falls and pendulums. Our IP and IK testing services Electronics industry Assessment of the tightness of enclosures and components. Aeronautics and space Checking the protection of on-board equipment. Automotive and Rail Tests on lighting systems, sensors and electrical components. Defence and energy Qualification of equipment for extreme environments. Marine Performance control in salty and humid environments. Our testing capabilities and technical resources Equipment for IP testing, IP ratings Drop box (IPX1 and IPX2) : Vertical rain simulation.Immersion tank (IPX7 and IPX8): Verification of watertightness under water.Spray immersion (IPX5 and IPX6): Simulation of powerful water jets.Dust enclosures (IP5X and IP6X): Test of exposure to fine particles.IPX9K tests: Tightness to high-pressure and high-temperature water jets. Talk to our IP-IK testing experts Contact us Failure modes identified during testing Spring impact hammers: Determination of impact resistance up to IK10.Pendulum hammers: Standardised impact tests for various materials and configurations. Standards applicable to IP and IK tests Our tests comply with the main international regulations:IEC 60529: Definition of IP protection indices.ISO 20653: Tests for road vehicles.IEC 62262: Classification of IK protection levels.ISO 16750-4: Resistance tests in severe environments.Low Voltage Directive: Regulations for electrical equipment. Failure modes identified during testing The IP and IK tests identify several types of failure:Ingress of dust or water into sensitive parts.impairment of electrical and mechanical performance** **Deformation of materials under mechanical impactdeformation of materials under mechanical impact** **Loss of protection leading to risk of fireLoss of protection leading to risks for the user Integrating IP and IK testing into product development IP and IK tests ensure the reliability of equipment exposed to harsh environments. Our experts can help you with :Analysing the normative requirements specific to your sector.Implementation of tests with configurations adapted to your product.Interpretation of results and optimisation of designs. Contact us for a quote Do you need to ensure that your products are compliant and robust against the intrusion of solids, liquids and mechanical shocks? Contact our experts for a tailored solution. Request a personalised quote

Opératrice devant une sorbonne pour initier les essais de tenue aux fluides

Testing

Fluid resistance tests, fluid susceptibility - CBRN tests | Emitech Group

Fluid resistance tests Validate the resistance of equipment and its materials to contamination by fluids

Certification, training, metrology, others

CE Notified Body NB 0536 – RED, EMC, DRONE Directives | Emitech Group

Emitech - Notified Body NB 0536 Emitech is listed in Nando as a Notified Body under number NB 0536 under the RED (2014/53/EU) and EMC (2014/30/EU) directives<

Emitech - Notified Body NB 0536 Emitech is listed in Nando as a Notified Body under number NB 0536 under the RED (2014/53/EU) and EMC (2014/30/EU) directives Emitech can issue you with an EU type examination certificate under the RED Directive 2014/53/EU. Emitech can issue you with an EU type examination certificate under the EMC Directive 2014/30/EUThe rules for analyzing and managing the EU type examination are available below. Emitech's prices are available on request. Ask for a quote Emitech Certification body Our notification is made possible by the fact that Emitech is a certifying body, as attested by our Cofrac accreditation no. 5-0549 (scope available on www.cofrac.fr ) according to EN ISO/IEC 17065 In the context of CE marking, using a Notified Body offers many advantages:Security for placing products on the marketRegulatory monitoring of certificates issuedRange validationValidation of technical filesIntervention by an independent third party What are the main steps involved in your applications:Receipt of the application formReview of the applicationDrafting of the quote and contractDocument analysisEvaluationCertification decision & issuance of the certificate Notified Body: which sectors are concerned? Industry and consumer electronics Electro-electronic medical devices Radioelectric and connected equipment (IOT & smart devices) EU type-examination certificate and attestation EU Type Examination Certificate according to RED Directive 2014/53/EU + Delegated Regulation (EU) 2022/30, cybersecurity requirements In the context of CE marking, Directive 2014/53/EU, in Article 17, describes the conformity assessment procedures. Emitech is notified under Annexes III and IV. The directive applies to radio receivers and/or transmitters that can communicate by transmitting and/or receiving radio waves using a radio frequency spectrum and/or telecommunications terminal equipment. Download here your application form to obtain an EU type examination certificate(The form should be sent to certification@emitech-group.com)Click here to access your Product certification within the framework of the implementation of Directive 2014/53/EUClick here to access your Product certification within the framework of the implementation of Directive 2014/53/EU + relating to cybersecurity requirements  EU type-examination certificate in accordance with EMC Directive 2014/30/EU In the context of CE marking, Directive 2014/30/EU, in Article 40, describes the conformity assessment procedures.Emitech is notified under this directive. The directive concerns electrical and electronic equipment and systems that may cause electromagnetic interference or be affected by interference generated by other sources. It also applies to installations and equipment comprising electrical and/or electronic devices and components. Download here to download your application form to obtain an EU type examination certificate(The form should be sent to certification@emitech-group.com) Click here to access your Product certification under Directive 2014-30-EU EU Type Examination Certificate in accordance with DRONE Directive 2019/945/EU In the context of CE marking, Directive 2019/945/EU describes the conformity assessment procedures.Emitech is notified under this directive. This regulation concerns drones.Download here your application form to obtain an EU type examination certificate EU type examination certificate">here your application form to obtain an EU type examination certificate(The form should be sent to certification@emitech-group.com) Click here to access your Product certification under Directive 2019/945/EU Talk to our Emitech Certification experts Contact us An independent body! A Conformity Assessment Body is a third party organisation independent of the testing laboratory. This body is accredited by the Cofrac in accordance with the ISO 17065 standard: "Conformity assessment - Requirements for bodies certifying products, processes and services"This body works free from any pressure or incentive likely to influence its judgement. It regularly submits evidence of its independence and the absence of any conflict of interest for the dossiers it examines to its CIO (Impartiality Preservation System). An integrated model: testing laboratory & accredited certification The notified body examines the technical design of the equipment, together with the risk analysis carried out by the manufacturer. After examining the evidence of conformity submitted to it, it certifies that the equipment meets the essential requirements of the Directive. The manufacturer thus benefits from validated marketing of its equipment or product range.The manufacturer is guaranteed regulatory monitoring of its product by the Notified Body throughout the validity of its certificate.The manufacturer gains access to certain markets thanks to the recognition of this certificate for export. In the event of a complaint, please refer to the process for handling complaints or appeals. [complaint or appeal handling] Contact us for a quote Are you responsible for certification, regulatory compliance or market access? Are you looking for a reliable, impartial and accredited partner?Contact Emitech Certification today about your project Request a personalised quote

Caisson d'essais en atmosphère explosive

Testing

Explosive atmosphere testing DO-160, MIL-STD-810, ATEX | Emitech Group

Tests in explosive atmospheres Validate safety in explosive environments

Opératrice devant une enceinte d'essais en ensoleillement

Testing

Sunlight exposure testing – UV resistance, photo-ageing and thermal resistance | Emitech Group

Sunlight tests Validate the resistance of your equipment and materials to solar radiation

Sunlight tests Validate the resistance of your equipment and materials to solar radiation Why carry out sunlight tests? Sunlight tests are used to assess the resistance of materials and equipment exposed to prolonged solar radiation. These tests are essential for :Assess the thermal effects of solar radiation on materials (whitening, chalking, cracking, loss of gloss, deformation).Simulate heating due to prolonged exposure and its impact on equipment performance.Comply with international standards such as MIL-STD-810, STANAG 4370, AECTP 300 and NF EN 60068-2-5. Ask for a quote Sunlight tests Tests designed to simulate solar radiation are carried out to simulate the deterioration of equipment exposed to prolonged sunlight.As part of a qualification process, these tests can be carried out under specific climatic conditions (temperature, rain, humidity, frost, etc.) according to cycles (day/night, wet/dry phases, etc.).Test programmes are based on the equipment's life profile. Tests can simulate the ageing of products located behind glass (shop windows, car interiors) or outdoors (radiation + weather conditions). What sectors are involved in these trials? Aerospace Automotive Consumer electronics Shipbuilding Industry and consumer electronics Type of sunlight test Simulation of solar radiation Test temperature from -20°C to 100°C with irradiationControlled humidity from 10 to 80% RH with irradiationEnclosures with combined sunlight and humidity cycles Talk to our sunlight testing experts Contact us Sun resistance tests under controlled conditions Test benches reaching a power of 1400 W/m².Cyclic test benches for thermal effects with an exposure area of 700 x 700 mm.Constant test bench for actinic effects with an exposure area of 800 x 1800 mm.Possibility of combining solar exposure with climatic tests. Standards applicable to sunlight tests Our tests comply with the main international standard:MIL-STD-810 (Method 505)STANAG 4370 AECTP 300NF EN 60068-2-5ASTM G154 / G155DIN 75220 (Z OUT) Analysis and monitoring of damage Measurement of colour and gloss changes.Observation of cracks, crazing and chalking.Post-exposure mechanical performance checks. Incorporate sunlight testing into your product development Solar radiation simulation tests enable us to anticipate material weaknesses and improve their durability. Our experts can help you with :Analysing normative requirements and specific needs.Implementing tests under conditions tailored to your products. Contact us for a quote Do you need to ensure that your materials and equipment are resistant to the sun's rays? Contact our experts for a tailored solution. Request a personalised quote

Technicien devant l'accès au banc d'essais sable et poussières

Testing

Sand and dust testing | Emitech Group

Sand and dust tests Validate the resistance of your equipment in hostile environments

Sand and dust tests Validate the resistance of your equipment in hostile environments Why carry out sand and dust wind tests? Sand  and dust tests are used to assess the resistance of equipment exposed to hostile environments. These tests are essential for :Ensure compliance with international specifications such as RTCA DO160, MIL STD810, GAM EG13 and STANAG 4370.Test the tightness of equipment against the penetration of fine particles and abrasion.Analyse material degradation in the presence of sand and dust.Guarantee the robustness of equipment used in extreme environments. Ask for a quote Sand and dust tests Sand and dust resistance tests are used to verify the robustness of equipment designed to operate in hostile environments.Sand is highly abrasive and can damage paintwork, glass, plastics, labels, seals, gears, motors and turbines.Dust can easily infiltrate devices and disrupt their proper functioning. It particularly affects electronic cards, relays, moving parts, and ventilation, filtration, or fluid systems.These tests therefore guarantee the reliability and durability of products exposed to extreme conditions. Our sand and dust testing services Aerospace Defence Our testing capabilities and technical resources Environmental testing facilities Test equipment for 1m3 equipment: Temperature, humidity, concentration, wind speed and particle flow control.Adjustable wind speed from 2.4 to 25 m/s.Adjustable temperature control from 23°C to 70°C.Controlled humidity below 30% RH. Talk to our experts in sand and dust testing Contact us Standards applicable to sand and dust tests Our tests comply with the main international regulations:RTCA DO160 (section 12)MIL-STD-810 (Method 510.5)GAM EG13 (Fascicule 18)STANAG 4370 (Method 313) Integrate sand and dust testing into product development Sand and dust tests enable you to anticipate risks and ensure the compliance of equipment designed for hostile environments. Our experts can help you with :Analysing the normative requirements according to your sector of activity.Implementation of tests with configurations adapted to your products.Interpretation of results and optimisation of designs. Contact us for a quote Need to ensure that your equipment is compliant and robust in dusty, sandy conditions? Contact our experts for a tailored solution. Request a personalised quote

Testing

Altitude testing, overpressure and rapid decompression | Emitech Group

Altitude, overpressure and rapid decompression tests Validate your equipment in variable-pressure environments

Testing

EMC testing - CE marking compliance - Qualification: MIL-STD, DO-160... | Emitech Group

EMC / Electromagnetic Compatibility testing Validate the ability of equipment to operate as expected in its electromagnetic environment

EMC / Electromagnetic Compatibility testing Validate the ability of equipment to operate as expected in its electromagnetic environment Understanding Electromagnetic Compatibility (EMC) The aim of electromagnetic compatibility (EMC) is to ensure that electrical and electronic equipment does not cause harmful interference or itself suffer disturbance in the presence of electromagnetic emissions. EMCtesting is therefore essential to guarantee the regulatory compliance and performance of a wide variety of products, from everyday appliances to critical systems used in the automotive, aeronautical, rail, space and defence industries. They are also required for medical and professional devices. Ask for a quote Why call on the Emitech Group for your EMC tests? Our specialist EMC laboratories are equipped to meet the requirements of international and European standards. We support you in qualifying and ensuring compliance of your products by providing:Advanced infrastructures: Faraday cages, semi-anechoic chambers (SAC) and full-anechoic chambers (FAR), mode-shuffling reverberation chambers (CRBM), free-space sites.Instrumentation that pushes back the limits:For regulatory requirements: radiated emission up to 110 GHz, conducted emission, radiated immunity up to 6 GHz (and up to 30 V/m at 3m, conducted immunity, fast burst transients, electrostatic discharges, shock waves, voltage variations, voltage dips, short interruptions, flickers, harmonics, etc.).For the most demanding qualifications: radiated emission from 10 kHz to 40 GHz, conducted emission, radiated immunity up to 40 GHz (up to 3000 V/m in CW and up to 10000 V/m pulsed between 1 and 18 GHz), electrical tests of all kinds, electrostatic discharges, indirect lightning.Recognised technical expertise: Within the framework of CE marking (EMC 2014/30/EU, RED 2014/53/EU directives ..), defence (MIL-STD / STANAG standards), aeronautics (RTCA-DO160).Personalized support: Assistance with qualification and certification strategies.Solutions tailored to each sector: Automotive, rail, aerospace, defense, medical, and many others.The Emitech Group has the largest number of Faraday cages in Europe, as well as one of the largest, enabling it to test vehicles on its chassis dynamometer, as well as systems weighing in excess of 40 tonnes. What sectors are involved in these trials? Automotive, rail and marine EMC validation of vehicles, on-board systems and electronic equipment in accordance with sectoral standards and international regulations (R10, CISPR, ISO). Aeronautics, defence and space Full electromagnetic qualification to RTCA DO-160, MIL-STD and manufacturers' standards, including lightning, HIRF and high-frequency immunity tests. Industry & consumer, medical and telecom/IoT Verification of the EMC compliance of consumer products, industrial equipment, medical devices, connected objects and radio equipment in accordance with CE directives and the specific requirements of international markets. Energy Control of emissions and electromagnetic immunity for industrial installations and critical systems in demanding environments. Our areas of expertise We work on a wide range of applications, adapting our tests to the constraints of each sector. Placing on the market, CE marking Harmonised standards called for by the EMC 2014/30/EU, RED 2014/53/EU, Machinery 2006/42/EC, Medical Devices Regulation (EU) 2017/745, ... Automotive qualification Standards: CISPR 12, CISPR 25, ISO 7637, ISO 11451, ISO 11452, ECE R10 regulations and associated type approvalsSpecific tests: HIRF immunity up to 600 V/m, radiated and conducted emissions, chassis dynamometer tests on vehicles. Military and defence qualification Standards: MIL-STD 461, NATO STANAG, DEF-STAN.Capability: Electric fields up to 10,000 V/m, lightning tests, cable and connector shielding analysis. Aeronautics and space qualification Standards: RTCA DO-160G, Airbus ABD0100, Boeing D6-16050, SPX902Tests: Immunity to high frequencies up to 40 GHz, lightning tests, simulation of extreme electromagnetic conditions. On-site EMC testing We work all over the world to diagnose and resolve problems caused by electromagnetic interference.When equipment cannot be tested in our test laboratories, we work with you to validate the test programme that can be carried out on site and the associated measurements. Talk to our EMC testing experts Contact us Transfer impedance and shielding efficiency tests Assessment of the shielding performance of cables, connectors and materials (metallic or composite).Measurement of transfer impedance to characterise the coupling of conducted interference.Measurement of shielding efficiency to quantify the attenuation of electromagnetic fields.Tests carried out in accordance with current standards for all sectors (defence, space, rail, electric vehicles) from 0 to 40 GHz. Optimise your processes with the Emitech Group We support you throughout the process of validating the conformity or qualification of your products. Our experts can guide you in interpreting standards and optimising your designs to meet the most stringent EMC requirements. Ask for a quote Contact us for a quote Need to ensure the EMC compliance of your products? Contact our experts for personalised support. Request a personalised quote

Opérateur devant son récepteur radiofréquence

Testing

Radio frequencies testing - CE Marking (RED), FCC, ISED... | Emitech Group

Radio frequency tests and measurements Guarantee compliance and performance

Radio frequency tests and measurements Guarantee compliance and performance Understanding the importance of radio frequency measurements Wireless communication technologies are based on the controlled use of radio spectrum. This is a regulated resource, subject to strict technical constraints. Integrating RF transceivers into electronic products therefore requires systematic verification of regulatory compliance and functional performance.The fields concerned include cellular networks (2G to 5G), Wi-Fi, Bluetooth, NFC/RFID systems and communication protocols specific to industrial connected objects (IoT). Radio performance is directly linked to interoperability, electromagnetic compatibility (EMC) and compliance with the emission limits imposed by each country. Ask for a quote Why call on the Emitech Group for your radio frequency tests? Our specialist radio frequency measurement laboratories offer cutting-edge technical expertise to support radio equipment manufacturers in their certification process.Our strengths :Mastery of international and local standards: We apply regulations such as the Directive RED 2014/53/EU in Europe (CE marking), the requirements of the FCC in the United States or ISED in Canada, as well as harmonised ETSI standards to certify technical compliance.State-of-the-art infrastructure: Our facilities include semi-anechoic chambers (SAC), Faraday cages (FAR) and free space test platforms, ensuring accurate and repeatable measurements.High-performance spectrum analysers for analogue and digital signals and radio communication benches** for functional and protocol testing.Regulatory and technical support: Our experts assist manufacturers with regulatory developments and optimise compliance and approval strategies. What sectors are involved in these trials? Telecom / IoT & consumer electronics Certification of connected equipment, IoT objects, routers, smartphones or devices embedding Bluetooth, Wi-Fi, NFC, etc., in compliance with local and international standards. Medical and industry Radio testing of connected medical devices and industrial wireless systems, in relation to functional safety, interoperability and transmission robustness. Automotive, rail and marine Secure integration of radio modules (remote control, telematics, diagnostics, V2X, etc.) in complex, mobile electromagnetic environments. Aeronautics, space and defence Verification of the radio conformity of on-board communication systems (aircraft-to-ground links, UAVs, tactical systems), in accordance with strict standards requirements. Key stages in radio frequency testing Initial assessment and preliminary analysis Before carrying out the tests, we analyse in detail the electromagnetic characteristics of the equipment according to the standards applicable to their target market (e.g. ETSI EN 300 328 for 2.4 GHz ISM devices). This phase enables us to identify the regulatory requirements and technical specifications to be tested. Radio frequency testing We carry out a series of specific tests to check the radioelectric performance of equipment:Measurement of isotropic radiated and conducted power.Measurement of spurious emissions.Maximum power spectral density.Measurement of frequency stability and frequency error.Bandwidth and spectral occupancy.Adjacent channel power (ACPR).Tolerance to out-of-band signals (blocking).Channel access mechanism (CSMA, LBT - listen before talk).Dynamic frequency selection (DFS). Technologies covered Cellular: 2G (GPRS), 3G (UMTS), 4G (LTE, LTE NB-IoT, LTE CAT-M1), 5G FR1.Wi-Fi: 2.4 GHz, 5 GHz, 6 GHz.Bluetooth: Bluetooth Low Energy, Bluetooth Classic.NFC / RFID: 125 kHz, 13.56 MHz, 868 MHz.Other RF protocols : Lora, Sigfox, Zigbee, Z-Wave, 868 MHz protocols. Talk to our experts in radio frequency testing Contact us Technical assistance and certification Once the tests have been carried out, we provide a detailed test report attesting to the product's compliance. In the event of non-compliance, we support our customers in optimising and bringing equipment into compliance. Regulatory requirements and applicable tests The tests applicable to radio equipment vary according to its design:If the radio functionality is based on a chipset, all RF tests must be carried out.If a previously assessed radio module is integrated, an additional assessment is required to verify electromagnetic compatibility and the impact on the final product. In the absence of proof of conformity (module test reports), all RF tests must be repeated.The integration of a radio module into a final product requires a reassessment of transmission and reception performance to ensure the absence of interference and non-compliant emissions.The tests verify :Radio compliance with the radio requirements of RED Directive 2014/53/EU and international regulations.Efficient use of the radio spectrum and absence of harmful interference.Transmission power, spectrum occupancy and parasitic emissions.Reception sensitivity and robustness against external interference. Optimise your processes with the Emitech Group The Emitech Group makes its technical and regulatory expertise available to secure every project. We guarantee you rapid time-to-market, faultless compliance and high-level technical expertise. Our support covers the entire process: initial design optimised to comply with standards; precise planning of test campaigns; rapid obtaining of the necessary certificates from the relevant national authorities. Ask for a quote Contact us for a quote Need to ensure the radio frequency compliance of your products? Contact our experts for personalised support. Request a personalised quote

Testing

Electrical safety testing - CE marking & IEC standards | Emitech Group

Electrical safety tests Protect your equipment and users

Electrical safety tests Protect your equipment and users Electrical equipment safety: a crucial issue The safety of electrical equipment is a priority for manufacturers of electrical and electronic equipment, whatever their field of application: consumer, industrial, medical or other. Electrical products can present mechanical, electrical and thermal risks to users, their property and the environment. To ensure compliance, electrical safety standards lay down strict rules to avoid these risks. Ask for a quote Why choose the Emitech Group for your electrical safety tests? Our specialist laboratories offer comprehensive testing and analysis services to help you bring your products into compliance. Our services include :Construction analysis: Identification of evidence of conformity to optimise costs and lead times.Carrying out the required tests: According to harmonised or international standards (IEC), adapted to the needs of your target market.Regulatory support: Specific studies for the Low Voltage Directive (LVD) 2014/35/EU or other international requirements.Time optimisation: Rapid implementation to meet your time-to-market objectives. Our sand and dust testing services Industry and the general public Validation of the electrical safety of industrial, domestic appliance and consumer equipment in accordance with harmonised standards to limit thermal, mechanical and electrical risks. Medical Verification of medical devices in accordance with the strict requirements of the Low Voltage Directive and IEC/EN standards specific to the healthcare sector. Electrical and electronic product safety, testing and associated standards Low Voltage Directive (LVD) 2014/35/EU - CE marking Audio/video, information and communication technology equipment: IEC/EN 62368-1Electrical equipment for measurement, control and laboratory use : IEC/EN 61010-1Household electrical appliances: IEC/EN 60335Electrical equipment of machines : IEC/EN 60204-1 Talk to our electrical safety experts Contact us Exports, optimise access to your key markets CB scheme: IEC/EN standards + national deviations Main electrical safety tests Protection against direct and indirect contact (accessibility, capacitor discharge, contact current, earth leakage current, earth continuity)Insulation requirements (dimensional measurements, dielectric strength, insulation resistance, hygroscopic pre-conditioning)ConsumptionHeating (thermocouples, resistance variation)Resistance of plastics to heat (ball pressure) and fire (flame tests, glow-wire test)Mechanical resistance (constant force, steel ball impact, drop)Abnormal and first fault operating conditionsRadiation measurementsAnalysis of markings and instructionsAnalysis of critical components Instrumentation used Air-conditioned roomsControlled electrical sources (stabilised 50/60 Hz power supplies, generators/converters)Data acquisition systems for temperature measurements (thermocouples)Electrical measurement equipment (oscilloscope, probes, multimeters, leakage currents, etc.)Power measurement equipmentEquipment for insulation measurements (dielectric meter, insulation resistance)Equipment for measuring earth continuityGlow-wire and flammability test equipmentClimatic chambers and ovensEquipment for IP testingGauges and standard gauges (test fingers, etc.)Mechanical testing of electrical enclosures (impact hammers, balls, etc.)Automated systems and specific test fixtures Optimise your compliance with the Emitech Group Working with the Emitech Group means benefiting from the expertise of specialist teams, cutting-edge technologies and support tailored to your regulatory needs. Our services include not only technical testing, but also dedicated support for certification procedures, including complementary areas such as EMC or radio waves. Ask for a quote Contact us for a quote Need help to ensure the compliance and safety of your electrical products? Contact our experts for a personalised quote and speed up your time to market. Request a personalised quote

Testing

Mechanical shock testing - Preventing failures | Emitech Group

Mechanical impact tests Ensuring the strength and reliability of your equipment

Mechanical impact tests Ensuring the strength and reliability of your equipment Why carry out mechanical impact tests? Mechanical shock is one of the major stresses encountered by a wide range of industrial and technological equipment during its lifecycle. These tests are essential for :Validate the resistance of products to anticipated or accidental shocks in real conditions of use or transport.Identify potential mechanical weaknesses before the product is put on the market.Comply with standards and technical specifications specific to each sector of activity.Optimise product life and reliability by simulating severe impact environments. Ask for a quote Shock tests, the current typology of shocks Our laboratories are equipped to carry out various types of tests:Half-sine shocks: Simulate sudden impacts with an acceleration rise and fall in the shape of a half-sine.Sawtooth shocks: Reproduce shocks with a rapid ascent and a more gradual descent.Trapezoidal shocks: Constant acceleration over an extended period.Shock Response Spectrum (SRC): Analyses the reaction of the product to a range of shock frequencies.Our associated skills in mechanical shocksSimulation of pyrotechnic shocks and shock response spectra.Accelerometric measurements on equipment can be carried out.Possibility of producing "à la carte" shocks with different durations and amplitudes Potential failure modes identified during testing Mechanical deformation.Poor electrical contacts.Appearance of micro-cracks.Breakage of assembly structures.Modification of electrical characteristics.Component soldering problems. Our mechanical impact testing services Aerospace Landing and landing shock tests, pyrotechnic shocks including ECSS-E-HB-32-25A in space. Defence Validation of equipment to specific standards such as MIL-STD 810, Stanag, DEF STAN, etc Automotive and Rail Simulation of impacts encountered on road or rail. Industry and the general public Guaranteed resistance to accidental impact. Our mechanical impact testing capabilities and technical resources We have high-performance means of testing impact resistance. Conventional impact machines Mechanical impact tables 400 mm x 400 mm and 900 mm x 900 mm.Capacity : 1 to 1000 g, duration 1 to 170 ms.Half-sine shock tests. Pyrotechnic Simulation of pyrotechnic impacts and spectra of responses to impacts by metal-metal impact, mainly for the defence and space industries.3 test facilities: one guided free-fall and 2 pendulum typesFor equipment weighing up to 60kgFree-fall capacity: up to 30,000g in time, up to 5,000g at 1kHz in SRC.Pendulum capacity: up to 5,000g in time, up to 3,000g at 1kHz in SRC.Sampling frequency 204.8kHz up to 16 measurement channels (+ on request) Talk to our experts in mechanical shocks Contact us Shock vibrators Half-sine and saw-tooth impact tests, impact response spectra.Capacity up to 305,000 N. Packaging off-cuts tests Variable height tests to assess packaging resistance.Acquisition of accelerometric measurements. Standards applicable to mechanical impact tests We carry out tests that comply with the main international standards:IEC 60068-2-27 : Shock tests on equipment.iEC 60068-2-29 : Repetitive impact tests.IEC 61373: Railway testing.MIL-STD 810 method 516: Military resistance tests.RTCA DO 160 section 7: Aeronautical testing.STANAG 4370, GAM EG 13: Specific defence and space standards.ECS-E-HB-32-25A : Simulation of pyrotechnic shocks in space. With the Emitech Group, integrating impact testing into product development Impact testing enables companies to anticipate vulnerabilities and improve the durability of their products. Our experts can help you with :Preliminary analysis: Definition of requirements and test design.Performing the tests: Laboratory implementation according to your needs.Interpretation of results: Drafting of reports and optimisation recommendations. Contact us for a quote Do you need to ensure that your products can withstand mechanical impact? Contact our experts for customised support. Request a personalised quote

Illustration de la corrélation calcul / essais

Engineering

Correlation calculations/tests – Validation and optimisation by simulation | Emitech Group

Correlation between calculations and tests Optimise the design of your products and validate modifications with a justification note

Correlation between calculations and tests Optimise the design of your products and validate modifications with a justification note Why correlate calculations and tests? Modern engineering relies on numerical simulation to optimise product design and validation. However, numerical models must be validated by experimental tests to guarantee their reliability. The correlation between calculation and testing makes it possible to :Establish rigorous validation of numerical models by comparing simulations with experimental data and thus adapting the theoretical parameters of the virtual model by replacing them with the real parameters from measurement.Optimise product design by adjusting models based on real results.Reduce the number of physical prototypes and speed up the development process.Improve system robustness and reliability through accurate modelling.Ensure compliance with product qualification standards and regulations. Ask for a quote Our calculation/test correlation services We support manufacturers in optimising and validating their digital models through several specialised services:Validation of digital models through experimental testing.Optimisation of mechanical simulations to improve the prediction of real-world behaviour.Parameter adjustment and model recalibration through modal basis comparison.Implementation of experimental plans combining testing and simulation.Use of advanced correlation tools (MAC, modal errors, frequency analysis). Examples of industrial applications Aeronautics and space Validation of vibration and thermal models of on-board structures. Automotive and transport Optimisation of crash calculations and dynamic responses. Industry Improved fatigue and endurance simulations for components. Energy and nuclear power Qualification of equipment under vibration and thermal stress. Construction and civil engineering Simulating the resistance of structures to earthquakes. Approach and methodology adopted for the calculation/test correlation Defining objectives and preparing tests Analysis of the numerical model and calculation assumptions.Definition of the experimental protocol and selection of suitable sensors.Set up boundary conditions and representative loads. Experimental trials Acquisition of vibration, thermal or mechanical data.Recording of system responses under different excitations.Extraction of eigenmodes and resonance frequencies. Talk to our experts in calculation/test correlation Contact us Correlation and recalibration of models Comparison of modal bases from tests and simulations.Calculation of MAC (Modal Assurance Criterion) and modal deviations.Adjustment of model parameters to minimise discrepancies.Final validation and improvement of numerical predictions. Integrate the calculation/test correlation into product development Our solutions enable manufacturers to optimise their product design by reducing uncertainties in digital models. Our experts assist you with:Analysing discrepancies between simulations and experimental tests.Improving digital models by recalibrating parameters.Validating designs prior to industrialisation to avoid additional costs. Tools and technologies used We use state-of-the-art software and methods to ensure reliable correlation:Experimental and numerical modal analysis.Finite element method (FEM) for modelling.Model recalibration and optimisation tools.Model reduction techniques for rapid simulations. Standards and documents covered Our correlation methods comply with the main norms and standards:ISO 10816 / ISO 7626: Vibration monitoring of structures.MIL-STD-810 / RTCA DO-160: Environmental qualification of equipment.ASME / RCC-M: Verification of pressure equipment and mechanical structures.Eurocode 8: Validation of structures subjected to seismic loads. Why choose the Emitech Group? The Emitech Group draws on its recognised expertise in simulation and testing to make your designs more reliable and reduce the uncertainties of numerical models.Dual skills: mastery of multiphysics simulations and experimental testing in our laboratories.Varied test resources: vibration, shock, thermal, fatigue, crash, EMC, enabling full correlation.Sector-specific expertise: solutions tailored to the constraints of the aerospace, automotive, rail, energy and nuclear industries.Advanced tools: finite element calculations, experimental modal analysis and correlation criteria (MAC, modal errors, registration).Tailor-made support: from gap analysis to regulatory justification, including final design validation. Ask for a quote Contact us for a quote Need thermal modelling expertise? Contact our experts for a tailored solution. Request a personalised quote

Illustration de la simulation de scénario GNSS

Engineering

GNSS PVT/IQ simulation – Receiver & antenna validation

PVT/IQ GNSS scenario simulation Validate your equipment with realistic, reproducible signals

PVT/IQ GNSS scenario simulation Validate your equipment with realistic, reproducible signals Why simulate GNSS scenarios? On-board geolocation systems need to be tested under conditions that are close to the real thing, but controlled and reproducible. The simulation of GNSS scenarios makes it possible to : Replay recorded GNSS signals in specific environments (dense urban areas, tunnels, railways, etc.). Evaluate positioning performance (PVT: Position, Velocity, Time) in critical contexts. Simulate disturbed GNSS signals: loss of satellites, multipath, masking, local interference. Compare different configurations of antennas, receivers or GNSS algorithms. Reproduce exact use cases in the laboratory, without the hazards of a field campaign. Ask for a quote Our GNSS simulation services We offer our expertise to design and execute advanced GNSS test scenarios: Definition of trajectories and representative environments: urban areas, railways, agriculture, ports, etc. Generation of PVT or IQ (in-phase & quadrature) test scenarios, based on real or synthetic signals. Simulation of degraded or restrictive GNSS conditions, to validate the behaviour of on-board systems. Creation of libraries of tailor-made scenarios, which can be replayed and adapted to the customer's test protocols. Use of GNSS simulation benches compliant with EN 16803 standards. Integrated statistical analysis: accuracy, integrity, availability, DOP, fix losses, satellite interruptions, etc. Performance comparison between receivers, configurations or firmware. Areas of application for our GNSS simulation skills Aeronautics and space GNSS multi-constellation with space constraints Autonomous mobility Validation of critical positioning Rail Scenarios in tunnels or complex environments Industrial connected objects GNSS autonomy and robustness tests Precision agriculture Guiding in the open field or under vegetation Talk to our GNSS experts Contact us Why choose the Emitech Group? Recognised expertise in GNSS metrology applied to real-life use cases. Complete simulation infrastructure for PVT and IQ signals. Ability to integrate GNSS simulation into multi-test campaigns (EMC, mechanical, cybersecurity, etc.). Rigorous, standards-based approach in accordance with EN 16803, with traceability of signals and results. Ask for a quote Contact us for a tailored GNSS simulation Need to simulate complex GNSS environments to validate your equipment? Our experts will design and run your tailor-made scenarios Request a personalised quote

Engineering

Regulatory expertise & CE marking compliance / Export | Emitech Group

Study and regulatory expertise Full support for compliance and approval for your export markets

Study and regulatory expertise Full support for compliance and approval for your export markets Why use an EU and/or international regulatory study? Bringing new technological products to market requires a perfect understanding of the legal requirements and standards in force.Our regulatory engineering service can support your international development. Ask for a quote Support from our regulatory engineering department Identify the regulatory requirements applicable to the target markets (European Union, North America, etc.).Optimise approval processes.Ensure compliance with local and international requirements (CE marking, Schéma OC / IECEE CB Scheme, country-specific certifications).Define and plan the necessary tests (EMC tests, electrical safety tests, environmental tests, etc.) to guarantee equipment safety and compliance.Support document management to ensure smooth marketing in line with regulatory expectations.Implement continuous regulatory monitoring to maintain compliance throughout the product life cycle. Our regulatory expertise covers a wide range of sectors Electronics and telecommunications (IOT) Consumer appliances and manufacturing industry Energy and infrastructure Electronics and telecommunications (IOT) Rail Aerospace and defence Our engineering services Depending on your needs, our services include :Regulatory compliance studies by product and by market.Optimisation of approval procedures from a cost and time perspective.Validation of technical files and certifications.Assistance with drafting aspects: QTP, test procedures, EU DoC, etcRegulatory monitoring and anticipation of changes in standards.We cover a broad spectrum of regulations and standards, including CE marking for Europe (EMC, Low Voltage, RED, RoHS, Machinery, DM and DM-DIV regulations, etc.), North American regulations (FCC / ISDE, NRTL programme marks including UL), and specific requirements for other geographical areas. Regulatory support methodology Study and identification of regulatory requirements Administrative requirementsAdministrative requirementsRegulatory bodyRegulatory procedures and description of approval procedures (CE, FCC, UL, etc.).Documents and number of samples requiredProcessing & validity periodLocal representation / Local testingInformation to appear in Notices/MarkingMutual Recognition Agreements (MRAs)Technical requirementsApplicable national standards / Possible equivalencesConditions of use of the radio frequency spectrum; Validity/application of the concept of module (Modular Approval)Connections / Mains voltageTechnical validation and regulatory testsDetermination of tests required to ensure compliance (EMC, electrical safety, environmental, etc.).Proposal to carry out reliability tests (HALT - Highly Accelerated Life Testing_, HASS - Highly Accelerated Stress Screening_), durability tests or functional validation tests.Document management and certificationAssistance in compiling technical files (EU DoC, user manuals, etc.).Validation of user manuals, notices and regulatory markings.Support for audits and inspections by certification bodies.Ongoing monitoring and complianceMonitoring changes in standards by sector and by country.Anticipation of regulatory updates likely to have an impact on the regulatory compliance of your products.Support in managing the regulatory lifecycle: design modifications, standards updates, possible re-certifications. Regulatory studies and audits We also offer audit and diagnostic services to reinforce your compliance:Regulatory assessment audit: identification of gaps and development of action plans.Certification process diagnostics: support in obtaining accreditation.Support in understanding standards and reference systems (ISO, IEC, etc.).Technical assistance on equipment and test methodologies (EMC, environmental, reliability, etc.). Talk to our regulatory engineering experts Contact us Standards and regulations covered We handle most of the major regulations and standards:CE marking and European directives (EMC, Low Voltage, RED, Machinery, ATEX...) or European regulations (DM, DM-DIV...).OC Scheme / IECEE CB Scheme: mutual recognition of electrical engineering tests.International standards (ISO, IEC, FCC, UL, etc.).Country-specific requirements to ensure optimum access to global markets. Why choose our expertise in regulatory studies? Multi-sector expertise: in-depth knowledge of multiple industries.Mastery of international certifications and approvals: rapid, simplified access to target markets.Reduced lead times and costs thanks to optimised approval procedures.Turnkey service: from regulatory monitoring to final certification.Technical and regulatory support throughout the product life cycle. Contact us for a quote Do you need tailor-made support to ensure the regulatory compliance of your products? Contact our experts for a tailored solution. Request a personalised quote

Une ingénieure en phase conception d'outillage

Engineering

Support and assistance: design, validation, and qualification | Emitech Group

Guidance and support Design, validation and qualification

Guidance and support Design, validation and qualification Why use engineering support? Industrial projects require a rigorous approach to ensure equipment compliance, performance and safety. Our engineering support services enable you to :Benefit from technical expertise throughout the development cycle.Optimise the design and qualification phases using a proven methodological approach.Reduce costs and time-to-market by limiting testing iterations.Guarantee compliance with international regulations and certifications.Integrate test virtualisation solutions to complement physical validation Ask for a quote Our support services We offer customised solutions for manufacturers and design offices:Global or partial project management: from the design phase to qualification.Test customisation: adaptation to real operating environments.Virtualisation of tests and qualification by calculation for advanced analyses.Customised technical support and engineering: assistance with design and validation.Product approval and certification: assistance with regulatory procedures. What areas of expertise are covered? Automotive and transport Aeronautics and space Rail Defence and security Energy and infrastructure Customised solutions for manufacturers and design offices Project management: Support from start to finish Our experts are involved in all phases of the project, including :Drafting of qualification plans (QTP) and technical analysis.Definition of environmental testing (EMC, mechanical, thermal, etc.).Development of specific tooling for test campaigns**Follow-up and exploitation of test results.Support in your choice of technical solutions for compliance.Regulatory audits Tailoring tests to real needs The tests must reflect the actual conditions under which the equipment is used. We offer :Analysis of specific life profiles to define realistic test conditions.Characterisation of electromagnetic, climatic and mechanical environments.Development of tailor-made test protocols for more representative results. Definition and validation of test tools We design tools adapted to environmental tests (mechanical, climatic, electromagnetic):Design optimisation using digital simulation.Selection of appropriate materials and thermal treatments.Ensuring that tooling complies with standards and test protocols. Assistance with product architecture validation We provide technical support for the assessment and conformity of equipment:Critical analysis of designs and integration of normative constraints.Assessment of electronic and mechanical architectures.Support for qualification to CE, MIL-STD, DO-160, etc. standards. Integrating guidance and support into your project Our services accelerate product development by guaranteeing equipment reliability and conformity. Our experts can help you with :Analysing regulatory and standards requirements.Setting up tests and simulations tailored to your products.Optimising qualification and time-to-market. Drafting technical and standards documents We help companies structure the documentation that is essential for qualification:Qualification procedures and design guidelines.Documentary analyses and certification dossiers.Drafting of technical reports and test protocols. Dedicated support for GNSS integration and validation Integrating satellite geolocation functions into embedded systems requires specific technical expertise to guarantee accuracy, robustness and integrity, even in complex environments.The Emitech Group can support you throughout your project with its recognised know-how in GNSS engineering:Analysis of GNSS functional requirements in line with your usage constraints (mobility, accuracy, integrity, availability, etc.)Definition of critical use cases and associated test scenariosSelection and implementation of the most appropriate test methodologies: field recordings, simulations, laboratory replay, etcDevelopment of customised tools for capturing, displaying and analysing GNSS signalsIn-depth statistical analysis of performance: error dispersion, measurement uncertainty, integrity indicators, etcAdvice on integrating GNSS building blocks into embedded or constrained systemsAssistance with performance validation in difficult environments: tunnels, dense urban areas, rail environments, etc. Talk to our support team Contact us Our support is aimed at demanding sectors: autonomous vehicles, railways, aeronautics, defence, industrial IoT, etc.It enables you to secure your technological choices and your development phases, by integrating the geospatial dimension right from the design stage. Why choose the Emitech Group? With over 30 years' experience, the Emitech Group combines technical expertise, regulatory control and multi-physics testing capabilities that are unique in Europe. Our multidisciplinary teams are involved throughout the development cycle, from design to qualification, guaranteeing solutions that comply with the most demanding standards.Our organisation and in-house testing resources ensure smooth management, controlled deadlines and a high level of quality, whatever your sectors and constraints. Contact us for a quote Do you need engineering support to validate and qualify your products? Contact our experts for a tailored solution. Request a personalised quote

Engineering

Vehicle and component approval - RCE & UN technical service | Emitech Group

Approval of vehicles and components The Emitech Group, your strategic technical partner

Approval of vehicles and components The Emitech Group, your strategic technical partner Why call on a vehicle certification partner? Access to national and international markets for vehicles and their components requires compliance with regulations that are complex, evolving and specific to each geographical areaThe Emitech Group supports you at every stage of this process, as a Technical Service recognised by the vehicle type-approval authorities**, to speed up the marketing of your vehicles and components while ensuring regulatory compliance. Ask for a quote Official recognition The Emitech Group is recognised as a Technical Service by the vehicle type-approval authorities :The CNRV (France) : for tests in accordance with regulation R10 (EMC).The KBA (Germany) via the ALEE alliance, which offers a wide range of approvals (battery tests, thermal safety, etc.)....Our membership of European networks enables us to activate certified laboratories throughout the EU, simplifying and speeding up the management of test campaigns. Our areas of regulatory intervention in the approval of components and technical units Batteries, electrical safety devices (R100, R136),Electromagnetic compatibility (R10),... For what types of vehicle or component? Our services are aimed at all professionals in the automotive and transport sectors, motor vehicles, etc. : Automotive and transport industry, motor vehicles Car manufacturers (cars, LCVs, HGVs, light and heavy vehicles).Equipment and systems manufacturers.Retrofit and alternative energy vehicle specialists.Trailer and semi-trailer manufacturers (O1 to O4). Industrial bodybuilders, fitters and converters.International importers and distributors.Manufacturers of components and technical units (tanks, lighting, safety systems, etc.). Our services: comprehensive, strategic support Technical analysis and certification strategy Definition of the worst-case scenario to optimise the number of tests.Validation of the applicable regulatory scope (R10, R100, R85, etc.).Ongoing regulatory monitoring (UN regulations, etc.). Regulatory testing EMC, environmental, thermal, fire, mechanical and impact testing..Tests carried out in-house in our ISO 17025 accredited laboratories.Instrumentation, campaign management, interpretation and use of results. Preparation and submission of technical files Preparation of plans, minutes, etcFiling applications with the relevant authorities (CNRV, KBA, etc.).Coordination with the relevant departments. Project assistance and global support Certification project management: organisation, logistics, coordination.Technical design assistance to anticipate regulatory requirements.Support for fitting, conversion, import or retrofit. Contact our certification department Contact us Why choose Emitech Engineering Africa? Reduced time-to-market thanks to centralised testing.Flexibility and customisation: an approach tailored to small production runs, special vehicles and retrofit projects.Field expertise: engineering support to optimise design before testing. Regulatory expertise through our participation in international working groups.Overall project management and one-stop interface with the relevant authorities. Contact us for a quote Do you want to ensure the conformity of your vehicles or components and speed up their time-to-market? Contact our team for a personalised study. Request a personalised quote

Market entry

CE marking

The CE marking is a sign certifying that a product complies with the essential safety, health and environmental protection requirements laid down by the European Union, and allowing it to circulate freely in the European Economic Area.

CE marking Optimise the procedures involved in placing your products on the European market The Emitech Group assists manufacturers, importers and distributors of electrical and electronic products in achieving the regulatory compliance required for marketing their products in the European Union. Thanks to our expertise in testing and certification in Electromagnetic Compatibility (EMC), electrical safety and radio testing, we secure access to the European market via CE marking. Ask for a quote Why choose the Emitech Group to help you with CE marking? CE marking and free movement of goods. We facilitate the CE marking process, which is essential for ensuring that equipment can be placed on the market and move freely within Europe.Accredited testing laboratories for tests required by the main directives (EMC, RED, Low Voltage).Our specialised laboratories carry out EMC, electrical safety and radio tests required by the RED (Radio Equipment Directive), EMC and Low Voltage (electrical safety) directives.Notified Body (NB 0536). Emitech Certification is a notified body (NB 0536) for the RED and EMC directives, enabling you to obtain CE marking when your equipment and its environment of use do not comply with the harmonised standards in force, thanks to conformity assessment procedures. It also ensures reliable regulatory validation as part of a voluntary approach. Services to optimise your regulatory compliance demonstrations We offer comprehensive support to ensure your equipment complies with regulations:Identification of applicable standards and directivesRight from the design stage, we analyse your product to determine the essential requirements in terms of safety, electromagnetic compatibility and radio regulations.Laboratory evaluation and testingWe carry out technical tests to demonstrate compliance with harmonised standards and applicable regulations.Compilation of technical documentationWe assist you in compiling your technical documentation and mandatory documents (risk analysis, plans, diagrams, test reports).Drafting and validation of the EU declaration of conformityWe assist you in drafting your EU declaration of conformity, certifying compliance with regulatory requirements.Affixing the CE markingWe guide you through the final stages of placing your product on the market and affixing the CE marking. Our areas of expertise in CE marking: Directives and Regulations EMC Directive 2014/30/EU: Electromagnetic compatibility Control of electromagnetic emissions and immunity to interference.Laboratory tests in accordance with EN 61000, EN 55032, EN 55035, etc.Assistance with constitution of technical file, risk analysis and CE declaration.Involvement of a Notified Body if necessary. Low Voltage Directive 2014/35/EU: Electrical safety Verification of protection against electrical and thermal risks.Tests in accordance with standards EN 60335, EN 62368, EN 60601, etc.Validation of technical file and risk analyses. RED Directive 2014/53/EU: Radio equipment Testing for radio spectrum management and EMC compliance.Certification of Wi-Fi, Bluetooth, IoT, 5G, RFID equipment.Validation of RF performance and cybersecurity.Support from our notified body NB 0536. Machinery Directive 2006/42/EC (and Regulation 2023/1230) Validation of the Essential Health and Safety Requirements (EHSR).Mechanical, electrical and EMC tests on industrial machines.Assistance in obtaining CE marking.Preparation for the transition to the Machinery Regulation 2023/1230 (applicable in 2027). Medical Device Regulations (MDR 2017/745 & IVDR 2017/746) Assistance with constitution of the technical file (construction engineering in electrical safety) and risk analyses (Electrical Safety, EMC and Radio).Verification of the safety and performance of medical devices.Validation of biocompatibility procedures and EMC tests.Requirements management ISO 13485, ISO 14971, IEC 60601, IEC 62304. Emitech is a Notified Body for the purposes of CE marking Find out more Talk to our experts about bringing products to market Contact us Emitech - Notified Body (NB 0536) for CE certification Certification under the RED Directive (2014/53/EU) and the EMC Directive (2014/30/EU)Our Notified Body can issue : EU Type Examination Certificate (RED Directive 2014/53/EU)EU Type Examination Certificate (EMC Directive 2014/30/EU)Certification proceduresReceipt of applicationReview and drafting of quotationDocumentary analysis and technical assessmentCertification decision &amp; issue of certificateEU Type Examination Certificate - Directive RED 2014/53/EUConformity of radio equipment (Wi-Fi, Bluetooth, IoT, 5G, GNSS, RFID...).EU Type Examination Certificate - EMC Directive 2014/30/EUValidation of electrical and electronic equipment against electromagnetic interference.Certification for UAVs - Directive 2019/945/EUConformity assessment of UAVs for CE marking. Comprehensive FAQ on CE marking What is CE marking? The CE marking indicates that the product complies with the essential requirements of the applicable European legislation, allowing it to circulate freely within the European market. Which products must carry the CE marking? CE marking is compulsory for all products covered by one or more European directives, such as electrical, electronic, radio or medical equipment. Where should the CE marking be affixed? The CE marking must be affixed directly to the product or to its identification plate. If this is technically impossible, it may be affixed to the packaging or accompanying documents. Which laboratories carry out the tests required for CE marking? The Emitech Group carries out accredited laboratory tests in Electromagnetic Compatibility (EMC), Radio and Electrical Safety to meet the requirements of the three corresponding directives. What exactly does CE marking mean on a product? By affixing the CE marking, the manufacturer declares under its sole responsibility that the product is in conformity with the essential requirements of the applicable European legislation, and that the relevant conformity assessment procedures have been followed. Is a product bearing the CE marking necessarily manufactured in the European Union? No, the CE marking only indicates that the product meets the essential requirements, but does not specify the geographical origin of the product. Do all CE-marked products require the intervention of a Notified Body? No. Only certain high-risk products (e.g. radio equipment, lifts, certain industrial equipment) require conformity assessment by a Notified Body. Who is responsible for affixing the CE marking? The manufacturer or his authorised representative established in the European Union is responsible for affixing the CE marking. However, if a distributor or importer markets a product under its own name, it assumes the manufacturer's responsibilities. What is the legal size of the CE marking? The minimum height of the CE marking is 5mm. However, exceptions are possible for very small products. Can a product with CE marking bear other markings? Yes, provided that these additional markings do not cause confusion with the CE marking, do not reduce its visibility and meet other specific requirements (e.g. energy labelling). What are the penalties for incorrect CE marking? Penalties vary according to the national legislation of the Member States. They may combine administrative penalties (withdrawal of the product from the market, consignment of the goods to the company's warehouse) and criminal penalties (fines and imprisonment). Where can I get more information? Further information on CE marking is available on the European Commission's official website: CE Marking. Why choose Emitech to make your products compliant? Complete expertise in EMC, electrical safety, radio frequency and mechanical testing.Accredited laboratories for reliable, standards-compliant testing.Notified Body (NB 0536) for rapid regulatory validation.End-to-end support: from design to market launch.Secure compliance and proactive regulatory monitoring.Possibility of integrating your regulatory procedures for your export markets. Contact us for a quote Need to undertake CE marking procedures for one of your products? Contact our experts for a tailored solution. Request a quote now

Market entry

EMC Directive 2024/30/EU - CE marking

Comply with the requirements of the EMC Directive 2014/30/EU: EMC (electromagnetic compatibility) tests, technical file, EU declaration of conformity, CE marking and expert support.

Tryptique de photos illustrant les vibrations

Testing

Vibration testing, vibration tests – qualification laboratory | Emitech Grou

Vibration tests Increase the reliability and durability of your equipment

Vibration tests Increase the reliability and durability of your equipment Why carry out vibration tests? Industrial and mobile equipment is subject to vibrations throughout its life cycle, whether during manufacture, transport, operation or in demanding environments. These stresses have a direct impact on their durability, performance and compliance with current standards. Our vibration tests enable us to assess their resistance, identify any weaknesses and anticipate the impact of vibrations on their reliability, whatever their field of application. Ask for a quote The different types of vibration test We offer a wide range of tests to meet the specific needs of each application:Sinusoidal vibrations: Simulation of vibrations such as those emitted by rotating machinery (thermal and electric combustion engines, etc.).Random vibrations: Reproduction of vibrations encountered in moving vehicles (automotive, aviation, marine).Sine/noise, noise/noise tests: Simulation of the effects of superimposing different vibration sources (helicopters, tanks, etc.).Endurance tests: Resonance tracking tests to measure the lifetime of components subjected to intense vibrations.Resonance frequency characterization: Identification of critical points and generally mechanical vulnerabilities. What sectors are involved in these trials? Automotive Validation of components subjected to engine and road vibrations. Aerospace Simulation of vibration stresses in flight and during the launch phase. Defence Validation of military equipment to strict industry standards. Rail and marine Testing the vibration resistance of on-board equipment. Industry and consumer electronics Guaranteed durability in the face of vibrations during use or as a result of transport. Our testing capabilities and technical resources Our laboratories are equipped with a wide range of vibration test systems. Some of our vibration chambers can be used in conjunction with a climatic chamber for combined testing. Electrodynamic exciters Force up to 120 kN in sine and random, 305 kN in shock.Frequency: 5 to 6,000 Hz.Acceleration: up to 150 gn.Payload: up to 1,800 kg, or more depending on configuration.**Horizontal tables up to 1500 mm x 1800 mm Electrohydraulic exciters Force up to 45 kN.Frequency: 0.1 to 250 Hz.Large displacement of up to 400mm for low-frequency vibration testing (maritime, rail, aeronautical windmilling). Talk to our vibration experts Contact us Multi-axis vibrations Control of up to 3 axes simultaneously (MIMO: Mulitple Input Multiple Output).Faithful reproduction of the complex vibration conditions encountered in the field. Monitoring and technical support During each test, continuous monitoring is carried out to ensure that the results are both usable and accurate:Temperature, voltage, current and rotation speed sensors Monitoring of micro-interruptions and variations in performanceIntegration of climatic and hydraulic constraints for ever more realistic simulation Standards and test methods Our tests are carried out in accordance with the main standards applicable to the sectors we cover:Generic standards: NF EN 60068-2-6 (sinusoidal vibrations), NF EN 60068-2-27 (shocks), NF EN 60068-2-64 (random vibrations), ...Sectoral standards :Aerospace: RTCA DO 160, ...Military: MIL STD 810, STANAG, DEF STAN, ...Railway: IEC 61373, ...Automotive: PSA, Renault specifications, ... Optimising tests with the Emitech Group In addition to our testing capabilities, we offer complementary services to optimise your qualification processes:Test tool design: Adaptation of test media for customised testing.Test modelling and virtualisation: Digital simulation by our design office to refine/optimise tests before physical implementation.Training and consultancy: Support for technical teams.Vibrator maintenance and characterisation: Guaranteeing the accuracy and reliability of tests over the long term. Contact us for a quote Ensure the vibration compliance of your products with the help of our experts!Our team can help you with solutions tailored to your needs.Talk to us about your project and get your personalised quote today. Request a personalised quote

Représentation stylisée d'un transfert thermique

Engineering

Heat and fluid transfer simulation – Product optimisation | Emitech Group

Modelling and simulation of thermal transfers and fluid flows Optimising the performance and durability of your products

Modelling and simulation of thermal transfers and fluid flows Optimising the performance and durability of your products Why model thermal transfers? Thermal simulation is an essential tool for optimising heat exchange management in many industrial sectors. It enables you to :Analyse and predict thermal transfers by conduction, convection and radiation.Optimise the performance of thermal systems for better heat dissipation.Improve equipment durability by preventing excessive thermal stress.Ensure compliance with safety and energy efficiency standardsDevelop appropriate solutions for the thermal management of industrial materials and components Ask for a quote Our thermal simulation services We help engineers and R&D managers with their thermal modelling needs in order to..:Thermal transfer studies: identification of heat flows in structures by conduction, convection and radiation.Simulation of heat transfer by convection in natural or forced environments.Coupling with fluid environmentsAnalysis of thermal radiation between opaque or semi-transparent surfaces.Optimisation of the thermal performance of electronic and mechanical componentsValidation of thermal dissipation and cooling solutions Examples of industrial applications Electronics Thermal management of electronic boards and heat dissipation. Aeronautics and space Thermal protection during atmospheric re-entry. Automotive and transport Studies on engine and battery cooling systems. Energy Sizing heat exchangers and thermal storage. Construction and civil engineering Design of thermal insulation solutions. Approach and methodology of our thermal simulations Definition of the simulation framework Analysis of thermal constraints and definition of study objectives.Selection of materials and characterization of their thermal properties.Identification of heat sources and boundary conditions. Modelling and simulation of thermal transfers Use of finite element and finite volume calculation software.Multiphysics simulation combining conduction, convection and radiation effects.Studies under stationary and transient conditions. Talk to our thermal simulation experts Contact us Analysis and optimisation of results View thermal maps, temperature gradients, energy flows and heat exchange coefficients.Visualisation of velocity and pressure profiles and fluid characteristics.Subsonic and hypersonic flows.Identification of thermal risk zones and proposed solutions for improvement.Correlation with experimental tests to adjust numerical models. Integrating thermal modelling into product development Our solutions enable thermal constraints to be anticipated during the design phase and system performance to be optimised. Our experts assist you with:Analysing requirements and defining simulation protocols.Carrying out thermal studies and interpreting the results.Optimising designs and cooling solutions. Why choose the Emitech Group? The Emitech Group combines expertise in numerical simulation and experimental validation to guarantee reliable results tailored to your thermal and fluidic challenges.Recognised expertise: several decades of experience in thermal analysis, fluid transfer and multiphysics coupling.State-of-the-art numerical tools: finite element and finite volume software for modelling conduction, convection, radiation and complex flows.Test/simulation correlation: models are adjusted using our laboratory test facilities.A multi-physics approach: thermal, mechanical and fluidic interactions are taken into account to ensure the reliability of the design.Sector-specific support: solutions tailored to the needs of the electronics, automotive, aeronautics, space, energy and civil engineering industries. Ask for a quote Contact us for a quote Need thermal modelling expertise? Contact our experts for a tailored solution. Request a personalised quote

Testing

Seismic testing – Seismic qualification of your industrial equipment | Emitech Group

Seismic testing Ensuring that industrial plant and equipment are in good working order

Seismic testing Ensuring that industrial plant and equipment are in good working order Why carry out seismic testing? Seismic testing is crucial to ensure the safety and compliance of industrial installations and equipment subjected to earthquakes or seismic vibrations. These tests make it possible to :Validate the resistance of structures to seismic stresses, in particular your earthquake-resistant installations and equipment.Ensure compliance with international regulations and standards.Prevent operational and human risks by guaranteeing the safety of installations.Test the correct operation of equipment in real earthquake conditions. Ask for a quote The different types of seismic testing Our test benches can simulate various seismic stresses:Bi-axial excitation (vertical and horizontal): Reproduction of the forces/movements/accelerations exerted during an earthquake.Synthesis of temporal signals and calculation of Shock Response Spectra (SRC).Test to maintain operability during and after the test, validating operation under pressure, temperature and power supply. Our seismic testing services Nuclear industry Validation of the safety of reactors and critical infrastructures. Strategic infrastructures Tests on sensitive industrial sites and energy networks. Buildings in earthquake zones Simulation of the effects of an earthquake on structures and equipment. Our testing capabilities and technical resources dedicated to seismic testing Our laboratories are equipped with a wide range of vibration test systems. Some of our vibration chambers can be used in conjunction with a climatic chamber for combined testing. Our seismic test bench 150 kN bench - Load capacity up to 3000 kgSimultaneous horizontal and vertical excitationApplied force: 150 kN1200 x 1200 mm test tableMaximum load capacity:500 kg - "Component" spectrum.3000 kg - "Assembly" spectrum. Easements and instrumentation Our tests include solutions for :Power-up (DC: 0-600V, AC: 0-600V / 50-400Hz).Monitoring of critical parameters: voltages, currents, temperatures, micro cuts, stresses, etc.Fluid pressure and circulation: Water (50m³/h, 10 bar), Oil (50 l/min), Air (10 bar).Capacitive accelerometric sensors, piezoelectric sensors, strain gauges, displacement sensors, etc. Talk to our seismic testing experts Contact us Standards applicable to seismic testing We carry out tests that comply with current standards and regulations:NF EN IEC 60068-2-57 : Vibrations by accelerograms.NF EN IEC 60068-3-3 : Guide to seismic test methods.CRT 91 C 112 00 / EDF HN20E53: Earthquake resistance of equipment.GR 63-core: Networks Equipment-Building System RequirementsRCC-E: Rules for the Design and Construction of Electrical and Control Systems and EquipmentIEC 60980 / IEEE 344: Nuclear Installations - Equipment Important to Safety - Seismic Qualification... Benefits of seismic testing with the Emitech Group Guaranteed compliance with the most stringent standards and qualification requirements.Realistic simulation of seismic conditions for physical validation.Optimisation of equipment performance in the face of seismic testing.Access to in-depth technical expertise and personalised support. Contact us for a quote Need to guarantee the seismic qualification of your installations? Contact our experts for a tailored analysis and solution. Request a personalised quote

Testing

Endurance and mechanical fatigue testing – Validate the strength and durability of your equipment | Emitech Group

Endurance and mechanical fatigue tests Validate the resistance and durability of your equipment

Endurance and mechanical fatigue tests Validate the resistance and durability of your equipment Why carry out endurance and fatigue tests? Industrial and technological equipment is subjected to repeated mechanical stress throughout its life cycle. These tests are essential for : Validate the resistance of products to repeated mechanical stresses encountered in actual conditions of use or transport. Identify potential mechanical weaknesses before the product is put on the market. Comply with standards and technical specifications specific to each sector of activity. Optimise product life and reliability by simulating severe mechanical environments. Ask for a quote Types of endurance and fatigue tests Our laboratories are equipped to carry out various types of tests: Static tests up to failure: Tests on structures of all sizes with forces of up to 500,000 N. Manoeuvring endurance tests: Deformation, tension, compression, bending and repetitive stress tests. Fatigue testing: Simulation of cyclic stresses up to several million cycles. Multi-physics testing: Integration of mechanical, thermal and electrical stresses. What sectors are involved in these trials? Automotive Validation of mechanical components subjected to road stress. Aerospace Simulation of fatigue stresses in flight and on landing. Defence Validation of equipment to industry standards. Rail and marine Cyclic stress testing of on-board infrastructure and equipment. Energy industry and consumer electronics Guaranteed durability in the face of mechanical stress. Our testing capabilities and technical resources We have high-performance resources for testing the resistance of equipment. Hydraulic cylinders Force up to 500,000 N Simultaneous control of up to 6 actuators on the same structure. Roll, pitch and yaw tests to simulate conditions at sea. 6-axis robots for manoeuvring tests Opening/closing doors and bonnets. Engine and pipe travel tests. Endurance testing of electronic devices (keyboards, batteries, connectors). Talk to our vibration experts Contact us Advanced instrumentation Displacement, force and stress sensors. Real-time monitoring of physical parameters. Integration of climatic conditions: temperature, humidity, etc. Optimising tests with the Emitech Group In addition to our testing capabilities, we offer complementary services to optimise your qualification processes: Test tooling design: Adapting media for customised testing. Modelling and digital simulation: Refine tests before carrying out physical tests. Contact us for a quote Do you need to ensure the conformity and durability of your products in the face of mechanical stress? Contact our experts for customised support. Request a personalised quote

Illustration des essais d'accélération constante avec une centrifugeuse

Testing

Constant acceleration testing | Emitech Group

Constant acceleration tests Validate mechanical strength

Testing

Windmilling testing – Resistance to extreme vibrations in aeronautics | Emitech Group

Windmilling tests Greater safety for aeronautical equipment

Windmilling tests Greater safety for aeronautical equipment Why carry out windmilling tests? Windmilling tests are essential for simulating the free rotation conditions of a turbine with a torn-off blade. These tests make it possible to :Assess the vibrations induced in the event of a component failure.Validate the strength of equipment structures subjected to high-amplitude, low-frequency vibrations.Identify potential mechanical weaknesses under conditions of free rotation.Optimise the safety and reliability of aircraft Ask for a quote Our windmilling testing services We offer solutions tailored to the needs of engine manufacturers and certification bodies:Simulation of low-frequency vibrations induced by the free rotation of a turbine with a torn-off blade.**Validation of the behaviour of equipment and components under extreme dynamic stress ** Our windmilling testing services Aerospace Defence The characteristics of windmilling tests Our laboratories are equipped to carry out accurate and reliable tests. Frequency: 0.1 to 50 Hz.Applied force: up to 5,000 N.Maximum displacement: 350 mm peak to peak.Maximum acceleration: 30 gn.Maximum speed: 6.0 m/s.Payload: up to 50 kg.Horizontal table 500 x 500 mm. Talk to our windmilling testing experts Contact us Failure modes identified during testing Windmilling tests can detect several types of failures:Structural deformation of engine components and other aircraft equipment.Appearance of cracks or breaks.Mechanical strength problems under prolonged vibration. Benefit from the expertise and technical support of the Emitech Group Nos laboratoires proposent un accompagnement personnalisé :Étude et définition des exigences d’essais.Mise en œuvre des campagnes de tests en conditions réelles.Interprétation des résultats et recommandations d’optimisation. Contact us for a quote Do you need to guarantee the safety and conformity of your motors in the face of extreme vibrations?Contact our experts for a tailored solution. Request a personalised quote

Testing

Vehicle testing – Compliance, performance, pollution and range | Emitech Group

Vehicle testing Validate the performance, conformity and autonomy of your propulsion systems

Vehicle testing Validate the performance, conformity and autonomy of your propulsion systems Multi-disciplinary tests for all propulsion technologies The Emitech Group can help you validate your thermal, hybrid or electric vehicles with a range of dedicated tests covering extreme climatic conditions, fuel consumption, pollutant emissions and range in real use. Our expertise is aimed at vehicle and equipment manufacturers, with a view to controlled innovation and regulatory compliance. Ask for a quote Why carry out vehicle tests? Vehicle testing is essential for testing propulsion systems and on-board equipment in real-life conditions. They enable us to anticipate behaviour in extreme climates, measure fuel consumption, range and emissions precisely, and check regulatory compliance. As well as providing technical validation, they secure your market launches, reduce the risks of non-compliance and guarantee the reliability perceived by your customers. Which vehicles are covered by these tests? Combustion engine (ICE) Light hybrid engine (MHEV) Hybrid engine (HEV) Plug-in hybrid engine (PHEV) Electric motor (BEV) Our five main areas of expertise in vehicle testing Climatic tests Reproduce the most extreme environmental conditions (temperature, humidity, altitude) to validate your vehicles' behaviour. Our large-volume climatic chambers simulate critical situations for thermal, electronic or comfort systems. Find out more Range tests for electric vehicles We measure the real range of your electric vehicles (BEV) according to the WLTP cycles, but also in customised conditions on track or road. Our equipment guarantees the reliable results needed for product validation and customer communication. Find out more Find out more Find out more ICE / HEV / PHEV consumption tests We assess the energy consumption of your thermal or hybrid vehicles on a chassis dynamometer according to the WLTP, NEDC, FTP75 and other cycles. These precise measurements are used to homologate, optimise and compare different powertrains. Find out more Roller bench pollution tests Our air-conditioned chassis dynamometers can accurately measure CO, CO₂, NOx, HC, CH₄ or fine particle emissions, according to Euro 6 / Euro 7 standards and regulatory cycles. An ideal solution for your homologation or R&D campaigns. Find out more Find out more Find out more RDE tests with PEMS instrumentation To reflect emissions in real-life conditions, we fit PEMS systems to your vehicles and analyse pollutants in real time on standardised routes. This is an essential service for validating your engine strategies and guaranteeing Euro 6d compliance. Find out more Talk to our vehicle test experts Contact us Why put your trust in the Emitech Group? Complete expertise in vehicle testing, from chassis dynamometers to on-road campaigns. State-of-the-art technical resources: climatic chambers, 2x2 benches, PEMS systems, etc Multi-energy expertise: thermal, hybrid, electric, hydrogen. Customised support, from protocol definition to analysis reports. A national network of laboratories, for maximum responsiveness. Ask for a quote Contact us to organise your test drive Need to validate the compliance, performance or range of your vehicles? Call on the Emitech teams for expert support and reliable results. Request a personalised quote

Testing

Climate testing on electric, hybrid and combustion engine vehicles | Emitech Group

Climatic tests on vehicles Thermal, hybrid and electric engines

Climatic tests on vehicles Thermal, hybrid and electric engines Validate the performance and reliability of your vehicles under extreme environmental conditions The Emitech Group offers climatic testing of complete vehicles - thermal, hybrid and electric - to simulate their behaviour in extreme temperature and humidity environments. These tests are essential for assessing the overall behaviour of the vehicle and its on-board systems in a controlled environment. Ask for a quote Why carry out climatic tests on vehicles? Vehicles operate in a wide range of climatic conditions that can affect :Engine and battery performance,Thermal comfort of the passenger compartment,The operation of on-board electronic systems (ECU, BMS, ADAS),the durability of materials, fixings and mechanical protection. Climate testing allows us to:Validate start-up, load, consumption, and range under severe conditions,Test cooling, heating, and air conditioning systems,Identify thermal failures or performance deviations,Prepare for certification or approval campaigns. Why climate tests on electric vehicles with recharging? Climate testing, coupled with charging sequences at the terminal, is essential for:Verifying the reliability of charging across all temperature ranges.Validating the thermal performance of the vehicle: batteries, electronics, motorization.Observing the behavior of the BMS (Battery Management System) under extreme conditions.Testing the preconditioning and air conditioning systems.Identify any temperature-related malfunctions (drift, power loss, communication errors). Test sequence Test methodology Placement of the vehicle in large-volume climatic chambersSimulation of ranges from -30°C to +50°C, with dynamic regulation.Hygrometric control (from 10% RH to 95% RH)Controlled ventilation: to simulate real air flows (parking, simulated driving).Dynamic cycles: starting, charging cycles, simulated driving, etcContinuous monitoring: battery, engine, cabin, electronics and coolant temperaturesPossibility of adding a charging point for electric vehicle or rechargeable hybrid (BEV, PHEV) trials with AC slow charge, DC fast charge, simulation of public charging points (Mode 2, Mode 3, Mode 4). Examples of scenarios Cold start for thermal or electric engine (-30°C)Electric battery charging at -20°C or +45°CDriving cycle in hot climate (> 40 °C)Validation of the air conditioning and heating system in extreme climatesAnalysis of battery pack thermal management Talk to our experts in vehicle climate testing Contact us Types of vehicle concerned Electric vehicles (BEV): AC/DC charging tests, battery behaviour, rapid charging in extreme cold.Hybrid vehicles (HEV, PHEV): dual-source thermal management (engine + battery), automatic mode switching, plug-in charging.Thermal vehicles: cold start, warm-up time, efficiency of de-icing and ventilation systems. Parameters measured Voltage/current curves during recharging.Charging time depending on weather conditions.Battery temperature evolution and thermal management.Energy consumption of auxiliary systems (heating, ventilation, defrosting).Analysis of vehicle behavior after recharging (starting, driving off, simulated driving). Technical resources of the Emitech Group Large-volume climatic chambers with full vehicle access.AC and DC compatible charging terminals up to 150 kW2x2 and 4x4 air-conditioned roller benches for dynamic testing.CAN data acquisition, multi-channel electrical and thermal measurement Expertise and technical support Our teams of experts will support you in defining, carrying out and analysing the tests:Definition of test profiles according to standard or customer-specific requirements.Real-time monitoring and adaptation during testing.Detailed test report and technical recommendations. Why choose the Emitech Group? Comprehensive expertise in climatic and electrical vehicle testing.Unique facilities in France for testing recharging under controlled temperatures.Tailor-made support for your validation or development campaigns. Contact us for a quote Do you want to validate the climatic resistance of your thermal, hybrid or electric vehicles? Contact our experts to set up a test programme tailored to your needs!Contact our team of experts. Request a personalised quote

Testing

WLTP & road range tests for electric vehicles | Emitech Group

Range measurement tests for electric vehicles Laboratory and road tests

Range measurement tests for electric vehicles Laboratory and road tests Accurately assess the real range of your electric vehicles The Emitech Group offers specialised tests to measure the range of electric vehicles (EVs) using standard or customised protocols. Thanks to our advanced testing resources and our mastery of driving cycles and environmental conditions, we provide reliable and representative results, which are essential for product validation, commercial communication and regulatory approval. Ask for a quote Why measure the range of an electric vehicle? Range is one of the decisive criteria for evaluating an EV. Rigorous measurement makes it possible to :Precisely quantify the distance that can be covered on a full charge.Check regulatory compliance with certification standards (WLTP, EPA, etc.).Compare different models or battery/motor configurations.Communicate transparently to end users.Identify areas for technical optimisation (energy management, charging strategy, energy recovery). What parameters are measured for an electric vehicle? Distance travelled on a full charge (km).Energy consumed (Wh/km or kWh/100 km).BMS behaviour (low voltage cut-off, power limitations).Overall energy efficiency of the vehicle.Impact of auxiliaries (heating, air conditioning, lighting, etc.). Test methodology We carry out tests using several complementary approaches. Laboratory tests on air-conditioned roller bench WLTP cycle (Worldwide Harmonized Light Vehicle Test Procedure): European reference protocol.EPA cycle (United States), JC08 (Japan), Artemis on request.Controlled simulation of the environment: temperature, rolling resistance, on-board weight.Evaluation of electricity consumption (Wh/km) and mileage obtained per complete battery cycle. Real Road Tests (RDE) Reproduction of urban, suburban and motorway routes.On-board instrumentation for precise measurement of energy consumption, distance travelled and BMS behaviour.Takes account of weather conditions, terrain and driving style. Talk to our experts in electric vehicle range testing Contact us Customised tests Simulation of customer usage scenarios (urban delivery, intensive use, eco-responsible driving).Measurement of residual range at different charge levels.Tests in extreme climatic conditions (climatic chamber -30°C to +50°C). Technical resources of the Emitech Group WLTP-certified 2x2 and 4x4 air-conditioned chassis dynamometers.High-precision measurement systems for on-board energy (AVL, DEWESoft).CAN instrumentation for BMS data extraction.Instrumented vehicles for road tests. Expertise and technical support Our technical teams are with you every step of the way:Vehicle preparation and configuration.Test plan compliant with standards or adapted to your specific needs.Real-time monitoring and data analysis.Full report with interpretation of results and possible areas for improvement. Why choose the Emitech Group for your autonomy tests? Cutting-edge expertise in electric vehicle testing.Reference equipment for standard or customised tests.A multi-standard, multi-condition approach (lab, road, climate). Contact us for a quote Do you want to accurately measure the range of your electric vehicles to validate your performance or meet certification requirements?Contact our experts to design a test plan tailored to your objectives. Request a personalised quote

Testing

Mechanical testing – Vibrations, shocks, fatigue, seismic | Groupe Emitech

Mechanical testing Guarantee the robustness and durability of your equipment Equipment, whether industrial, elect

Mechanical testing Guarantee the robustness and durability of your equipment Equipment, whether industrial, electronic or dedicated to transport, undergoes, at each phase of their use, various mechanical stresses which influence their durability and whose impact can be measured through a series of specific tests. These tests (vibration, shock, mechanical fatigue, constant acceleration and seismic simulations)** enable us to analyse precisely how materials stand up to real-life stresses.The value of these assessments lies in their ability to provide objective data on the robustness of products, without systematically guaranteeing a total absence of failure in extreme conditions. Ask for a quote Why carry out mechanical tests? Our mechanical tests enable us to :Ensure compliance with sector-specific regulations and qualification tests** (IEC 60068-X-XX, MIL-STD 810, RTCA DO-160, DEF- STAN, STANAG, RCC-E, etc.).Validate the robustness of equipment in the face of vibration and shock loads.Identify structural weaknesses and anticipate failure modes.Optimise product lifespan and reliability under real-life conditions.Guarantee the earthquake resistance of equipment installed in critical infrastructures, particularly nuclear. What sectors are involved in these trials? Aeronautics and space Validation des composants soumis aux vibrations et accélérations en vol. Automotive and rail Tests for resistance to engine vibration, shock and mechanical fatigue. Defence Checking the robustness of equipment in the face of the sector's stringent requirements. Industry and consumer electronics Simulation of conditions of use and transport. Infrastructure and nuclear power Seismic testing to ensure the stability of the facilities. Our mechanical testing services Vibration tests Sinusoidal and random vibrations to simulate real environments.Tests in extreme climatic conditions (vibrations coupled with temperature/humidity). Find out more Mechanical impact tests Half-sine, sawtooth and trapezoidal shocks to simulate different impact scenarios.Shock Response Spectrum (SRC) to analyse the mechanical response of products.Pyrotechnic shock simulation for military and aeronautical applications. Find out more Find out more Find out more Endurance and fatigue tests Cyclic and mechanical fatigue tests to measure component life.Simulation of repeated stresses encountered in operation.Structural and functional strength tests under mechanical stress. Find out more Constant acceleration tests Centrifuge testing up to 400 g for small components.Validation of mechanical strength under continuous acceleration (aerospace, military).Detection of structural weaknesses and assembly defects. Find out more Find out more Find out more Seismic testing Simulation of earthquakes and shaking on critical equipment.Tests to maintain operability under seismic stress.Validation of seismic-resistant infrastructures in accordance with current standards. Find out more Talk to our mechanical testing experts Contact us Windmilling tests Simulation of the free rotation of a turbine (torn blade) and associated low frequency vibrations.Validation of the mechanical strength of equipment subjected to high amplitudes in near-real conditions (aeronautics, engines, on-board systems).Identification of structural weaknesses (deformations, cracks, fractures) to enhance safety and reliability. Find out more Technical capabilities and available equipment Our specialist laboratories have facilities designed to reproduce different types of mechanical stress with precision:Electrodynamic and hydraulic exciters for vibrations and shocks.Centrifuges for constant acceleration tests.Seismic simulation benches multiaxes for high amplitude tests.Advanced monitoring systems: accelerometers, infrared cameras, vibration analysers, strain gauges, force, pressure, temperature, voltage and current sensors, etc. Standards and test methods The procedures implemented scrupulously comply with established international standards:Vibration and shock: IEC 60068-2-6, IEC 60068-2-64, IEC 60068-2-27, MIL-STD 810, RTCA DO-160, etc.Constant acceleration : RTCA DO-160, MIL-STD-810..Seismic testing : NF EN 60068-2-57, IEC 60980, RCC-E, IEEE 344. Choosing the Emitech Group to optimise your tests In addition to its complementary expertise in other areas of testing (climatic, physio-chemical, EMC, etc.), the Emitech Group offers one of the market's largest capacities for mechanical testing, both in terms of the diversity and number of its resources. The diversity of our locations and our responsiveness are additional assets that enable us to meet your needs as closely as possible in terms of deadlines and proximity. In addition to our testing capabilities, we offer complementary services to optimise your qualification processes: Test tool design Adaptation of supports for personalised testing. Modelling and virtualisation of tests Digital simulation by our design office to alternate tests before physical production. Training and expertise Support for technical teams. Vibrator maintenance and calibration Guarantee the accuracy and reliability of tests over the long term. Ask for a quote Contact us for our expertise in mechanical testing Analysing mechanical behaviour under dynamic stress requires specific expertise tailored to each precise industrial need (rail transport/aerospace/strategic infrastructure). Expert intervention not only enables the results obtained to be properly interpreted, but also promotes targeted adjustments to improve the longevity of materials exposed to repeated stress factors.**A particular need? A dedicated technical team is available to support any project requiring in-depth study using a structured experimental protocol. Request a personalised quote

Ingénieur réalisant un calcul de fatigue mécanique

Engineering

Mechanical fatigue calculation - Structural simulation and optimisation | Emitech Group

Mechanical fatigue calculation Simulating and predicting the lifespan of structures

Mechanical fatigue calculation Simulating and predicting the lifespan of structures Why carry out a mechanical fatigue calculation? Mechanical fatigue in materials is a phenomenon of progressive degradation caused by cyclic stresses. It can lead to the appearance of cracks, their propagation and, ultimately, the failure of the structure. Mechanical fatigue analysis makes it possible to:Predict the service life of components subjected to repeated stresses.Optimise design to improve robustness and reliability.Identify critical areas susceptible to crack development.Ensure compliance with applicable standards and regulations.Reduce maintenance costs by implementing monitoring and preventive maintenance strategies. Ask for a quote Our mechanical fatigue calculation services We support manufacturers with their structural fatigue issues through several specialised services:Numerical simulation of cyclic stresses and deformations.Analysis of the fatigue behaviour of metal, polymer and composite structures.Assessment of the service life of welds and assemblies under repeated stress.Optimisation of architectures to limit the risk of premature failure.Correlation between physical tests and numerical simulations to improve model reliability. Examples of industrial applications Automotive Simulation of crash tests to study the protection structures of sub-assemblies. Infrastructure Study of the impact of flying objects on industrial equipment and infrastructure. Energy Validation of structural integrity in the event of an earthquake for critical buildings and installations. Defence Analysis of the mechanical strength of equipment in the event of an explosion in the defence and security industry. Aeronautics and space Optimisation of passive and active protection systems. Fatigue calculation approach and methodology Identification of stress conditions Definition of load profiles (sinusoidal, DSP spectrum, random loads).Analysis of stress cycles and stress frequencies.Determination of material-specific damage criteria. Modelling and simulation of fatigue phenomena Use of the finite element method (FEM) to simulate stresses.Calculation of megacyclic or olygocyclic fatigue (SN or EN method)Application of crack propagation laws (Paris law).Assessment of the influence of the environment (temperature, vibration, corrosion). Talk to our fatigue calculation experts Contact us Analysis of results and optimisation of designs Identification of critical areas at risk of cracking.Optimisation of thicknesses and geometries to reduce stress concentrations.Verification of compliance with fatigue life objectives. Integrating fatigue calculations into product development Our analyses enable us to anticipate risks related to structural fatigue and improve the robustness of equipment right from the design phase. Our experts assist you with:Analysis of regulatory and industrial requirements.Implementation of appropriate methodologies for numerical simulation.Design optimisation to improve reliability and service life. Characterization of self-heating fatigue, a method under development at R&D Emitech The Emitech Group is developing a new, innovative experimental fatigue characterization method for a wide range of materials, including materials with non-linear polymer behaviour. Why choose the Emitech Group? The Emitech Group combines expertise in numerical simulation and experimental validation to guarantee reliable lifetime predictions and optimise your designs.Recognised expertise: several decades of experience in mechanical, vibration and structural fatigue testing.State-of-the-art numerical tools: finite element calculations, oligocyclic and megacyclic approaches, crack propagation.Test/simulation correlation: validation in our laboratories.Sector-specific support: solutions tailored to the constraints of the automotive, aerospace, rail, energy and defence industries. Ask for a quote Contact us for a quote Need expertise in mechanical fatigue calculations? Contact our experts for a tailored solution. Request a personalised quote

Ingénieur réalisant une simulation de crash

Engineering

Crash, impact and shock simulation - Fast dynamic calculation | Emitech Group

Crash, impact and shock simulation Ensure the safety and reliability of your products with our fast dynamic calculation solutions

Crash, impact and shock simulation Ensure the safety and reliability of your products with our fast dynamic calculation solutions Why carry out impact or crash simulations? Impact and crash analysis is an essential step in the design and optimisation of structures subjected to extreme dynamic loads. Using advanced numerical simulation tools, our services enable you to :Predict the behaviour of materials and structures in the event of an impact.Optimise product safety by identifying critical areas and reinforcing their resistance.Ensure compliance with current regulations and standards in the automotive, aeronautical, rail and industrial industries.Reduce prototyping costs by validating designs using digital simulation.Improve the durability of structures by analysing their integrity under various dynamic load conditions. Ask for a quote Our services in fast dynamics calculation for impact and crash simulation We support manufacturers and design offices in their digital simulation projects to :Vibration analysis and fatigue studies of materials subjected to repeated impact.Impact simulation on materials and structures (collision, perforation, earthquake, explosion).Calculation of shock wave propagation and energy dissipation.Optimisation of energy absorption and stress dissipation.Vibration analysis and fatigue study of materials subjected to repeated shocks. Examples of industrial applications Automotive Simulation of crash tests to study the protection structures of sub-assemblies. Infrastructure Study of the impact of flying objects on industrial equipment and infrastructure. Energy Validation of structural integrity in the event of an earthquake for critical buildings and installations. Defence Analysis of the mechanical strength of equipment in the event of an explosion in the defence and security industry. Aeronautics and space Optimisation of passive and active protection systems. Approach and methodology for fast dynamics calculations Definition of simulation scenarios Analysis of dynamic loads applied to structures.Definition of material models and simulation assumptions.Identification of validation objectives and performance criteria. Analysis of results and recommendations Visualisation of stresses, strains and damage.Assess structural performance and safety margins.Optimise designs to improve strength and shock absorption. Talk to our experts in fast dynamics calculation Contact us Analysis of results and recommendations Visualisation of stresses, strains and damage.Assess structural performance and safety margins.Optimise designs to improve strength and shock absorption. Integrating crash and impact simulations into product development Our solutions enable you to anticipate the dynamic behaviour of structures and limit failures during operation. Our experts assist you with:Analysing regulatory and industrial requirements.Implementing appropriate simulation methodologies.Interpreting results to improve product design and safety. Why choose the Emitech Group? With the Emitech Group, you benefit from a partner renowned for its expertise in fast dynamics, combining numerical simulation and experimental validation to secure your designs.Multidisciplinary expertise: over 30 years' experience in mechanics, vibration, shock and extreme testing.Reference numerical tools: explicit solvers integrated into our multiphysics approaches.Sector-specific support: solutions tailored to the requirements of the automotive, aerospace, rail, energy and defence sectors.A complete approach: from scenario definition to design optimisation. Ask for a quote Contact us for a quote Need expertise in impact and crash simulation? Contact our experts for a tailored solution. Request a personalised quote

Représentation stylisée simulation analyse vibratoire

Engineering

Vibration analysis, calculation and modelling | Emitech Group

Vibration analysis, calculation and simulation Improve the reliability of your structures and associated components

Vibration analysis, calculation and simulation Improve the reliability of your structures and associated components Why carry out a vibration analysis? Vibration analysis is an essential step in the design and validation of structures subjected to dynamic loads and their associated components. It enables :Understand vibration behaviour by identifying the natural frequencies and modes of vibration of structures.Simulate responses to different types of excitation, including random sources of excitation.Diagnose vibration and optimise design to improve product robustness, comfort and durability.Reduce noise and vibration impact levels (NVH) in mechanical and industrial systems.Assess the resistance of systems to seismic events or shocks (half-sine) and guarantee compliance with safety standards. Ask for a quote Our vibration analysis services We provide specialist services to help manufacturers deal with their vibration problems:Experimental and numerical modal analysis.Vibration simulation to predict structural responses.Vibration fatigue and damage risk assessment.Optimisation of structures to minimise vibration effectsValidation of equipment resistance to earthquakes and other dynamic loads. Examples of industrial applications Aeronautics and space Analysis of structural vibrations to improve flight performance Automotive and transport Vehicle vibration simulation to limit NVH nuisance. Industry and infrastructure Validation of the vibration insulation of industrial machinery and transport infrastructures. Industry and the general public Optimising the mechanical and acoustic performance of consumer products. Energy and infrastructure Stability and mechanical strength studies for energy and nuclear equipment. Approach and methodology for vibration analysis Acquisition of vibration data Multi-physical instrumentation: accelerometers, force sensors, laser vibrometers.Impact and frequency response tests with impact hammers and controlled vibration excitation.Operational deformation measurements (ODS) to observe the response during operation.Experimental modal analysisExperimentation-Simulation correlation Simulation and vibration calculation Modal analysis to identify natural frequencies and modes of vibration.Harmonic and random simulation to predict behaviour under variable excitations.Correlation between tests and numerical simulations to adjust models.Seismic analysis and transient dynamics to validate the resistance of structures to earthquakes. Validation and optimisation Validation of product designs and adjustments to improve mechanical robustness.Identification and reduction of sources of resonance and vibration instability.Development of damping solutions and passive or active filters. Talk to our experts in vibration analysis, calculation and simulation Contact us Integrating vibration analysis into product development Our solutions enable manufacturers to anticipate vibration constraints from the design stage onwards and optimise equipment performance. Our experts assist you with:Analysing requirements and defining test protocols.Performing simulations and vibration measurements.Interpreting results and implementing appropriate solutions. Why choose the Emitech Group? When you choose the Emitech Group, you benefit from a partner renowned for its expertise and its unique resources in Europe, at the service of your EMC and RF simulation projects.Multidisciplinary expertise: over 30 years' experience in EMC, RF and industrial qualification testing.Cutting-edge numerical tools: advanced electromagnetic solvers (CST, HFSS, FEKO, etc.) coupled with our experimental test capabilities.Simulation/measurement cross-validation: systematic correlation with our laboratories.A sector-specific approach: solutions tailored to the constraints of the aerospace, automotive, space, rail, energy and medical industries. Ask for a quote Contact us for a quote Need vibration analysis expertise? Contact our experts for a tailored solution. Request a personalised quote

Ingénieur simulation thermique et calcul de structure

Engineering

Structural calculation & thermal simulation - FEM | Emitech Group

Calculating stationary and transient mechanical and thermal structures Robustness, safety and energy efficiency

Calculating stationary and transient mechanical and thermal structures Robustness, safety and energy efficiency Why carry out structural calculations and thermal simulations? Structural and thermal analysis is a major challenge for industries seeking to guarantee the robustness, safety and energy efficiency of their equipment. Thanks to advanced numerical simulations, our solutions make it possible to :Analyse the mechanical behaviour of structures under various stresses (static and dynamic).Optimise design using the finite element method (FEM).Simulate thermal transfers (conduction, convection, radiation) to ensure energy efficiency.Anticipate risks of failure and improve component life.Ensure compliance with standards and regulatory requirements. Ask for a quote Examples of industrial applications Calculation of the mechanical strength of industrial equipment.Simulation of the thermal resistance of metal and composite structures.Thermal insulation studies for the aerospace and energy industries.Modelling of thermal effects on electronic systems.Validation of the performance of cooling and thermal dissipation systems. Our structural design and thermal simulation services Aeronautics and space Validation of the mechanical and thermal resistance of structures. Automotive and transport Study of EMC effects on vehicle electronic components: ADAS, power electronics, connected modules, etc. Construction and civil engineering Verification of structures subjected to static and dynamic loads. Manufacturing industry Modelling and simulation of industrial parts and systems. Energy Optimisation of cooling and thermal insulation systems Structural calculations and thermal simulation Finite element analysis of structures Mechanical analysis of structuresStudies in linear and non-linear statics (plasticity, buckling, contact).Analyses in transient and vibratory dynamics (shocks, earthquakes, mechanical fatigue).Calculations of mechanical and environmental performance (thermal loads, pressures, vibrations). Structural optimisation and validationOptimal component sizing.Weight reduction and improved mechanical performance.Verification of permissible deformations and stresses Modelling and digital simulation Stationary and transient thermal modellingStudy of heat transfer by conduction, convection and radiation.Simulation of heat exchange in extreme environments.Optimisation of heat dissipation in electronic and mechanical components. Thermomechanical analyses and multiphysics couplingsSimulation of thermal effects on mechanical strength.Modelling of structural deformation under thermal stress.Assessment of cracking and thermal fatigue risks. Talk to our experts in structural design and thermal simulation Contact us Integrating digital simulations into product development Our engineering services accelerate product time-to-market by reducing the costs and delays associated with physical testing. Our experts assist you with:Analysing needs and regulatory requirements.Implementing simulations and numerical analyses.Interpreting results and optimising designs. Why choose the Emitech Group? By choosing the Emitech Group, you can rely on a recognised partner combining technical expertise, digital resources and experimental validation to ensure the reliability of your designs.Proven expertise: over 30 years' experience in mechanical and thermal engineering and multidisciplinary testing.Cutting-edge numerical tools: advanced solvers (finite element, multiphysics) coupled with our laboratory testing capabilities.An integrated multiphysics approach: combined mechanical, thermal and vibration analyses to anticipate complex couplings.Sector-specific expertise: solutions tailored to the requirements of the aerospace, automotive, energy and industrial sectors. Ask for a quote Contact us for a quote Need to ensure the mechanical and thermal robustness of your equipment? Contact our experts for a tailored solution. Request a personalised quote

Engineering

EMC and RF simulation – Electromagnetic compatibility and Radiofrequency | Emitech Group

Electromagnetic compatibility (EMC) and radio frequency (RF) simulation Anticipate, optimise and validate

Electromagnetic compatibility (EMC) and radio frequency (RF) simulation Anticipate, optimise and validate Why carry out EMC and RF simulations? With the rise of wireless technologies and embedded electronic systems, guaranteeing electromagnetic compatibility (EMC) and radio frequency (RF) performance is an absolute necessity. Simulation makes it possible to :Anticipate electromagnetic interference (EMI) and ensure equipment compatibility.Optimise the design of antennas and RF networks to improve coverage and connectivity.Assess the effects of lightning on sensitive infrastructures.Analyse the effectiveness of electromagnetic shielding to reduce unwanted emissions.Ensure compliance with regulatory standards and industry requirements Ask for a quote Our EMC and RF simulation services We support engineers and designers with their electromagnetic issues by offering advanced modelling services:Simulation of electromagnetic couplings and EMI interference.Study of the impact of lightning currents on equipment and infrastructure.Optimisation of electromagnetic shielding solutions.Analysis of the EMC compatibility of electronic cards and printed circuits.Evaluation of the RF performance of communication systems.Radio coverage studies and installation audits. Examples of industrial applications Aeronautics and space Simulation of radio interference on board and optimisation of antenna placement. Automotive and transport Study of EMC effects on vehicle electronic components: ADAS, power electronics, connected modules, etc. Telecommunications Modelling radio propagation and optimising antenna networks. Industry and electronics Design of EMC shields for sensitive equipment. Energy and infrastructure Lightning protection and electromagnetic compatibility studies for electrical networks. Approach and methodology Needs analysis and model definition Identification of potential sources of electromagnetic interference.Selection of suitable simulation technologies.Definition of boundary conditions and performance criteria. Modelling and digital simulation Use of advanced electromagnetic solvers (CST, HFSS, FEKO, etc.).Frequency and time domain simulation.3D coupling with electronic circuits and systems. Validation and optimisation of results Comparison of simulations with experimental measurements.Adjustment of models to improve accuracy.Recommendations for design optimisation. Talk to our EMC & RF simulation experts Contact us Integrating EMC and RF simulation into product development Our solutions guarantee system reliability right from the design phase and optimise electromagnetic performance. Our experts support you in:Analysing requirements and implementing appropriate simulation methodologies.Interpreting results and optimising designs.Supporting you towards certification and regulatory compliance. Why choose the Emitech Group? When you choose the Emitech Group, you benefit from a partner renowned for its expertise and its unique resources in Europe, at the service of your EMC and RF simulation projects.Multidisciplinary expertise: over 30 years' experience in EMC, RF and industrial qualification testing.Cutting-edge numerical tools: advanced electromagnetic solvers (CST, HFSS, FEKO, etc.) coupled with our experimental test capabilities.Simulation/measurement cross-validation: systematic correlation with our laboratories.A sector-specific approach: solutions tailored to the constraints of the aerospace, automotive, space, rail, energy and medical industries. Ask for a quote Contact us for a quote Need electromagnetic and radio frequency simulation expertise? Contact our experts for a tailored solution. Request a personalised quote

Engineering

Numerical simulation & engineering – Optimise your products | Emitech Group

Digital simulation and engineering Predict, optimise and validate the performance of your products Modern enginee

Digital simulation and engineering Predict, optimise and validate the performance of your products Modern engineering relies on advanced numerical simulations to optimise design, reduce prototyping costs and ensure compliance with standards. Using multi-physics modelling and finite element analysis (FEM), we support manufacturers in validating and improving the performance of their products. Ask for a quote Why integrate simulation into product development? Our simulations enable you to :Optimise design by reducing errors and anticipating failures.Ensure regulatory compliance with industry standards (RTCA DO-160, MIL-STD, IEC, ISO).Speed up development by reducing physical testing and prototyping costs.Improve the robustness and reliability of equipment subjected to severe stress. What areas of expertise are covered? Automotive and transport Aeronautics and space Rail Defence and security Energy and infrastructure Our expertise in digital simulation Electromagnetic compatibility (EMC) and Radio frequency (RF) Anticipating electromagnetic interference (EMI).Optimisation of antennas and RF networks.Study of lightning protection and electromagnetic shielding.Simulation of EMC compatibility of electronic boards.Modelling radio propagation and optimising communication systems. Find out more Structural calculations, thermal and fluid simulation Mechanical stress analysis and finite element optimisation (FEM).Stationary and transient thermal simulation (conduction, convection, radiation).Fluid-thermal couplingSubsonic and hypersonic fluid mechanics.Thermal and thermomechanical fatigue studies.Performance validation of cooling and insulation systems. Find out more Find out more Find out more Vibration analysis and structural dynamics Identification of natural frequencies and vibration modes.Simulation of dynamic loads (sinusoidal, random).NVH (noise and vibration) studies for the automotive and aerospace industries.Validation of equipment resistance to earthquakes and vibration shocks. Find out more Impact and crash simulation Modelling collisions, perforations and explosions.Studies of the resistance of structures to dynamic impact.Validation of passive and active protection systems.Optimisation of energy absorption and stress dissipation. Find out more Talk to our engineers Contact us Mechanical fatigue calculation Prediction of the service life of structures under cyclic loading.Studies of cracking and propagation of defects.Optimisation of assemblies and welds to limit fatigue.Reducing maintenance costs through preventive strategies. Find out more Modelling thermal transfers Simulation of thermal exchanges (conduction, convection, radiation).Thermal performance studies of electronic and mechanical components.Validation of cooling and thermal dissipation systems.Integration of environmental conditions into thermal modelling. Find out more Find out more Find out more Correlation between calculations and tests Validation of numerical models by experimental testing.Adjustment of simulations to improve prediction of actual behaviour.Comparison of modal bases and recalibration of parameters.Reducing the number of physical prototypes by optimising models. Find out more GNSS simulation Simulation of complex navigation scenarios (urban, rail, tunnel, agricultural, etc.)Tests for resistance to interference, masking and spoofingComparative evaluation of receivers, antennas and algorithmsFunctional validation of critical navigation solutions (UAVs, vehicles, PNTs) Find out more Find out more Find out more Our tools and technical resources We use state-of-the-art software and equipment to guarantee accurate and reliable simulations:FEM and CFD solvers: ANSYS, Abaqus, LS-Dyna, Nastran, Simcenter 3D, Ncode, FLOEFD, Starccm+.Test benches correlated with simulations for experimental validation.Advanced sensors and instrumentation for vibration, thermal and mechanical measurements.GNSS tools for generating custom scenarios, EN 16803 compliant Standards and certifications covered Our simulations comply with the main international standards:Electromagnetic and RF: RTCA DO-160, MIL-STD-461, IEC 61000.Mechanical and thermal: ISO 12107, IEC 60068, RCC-M, ASME.Vibration and impact: MIL-STD-810, EN 60068-2-6, Eurocode 8.Fatigue and endurance: ISO 1099, ASTM E1049, Eurocode 3.GNSS: EN 16803-1 to -4 Why choose the Emitech Group for your simulations? Integrated expertise between simulation, testing and complianceMulti-sector intervention: automotive, rail, space, medical, defenceAbility to design, test, correlate and document in a single workflowUnique offer in France for GNSS simulation coupled with the real environment Ask for a quote Contact us for a quote Contact our experts for a tailor-made simulationDo you want to optimise your products, predict their behaviour and guarantee their compliance right from the design phase?Our engineers will support you with rigour, cutting-edge tools and pragmatism Request a personalised quote

Engineering

Offshoring engineering: Emitech Engineering Africa | Emitech Group

Technical assistance in offshoring engineering A lever for sustainable competitiveness

Technical assistance in offshoring engineering A lever for sustainable competitiveness Why outsource your engineering activities through offshoring? Offshoring is a strategic solution to respond to accelerating innovation cycles, increasingly complex technologies and growing cost pressure. Thanks to our subsidiary Emitech Engineering Africa (EEA), based in Casablanca, we can offer you high added-value outsourced engineering capacity, without compromising on quality. Ask for a quote The benefits of the offshoring model This organisational model allows you to : Reduce your development costs without sacrificing skills or rigour. Access a pool of qualified talent who are immediately operational. Outsource all or part of your R&D activities while benefiting from experienced technical support. Maintain a high standard of quality, guaranteed by our ISO 9001 certification and our structured management system. Benefit from seamless, secure support, with contacts in France and Morocco. What areas of expertise are covered? Automotive and transport Aeronautics and space Rail Defence and security Energy and infrastructure Our approach to engineering offshoring EEA, a wholly-owned subsidiary of the Emitech Group, is a Casablanca-based design office with a staff of over 110 that is growing steadily. We work mainly for European customers on development, validation and fine-tuning projects. Our organisation is based on : Specialised departments (EE Systems, Software Validation, Calibration Synthesis, Control Command, Tests, Mechanical Simulation, etc.) Highly-experienced engineers in the fields of powertrain, electrification, CAN & LIN communication networks, diagnostics, on-board software, engine control, etc. Integrated quality management, with a manager for each department, performance indicators, monitoring of deliverables and ongoing internal skills management. Talk to our support team Contact us An agile, scalable solution We have designed our organisation to meet the specific needs of our customers: We can integrate up to 10 engineers per month, depending on the specific needs of your project. We have the capacity to grow the team to 190 people at our current premises. Hybrid working is possible, with over 50% of our staff teleworking. We adapt to your processes and tools, and train your teams to ensure a successful integration. Here are some examples of projects carried out by EEA Development and validation of CAN / LIN messaging for embedded ECUs. Production of diagnostic matrices in Candela Studio. Synthesis of calibrations for electrical and thermal powertrains. Design and simulation of mechanical systems using ANSYS. Complete software validation of safety functions and OBD diagnostics. Battery test campaigns (durability, thermal, EMC). Support for the development of 12V control systems on HIL benches. Why choose Emitech Engineering Africa? A single, integrated partner: unified management with the Emitech France teams, shared tools and reference systems. A local presence combined with cultural proximity: French-speaking staff, trained to European standards, with easy access to all our expertise. Specialised expertise in the automotive, aerospace and energy sectors: diagnostics, validation, calibration, battery testing, simulations, software development. A secure environment: ISO 9001-certified environment, TISAX approach underway, reinforced cybersecurity. Contact us for a quote Give your projects a new dimension with EEA Are you looking for greater agility, lower costs and access to high-level engineering expertise? Offshoring with Emitech Engineering Africa is your solution. **Contact our experts for a personalised study and find out how to integrate EEA into your projects ** Request a personalised quote

Illustration assistance technique au forfait

Engineering

Workpackage project – Secure turnkey package | Emitech Group

Workpackage A secure turnkey project

Workpackage A secure turnkey project Why choose an engineering workpackage? For well-defined projects requiring specialised expertise and a commitment to results, the workpackage approach is an optimal solution. This type of service allows you to outsource a batch of work by entrusting a service provider with full management, from design to delivery of the final product. Ask for a quote A turnkey approach! This turnkey approach allows you to :Benefit from a commitment to results: the service provider takes responsibility for the project and guarantees a deliverable that meets requirements.Reduce risk and gain peace of mind: our team manages any unforeseen circumstances (delays, technical difficulties), so you don't have to keep track of things on a daily basis.Optimise your costs: the budget is set in advance, giving you clear visibility and avoiding unforeseen cost overruns.Focus your internal resources on your core business: by outsourcing part of the project, your teams remain focused on strategic tasks. What areas of expertise are covered? Automotive and transport Aeronautics and space Rail Defence and security Energy and infrastructure Our approach to engineering workpackages The Emitech Group offers rigorous and structured project management to ensure the success of fixed-price assignments:Needs definition and validation: we work with you to refine the requirements and draw up detailed specifications.Design and development: our expert engineers are involved in simulation, mechanical, electronic and software design to develop a tailor-made solution.Validation and qualification: we carry out the necessary tests and checks to ensure that the deliverable complies with standards and functional requirements.Monitoring and reporting: regular monitoring committees guarantee total transparency on the progress and performance of the project. Talk to our support team Contact us Why choose the Emitech Group for a fixed-price project? The Emitech Group** stands out for its unique integrated approach:Expertise covering the entire development cycle: we are involved from the design phase through to final qualification.In-house integration of testing and validation: our laboratories enable products to be tested and certified directly within our structures, limiting the need for round-trips and speeding up time-to-market.Mastery of standards and regulations: we guarantee compliance with the most demanding standards (CE, MIL-STD, DO-160, etc.).Rigorous monitoring and an agile approach: we adapt to any necessary adjustments while respecting cost, quality and deadline commitments. Contact us for a quote Tell us about your workpackage projectWould you like to outsource a complete project while benefiting from expert, secure support?Contact us now for a turnkey solution tailored to your needs Request a personalised quote

Equipe d'ingénieurs en centre de service

Engineering

Engineering services centre – Dedicated team | Emitech Group

Engineering Services Centre A dedicated team for your long-term projects

Engineering Services Centre A dedicated team for your long-term projects Why choose an engineering service centre? When your engineering needs become recurrent or a project requires a dedicated structure over the long term, the service centre is the ideal solution. This approach allows you to outsource a complete function or set of tasks to a dedicated team, while benefiting from a commitment to results and maximum flexibility. Ask for a quote Commitment to results and maximum flexibility This support model enables you to : Guarantee continuity and accumulated expertise: the dedicated team develops in-depth knowledge of your products and processes, improving the efficiency and quality of deliverables. Benefit from a performance commitment: we commit to service levels (SLAs) and measurable results. Maintain your flexibility: the size and skills of the team can be adapted to suit your needs and workload. Optimise your costs: by grouping activities under a single contract, you benefit from economies of scale and medium- and long-term budget visibility. What areas of expertise are covered? Automotive and transport Aeronautics and space Rail Defence and security Energy and infrastructure Our approach to engineering service centres The Emitech Group's service centre is based on an optimised operational management structure to guarantee a high-performance, agile service: A dedicated team: we set up a multidisciplinary team, located on your site or on our own premises, depending on your preferences. A service centre manager: responsible for monitoring, resource management, quality control and communication with your teams. A proven methodology: we work with you to define performance targets and ensure rigorous monitoring using precise indicators and regular steering committees. Ongoing skills development: we take responsibility for training and developing your staff to keep pace with technological developments and your needs. Talk to our support team Contact us Why choose the Emitech Group for a service centre? The Emitech Group brings unique engineering expertise and a differentiated approach to the traditional players in the market: Proven responsiveness: we can quickly put together a specialised team to meet your critical challenges. Recognised sector expertise: our engineers and technicians work in demanding sectors such as aerospace, automotive, energy, rail and many others. Structured and transparent management: we provide detailed reporting and regular communication to guarantee performance and alignment with your objectives. Integration with the strictest quality standards: our methodologies are adapted to the normative and regulatory requirements of your sector. Contact us for a quote Opt for a tailor-made service centre Would you like to structure your engineering activities while benefiting from the flexibility of an expert service provider? Contact us now for a solution tailored to your projects Request a personalised quote

Un ingénieur en immersion chez son client

Engineering

Technical support on site: qualified engineers | Emitech Group

Technical assistance Strengthen your team with the right skills

Technical assistance Strengthen your team with the right skills Why call on the services of an engineering management company? Industrial projects evolve in a complex and demanding environment, requiring specialised expertise at key moments. Technical engineering assistance, also known as contract services, allows you to quickly integrate a qualified engineer or technician into your team, while retaining control of the project. Ask for a quote Maximum flexibility This mode of intervention, widely used by major players in the sector, offers maximum flexibility:Reactivity and flexibility: you can easily adjust your resources as your project progresses. In the event of absence or additional needs, a replacement is guaranteed without delay.Cost control: invoicing on a fixed daily rate or on a time and materials basis gives you better budget visibility.Technical control: you retain control over technical decisions while delegating implementation to qualified experts.Administrative simplicity: we take care of recruitment, contracts and logistics, freeing you from HR constraints. What areas of expertise are covered? Automotive and transport Aeronautics and space Rail Defence and security Energy and infrastructure Our technical assistance services We provide specialists capable of intervening throughout the entire development cycle:Mechanical and electronic engineering: design and integration of solutions tailored to your requirements.Embedded software and mechatronics development: expertise in programming and functional validation.Validation and qualification: anticipation of regulatory and environmental constraints (EMC, climate, mechanical, etc.).Project management and technical support: assistance to optimise performance and ensure compliance. Talk to our support team Contact us Why choose the Emitech Group for a contracting assignment? The Emitech Group stands out from the generalist players by offering a triple expertise:A highly specialised approach: our specialist engineers and technicians (mechatronics, electronics, embedded software, etc.) are trained in the specific requirements of your sector.Expertise in testing and qualification: thanks to our expertise in regulatory compliance, our consultants can anticipate standards requirements right from the development phase, avoiding costly delays.A results-oriented approach: each assignment gives rise to a formal deliverable (technical report, calculations, tested prototype, etc.), guaranteeing real added value.Unlike simply making staff available, we commit to the quality and performance of our services. This approach allows you to strengthen your team in complete confidence with a partner who shares your demands for rigour and innovation. Contact us for a quote Integrate our technical support into your projects now!Need occasional assistance or specific expertise? Contact our teams for a solution tailored to your project. Request a personalised quote

Réunion préparatoire pour valider la nature de l'assistance technique

Engineering

Technical engineering support – On-site, fixed price, offshoring | Emitech Group

Technical assistance in engineering Expertise and flexibility for your projects

Technical assistance in engineering Expertise and flexibility for your projects Why use technical engineering assistance? High-tech industries are facing increasing challenges in terms of innovation, time-to-market and compliance with regulatory requirements. Technical assistance enables companies to :Rapidly access technical experts specialising in mechatronics engineering, electronics, embedded software and equipment validation.Temporarily reinforce their teams in the event of peak workloads or specific skills requirements.Optimise their development projects by integrating qualified resources managed internally or by a service centre.Guarantee compliance with standards and regulatory requirements right from the design phase.Reduce fixed costs by avoiding time-consuming recruitment and adapting resources to project needs. Ask for a quote Our technical assistance services We offer support solutions tailored to the requirements of manufacturers and design offices:On-site technical support: engineers and technicians working directly with your teams.Outsourced service centre: dedicated team under Emitech management, with performance monitoring and optimised resource management.Workpackage projects: implementation of work packages with a commitment to deliverables, deadlines and controlled costs.Offshoring via Emitech Engineering Africa (EEA): outsourcing of engineering activities to our Casablanca design office, for cost control and continuity of service, without compromising on quality. What areas of expertise are covered? Automotive and transport Validation of powertrains, software integration, dependability. Aeronautics and space Environmental qualification, electromagnetic compatibility (EMC), avionics certification. Rail Embedded systems, validation of electrical and mechanical architectures. Defence and security Robustness tests, qualification to military standards. Energy and infrastructure Thermal simulations, validation of hydraulic and electrical systems. How we work Technical assistance Integration of a consultant into your project teams.Provision of specialist technical experts (engineers, doctors, technicians).Monitoring of assignments and administrative management provided by the Emitech Group. Find out more Outsourced service centre Dedicated multidisciplinary team, based at the customer's site or at an Emitech Group centre.Supervision and performance monitoring via quality and SLA indicators.Ability to adapt to changes in the project. Find out more Find out more Find out more Workpackage projects Commitment to defined deliverables and guaranteed deadlines.Project management from specification to validation.Reduced risk thanks to a clear contractual framework. Find out more Technical assistance in offshoring engineering Design office based in Casablanca, 100% Emitech Group.Expert French-speaking teams trained to European standards.Reduced costs and rapid access to qualified talent. Find out more Talk to our support team Contact us Examples of assignments carried out Development and validation of on-board computers for the automotive and aerospace industries.Numerical simulation and environmental testing for the qualification of new products.Optimisation of electronic and mechanical architectures during the design phase.Performance validation and regulatory compliance to ISO, DO-160 and MIL-STD standards. Our profiles at a glance Mechatronics - Software Mechatronics - Electronics Mechatronics - Mechanical engineering Motorisation Electrification Environment ActivitiesControl commandSystem and control law modellingCoding - AutocodeAutomationTest and validationElectronic/electrical architecture Domains / SystemsOn-board computerTest benchesRailway opening systemsMarine propulsion systemsRadar systems ProfilesLabview Design EngineerModelling EngineerAutomation EngineerEmbedded DeveloperSoftware architectValidation engineer Software: LabView, Simulink, Stateflow, TestStandLanguages: C, C++, Python, MatlabStandards: ISO 26262, EN 50128 ActivitiesCard designSchematics - Routing follow-upBoard testing and validationSystem testing, HIL testingEMC Domains / SystemsSignal and image processingPower electronicsAnalogue and digital electronicsLV/HV electricity ProfilesElectronics EngineerElectrotechnical EngineerValidation EngineerElectrical / Electronics Validation Technician Software:Altium DesignerOrcadPspiceDspaceSee Electrical ActivitiesSpecificationCAD - drawingCalculation - modellingVibration sizingMechanical, climatic and environmental testing Domains / SystemsTest benchesMarine propulsion systemsFlight controlsCockpitBattery ProfilesDesign Engineer/TechnicianCalculation engineerValidation engineerMechanical engineerTest technician Software :CATIACreoAnsysSolidWorks ActivitiesModellingSizingDetermining performanceTest and validationCalibration Domains / SystemsThermal / electric / hybrid powertrainsCombustionThermal ProfilesEnergy EngineerPropulsion EngineerThermal engineerTest technicianValidation engineerDevelopment engineer/ technician Software :SimulinkStateflowTestStandAMESimGTSuiteConvergeNCA ActivitiesSpecificationSizingModelling SimulationControl commandTest Domains / SystemsHybrid and Electric PowertrainsMarine propulsion systemsBatteryLanding gearElectrical machines ProfilesPower Electronics EngineerAutomation engineerTest engineers and technicians Software :MatlabSimulinkStateflowDspace ActivitiesLaboratory testsOn-site measurements (acquisition, analysis, diagnosis)Expertise in technological choices, design review, complianceDocument drafting (EMCCP, QTP, QTR, similarity reports)Project monitoring (assistance, coordination, etc.)Qualification monitoring (qualification plan, monitoring and management of tests, etc.)Approval follow-up (standards and regulations monitoring, marking validation, etc.)Numerical simulation Domains / SystemsProduct developmentProduct qualification and certificationCertification worldwideWaves and health ProfilesTest engineers and techniciansTest managerProject Manager / CoordinatorQualification / Certification EngineerMetrology engineer and technician Environments: Safety, Radio Frequency, EMC/Electrical/Lightning, Vibration/Shock/Jolt, Climatic/Physicochemical, Hydraulic, Acoustic, FireLanguages: BatEMC, Accsys, Pulsar, Concerto, MDA, DiademStandards: ISO 9001, ISO 17025 Why choose the Emitech Group for your technical support? A network of qualified experts covering the entire product development cycle.A flexible and responsive approach adapted to the specific needs of manufacturers.Commitment to performance and quality through our service centre.Unique expertise in qualification and certification to ensure regulatory compliance.A competitive offshoring solution via EEA, to outsource your engineering activities in a secure and controlled environment. Ask for a quote Contact us for a quote Need expert resources to bring your engineering projects to fruition? Contact our specialists for a tailored solution. Request a personalised quote

Technicien de maintenance en excitateurs électrodynamiques

Certification, training, metrology, others

Maintenance of electrodynamic shakers and vibrators | Emitech Group

Maintenance of vibratory feeders and electrodynamic vibrators Ensure the performance and longevity of your vibratory feeders, electrodynamic vibrators and hydr

Maintenance of vibratory feeders and electrodynamic vibrators Ensure the performance and longevity of your vibratory feeders, electrodynamic vibrators and hydraulic vibrators Vibration test equipment, such as vibrators and electrodynamic vibrators, are subject to extreme operating conditions. Regular maintenance is essential for :Maximise the availability of test equipment by avoiding unscheduled stoppages.Extend equipment life by replacing wearing parts at appropriate intervals.Guarantee the accuracy of tests by maintaining the nominal performance of vibrators.Reduce repair costs by taking a preventive rather than corrective approach.Comply with standards for qualification and calibration of test systems. Ask for a quote Our maintenance services for vibratory feeders and vibrators We offer complete solutions for the maintenance and repair of electrodynamic and hydraulic vibrators:Preventive maintenance: Planning of annual or half-yearly interventions.Remedial maintenance: Rapid repairs in the event of a breakdown, with intervention within 48 hours (deadline specified in our contract).Predictive maintenance: Predictive analysis to anticipate and optimise interventionsDiagnostics and repair: Analysis of anomalies, replacement of wearing parts.Calibration and calibration: Checking sensors, conditioners and amplifiers.Reconditioning and upgrading: Modernisation of obsolete equipment. Our vibratory pot maintenance services are aimed at all companies that use this type of equipment Automotive, rail and marine Preventive/curative maintenance of vibrators for testing on-board components and systems (endurance, shocks, road/track/water profiles) to ensure availability and repeatability. Aeronautics, space and defence Improving the reliability of vibration equipment used in qualification (DO-160, MIL-STD, etc.): calibration, predictive diagnostics and reconditioning to guarantee reliable measurements. Industry and energy Maintenance of production/R&D shakers for product robustness tests, with calibration of sensors/measurement chains and retrofitting of control systems. Medical and industry Maintaining operational conditions for vibration test equipment for sensitive devices (medical equipment, IoT modules), IEC 60068-2-xx compliance and traceability. Focus on our maintenance services Preventive maintenance Annual or half-yearly inspection adapted to the intensity of useChecking critical components: armature, suspension, voice coil, etcChecking and calibrating sensors, conditioners and vibration generatorsComplete cleaning, lubrication, adjustment and replacement of wearing partsPreservation of original performance and reduced risk of failure Curative maintenance Rapid fault diagnosis with remote pre-analysisOn-site intervention within 48 hours (time specified in our contract) by a dedicated expert technicianRepair, recalibration, functional testsAccess to a stock of wear parts and critical components Predictive maintenance Implementation of evolving monitoring plans based on comparison of vibration profiles over timeAnalysis of vibrator characterization measurements: homogeneity, transverses, performance, harmonic distortionEarly identification of signs of fatigue or drift (resonance frequency, distortion, etc.)Planning of interventions and extension of equipment service life Tracked maintenance Maintenance contracts including periodic checksIssue of a service reportStandardised interventions with manufacturer-recognised proceduresAdvice on the level of maintenance best suited to your use Talk to our maintenance experts Contact us Our additional services Calibration and calibration of measurement systemsCalibration and verification of accelerometers, conditioners and amplifiers.Reconditioning and retrofitting of vibratorsReplacement of obsolete components.Modernisation of control and monitoring systems.Training and technical assistanceRaising awareness of good maintenance practices.Support in optimising test campaigns. Standards and certifications Our work complies with the main industry standards:IEC 60068-2-XX: Environmental tests for equipment qualification. Why choose our maintenance service? Over 25 years' experience in the maintenance of vibration test equipmentInterventions in France and Europe with optimum responsiveness.Multi-brand expertise covering the main manufacturers of electrodynamic and hydraulic vibrators.Customised maintenance service adapted to the specific needs of each customer. Ask for a quote Contact us for a quote Need fast, reliable maintenance for your vibration test equipment? Contact our experts for a tailored solution. Request a personalised quote

Certification, training, metrology, others

Metrology, verification and calibration for EMC laboratories | Emitech Group

Expert metrology and calibration services Precision and compliance for test laboratory professionals Welcome to t

Expert metrology and calibration services Precision and compliance for test laboratory professionals Welcome to the Emitech Group, your trusted metrology and calibration partner. We understand the critical role that accurate measurement and regulatory compliance play in your industry. Our expertise supports professionals like you - metrology engineers, laboratory technicians, quality managers and compliance officers - to ensure the reliability and accuracy of your test instruments. Ask for a quote Why choose Emitech for your metrology needs? Within the Emitech Group, we offer calibration and metrology services designed to meet the exacting standards of our own laboratories specialising in electromagnetic compatibility (EMC) as well as mechanical and climatic environments. With our Cofrac-accredited calibration laboratory, we can guarantee the compliance you need to optimise your operations. Our metrology services are aimed at all companies with EMC/mechanical testing laboratories Automotive and transport Aeronautics, space and defence Energy Products and installations Full calibration services EMC metrology services under Cofrac accreditation We also carry out calibrations outside accreditation AmplifiersSynthetised generatorsSpectrum analysers and EMC receiversMilliwattmetersFast transient generators, coupling networks, capacitive clamps and combined generators (according to EN 61000-4-4, EN 61000-4-5 and EN 61000-4-11)Shock wave generators, coupling networks (in accordance with EN 61000-4-5)Absorbing clampsCMAD clampsCoupling clamps (EN 61000-4-4) and decoupling clamps (EN 61000-4-6) Non-accredited EMC metrology services We also carry out calibrations outside accreditationAmplifiersSynthetised generatorsSpectrum analysers and EMC receiversMilliwattmetersFast transient generators, coupling networks, capacitive clamps and combined generators (according to EN 61000-4-4, EN 61000-4-5 and EN 61000-4-11)Shock wave generators, coupling networks (in accordance with EN 61000-4-5)Absorbing clampsCMAD clampsCoupling clamps (EN 61000-4-4) and decoupling clamps (EN 61000-4-6) Non-EMC services Our services also include laboratory equipment for mechanical and climatic environments:Calibration of accelerometers and their conditionersCalibration of force, pressure and temperature sensors Talk to our metrology experts Contact us Metrology, EMC expertise on site For specific needs, we offer on-site services:Validation of test environments (free space sites, semi-anechoic chambers or FAR)ANE and VSWR validation (CISPR 16-1-4, ANSI C63.4, ETSI TR 102-273-2/3/4)Verification of Faraday cage performance:Field uniformity (EN 61000-4-3)Shielding effectiveness (EN 50147-1, IEEE standards) The advantages of working with the Emitech Group Accuracy guaranteed by accreditationOur Cofrac accreditation guarantees that your instruments are calibrated to the highest standards in the industry. This ensures not only compliance, but also the reliability of your test results.Reduced downtimeWe understand that every moment of equipment downtime impacts your operations. That's why we offer fast turnaround times - typically less than two weeks from receipt of your equipment (3 weeks for antennas).Solutions tailored to your sectorOur metrology services are based on decades of in-house expertise gained in our own test laboratories. This ensures that our services meet the rigorous requirements of the EMC and environmental testing industries. Ask for a quote Contact us for a quote Ready to optimise your operations with reliable calibration services? Contact us today for a detailed quotation. Let's work together to ensure the accuracy and compliance your industry demands. Request a personalised quote

Certification, training, metrology, others

Technical & regulatory training for industry | Emitech Group

Technical and regulatory training Emitech is certified by Qualiopi as a Training Organisation.

Technical and regulatory training Emitech is certified by Qualiopi as a Training Organisation. Why take a training course with Emitech? The Emitech Group is a major player in the field of technical testing and qualification, offering specialised training courses to meet the needs of industry professionals in a range of sectors: regulatory, medical, aeronautical, defence, automotive, design and control of tests and requirements applicable to laboratories, and metrology of test facilities.Our training courses enable :Acquire technical expertise in key areas such as electromagnetic compatibility (EMC), radio, equipment safety, equipment reliability, risk management, vibration and climatic environmentsand much more.Master the standards and regulations applicable to your sector, whether aerospace, automotive, rail or medical.Optimise the compliance of your products by guaranteeing that they function correctly in the face of standards requirements.Improve your test and validation methodologies by exploiting the best practices and technologies on the market. Ask for a quote Our training courses: multi-sector expertise We offer a wide range of training courses tailored to the requirements of each field:Applicable regulations: CE marking, EU DoC, DTC, EMC requirements (2014/30/EU), DBT (2014/35/EU), RED (2014/53/EU), environmental requirements (Ecodesign Directive 2009/125/EC and Regulation 2017-1369-EU, RoHS Directive 2011/65/EC and REACH Regulation 1907/2006/EC, WEEE Directive 2012/19/EU, etc.), qualification of medical devices, international certification.Electromagnetic compatibility (EMC): applicable standards, test methods, control of EMC in the automotive, aeronautical and rail equipment industries.Radio (RED): applicable standards, test methods, integration of sub-assemblies, ON certification, etcElectrical safety (DBT): applicable standards, test methods, protection against hazards, risk management, IP & IK indices.System reliability (HALT & HASS methods)..Environmental and mechanical testing: vibration, shock, climatic testing, earthquakes and customised testing.Sector-specific standards: DO160 (aerospace), ISO 17025 (laboratories), IEC 60601-1 (medical), ISO 13485 (quality management systems). Who should attend our courses? The training courses offered by the Emitech Group are aimed primarily at professionals involved in the design, manufacture or marketing of products that have to comply with specific regulations or qualification requirements.They cover a wide range of sectors: industrial, medical, aeronautical, automotive, rail, energy, marine, military, and even the general public for certain modules. Automotive and transport Aeronautics, space and defence Energy Products and installations About the training courses offered by the Emitech Group Face-to-face and distance learning courses Our courses are available :In our training centres across France (Paris, Toulouse, Lyon, Rennes, etc.).In-company, with content tailored to the specific needs of your teams.Distance learning, using interactive virtual classes and online self-training modules. Experience-based learning Our training courses are designed to be immediately applicable in your professional environment Real-life case studies drawn from tests carried out in our laboratories.Practical demonstrations in our various laboratories using state-of-the-art testing equipment.Educational support from recognised experts in their field. Access our training website www.formation-emitech.fr Talk to our training team Contact us Why choose the Emitech Group for your training? Over 30 years' expertise in technical testing and qualification.A network of laboratories and experts to help you develop your skills.Training tailored to the industrial and standards issues in your sector. Contact us for a quote Would you like to find out more about our training courses? Find out about all our training courses on formation-emitech.fr or contact our experts for personalised support. Request a quote now www.formation-emitech.fr

Certification, training, metrology, others

Emitech Certification - NCB National certification Body CB Scheme | Emitech Group

Emitech Certification - NCB under the CB scheme National Certification Body - NCB Emitech Certification is rec

Emitech Certification - NCB under the CB scheme National Certification Body - NCB Emitech Certification is recognized by the IECEE as an NCB / ONC under the CB scheme / OC scheme. The National Competent Body validates the choice of IECEE standards and test plans. The affiliated CBTL laboratories work under the responsibility of the NCB. It evaluates the report (CBTR) from its CBTL and issues a CB Certificate / OC Certificate at the end of its certification process. Your report and certificate become your key to export markets.Emitech's prices are available on request. Ask for a quote National Certification Body under the CB scheme Our recognition as a National Certification Body under the OC scheme (NCB in the English terminology of the CB Scheme) is made possible by the fact that Emitech is a certification body, as attested by our Cofrac accreditation no. 5-0549 (scope available at www.cofrac.fr) in accordance with EN ISO/IEC 17065. In the context of export markets, using the OC scheme allows test results to be recognized in more than 50 countries around the world. In this procedure, laboratories (CBTLs) must be approved by the Certification Body to which they report: Emitech Certification is the ONC for the Emitech Group's laboratories, which have been audited and validated by it.These are the Emitech Group laboratories in Angers, Lyon, Montigny, and Vendargues for the following categories of equipment:Information processing equipment (Category OFF)Audio-video equipment (TRON category)Control, measurement, and laboratory equipment (MEAS category)Electromagnetic compatibility (EMC category)Audio-video information technology equipment (ITAV category) The OC scheme is a powerful tool available to manufacturers to launch their approval procedure where it applies. The OC scheme is a means of determining the conformity of the product with the applicable standards, taking into account national deviations for each country targeted by the procedure. It provides third-party assurance for the manufacturer in its efforts.   ONC: which sectors are concerned? Industry and consumer electronics Electro-electronic medical devices Radioelectric and connected equipment (IOT & smart devices) The 5 stages of the CB scheme EU Type Examination Certificate in accordance with DRONE Directive 2019/945/EU Your files are processed under the OC scheme in five steps, regardless of the country adhering to this method:Step 1 – ApplicationYour application for an OC Test Certificate can be sent directly to the CBTL laboratory or the NCB.Emitech Certification validates the applicable IEC standard and any national deviations required for the countries concerned by your export. Emitech Certification forwards your application to one of our CBTLs.Step 2 – Testing and CBTR reportThe tests must be carried out by a CBTL affiliated with the OC, and the test report is then submitted to it for approval.Step 3 – CB Test CertificateThe CB evaluates the CBTR report and then issues a CB Test Certificate to the applicant, accompanied by the test report.Step 4 – Registration of the CB Test CertificateAs soon as the CNB issues the CB Test Certificate to the applicant, a copy is sent to the IECEE for registration.Step 5 – Use of the CB Test Certificate/test report by the applicant. Talk to our Emitech Certification experts Contact us An integrated model: testing laboratory & accredited certification The conformity assessment body works free from any pressure or incentive that could influence its judgment. It regularly reports to its IPP (Impartiality Preservation Procedure) to demonstrate its independence and the absence of any conflict of interest in the cases it investigates.In the event of a complaint, please refer to the complaint or appeal process. [complaint or appeal handling] Contact us for a quote Download here your application form. The form should be sent to certification@emitech-group.comFor more information on how to apply, you can also download our certification programme. Request a personalised quote

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We test your products, components or systems to validate their compliance, robustness and safety, in accordance with your market requirements.

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Test bench design

We design and manufacture mechatronics test benches tailored to your specific needs.

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Engineering

We are involved at every stage of your projects: technical assistance, digital simulation, regulatory engineering, support with your qualifications, certification, etc.

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Certification, metrology, training...

We also provide high value-added services for your teams and your company: certification, metrology, training, maintenance.

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DO YOU HAVE A SPECIFIC TECHNICAL NEED? THE EMITECH GROUP IS HERE TO HELP!

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Mechanical testing of batteries: vibrations, shocks, endurance | Emitech Group

Automotive and aeronautical powertrain component testing | Emitech Group

Battery parametric testing: performance, safety and BMS compliance | Emitech Group

Battery endurance testing: Power bench in controlled environment | Emitech Group

Battery abuse testing: fire, thermal, electrical and mechanical safety | Emitech Group

Mechanical abuse testing for batteries: crushing, puncture, fall | Groupe Emitech

Electrical abuse testing for batteries: overcharge, overload, severe cycles | Emitech Group

Thermal abuse testing of batteries: fire, runaway, thermal propagation | Emitech Groupe

Battery gas analysis: toxic, flammable, corrosive emissions | Emitech Grou

Aeraulic testing for automotive engines and components | Emitech Group

Battery environmental testing: climate resistance and multi-physical robustness | Emitech Grou

Battery EMC testing: ECE R10, ISO 7637, CISPR 25 | Emitech Group

Battery instrumentation and expertise: analysis, measurement, validation | Emitech Group

Batteries logistics, storage and recycling after testing | Emitech Group

BT Directive 2014/35/EU - CE marking

Directive RED 2014/53/EU - CE marking

Machinery Directive - CE marking

Powertrain calibration and tuning testing - ICE optimisation | Emitech Group

Chassis dynamometer emissions testing: Euro 6 and WLTP emissions measurement | Emitech Group

Powertrain testing - Thermal, hybrid, electric | Emitech Group

Powertrain endurance testing - Thermal, hybrid, electric | Emitech Group

Powertrain performance tests - Thermal, hybrid, electric | Emitech Group

Tuning testing for powertrains - Thermal, hybrid and electric tuning | Emitech Group

Internal combustion engine (ICE) testing – Endurance, performance, mapping and compliance | Emitech Group

Endurance testing of internal combustion engines / ICE | Emitech Group

Internal combustion engine performance testing | Emitech Group

CE marking for medical devices and IVDDs

Combustion engine emission measurements - Compliance & eco-performance | Emitech Group

Climate testing for combustion engines - Performance & robustness | Emitech Group

Electric motor testing - Performance, endurance, environment | Emitech Group

Electric motor endurance testing - Reliability & robustness | Emitech Group

Electric motors performance testing - Torque, power, efficiency | Emitech Group

Electric motor tuning - Control, performance & validation | Emitech Group

Environmental testing for electric motor | Emitech Grou

Batteries - Safety, Compliance & Performance

Dynamic test benches for Powertrain tests

Synthetic fuels & e-fuels

Climate chambers with roller benches

Versatile test for aircraft and automotive engines

Engine airflow tests

Very Large Cage EMC

EMC tests on e-Motors, EDU & e-Axles

Full vehicle test drive

Electric Powertrain tests

UAV testing and certification (UAS)

GNSS testing and validation

CE marking for e-bikes

Waves and health

Directive 2013/35/EU

EMF measurements

UN 38.3 tests

WLTP consumption tests for combustion engine and hybrid vehicles | Emitech Group

Testing and engineering H₂ / NH₃

Battery BMS validation

Battery cycling tests

Fire resistance tests for batteries

Lithium-ion batteries - Thermal runaway

ECE R100 tests

Euro 6 - Euro 7 pollution tests, WLTP...

ECE R10 approval

Nuclear qualification

Qualification of railway equipment

Automotive qualification

MIL STD 810, MIL STD 461, ...

DO-160 tests (RTCA / EUROCAE)

North American market - FCC/ISED and NRTL Safety

UKCA & UKNI marking, post-Brexit compliance

GNSS component testing – Antennas, receivers, IMUs & support data | Emitech Group

Hydraulic, pneumatic and hydrostatic testing – Reliability and pressure resistance | Emitech Group

Acoustic testing and measurements, NVH, etc., in the laboratory and in situ | Emitech Group

HALT & HASS testing - Optimise the reliability of your products | Emitech Group

Fire resistance testing for the aerospace, automotive and industrial sectors | Emitech Gr

Automotive fire resistance tests – R100, R118, FMVSS 302 compliance | Emitech Group

Aeronautical fire resistance tests – FAR 25 & RTCA DO-160 compliance | Emitech Group

Fire resistance testing – Safety of electrical equipment | Emitech Group

GNSS testing | Systems & components – Accuracy, reliability, robustness | Emitech Group

IoT cybersecurity and radio equipment testing – RED & EN 18031 Directive | Emitech Group

GNSS testing – Robustness, accuracy and integrity of geolocation solutions | Emitech Group