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Thermal vacuum chamber

Thermal vacuum chamber

Product Introduction
Thermal vacuum chamber, can provide high temperature, low temperature, low air pressure and other environmental simulation conditions, simulation altitude up to more than 300,000 meters. Used for aerospace electronic products, instruments, meters, components, parts and other devices and equipment in the environment of the performance, behavior analysis and evaluation.

Service Hotline

4000-662-888
Product Features
Product Parameter

 

Basic Specification
Vacuum tank size Inner diameter of vessel ≥φ1400×mm,length of straight section ≥1200 mm
Heat sink dimensions φ1200×φ1200mm
Heat Sink Temperature Range -70℃~100℃(Heat sink interior)
Heat Sink Temperature Control Precision ±2.0℃(Heat sink interior)
Limit Pressure surpass 1×10-4Pa(+30℃)
Working Pressure surpass 1.3×10-3Pa
Outer case material High quality A3 steel plate electrostatic spraying
Inner box material Imported high grade stainless steel SUS304
Temperature sensor PT100 Platinum resistance thermometer
Pressure sensor Electronic Pressure Transmitter
controller Imported “UMC” brand temperature meters
Cooling method Two-machine cascade cooling
Safety Compressor overpressure overload, fan motor overheating, overall equipment under phase/reverse phase, over temperature, overall equipment timing, leakage protection, overload and short circuit protection
Supply Voltage AC380V±10% 50Hz
Power Mainframe about 50KW
Operating environment +5~+35℃、≤85%R.H
Note: The above data are all measured under well ventilated conditions at an ambient temperature of 25℃:
1、 the above data are in the use of ambient temperature of 25 ℃ and well ventilated conditions measured
2、Can be customized according to the user’s specific test requirements of ice-covered test chamber, ice-covered test chamber, etc.
3、This technical information, subject to change without notice

 

Product Recommendation
Industry News
Calibrating the temperature of a constant temperature and humidity test chamber is a preparatory task before testing. So, how can you ensure proper calibration of the test equipment? Only after adjusting the temperature of the chamber can testing proceed normally.
The humidification process in a constant temperature and humidity test chamber essentially involves increasing the water vapor partial pressure. The initial humidification method was to spray water onto the chamber walls and control the water temperature to regulate the saturation pressure of the water surface.
In the workshops of some enterprises, we often see a brand-new constant temperature and humidity test chamber that, after a short period of use, becomes covered in oil stains and dust.
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