Three-Layer Explosion-Proof Battery Test Chamber is a three-layer independently temperature-controlled explosion-proof temperature test chamber launched by Zhongzhi to meet the R&D and mass production testing needs of lithium batteries, power batteries, battery cells, and modules. This equipment vertically integrates three completely independent environmental chambers into one main unit, with a capacity of approximately 100L per layer. Different temperature conditions can be set independently within the range of -40°C ~ +150°C, allowing multiple batches and multiple operating conditions of battery reliability tests to be conducted simultaneously.
Three-Layer Explosion-Proof Battery Test Chamber is a three-layer independently temperature-controlled explosion-proof temperature test chamber launched by Zhongzhi to meet the R&D and mass production testing needs of lithium batteries, power batteries, battery cells, and modules. This equipment vertically integrates three completely independent environmental chambers into one main unit, with a capacity of approximately 100L per layer. Different temperature conditions can be set independently within the range of -40°C ~ +150°C, allowing multiple batches and multiple operating conditions of battery reliability tests to be conducted simultaneously.
|
Model |
CZ-UHA-100D-3 |
CZ-UHA-360D-3 |
Customized |
|
Internal Dimensions (W×H×D) (mm) |
500×500×400 |
1000×600×600 |
As required |
|
External Dimensions (W×H×D) (mm) |
1200×2000×2200 |
1400×2800×2300 |
As required |
|
Temperature Range |
-70℃ ~ +150℃ (D:-40℃ G:-70℃) |
||
|
Humidity Range |
5%R.H ~ 98%R.H (Optional) |
||
|
Heating / Cooling Rate |
1 ~ 15°C/min (Average / Linear) |
||
|
Model |
CZ-UHA-100D-3 |
CZ-UHA-360D-3 |
Customized |
|
Internal Dimensions (W×H×D) (mm) |
500×500×400 |
1000×600×600 |
As required |
|
External Dimensions (W×H×D) (mm) |
1200×2000×2200 |
1400×2800×2300 |
As required |
|
Temperature Range |
-70℃ ~ +150℃ (D:-40℃ G:-70℃) |
||
|
Humidity Range |
5%R.H ~ 98%R.H (Optional) |
||
|
Heating / Cooling Rate |
1 ~ 15°C/min (Average / Linear) |
||