Explosion-Proof Test Chamber is a professional battery test safety chamber used for battery overcharge tests, battery forced discharge tests, battery over-discharge protection tests.
Model:
WA-ST-125L-JEPEffective Volume:
125L (Customizable)Note 1:
Inner Dimensions: W500*H500*D500mm (Customizable)Note 2:
Observation Window: W200*H300mm (Customizable)Note 3:
Temperature and humidity control can be integrated.Product Detail
Battery Test Safety Chamber
Battery Explosion-Proof Test Chamber
Functional Description:
In battery safety performance testing, the battery explosion-proof test chamber is used to place the tested battery to prevent battery explosion from causing injury to the operator, damage to the battery charging and discharging equipment, and damage to the battery testing laboratory.
The battery explosion-proof test chamber has a variety of explosion-proof designs to control the safety risks of the battery safety performance testing process, and the test hole is reserved on the side of the explosion-proof chamber to allow the DC test cables of the battery charging and discharging equipment to be led out.
Scope of Application:
The battery explosion-proof test chamber is designed to make the battery safety performance testing process safer, providing safety protection for operators, battery charging and discharging equipment, and battery testing laboratory when performing battery overcharge tests, battery forced discharge tests, battery over-discharge protection tests, etc.
Features:
1) The battery test safety chamber is explosion-proof designed, and the chamber structure is sturdy. Even when the lithium battery has thermal runaway, the destructive force can be limited to a certain range to protect the surrounding personnel and environment.
2) Explosion-proof chamber with powerful safety testing function: supports multiple battery safety performance tests such as battery overcharge tests, battery forced discharge tests, battery abusive overcharge tests and battery over-discharge protection tests, etc.
3) There is one DC test cables lead-in test hole with a hole diameter of 50mm on the right side of the battery test safety chamber, which can be used to connect battery charging and discharging test equipment.
4) There is a safety pressure relief port with a size of W150*H150mm directly behind the explosion-proof test chamber, which can instantly release the shock wave when an explosion occurs.
Technical Specifications of Explosion-Proof Test Chamber
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1. Product |
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1.1 Product Name |
Battery Explosion-Proof Test Chamber |
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1.2 Product Model |
WA-ST-125L-JEP |
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1.3 Product Type |
Battery overcharge/over-discharge test explosion-proof box |
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2. Application |
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2.1 Application |
When performing battery safety tests such as battery overcharge test or battery over-discharge test, the battery under test is placed in this explosion-proof test chamber to prevent operator injury or battery charging and discharging equipment damage in the event of a battery explosion. |
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3. Volume & Dimension & Weight |
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3.1 Effective Volume |
125L (Customizable) |
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3.2 Inner Dimensions |
W500*H500*D500mm (Customizable) |
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3.3 Overall Dimensions |
W750*H1080*D770mm (Customizable) |
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3.4 Weight |
About 120KG |
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4. AC Input Power |
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4.1 AC Input Power |
Single-phase 220VAC±10%, 50Hz±0.5Hz, 500W (Customizable) |
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5. Standard Compliance |
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5.1 Standard Compliance |
1) UN38.3 - 38.3.4.7 Test T.7: Overcharge 2) UN38.3 - 38.3.4.8 Test T.8: Forced discharge 3) IEC62133 - 7.3.6 Over-charging of battery 4) IEC62133 - 7.3.7 Forced discharge (cells) 5) UL 2054 - 11 Abusive Overcharge Test 6) UL 2054 - 12 Forced-Discharge Test 7) UL 1642 - 11B Forced-Discharge Test 8) UL 1642 - 17 Forced-Discharge Test 9) ECE R100 - Annex 8G Overcharge protection 10) ECE R100 - Annex 8H Over-discharge protection 11) Etc. |
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6. Structure & Material |
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6.1 External Chamber |
1.00mm thick cold rolled steel plate with painting. |
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6.2 Internal Chamber |
1.00mm thick stainless steel. |
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6.3 Internal Structure |
The inside of the test chamber is empty, covered with Teflon tape, and has an insulating board at the bottom, which is effective in insulation and flame retardant and easy to clean. |
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6.4 Door Seal Material |
Silicone sealing strip |
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6.5 Casters |
Install movable castors with brakes so it can be moved when needed and can be fixed in place. |
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6.6 Chamber Door |
Manual single open door. |
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6.7 Observation Window |
There is an observation window on the door, with specifications of W200*H300mm. |
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6.8 Lighting System |
One energy saving LED light inside the test chamber. |
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6.9 Testing Hole |
There is one DC test cables lead-in test hole on the right side of the test chamber, with a hole diameter of 50mm. |
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7. Protection Function |
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7.1 Explosion-Proof Chain |
Explosion-proof chains are installed on the chamber door to prevent it from flying out under the impact of battery explosion. |
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7.2 Safety Pressure Relief Port |
There is a pressure relief port with a size of W150*H150mm directly behind the inner chamber, which can instantly release the shock wave when an explosion occurs. |
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7.3 Smoke Exhaust Port |
There is a φ150mm smoke exhaust port at the rear of the explosion-proof box, which can be connected to the smoke exhaust pipe to the outside and the smoke exhaust can be started manually. |
Figure 1. Battery Test Safety Chamber
* Reference picture (Picture just as reference, please in kind prevail)
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IPv6 network supported 
