IEC 62133 Battery Forced Internal Short Circuit Tester – Lithium-Ion Battery Safety Testing Equipment
In the battery internal short circuit tester, short circuit tests are usually performed under high temperature and high pressure to simulate the performance of the battery under abnormal conditions. During the test, attention should be paid to safety measures to avoid accidents such as explosions and fires during the test. At the same time, attention should also be paid to the recycling and disposal of batteries to avoid pollution and harm to the environment.
Battery forced internal short circuit tester features:
- Full-function computer control is adopted to comprehensively test the battery 13KN extrusion, deformation, test voltage, temperature acquisition, temperature control and other parameters.
- It is made of computer control, servo motor, ball screw, explosion-proof box, etc.
- The inner box is made of mirror stainless steel, with observation window, door light, exhaust fan, and casters at the bottom for easy movement.
- Direct computer control, all parameters can be set directly, beautiful appearance, with real-time monitoring, convenient for observation.
Standard:
- UL 1662:2012
- UL 2056:2012
- IEC 62133-2012
- IEC 62281: 2006
- IEC 60086: 2007
Technical Parameters:
| Test box inner box size | 400x500x500mm (width x depth x height) |
| Equipment dimensions | 750x1050x1900mm (width x depth x height, subject to design) |
| Inner box material | SUS304 stainless steel plate, thickness 1.2mm |
| Appearance Material | Thickness 1.5mm Cold plate paint treatment |
| Control method | PLC+touch screen control |
| Temperature range | -10℃~100℃ |
| Temperature display accuracy | 0.1℃ |
| Temperature stability | ±1.0℃ |
| Temperature uniformity | ±2℃ |
| Heating time | Average temperature throughout the whole process ≥3℃/min (no load) |
| Cooling rate | Average temperature throughout the whole process ≥1℃/min (no load) |
| Heater | Fin-type heat dissipation tubular stainless steel electric heater |
| Circulatory system | Convection air circulation system |
| Insulation material | High efficiency compressed glass wool |
| Protective devices | Over-temperature protection, overload protection, explosion-proof lock, explosion-proof chain |
| Drive mode | Servo motor drive, ball screw and linear guide |
| Control method | Touch screen control |
| Cut-off conditions | Pressure, voltage, and temperature |
| Extruded board material | SUS304 stainless steel plate |
| Squeeze action | Pressure from the top down |
| Pressure head size | 10x10x5mm and 10x10x2mm |
| Indenter material | One piece each of Nitrile rubber (10x10x5mm), Acrylic (10x10x2mm) |
| Pressure range | 0-1000N |
| Pressure accuracy | ±0.5%FS |
| Resolution | 1N |
| Unit conversion | kg, lb, N |
| Test trip | 0-200 mm (without fixture) |
| Displacement accuracy | Stroke accuracy: ±0.5mm |
| Test speed | 0.1mm/s~40 mm/s adjustable (Standard 5mm/s） |
| Extrusion direction | Extrusion from top to bottom |
| Temperature collection range | 0-1000℃ |
| Temperature acquisition channel | 1 channel |
| Temperature acquisition accuracy | ±0.5℃ |
| Voltage acquisition range | 0-10V |
| Voltage acquisition channel | 1 channel |
| Voltage accuracy | ±0.5% FS |
| Collection frequency | ≤100ms |
| Equipment power supply | 220V or 380V |
| Equipment power | 7KW |
| Equipment weight | About 400Kg |
