Double Deck with Explosion-Proof Chain High-Low Temperature Climatic Test Chamber / Explosion-Proof Test Chamber

 

Introduction to battery explosion-proof thermostat:

Battery explosion-proof high and low temperature test chambers are widely used in accelerated damp heat tests, alternating temperature tests, constant temperature tests, etc. in aerospace, aviation, electronics, automobiles, batteries and other industries, and can also be used for conventional tests at high and low temperatures. Store at low temperatures to evaluate sample performance under given environmental conditions.

 

Provide virtual space to simulate the real environment for aerospace, aviation, electronics, automobiles, batteries and other products as well as quality inspection institutes, research institutes, colleges and universities and other experimental units to verify product inspection and research and development results. The laboratory is designed to shorten the development cycle. An indispensable assistant to improve product quality and reliability.

Application

The double-layer high and low temperature test chamber provides constant high and low temperature environmental conditions from -40°C to 150°C (customizable design is available). It is widely used to test the thermal performance of various products and components. The two test cabinets work independently, providing high efficiency and performance for laboratory testing. In addition, the additional explosion-proof function allows the test chamber to be combined with charge and discharge tests to provide a temperature environment for various battery performance tests.

 
 

1. The walk-in constant temperature and humidity test room has an extremely wide temperature and humidity control range, which can meet the various needs of users. The unique balanced temperature and humidity adjustment method can achieve a safe and accurate temperature and humidity environment. It has stable and balanced heating and humidification performance, and can perform high-precision and high-stable temperature and humidity control.

2. The walk-in constant temperature and humidity laboratory is equipped with a high-precision and intelligent temperature regulator, and the temperature and humidity are displayed on a touch screen. Optional temperature and humidity recorder


3. Automatic selection of the refrigeration circuit of the walk-in constant temperature and humidity test chamber. The automatic control device has the ability to automatically select and operate the refrigeration circuit according to the temperature set value, so that the refrigerator can be started directly under high temperature conditions and the temperature can be directly cooled.

4. The indoor door of the walk-in constant temperature and humidity test room is equipped with a large observation window, which can easily observe the test status of the test samples.

5. The walk-in constant temperature and humidity test room is equipped with advanced safety and protection devices - leakage circuit breaker, ultrasonic Temperature protector, phase loss protector, water cutoff protector
 

Meet test standards

1.GB/T2423.1-2008 "Environmental Testing of Electrical and Electronic Products Part 2: Test Method Test A: Low Temperature"
2.GB/T2423.2-2008 "Environmental Testing of Electrical and Electronic Products Part 2: Test Method Test B: High Temperature"
3.GB/T2423.3-2006 "Environmental Testing of Electrical and Electronic Products Part 2 Test Method Test Cab: Constant Moisture and Heat Test" 4.GB/T2423.4-2008 "Environmental Testing of Electrical and Electronic Products Part 2: Test Method Test D Alternating moist heat (12h+12h cycle)5.GB10589-2008 "Technical Conditions for Low Temperature Test Chamber"
6.GB11158-2008 "Technical Conditions for High Temperature Test Chamber"
7.GB10586-2006 "Technical Conditions for Humid Heat Test Chamber"
8.GJB150.3-1986 "High Temperature Test"
9.GJB150.41986 "Low Temperature Test"
10.GJB150.9-1986 "Damp and Heat Test"
(The load per cubic meter is not more than 20kg/m3 of steel heat, and there is no active heat load during the damp heat test)