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Thermic tests

Thermal-optical vacuum tank


The PIT has a thermal-optical vacuum tank to simulate the environment of space. Integrated space instruments and subsystems can thus be tested under nominal vacuum and temperature conditions.

Characteristics of the tank

  • Circular tank installed in an ISO 8 clean space
  • Useable volume 60 x 60 x 160 cm
  • Max mass and max power of the specimen: 50 kg and 100 W
  • Temperature range: -70 ° C / + 110 ° C
  • Vacuum: P <10-7 mbar
  • Fully extractable conductive thermal plate decoupled from the tank structure and the ground by a Kinetic plate system
  • 3 internal radiative heat shields whose regulation is independent of the conductive plate
  • LN2 cryogenic trap ensuring optimal cleanliness of the specimens tested
  • Simulation of the Martian atmosphere possible (regulation between 5 and 20 mbar under C02)
  • 80 type T thermocouples
  • Programming and supervision of testing using DynaWorks software
  • 300 amu mass spectrometer
  • Possibility of coupling with the Mc Pherson monochromator







Photos: PIT, Intespace

Climatic chambers

The PIT provides two chambers for carrying out climate tests:
  • for temperature and pressure tests
  • short- and long-term climate aging testing of samples or assemblies by the action of temperature

Characteristics of the Servathin model climate chamber used for temperature and pressure tests

 




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  • Usable volume: 48 x 62 x 52 cm
  • Temperature range: -60 ° C / + 100 ° C
  • Pressure range: 10 mbar / 1000 mbar
  • 20 type T thermocouples
  • Test control and supervision (Spirale 2 software)

Characteristics of the MPC model climate chamber used for the performance of climate aging tests

 



 
  • Usable volume: 55 x 55 x 68 cm
  • Temperature range: -65 ° C / + 100 ° C
  • 20 type T thermocouples
  • Observation window