The temperature-humidity-vibration comprehensive test chamber (also known as the three-combination test chamber or environmental reliability test chamber) is a device used to simulate complex environmental conditions. It can simultaneously apply multiple stress conditions such as temperature, humidity and vibration to the product, in order to evaluate its reliability, durability and performance stability under extreme environments.
Technical Specifications
3-Axis AGREE Environmental Test Chamber
Temperature Range70℃ to +180℃
Temperature Fluctuation≤ ± 0.5℃
Temperature Deviation≤ ± 2.0℃
Temperature Uniformity≤ 2.0℃
Humidity Range (%RH)※210%98% RH
Humidity Uniformity±1.0 % RH
Patent Number: ZL. 2021 2 2673632.2
1.Structural Design: Monolithic construction with seamless TIG welding for durability and aesthetics. Lever-driven door lock mechanism.
2.Smart Control System: Features a Chinese/English-language color LCD touchscreen HMI + high-performance PLC, powered by TESTEQ's proprietary software for automated, intelligent, and user-friendly operation.
3.Energy Efficiency: Incorporates TESTEQ's patented "Static Balance" technology, reducing energy consumption by over 30% during low-temperature stabilization.
4.Vibration Integration: Elevator Mechanism: Wireless remote-controlled for alignment with horizontal/vertical vibration platforms.
5.Advanced Sealing: Custom flexible connectors ensure airtight integration between temperature/humidity chambers and vibration platforms.
6.Climate Control:
•Dual operation modes: Constant operation & Programmable operation
•TESTEQ's patented humidification technology
•Eco-friendly refrigerants compliant with international environmental protocols
7.Premium Components: Internationally renowned compressors and critical refrigeration parts ensure long-term reliability.
8.Connectivity: RJ45 communication port + remote control system supporting Modbus/OPC protocols.
9.Surface Finish: Electrostatic powder coating in brand colors - "TESTEQ White" for main body, "TESTEQ Blue" for access doors.
Widely used in aviation, aerospace, shipbuilding, defense, electrical engineering, electronics, automotive, motorcycle, telecommunications, and scientific research industries.