Battery test chambers
- Model: RS-8000A2
- Application: Designed for battery and battery module crush & puncture tests, simulating localized thermal runaway or internal short circuits.
- Real-time Data Collection: Monitors pressure, displacement, puncture force, surface temperature, and voltage curve.
- Customizable Testing: Adjustable compression and puncture speeds with various fixture options.
- Safety: Ensures operator safety and prevents damage to the testing environment during potential fire or explosion.
- Compliance: Meets global standards, including GB/T, UL, IEC, and UN38.3
A device that is installed into the battery module frame and can efficiently simulate the expansion force of the battery core. It can continuously output alternating loads or stable loads and quickly evaluate the fatigue strength of the module frame structure. For double-row battery modules, it supports dual motor linkage control (that is, placing 2 sets of test equipment in the frame to synchronously control the load of each equipment). The equipment is driven by a motor, and a load is applied to the profiling block through a reducer, transmission mechanism, etc. to simulate the cell expansion force.
The High and low temperature battery extrusion & needle testing machine RS-6006 GDW is designed for extrusion & acupuncture test of battery and battery module in high and low temperature environment. It has video monitoring function and can automatically save video and reproduce the test process.
- High Precision and Speed: Equipped with a Panasonic AC servo motor, precision ball screw, and linear guide system for high-speed, high-precision positioning.
- Real-time Data Collection: Continuously collects puncture force, travel distance, surface temperature, and voltage with no steps and high resolution.
- Remote Control and Data Acquisition: Supports high-speed Ethernet remote control and data collection, effective over distances of up to 100m.
- Comprehensive Safety Testing: Simulates puncture/extrusion forces to assess battery safety, optimizing products based on real-time data.
- Complies with Industry Standards: Meets the safety and testing requirements outlined in GB/T 31485-2015 for electric vehicle power batteries.
The Double-layer high and low temperature explosion-proof test chamber ITM-DEP-288L is designed for high and low temperature testing of batteries, batteries, electronic products and other products, parts and various materials. The equipment can simulate the quality inspection and reliability testing of products, parts and materials under the condition of temperature change
The High Temperature Aging Test Chamber is designed for high temperature aging test of electric core and module as well as electronic parts and various materials. The unique air duct design ensures higher temperature precision and uniformity. The circulating fan adopts frequency conversion control, low noise, and the size can accept customized.
The RS-6005 Explosion-proof Battery Testing Box is specifically designed to protect both operators and equipment during overcharge, over-discharge, and charge/discharge tests. By enclosing the battery inside the explosion-proof box and connecting it to an external charge/discharge tester, it ensures the safety of the testing process. The box can be customized according to specific testing requirements.
The Battery Spray Combustion Tester is designed for lithium battery (or battery pack) flame resistance test. In an experimental platform to drill a diameter of 102mm holes, and in the holes placed on a wire mesh, the battery under test on the wire mesh screen, installed around the specimen in an octagonal aluminum wire mesh, and then ignite the burner, the specimen burst into heat until the battery explodes or the battery burned down, and the combustion process is timed.
Test standard
UL2272-2016，UL2271-2013，GB/T31241-2014，GB/T 18287 -2013
GB/T8897.4-2008，YD/T 2344.1-2011，GB/T 31485-2015
The RS-8000A2-50KN Battery Puncture and Compression Tester is designed for testing battery and power battery packs under puncture and compression conditions. It simulates potential risks like local thermal runaway or internal short circuits caused by compression or external puncture forces. During the test, real-time data on puncture force, stroke, battery surface temperature, and voltage changes are collected and synchronized.
