WBE-BRS Walk-in Temperature&Humidity Test Chamber (Single Door) also known as a walk-in environmental test chamber, is a large-scale environmental climate simulation test chamber specially customized for non-standard testing of large-volume samples, large parts, semi-finished products, and finished products. It provides precise and stable environmental testing conditions for products or product components: routine high and low temperature tests, damp heat alternation (humidity) tests, constant temperature and low humidity tests, high temperature and high humidity aging tests, high (low) storage, environmental stress screening, and other environmental simulation and adaptability tests.
Application areas:
Technology industries including electronics and electrical engineering, third-party testing, new energy, photovoltaic modules, electrical appliances, optoelectronic communications, aerospace and military, automotive industry, LCD display, and medical.
Test standard:
GB/T 2423.1: Low temperature test method; GJB 150.3: High temperature test;
GB/T 2423.2: High temperature test method; GJB 150.4: Low temperature test;
GB/T 2423.34: Humidity cycling test method; GJB 150.9: Humidity test;
IEC 60068-2: Temperature and humidity test methods; MIL-STD-202G-103B: Humidity 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 expansions.
2. The single-door design is suitable for testing large quantities and large volumes of products. A ramp at the entrance facilitates the movement of heavy objects in and out.
3. Sample placement trolleys and mother-daughter trolleys can be customized according to customer needs. A/B or ABC test chamber structures can be selected based on the site requirements.
4. The refrigeration unit and related accessories adopt an integrated, standard, modular design.
5. New servo flow control technology and innovative mechanism design ensure stable operation for over one year, achieving 45% energy savings.
6. Constructed with SUS#304 stainless steel and galvanized steel plates, the structure is robust and has a high load-bearing capacity. Secondary drainage is provided at the bottom.
7. The internal air supply uses a top-outlet, bottom-return airflow structure. The air guide vanes can be freely adjusted, resulting in rapid and uniform temperature and humidity control within the chamber.
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