With the development of the economy, more and more electronic, and other products need to use environmental instruments and equipment to conduct environmental simulation tests. Some of these products have the possibility of explosion during the test, such as lithium batteries, etc. Therefore, the test chamber equipment is required to be explosion-proof. Function. In order to realize the explosion-proof function, corresponding changes need to be made in terms of control, electrical and structure.
Double-layer explosion-proof high and low temperature test chambers may be very unfamiliar to many people, but in fact this industry covers every corner of our lives, such as mobile phones, new energy vehicles, etc. that we use every day
The double-layer explosion-proof high and low temperature test chamber is used as a high and low temperature test device for explosive samples. It is suitable for the new energy battery industry, battery cells or modules, high and low temperature charge and discharge, or high and low temperature storage in the test chamber.
Product features of double-layer explosion-proof high and low temperature test chamber:
1. The door and control panel adopt curved streamline design, which is beautiful, safe and reliable;
2. Four sets of universal wheels are installed at the bottom of the box, and the two casters on the front have self-locking functions to facilitate the movement and fixation of the equipment;
3. It adopts a single-machine dual-box design, with one test box at the top and one at the bottom. The control systems and refrigeration systems of the two boxes operate completely independently;
4. The front door of the box has a secondary explosion-proof design, and the rear pressure relief doors are equipped with explosion-proof chains;
5. The reinforced hinge and explosion-proof lock design are made of reinforced 304# stainless steel, and the door lock adopts a powerful flat lock to ensure the safety of the equipment;
6. The insulation layer of the box is designed to be 100MM thick, using high-temperature resistant rock wool with extremely low thermal conductivity as the insulation material.
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