Altitude Temperature Test Chamber Altitude Simulation Low Pressure to 1.1Kpa
Altitude Test Chamber is widely use for electrical & electronic, aerospace, military, automotive industries and packages and comsumable products. According to GB,GJB and IEC standard, to do high low temperature,low pressure and other environmental and reliability test.
Sanwood altitude chamber is composed of test room formed by pressure-containing shell, and insulation structure, refrigeration system,vacuum system and circuit system and other components precision instruments etc.
Altitude Test Chamber Specification
Model | SM-VTH-2000-CD | |
Temperature | Temperature control range | -70℃~180℃ |
Temperature fluctuation | ±0.5℃ | |
Cooling rate | 180.0℃~-70.0℃ Within 120mins | |
Heating rate | -70.0℃~180.0℃ Within 100mins | |
Temperature uniformity | ±2.0℃ | |
Pressure | Pressure range | Normal pressure~1.09kpa(30500 Meter height) |
Pressure error | ±2kpa(>40kpa),±5%(2kpa~40kpa),±0.1kpa(<2kpa) | |
Material / components | Internal material | Adopt 2mm thickness stainless steel plate (SUS304) |
External material | Adopt 10mm thickness cold rolled steel plate fully welded / powder sprayed | |
Heat insulating material | 100mm thickness polyurethane plate | |
Size | Inner size(mm)W*H*D | 1400*1200*1200 |
Outer size(mm)W*H*D | About 1650x1400x3200 | |
Volume(L) | 2000L | |
Operating ambient temperature | +5 ~ 35℃ | |
Power supply | 380V AC 50/60Hz | |
Controller | SANWOOD SH5600:Equipped with RS232 port;(7.0 inch controller)USB data export | |
Safety | Over temperature protection, Leakage protection function, etc. |
Customized sizes and models are available.
Altitude Test Chamber Test Standards comply:
GB/T2423.1-2001 test A: Low temperature test
GB/T2423.2-2001 test B: High temperature test
GB/T2423.21-2001 test M: Low pressure test
Research is essential for the technology and engineering activities required to advance the design and development of products. Companies in almost every industry rely on research and development (R&D) to plan, design, and deliver new, innovative products.
Environmental test chambers accommodate various aspects of R&D. Some are designed for laboratory research, testing in search for or evaluation of product alternatives, construction, and testing of pre-production prototypes.
The most common tests run are for product shelf-life. Companies simulate the lifespan of a product (e.g, a change of five degrees in the test chamber is equivalent to two years in a real-world environment) through what’s known as highly accelerated life testing (HALT). The goal is to identify the so-called ‘failure point’ of products, so companies can set expectations or, if need be, focus on a different design that proves more durable.
The more time, resources, and energy you put into R&D testing, the more confident you’ll feel advancing to production.