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Short Circuit Test Chamber for Lithium Ion Battery Short Circuit Test Machine

The short circuit test chamber is used to test whether the lithium ion battery will explode and catch fire under the condition of a certain resistance short connection, and show the maximum current of the short connection through the relevant instrument. The short circuit test chamber integrated a variety of battery short circuit test standard requirement. According to the requirements of standard short circuit device must conform to the scope of internal resistance ≤5mΩ thus to get the large short-circuit current test requirements. How to Use the Short Circuit Test Chamber ?

After the battery is fully charged according to the prescribed test method, It is placed in an environment of 55℃ ±5℃. After the battery temperature reaches 55℃ ±5℃, It is placed for 30 minutes. Then use wire connection battery positive and negative port, and ensure that all external resistance is 80mΩ ±20mΩ. During the test with short circuit test chamber, The temperature change of the battery is monitored. When one of the following two situations occurs, The test is terminated.

Throughout the test conducted in the short circuit test chamber, Continuous monitoring of the battery’s temperature change is crucial. (1) Battery temperature drops to 20% below peak. (2) The short connection time reaches 24 hours. Test results judgement: The battery should not fire or explode, and the highest temperature should not exceed 150℃. Adhering to these detailed instructions will enable a comprehensive evaluation of the battery’s performance under short circuit conditions, Ensuring safety and accuracy in the testing process.

Short Circuit Test Chamber
Product Model WEW-SCTC-1000A
Testing Room Dimensions 500x500x500 mm
Test Standard UN 38.3, UL 2054
Measurable Battery  0~100 V
DC Response Time ≤5 μs
Large Short Circuit 1000A
Internal Resistance ≤5 mΩ
Temperature Accuracy 0.1℃
Temp Uniformity ±1℃︱Short Circuit Test Chamber
Temperature Control +10℃~+200℃
Mechanical Life 300000 Times
Working Voltage AC 230V, 50 Hz, 60 Hz
Impulse Voltage AC 1kv/ 1.2- 50μs (peak) 1 min
1.2mm thick stainless steel plate and affixed with teflon, strong corrosion resistance and flame retardant performance Inner Material
1.5 mm thick A3 cold plate baking paint treatment|short circuit test chamber for lithium ion battery short circuit test machine External Material
250×250 mm two-layer vacuum tempered glass observation window Sight Window
The rear of the box is equipped with an exhaust fan and a reserved exhaust pipe interface with a diameter of 100 mm Air Outlet
Open the threshold switch of power off to ensure no misoperation and ensure the safety of personnel Door Switch
There are two test holes with a diameter of 50 mm on the left side of the machine, which are convenient to put in various temperature, voltage and current acquisition lines Testing Hole
Independently developed the force control system OYO-9206 system Controller
There are four universal casters under the device, which can move freely Wheels Quantity

In addition, in the circuit design of the short circuit devices are also required to withstand the impact of high current, so we choose the industrial-grade dc electromagnetic contactor and copper wiring terminal and internal copper diversion, generous copper effectively increase the cooling effect, make large current short circuit device safer, effectively reduce the wastage of the testing equipment, to ensure the accuracy of the test data.

This battery external short circuit test is dangerous. Please use a separate testing room and open an observation window in the testing room to record the voltage and current data when the battery is short-circuited. This battery external short circuit test is dangerous. If you are looking for the battery crush tester for lithium battery performance testing, please visit the related lithium battery crush testing page.

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1.1 The working voltage of DC is up to 660V︱Short circuit test system equip with high-current DC contactor 1. DC Contactor
1.2 Rated working current 1000A (or 2000A) dc, equipped with series magnetic blowing mediastinal ceramic arc extinguishing cover arc extinguishing system
1.3 The overall structure of plane layout, the electromagnetic system and the main contact arc extinguishing system are respectively fixed on the installation base frame. The patching electromagnetic system with angular rotation and double winding suction coil are adopted, and the pressure edge device is added on the rotating angular rotation.
1.4 The main contact is made of red copper. Low contact resistance and fast reaction speed;
1.5 Contactor action reliable, safe, long life, easy maintenance.
2.1 Long Distance Wireless Control 2. Remote Control
2.2 Reliable, stable, with self-locking and mutual locking function, strong anti-interference ability, long life
3.1 Measuring Voltage: 0-100v, ensuring test accuracy 3. Voltmeter
3.2 Display Accuracy: F.S ±0.2% RDG ±1digit
3.3 Action Mode: Double integral mode
4.1 Measuring Current: 0-2000a and 0-1000a DC︱short circuit test chamber 4. Ammeter
4.2 Display Accuracy: F.S ±0.2% RDG ±1digit
4.3 Action Mode: Double integral mode︱Short circuit test chamber for Rechargeable battery
5.1 The battery short circuit tester consists of high current short circuit contactor, remote controller, voltmeter, ammeter, etc 5. Basic Configuration
5.2 Necessary Accessories: 1000A test copper cable, etc
adobe-pdf-logo IEC 62133 -2 Secondary cells and batteries containing alkaline or other non-acid electrolytes – Safety requirements for protable sealed secondary cells, and for batteries made from them, for use in portable applications – Part 2: Lithium systems
adobe-pdf-logo UN 38.3 Lithium Metal and Lithium Ion Batteries
adobe-pdf-logo UL 2054 UL Standard for Safety for Household and Commercial Batteries, UL 2054 Second Edition, Dated October 29,2004
adobe-pdf-logo MT/T 1051 2007 Lithium-ion Batteries for Cap Lamp

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