IEC 62133-1 Battery Thermal Impact Test Chamber 200℃ Thermal Abuse Test Equipment
Professional battery thermal abuse testing equipment designed for comprehensive battery safety evaluation under thermal stress conditions.
The Battery Thermal Impact Test Chamber is designed for battery thermal abuse and thermal impact testing in compliance with international battery safety standards including IEC62133-1:2017, IEC62133-2:2017, and IEC60086-4:2019.
This professional testing equipment simulates high-temperature environmental conditions by placing batteries inside a forced hot air circulation chamber. The system heats the battery to a preset temperature at a controlled heating rate and maintains stable thermal conditions for specified durations, enabling manufacturers to evaluate battery safety performance under thermal stress.
Widely used in lithium battery laboratories, EV battery testing centers, consumer electronics manufacturing, energy storage system testing, and certification laboratories.
- IEC62133-1:2017 Clause 7.3.5
- IEC62133-2:2017 Clause 7.3.4
- IEC60086-4:2019 Clause 6.5.7
- High-precision PID temperature control system
- Forced hot air circulation for excellent temperature uniformity
- PLC touch screen intelligent control interface
- SUS304 stainless steel inner chamber with corrosion resistance
- SECC powder-coated steel exterior structure
- Fast temperature recovery after door opening
- High-temperature resistant long-axis motor and turbo blower
- Multiple safety protections including over-temperature and overload protection
- Optional tempered glass observation window with bursting disk
- Stable heating performance for lithium battery safety testing
- Custom chamber dimensions available upon request
| Item | Specification |
|---|---|
| Product Name | Battery Thermal Impact Test Chamber |
| Temperature Range | Ambient Temperature ~ 200℃ |
| Temperature Control Accuracy | ±0.5℃ |
| Temperature Uniformity | ±2.0℃ (No Load) |
| Heating Rate | 5℃±2℃/min (RT~150℃) |
| Control Method | PLC Touch Screen Control |
| Working Chamber Size | W800 × H850 × D600 mm |
| External Dimensions | W1140 × D1130 × H1620 mm |
| Inner Chamber Material | SUS304 Mirror Stainless Steel |
| Outer Chamber Material | SECC Steel Plate with Powder Coating |
| Insulation Material | High Density Glass Wool |
| Observation Window | Tempered Glass with Bursting Disk |
| Mobility | Universal Wheels Installed |
| Power Supply | AC 220V ±10%, 50Hz |
| Heating Power | Approx. 5KW |
| Air Circulation System | Forced Flat Air Circulation |
| Heating System | PID + SSR |
| Motor | High Temperature Resistant Long Axis Motor |
| Blower Type | Multi-Impeller Turbo Fan |
The chamber adopts a high-efficiency forced air conveying circulation system. The circulation motor drives the turbo fan to continuously circulate hot air through the heating system and chamber interior, ensuring:
- Uniform temperature distribution
- Reduced energy consumption
- Stable thermal testing conditions
- Rapid temperature recovery after door operation
- 1HP high-temperature resistant long-axis motor
- Multi-impeller turbo blower with adjustable airflow plate
- Optimized internal air duct structure for smooth airflow circulation
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