SNQC1019 EV Charging Connector Insertion & Withdrawal Force Tester

As the EV industry continues to grow, the reliability and safety of charging connectors have become increasingly important. The SNQC1019 EV Charging Connector Insertion & Withdrawal Force Tester is designed to evaluate the insertion and withdrawal forces of EV charging plugs, vehicle inlets, and locking mechanisms in accordance with IEC 62196-1:2014.

High-Efficiency Multi-Station Testing

The SNQC1019 features a three-station independent testing design, allowing simultaneous testing of multiple samples to significantly improve efficiency. Each station is equipped with a dedicated servo motor, precision linear guide, high-accuracy force sensor, and customized fixture. The testing speed is adjustable from 0.01 to 100 mm/min, making it suitable for R&D, quality control, and certification applications.

Intelligent Control & Accurate Data Acquisition

Powered by a PLC control system with a touchscreen interface, the tester provides real-time force curve monitoring, automatic peak force detection, and automatic stop protection. With a force range of 10–1000 N (customizable), force accuracy of ±0.5%, and resolution of 0.01 N, the system delivers precise and reliable test data for evaluating connector insertion, withdrawal, and locking performance.

Safe, Reliable & Customizable

Built with a robust steel structure and precision guide system, the SNQC1019 ensures stable operation and long-term reliability. Integrated overload and leakage protection enhance operator safety. Standard fixtures for EV charging connectors are included, while customized fixtures can be developed for different connector designs.

The SNQC1019 provides EV connector manufacturers, testing laboratories, and automotive companies with an efficient and reliable solution for insertion and withdrawal force testing.

Contact us today for detailed specifications or customized testing solutions.