As lithium-ion batteries are increasingly used in portable electronics, energy storage systems, electric vehicles and other applications, battery safety testing has become an essential part of cell development and quality control.
Sinuo has introduced a JISC8714 Portable Lithium-Ion Secondary Cells Internal Short Circuit Tester, designed for forced internal short-circuit testing of lithium-ion cells and batteries in accordance with JISC8714:2007 Clause 5.5 and related IEC 62133-2 battery safety testing requirements.
1. Designed for Forced Internal Short Circuit Testing
The system is developed to simulate internal short-circuit conditions in lithium-ion cells, helping manufacturers and laboratories evaluate battery safety performance under controlled test conditions.
2. Integrated Temperature, Force and Voltage Monitoring
The equipment combines a temperature-controlled test chamber with a servo-driven compression system and voltage acquisition system. Test parameters such as temperature, compression force, displacement and battery voltage can be monitored during the test.
3. Precise Servo-Controlled Compression
The force test system provides a 1–200 kg force range, adjustable squeeze speed and up to 300 mm displacement, enabling controlled mechanical loading of the test cell. The system uses servo motor drive technology for accurate and repeatable operation.
4. Real-Time Battery Voltage Acquisition
The voltage acquisition system can monitor voltage changes during the test and record the voltage curve in real time. Test data can also be exported through USB for further analysis and documentation.
5. Temperature-Controlled Battery Safety Testing
The integrated chamber provides a 0–100°C temperature range, with programmable temperature control and forced air circulation. This allows battery internal short-circuit tests to be performed under controlled thermal conditions.
6. Safety-Oriented Test Chamber Design
The testing chamber incorporates an observation window, internal lighting, ventilation and safety protection features, allowing operators to observe the specimen while maintaining a controlled testing environment.
From battery cell development and quality control to laboratory safety evaluation, the JISC8714 internal short circuit tester provides a comprehensive solution for manufacturers, battery laboratories and R&D organizations.
With integrated force, displacement, temperature and voltage data acquisition, the system helps users obtain more complete test data while improving the repeatability and traceability of lithium-ion battery safety testing.
View the JISC8714 Lithium-Ion Battery Internal Short Circuit Tester
As lithium-ion batteries are increasingly used in portable electronics, energy storage systems, electric vehicles and other applications, battery safety testing has become an essential part of cell development and quality control.
Sinuo has introduced a JISC8714 Portable Lithium-Ion Secondary Cells Internal Short Circuit Tester, designed for forced internal short-circuit testing of lithium-ion cells and batteries in accordance with JISC8714:2007 Clause 5.5 and related IEC 62133-2 battery safety testing requirements.
1. Designed for Forced Internal Short Circuit Testing
The system is developed to simulate internal short-circuit conditions in lithium-ion cells, helping manufacturers and laboratories evaluate battery safety performance under controlled test conditions.
2. Integrated Temperature, Force and Voltage Monitoring
The equipment combines a temperature-controlled test chamber with a servo-driven compression system and voltage acquisition system. Test parameters such as temperature, compression force, displacement and battery voltage can be monitored during the test.
3. Precise Servo-Controlled Compression
The force test system provides a 1–200 kg force range, adjustable squeeze speed and up to 300 mm displacement, enabling controlled mechanical loading of the test cell. The system uses servo motor drive technology for accurate and repeatable operation.
4. Real-Time Battery Voltage Acquisition
The voltage acquisition system can monitor voltage changes during the test and record the voltage curve in real time. Test data can also be exported through USB for further analysis and documentation.
5. Temperature-Controlled Battery Safety Testing
The integrated chamber provides a 0–100°C temperature range, with programmable temperature control and forced air circulation. This allows battery internal short-circuit tests to be performed under controlled thermal conditions.
6. Safety-Oriented Test Chamber Design
The testing chamber incorporates an observation window, internal lighting, ventilation and safety protection features, allowing operators to observe the specimen while maintaining a controlled testing environment.
From battery cell development and quality control to laboratory safety evaluation, the JISC8714 internal short circuit tester provides a comprehensive solution for manufacturers, battery laboratories and R&D organizations.
With integrated force, displacement, temperature and voltage data acquisition, the system helps users obtain more complete test data while improving the repeatability and traceability of lithium-ion battery safety testing.
View the JISC8714 Lithium-Ion Battery Internal Short Circuit Tester
