Battery Internal Short Circuit Test Chamber
Rigorous Internal Short Circuit Safety Testing
Rigorous Internal Short Circuit Safety Testing
Rigorous Internal Short Circuit Safety Testing
Model No. :
BE-6045W
Model No. : BE-6045W
Brand : DG Bell
A specialized environmental chamber engineered to simulate internal short-circuit conditions in lithium-ion batteries by applying controlled mechanical pressure to the cell structure. This system allows manufacturers to monitor thermal runaway behavior and electrical stability within a reinforced, explosion-proof testing environment.
-
High precision hydraulic pressure application system
-
Integrated explosion proof safety chamber design
-
Programmable PLC touchscreen for remote operation
[acf_all_fields_accordion]
− Features
- High-Precision Force Control: Utilizes a sophisticated hydraulic drive to apply specific crushing forces, enabling the precise deformation required to trigger internal shorts for safety analysis.
- Reinforced Safety Architecture: Constructed with a stainless steel explosion-proof inner chamber and a high-strength viewing window to protect personnel from potential fire or projectile hazards.
- Comprehensive Data Monitoring: Features integrated sensors to capture real-time voltage, temperature, and pressure changes, providing critical data for thermal runaway diagnostics.
- Programmable Test Profiles: The PLC touch-screen interface allows operators to define custom displacement and pressure parameters to meet varied research and development requirements.
- Intelligent Safety Interlocks: Equipped with automated door locks and pressure relief ports to ensure the chamber remains sealed and secure during high-risk volatile testing phases.
+ Technical Specifications
| Temperature Range | -10℃ ~ +80℃(Controllable) |
| Temperature Rising Rate | Ave.3℃/min(-10℃ to 80℃、Nonlinear No-load) |
| Temperature Cooling Rate | Ave.1℃/min(80℃ to 10℃、Nonlinear No-load) |
| Inner Chamber Dimension | W600 X H750 X D500 MM |
| External Chamber Dimension | W1170 X H1850 X D1020MM |
| Inner Chamber Material | Stainless steel with mirror-finish, bottom reinforcement |
| External Chamber Material | Cold-Rolled Steel with paint-baked coating |
| Observation Window | The single-opening door is accompanied by a 3-layer vacuum large glass observation window (W430mm x H 580mm); The door frame is equipped with electric heating (automatic adjustment) anti-frost, anti-condensation device; so that you can clearly observe the Test status of the test sample in the box through the observation window at any time. |
| Max. Loading | 200KG |
| Resolution | 1/10000 |
| Force Accuracy | ≤0.5% |
| Displacement resolution | 1/1000 |
| Accuracy of displacement | ≤0.5% |
| Speed Range | 0.01-5MM/S |
| Effective Range | 0 ~ 200mm |
| Max. Test Area | 300X300MM (Can be customized) |
| Voltage Range | 0—60V |
| Voltage Resolution | 5mV |
| Voltage Acquisition Frequency | 100HZ |
| Control System | Servo motor + Servo control system |
| Safety Protection | Explosion-proof pressure relief device, smoke exhaust device, fire extinguishing system, electronic door lock system, safety stop switch |
+ Standards
OTHERS
IEC 62133-2017
Features
- High-Precision Force Control: Utilizes a sophisticated hydraulic drive to apply specific crushing forces, enabling the precise deformation required to trigger internal shorts for safety analysis.
- Reinforced Safety Architecture: Constructed with a stainless steel explosion-proof inner chamber and a high-strength viewing window to protect personnel from potential fire or projectile hazards.
- Comprehensive Data Monitoring: Features integrated sensors to capture real-time voltage, temperature, and pressure changes, providing critical data for thermal runaway diagnostics.
- Programmable Test Profiles: The PLC touch-screen interface allows operators to define custom displacement and pressure parameters to meet varied research and development requirements.
- Intelligent Safety Interlocks: Equipped with automated door locks and pressure relief ports to ensure the chamber remains sealed and secure during high-risk volatile testing phases.
Technical Specifications
| Temperature Range | -10℃ ~ +80℃(Controllable) |
| Temperature Rising Rate | Ave.3℃/min(-10℃ to 80℃、Nonlinear No-load) |
| Temperature Cooling Rate | Ave.1℃/min(80℃ to 10℃、Nonlinear No-load) |
| Inner Chamber Dimension | W600 X H750 X D500 MM |
| External Chamber Dimension | W1170 X H1850 X D1020MM |
| Inner Chamber Material | Stainless steel with mirror-finish, bottom reinforcement |
| External Chamber Material | Cold-Rolled Steel with paint-baked coating |
| Observation Window | The single-opening door is accompanied by a 3-layer vacuum large glass observation window (W430mm x H 580mm); The door frame is equipped with electric heating (automatic adjustment) anti-frost, anti-condensation device; so that you can clearly observe the Test status of the test sample in the box through the observation window at any time. |
| Max. Loading | 200KG |
| Resolution | 1/10000 |
| Force Accuracy | ≤0.5% |
| Displacement resolution | 1/1000 |
| Accuracy of displacement | ≤0.5% |
| Speed Range | 0.01-5MM/S |
| Effective Range | 0 ~ 200mm |
| Max. Test Area | 300X300MM (Can be customized) |
| Voltage Range | 0—60V |
| Voltage Resolution | 5mV |
| Voltage Acquisition Frequency | 100HZ |
| Control System | Servo motor + Servo control system |
| Safety Protection | Explosion-proof pressure relief device, smoke exhaust device, fire extinguishing system, electronic door lock system, safety stop switch |
Application & Standards
Accessories
Software
FAQs
Related Products
Advancing research and development through reliable, high-quality scientific instruments tailored to your needs.
