Nuclear qualification
Guarantee that your equipment complies with the most stringent requirements
Why carry out nuclear qualification tests?
- 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.
A comprehensive, integrated offering for the nuclear industry
- 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 kg
- Simultaneous horizontal and vertical excitation.
- Force applied: 150 kN.
- Test table measuring 1200 x 1200 mm.
- 500 kg - ‘Component’ spectrum.
- 3000 kg - ‘Assembly’ spectrum.
- Standards: NF EN IEC 60068-2-57, 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 Hz.
- Shocks: up to 300 g, max speed 3 m/s.
- Permissible loads up to 3,000 kg.
- Standards: NF EN IEC 60068-2-6, -64, -27
Climatic tests
- Temperature extremes: -70°C to +600°C
- Relative humidity up to 98% RH
- Dry heat, cold, rapid temperature variations
- Thermal, cyclic and composite ageing
- Volume up to 93 m³ (tests on large equipment)
- Standards: NF EN 60068-2-1, -2, -14, -30, -38, -78
Salt spray tests
- Enclosures up to 11 m³, temperature 35°C.
- Load capacity: 900 kg.
- Standards: NF EN 60068-2-11, -52, ISO 9227.
Talk to our experts in the nuclear sector
EMC (electromagnetic compatibility) testing
- Radiated / conducted emissions, immunity to disturbances (ESD, lightning, RF fields > 33 V/m).
- Impulse, oscillating and static magnetic fields (spec. ITER 98JL4W).
- Semi-anechoic cage testing to CISPR 16-2-3 / EN 61000-6-4.
- Generators for all EN 61000-4-x standards.
Electrical testing and safety
- Insulation, dielectric strength, earth continuity.
- Temperature rise tests, arc resistance.
- Resistance tests over time.
- Monitoring of voltages, currents, micro-cuts.
Integrated easement facilities
- Power supply: AC & DC up to 600 V / 400 Hz.
- Pressurisation: air (< 10 bar), water (< 50 bar), oil (< 400 bar).
- Fluid circulation, multi-channel acquisition (accelerometers, gauges, sensors).
Standards and reference documents
- 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 books.
- EN 61000-4-x: all EMC standards in force.
- IEC 61000-4-9, -10, -16: impulse and oscillating magnetic fields, conducted disturbances.
- ITER_D_43QDHR: conducted emissions (MIL-STD 461F CE101/CE102).
- ITER 98JL4W: immunity to static magnetic field (up to 120 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).
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Contact us for your nuclear projects