Environmental Test Chambers
Select Your Test Range
0~60°C
Constant Temperature chamber
Ambient temperature is a significant influence factor on battery capacity, thus constant temperature control is crucial during battery testing. 0~60°C covers the most common class steps used in early-stage research.
- Cooling method: compressor refrigeration
- Inner Volume: 200L (W500mm×D500mm×H800mm)
- Lead holes: ⌀ 80mm *4 （2 on each side)
- Channel capacity:
- 160 channels for coin cells
- 64 channels for 18650~21700
- Need dimension of pouch cells to confirm
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15~60°C
Mini Desktop Constant Temp. Chamber
This is a great selection for labs with limited space and running small batch tests. The semiconductor cooling method is also environmentally friendly.
- Cooling method: semiconductor refrigeration
- Inner Volume: 25L (W280mm×D250mm×H330mm)
- Lead holes: ⌀ 50mm *1 (at the back)
- Channel capacity:
- 32 channels for coin cells
- 8 channels for 18650~21700
- Need dimension of pouch cells to confirm
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(RT+15)~150°C
High-Temperature Chamber
The high-temperature chamber simulates extreme ambient conditions to test the safety factors and performance of batteries. Explosion-proof protection is provided.
- Add-on Protection: explosion-proof (optional)
- Add-on Selection: fire extinguisher (optional)
- Lead holes: ⌀ 100mm *n (depending on size)
- Internal Volume Selection:
Popular Model Datasheets
| Single Layer | 100L | 150L | 225L | 408L | 800L | 1000L |
| Double Layer | – | 150L*2 | 225L*2 | – | – | – |
-70~150°C
High-Low Temperature Chamber
The high-low temperature chamber provides a wide range of extreme conditions to suit special battery application needs. It is popular in projects for electric vehicles, aerospace, energy storage, etc.
Key Specification
- Add-on Protection: explosion-proof (optional)
- Add-on Selection: fire extinguisher (optional)
- Add-on Simulation: humidity control (optional)
- Lead holes: ⌀ 100mm *n (depending on size)
- Internal Volume Selection:
| Single Layer | 100L | 150L | 225L | 408L | 800L | 1000L |
| Double Layer | – | 150L*2 | 225L*2 | – | – | – |
Popular Model Datasheets
No Temp. Control
Explosion-Proof Chamber
The explosion-proof chamber is used to test the safety performance of Lithium-ion batteries in the process of overcharging, to prevent unnecessary damage from explosion or burning. A ventilation port is provided on top.
- Lead holes: ⌀ 90mm *n (depending on size)
- Internal Volume Selection:
| 2 Grids | 110L*2grids | 250L*2grids | 300L*2grids |
| 20 Grids | 11L*20grids | – | – |
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