Lithium-ion Battery Safety Test Chamber with Explosion Proof
A specialized environmental chamber engineered for extreme safety during overcharge and over-discharge testing of lithium-ion cells and modules. This high-performance system effectively resists explosion-generated pressure while preventing high-temperature chain reactions between test units.
Product Overview
Technical Highlights
- Internal Volume1000 x 1000 x 1000 mm
- Temp Range-80°C to +200°C (Optional)
- Humidity Range20% to 98% R.H.
- Temp Accuracy±0.5°C
- Ramp Rate0.1 ~ 3.0°C/min
Explosion-Proof Features
- Fire SuppressionCO2 Dry Powder
- Safety HardwareExplosion-proof Chains
- Pressure ManagementRelief Port & Exhaust Fan
- IlluminationExplosion-proof Lamps
- ChassisReinforced SUS 304#
Performance Advantages
Blast Containment
Reinforced chamber walls and specialized explosion-proof chains effectively resist internal pressure generated by failed lithium-ion cells.
Integrated Fire Suppression
Equipped with a CO2 dry powder extinguisher specifically designed for rapid fire suppression during thermal runaway events.
Atmospheric Control
Automatic exhaust fans and pressure relief ports ensure hazardous gases are safely vented while maintaining strictly controlled test humidity.
Industrial Components
Utilizes professional-grade French Tecumseh or Germany Bizer compressors to ensure stable thermal performance during safety tests.
Core Hardware & Safety
Technical Specifications
| Category | Parameter | Specification Detail |
|---|---|---|
| Model | TH-1000 | Lithium-ion Battery Explosion-proof Series |
| Dimensions | Internal WxHxD (mm) | 1000 X 1000 X 1000 |
| Dimensions | External WxHxD (mm) | 1750 X 2100 X 1750 |
| Thermal Range | Temperature Range | Temperature Min: -80°C ; -70°C ; -60°C ; -40°C ; 0°C ; Room Temperature Temperature Max: +80°C ; +100°C ; +150°C ; 180°C ; 200°C; |
| Humidity | Analytical Range | 20%~98%R.H. |
| Uniformity | Uniformity of Temperature and Humidity | 0.1°C; 0.1% R.H / ±2.0°C; ±3.0% R.H. (Indication Resolution / Distribution) |
| Accuracy | Control Accuracy of Temperature and Humidity | ±0.5°C; ±2.5% R.H. |
| Ramp Rates | Temperature Rising/ Falling Velocity | Temperature rising approx. 0.1~3.0°C/min; temperature falling approx. 0.1~1.5°C/min; |
| Chamber Materials | Interior and Exterior Material | Interior material is SUS 304# stainless steel, exterior is stainless steel or SEE cold-rolled steel with paint coated. |
| Insulation | Insulation Material | Resistant to high temperature, high density, formate chlorine, ethyl acetum foam insulation materials |
| Cooling | System Type | Wind cooling |
| Safety Systems | Protection Devices | Fuse-free switch, overloading protection switch for compressor, high and low voltage coolant protection switch, over-humidity and over-temperature protection switch, fuses, fault warning system, water short storage warning protection |
| Accessories | Optional Accessories | Inner door with operation hole (Optional), Recorder (optional), Water Purifier |
| Hardware | Compressor | French Tecumseh Brand, Germany Bizer Brand |
Primary Use Cases
Safety Certification
Verification for battery modules and packs against global safety performance standards.
R&D Overcharge Testing
Forced discharge and overcharge tests during the development of lithium-ion cell chemistry.
Quality Inspection
Subjecting lithium-ion cells, modules, or packs to overcharge and over-discharge (forced discharge) tests to evaluate their ability to resist explosion pressure and prevent thermal influence on adjacent batteries.
