| Customization: | Available |
|---|---|
| After-sales Service: | 1 Year |
| Power Supply: | AC220V/50Hz |
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Three-Layer Explosion-Proof Test Chamber is used to test the heat resistance, cold resistance, dry resistance and explosion-proof protection of various batteries. Suitable for batteries, electronics, electrical appliances, communications, instruments, vehicles, rubber and plastic products, metal materials, food, medicine, chemical building materials, aerospace, ships, weapons, colleges and universities, and scientific research units.
Meet standards and test methods
1. Adopting the internationally popular refrigeration control mode, the compressor refrigeration power is automatically adjusted from 0% to 100%, reducing energy consumption by 30% compared with the traditional temperature control mode;
2. The high-strength and high-reliability structural design of advanced CNC technology ensures the overall operational stability of the equipment;
3. The studio material is SUS304 stainless steel, which ensures that the equipment has long-lasting high strength, corrosion resistance and hot and cold fatigue strength, long service life and is easy to clean and maintain;
4. High-density polyurethane foam insulation material minimizes heat dissipation and ensures overall thermal insulation.
5. High-strength and temperature-resistant silicon integral rubber seal ensures the overall high sealing performance of the equipment:
6. The observation window adopts vacuum explosion-proof electric heating and anti-frost built-in lighting and high and low temperature resistant lighting devices, which can clearly observe the internal test samples;
7. The air duct adopts a double circulation system to increase air flow, heating and cooling capabilities, and greatly improve the temperature uniformity of the test chamber;
| Structure | The test chamber is designed as an integral structure with two upper and lower studios. |
| temperature range | B series:-20°C-+150C C series:-40C-+150C D series:-70C-+150C |
| temperature fluctuation | +0.3C |
| Air supply method | Forced internal circulation, horizontal air supply over the entire surface (or patio air supply) |
| Heating rate | Average 1~3C/min throughout the process (non-linear no-load) |
| cooling rate | Average 1.0C/min throughout the process (non-linear no-load) |
| Temperature uniformity | ≤2C (no load, constant state) |
| Temperature deviation | +1.0°C |
| Observation window | W300XH400MM three-layer vacuum tempered glass |
| Test binding posts or lead holes | There are 12 sets of binding posts installed inside and outside the left side of the box to connect to the test cabinet or lead holes are optional. |
| Cooling method | Air cooling/water cooling optional |
| Compressor | French Taican compressor, American Copeland compressor or German Blog compressor |
| Control method | The touch screen can be programmed to control PLC, with USB interface and RS485 interface, which can be connected to special network control software for computer control to facilitate remote monitoring and data collection. |
| Internal material | SUS304# mirror stainless steel, 1.0MM thick,eflon sprayed for insulation |
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