The Thermal Abuse Test Chamber is primarily used for thermal abuse testing and elevated temperature performance evaluation of batteries and modules. The Thermal Abuse Test Chamber for Batteries provides a controlled high-temperature environment to assess how batteries respond under heat stress, which is critical for safety evaluation, R&D, and compliance testing.
System Structure & Features
- Control System
PLC touchscreen control system with intuitive operation, full automatic temperature control, and rapid temperature compensation features. - Over-Temperature & Load Protection
Built-in over-temperature protection and automatic shutdown in case of overload ensure safe operation. - High-Temperature Motor
Equipped with a durable high-temperature resistant long-shaft motor for reliable performance under extreme conditions. - Mobility
Four casters at the base allow easy movement and secure placement. - Forced Air Circulation
A forced horizontal airflow circulation system ensures consistent temperature distribution throughout the chamber. - Heating System
Temperature control using PID + SSR (solid state relay) driver technology for stable, accurate heating performance. - Timer Function
Temperature holds and alarms when a preset test duration is reached, ensuring precise test control.
Specifications
| Product Name | Thermal Abuse Test Chamber for Batteries |
| Control System | Temperature controller with touchscreen HMI |
| Internal Chamber Size | 216 L: W600 × D600 × H600 mm |
| Power cell / large-capacity cell: 1 m³ – 2 m³ | |
| Module-level chamber: ≥ 2 m³ | |
| Shelving | Two stainless steel shelves (SUS304), ≥ 50 kg load capacity |
| Inner Chamber Material | Stainless steel SUS304 (thickness varies by chamber size) |
| Temperature Range | RT +10°C to +200°C (adjustable / customizable) |
| Temperature Accuracy | ±0.5°C |
| Temperature Deviation | ±2.0°C (no-load) |
| Heating Rate | 5°C ±2°C/min (non-linear, adjustable, customizable) |
| Timer Setting | Up to 99H 59M 59S |
| Cooling Method | Natural cooling |
| Heating Elements | Stainless steel fin-type nickel-chromium alloy heating tubes |
| Temperature Sensor | High-precision Type-T thermocouple |
| Safety Protection | Over-temperature protection, overload protection, leakage protection, door interlock, emergency stop, three-color status indicator |
| Exhaust Ventilation | Top-mounted high-temperature resistant blower; φ102 mm exhaust pipe; 450 m³/h airflow |
| Lighting | High-brightness LED interior lighting for clear visibility |
| Explosion-Proof Observation Window | 300 × 300 mm explosion-proof window |
| Pressure Relief Port | ≥ 300 × 300 mm |
| Optional Pressure Relief | For power cells and large batteries, larger or dual pressure relief ports recommended |
| Remote Video Monitoring (Optional) | Explosion-proof window with external 1080P ≥ 5 MP camera |
| Power Input | AC220V/50Hz, or AC110V/60Hz |
| Rated Power | 6 kW |
| Exterior Dimensions | 216L: W950 × D800 × H1650 mm; 1m³: W1450 × D1350 × H1850 mm; Larger sizes per design |
| Net Weight | 400kg |
