Climatic tests
Validate the life profile of your equipment in conditions of high and low temperature and humidity
Why carry out climatic testing?
- 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
Types of climatic 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?
Our testing capabilities and technical resources
Climatic chambers
- Total number of units: 70
- Useful volume up to 93 m³
- Temperature range: -90°C to +650°C
- Rapid temperature change: up to 20°C/min
- Relative humidity: 10 to 100% RH
Talk to our climate testing experts
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
- 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
- Combined testing integration: Vibration, mechanical stress and endurance.
- Real-time monitoring and analysis: Monitoring of critical parameters during testing.
Needs
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