WBE-BRS Walk-in High And Low Temperature Humidity Test Chamber

WBE-BRS Walk-in High And Low Temperature Humidity Test Chamber

WBE-BRS Walk-in High And Low Temperature Humidity Test Chamber is used to test the performance of various products in heat resistance,cold resistance. Mainly used in semiconductor chips,scientific research institutions, quality inspection,new energy,optoelectronic communications,aerospace military industry, automobile industry,LCD display,medical and other high-tech industries。

Description

WBE-BRS Walk-in High And Low Temperature Humidity Test Chamberis used to test the performance of various products in heat resistance,cold resistance.We offer products with common internal volumes of 2.5m³, 6m³, 8m³, 12m³, 24m³, 36m³, 60m³, 120m³, and 1200m³, along with installation and construction plans.
 1. Standard temperature and humidity range: -20℃/-40℃/-70℃ to +150℃; humidity range: 10%RH to 98%RH.
  2.Customized temperature and humidity ranges and cooling rates: High temperatures of 10℃/10%RH, 95℃/95%RH, and 150℃; cooling rate of 3~15℃/min.

Test standards:
1.B/T 2423.1 Low temperature test method 
2.GJB 150.3 high temperature test
3.GB/T 2423.2 high temperature test method 
4.GJB 150.4 low temperature test

Product features:

1. The internal volume can be designed to meet the user's environmental needs and can be relocated to accommodate future factory expansion.

2. The double-door design is suitable for testing large quantities and large-volume products. A ramp at the entrance facilitates the movement of heavy objects.

3. Sample placement trolleys and mother-daughter trolleys can be customized according to customer requirements.

4. The refrigeration unit and accessories, such as passageways, adopt an integrated standard modular design.

5. New servo flow control technology and innovative mechanism design ensure long-term stable operation for >1 year, achieving 45% energy efficiency.

6. Constructed with SUS#304 stainless steel and galvanized steel plates, the structure is robust and has a strong load-bearing capacity. Secondary drainage is provided at the bottom.

7. The internal air supply uses a top-outlet, bottom-return air blowing structure. The air guide vanes can be freely adjusted, resulting in rapid and uniform temperature and humidity control within the chamber.