The BIA Climatic Altitude Chamber is designed to simulate low-pressure and high-altitude conditions for product reliability and environmental testing.
By combining temperature, humidity and pressure control, the chamber can reproduce demanding environmental conditions and help evaluate product performance under high-altitude and low-pressure environments.
The system is suitable for aerospace, automotive, EV, electronics, semiconductor, defence and industrial applications, from individual components to complete assemblies.
| Parameter | Unit | Specification |
| Standard Chamber Volume | L | 150 / 500 / 1,000 |
| Temperature Range | °C | -70 to +180 |
| Humidity Range | %RH | 10–98 |
| Pressure Control Range | Pa | 1 Pa to atmospheric pressure* |
| Temperature Change Rate | °C/min | 3–15, customizable |
| Pressure Control | — | Programmable pressure profiles |
| Low-Pressure Temperature Control | — | Wall temperature control / infrared radiation heating |
| Optional Configuration | — | Auxiliary chamber for rapid pressure reduction |
Pressure range can be customised according to the test application. Ultra-high vacuum configurations can reach approximately 1 Pa.
| Test Category | Applicable Standards |
| Low-Pressure / Altitude | GB/T 2423.21; IEC 60068-2-13; GJB 150.2A; MIL-STD-810H Method 500.6 |
| Temperature & Humidity | GB/T 2423.1/2; GB/T 2423.3/4; GB/T 2423.22; GB/T 2423.34; IEC 60068-2-1/2/14 |
| Environmental Test Equipment | GB/T 5170 series |
| Road Vehicles & Automotive | ISO 16750; ISO 20653; ISO 19453 |
| Automotive OEM Requirements | VW 80000; PV 2005; PV 1200 |
| Aerospace | RTCA DO-160 / ED-14 |
| Military & Defence | GJB 150 series; MIL-STD-810H |
Applicable standards depend on the specific test method, product requirements and final system configuration.
The BIA Climatic Altitude Chamber provides precise pressure control from 1 Pa to atmospheric pressure, supporting applications ranging from high-altitude simulation to extreme low-pressure testing.
Temperature, humidity and pressure can be controlled together to simulate complex environmental conditions. This allows you to evaluate product performance and reliability under combined environmental stresses.
An optional auxiliary small test chamber can be connected to the main system to reduce the volume being evacuated. This enables faster pressure reduction and improves efficiency for rapid and transient low-pressure testing.
At very low pressure, reduced air convection can affect temperature uniformity. BIA can provide customised wall temperature control and infrared radiation heating to improve temperature control under low-pressure conditions.
The chamber is designed with a high-strength pressure-resistant structure and reliable sealing system to withstand repeated vacuum cycles and demanding temperature conditions.
Chamber dimensions, volume, interfaces and test ports can also be customised according to your application.
The BIA Climatic Altitude Chamber is suitable for:
Typical tests include altitude simulation, low-pressure operation, thermal performance, electrical performance, sealing verification and combined environmental reliability testing.
At Microrel Solution, we support the complete project from application review and chamber selection to installation, commissioning and technical support.
We can also integrate the BIA Climatic Altitude Chamber with temperature and humidity control, monitoring systems, test fixtures, data acquisition and automation to create a complete environmental testing solution.
Whether you require a 150 L laboratory chamber, 500 L or 1,000 L standard chamber, or a customised altitude testing system, we can work with you to develop the right solution for your application.
Tell us your required pressure range, altitude, temperature, humidity, chamber volume and test standard.
Our team can review your application and propose a suitable BIA Climatic Altitude Chamber configuration.