Application:
Explosion-proof Climate Chamber peforms reliability test for battery, which adopts a variety of explosion-proof devices, it can avoid explosion and combustion caused by sample failure under testing. The chamber simulates constant temperature and humidity environment for battery cells testing, pre-conditioning and long time storage.
Power batteries are the core components and power sources of electric cars, so battery reliability testing is the key to the development of new energy vehicle industry. Climate Chamber performs reliability test includes heat test, freeze test, thermal cycle test, damp heat test and so on.
Features:
1. When testing more than one battery cells, the interior chamber adopts horizontal air supply mode to ensure the uniform and stable of temperature and humidity inside climate chamber.
2, Climate Chamber has cable ports on lateral side for battery cells to be powered, its number and size can be customized according to requirements.
3. Reinforced hinge and explosion-proof lock design, door hinge adopts reinforced 304 stainless steel.
4. There is explosion-proof pressure relief valve on lateral side, which automatically relieves pressure when the pressure is too high inside Climate Chamber.
5. Equipped with fire extinguishers to prevent unqualified batteries from explosion and fire.
6. Chamber has smoke sensor and smoke exhaust system.
7. Three-color sound and light warning lamp.
Regulations:
Climate Chamber complies with the following regulations:
2006/42/EC Machinery Directive
2014/35/EU Low Voltage Directive
2014/30/EU Electromagnetic Compatibility Direvtice
Specifications:
| 01 Model | RK-TLD-225PJF |
| 1.1 Internal volume | 225 Liter |
| 1.2 Internal chamber size (W*D*H) | 500 * 600 * 750mm |
| 1.3 External chamber size (W*D*H) | 950 * 1850 * 1750mm |
| 02 Performance |
| 2.1 Temperature range | -40°C to +180°C |
| 2.2 Temperature fluctuation | ≤±0.5℃ |
| 2.3 Temperature uniformity | ≤2.0℃ |
| 2.4 Humidity range | 20% to 98%RH |
| 2.5 Humidity fluctuation | ≤±2.0%RH |
| 2.6 Humidity uniformity | ≤3.0%RH |
| 2.7 Heat up rate | -40°C to +180°C @ 4-5°C/min, non-linear, with loading |
| 2.8 Cool down rate | 180°C to -40°C @ 4-5°C/min, non-linear, with loading |
| 2.9 Test standard | IEC60068-2-1: 2007 Environmental Testing – Test A: Cold; IEC60068-2-2: 2007 Environmental Testing – Test B: Dry Heat; |
| 03 Structure |
| 3.1 Thermal insulation structure | - External material: Cold-rolled steel plate with powder coating - Internal material: SUS#304, thickness 2mm - Chamber: Rigid polyurethane foam + glass fiber - Door thermal insulation material: Rigid polyurethane foam + glass fiber |
| 3.2 Air conditioning channel | - Centrifugal fan - Heater, evaporator, water supply and drainage holes, temperature sensor |
| 3.3 Chamber standard configuration | 1, Observing window size: 300x400x40mm, three layers vacuum glass 2, Internal chamber with observation lamp x 1pc 3, Two pcs SUS# 304 sample tray, loading capacity 50kg/pc, height adjustable 4, Four holes on lateral side, diameter 100mm, with silicone plug & SUS cover
5, One emergency gas exhaust port to avoid high pressure inside chamber 6, Smoke sensor inside chamber and smoke exhaust system 7, Fire extinguisher to avoid fire or flame 8, Sound and light warning lamp (3 color) |
| 3.4 Chamber door | - Single door with observation window - Window & door frame with electric heater to avoid condensation - High strength explosion-proof chain for chamber door |
