Thermal Abuse Test Chamber – Test Battery Module
Bellue’s BE-101-1000A chamber supports controlled thermal abuse testing of battery modules. Define the specimen, loaded heating profile, monitoring, protective configuration, and applicable test procedure when requesting a quotation.
Thermal Abuse Test Chamber Technical Parameters
| Model | BE-101-1000A |
| Temp. Range | Ambient – 200℃ (Controllable) |
| Control Accuracy | ±0.5℃ |
| Temp. Uniformity | ±2.0℃( No load) |
| Temp. Rising Speed | RT – 150℃ (≧5℃/min, liner with load 40kg module) |
| Temp. overshoot | ≦2.0℃ |
| Control Display Method | PLC Touch screen + remote control, networking, Cell phone APP alarm device, with USB interface, R485 interface can be connected to computer control. |
| Testing Room Dimension | W1000 X D1000 X H1000 mm |
| External Chamber Dimension | W1400 X D1300 X H1840 mm |
| Inner chamber Material | SUS304 Stainless Steel (Mirror finished) |
| External chamber Material | SECC Steel Plate, Powder Painted |
| Basement | With universal wheel |
| Observation Window | 390 X 360mm (20mm Tempered Explosion Proof Glass) |
| Power Source | 380V 50HZ |
| Heating Power | About 12 KW |
| Safety Protection Device | over-voltage, over-temperature, over-current protection. protection for short circuits caused by incorrect operation of the operator and battery electrode, battery positive and negative connection, etc. |
| Safety Device | Smoke exhaust system, explosion-proof pressure relief port, tri-color light alarm. |
Thermal Abuse Test Chamber Standards
- IEC 62133
- IEC 62619
- UL 1642
Define the Cell or Module Test Program
Confirm the battery chemistry, application, specimen level, applicable standard edition, and approved procedure before defining the exposure program. IEC 62133-2 addresses portable lithium systems, while IEC 62619 addresses industrial lithium cells and batteries; the required method must match the project scope.
- Specimen dimensions, mass, quantity, state of charge, and preparation requirements.
- Required chamber temperature profile, loaded heating rate, dwell time, and measurement locations.
- Voltage and temperature monitoring, observation, data recording, and acceptance criteria.
- Fixture arrangement, feedthroughs, exhaust interfaces, and protective equipment configuration.
- Laboratory-approved procedure, installation requirements, and operator training scope.
Request engineering review of the complete test program. The chamber parameter table describes equipment configuration; the selected procedure defines preparation, exposure, observation, and evaluation requirements.
