Specification of OTS Technik Vacuum-Temperature Test Chamber
| 1 |
Product size |
1600×900mm LW |
|---|---|---|
| 2 |
Heat Load |
3 KW-Heat dissipation capacity |
| 3 |
Working Vacuum range |
6.65×10-3Pa |
| 4 |
Temp Range |
-70~+150℃/Customized |
| 5 |
Temp Fluctuation |
≤±2℃ |
| 6 |
Heat sink heating and cooling rate |
≥1.0℃/min |
| 7 |
Heat sink Size |
φ 1300×2000mm D*L |
| 8 |
Container Size |
φ 1500×2000mm D*L/Customized |
| 9 |
Cold board size |
1800× 1000mm LW Load≥ 100Kg, Two types of threaded holes, M4 and M5, are arranged. The spacing of the threaded holes is 100mmx100mm and they are distributed alternately. |
| 10 |
Temperature process |
The cascade mechanical refrigeration process is equipped with 20 PT100 temperature sensors inside |
| 11 |
Vacuum acquisition |
Molecular pump + Roots pump + screw pump |
| 12 |
Vacuum measurement |
Adopt a composite vacuum gauge |
| 13 |
Measurement and control system |
It should be capable of achieving automatic control of the pumping process in the vacuum system and automatic control of the temperature system |
| 14 |
Cooling circulating water |
self-provided |
| 15 |
Compressed air |
self-provided |
| 16 |
Landing Area |
9000×9000mm LW |
|
|
Other configurations |
Observation Windows: 2 Low-frequency interface: 4-37 cores, 6-55 cores; Radio frequency interface: 40-2.92-K Optical fiber interface: 2-12 cores (MT or MPO); |
High Vacuum Thermal Chamber Features
By precisely controlling the pressure and temperature parameters, this machine can realize a long-term, stable operation, meeting the high-reliability requirements of the aerospace field. The ultimate vacuum degree is under 5 * 10 ^ (-5) Pa, and the working vacuum degree is under 1 * 10 ^ (-3) Pa. Moreover, we can customize the inner chamber with sizes and different shapes ranging from 0.5 to 20 (m) for your needs.
By loading with multiple Pt100 temperature sensors, This machine also tracks the temperature in different spots at the same time.
Application Area
The Thermal Vacuum Chamber is primarily used for ground simulation environment tests of spacecraft, satellite components, and electronic components before launch. It can simulate its real performance in space or high-altitude environments to timely discover potential risks and improve the design, ensuring the reliability and safety of spacecraft during launch, on-orbit recovery, and various stages.
OTS has a professional team with rich experience in the aerospace field and has accumulated decades of rich engineering experience. We can customize equipment according to the experimental needs of the tested products, provide users with various vacuum, high and low temperature environments, and support the development of the global aerospace industry.
