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Li-ion Battery Environmental Heat Shock Test Chamber
The temperature rises at the predetermined rate to the testing temperature and hold on for some time. Use the hot wind circle to ensure the uniformity of the working temperature.
Put the battery sample into the test box with the original temperature of 20±5℃ , then rise the temperature to 130±2℃ at the rate of (5±2℃) per minute. Keep the temperature for 10 min. The battery is qualified if no fire or explosion.
Testing Standard:UN38.3,UL1642,UL2054,GB 8897.4-2002,IEC60086-4 ,GB31241,SN/T1414, SN/T1413 , YD1628, GJB2374, QB/T2052,IEC62133-2012, SAE-J2464,GB31241
Temperature Control | Temperature Range | RT to 200°C |
Display accuracy | 0.1°C | |
Stability | ±1.0°C | |
Uniformity | ±2°C | |
Rising time | (5±2)°C/min, average heating, nonlinearity no-load | |
Temperature-controlled meter | Programmable temperature controller | |
Insulation material | Efficient compression glass wool | |
Insulation devices | No fuse switch and overtemperature protection switch, fuse | |
System Control | Stop control | Stop with buzzing alarm. |
Air circulation system | Convection air supply system | |
Control system | The timers start timing once the predetermined temperature is reached. The power would be cut off when the predetermined is reached. | |
Exhaust pipe | Vane design | |
Volume And Material | Interior box | W40*H40*D45cm |
Outside box | W65*H92*D53cm | |
Interior box material | Stainless steel | |
Outside box material | Cold-roll steel sheets with baking varnish | |
Safety device | Over-temperature alarm, MCCB overload protection | |
Power | 220V,15A |