IEC 62196-1 EV Plug Pull Force and Torque Tester for Charging Connector Testing

The EV Plug Pull Force and Torque Tester is designed to test the mechanical strength of electric vehicle charging plugs, socket-outlets, and connectors. It verifies whether EV charging interfaces can withstand specified pulling force and torque requirements during connection and usage.

This tester is widely used by EV charging equipment manufacturers, automotive laboratories, and connector testing organizations for reliability and safety evaluation.

The equipment is designed according to IEC 61851-1:2017 Clause 11.6, IEC 62196-1:2020 Clause 25.3 Figure 17 & Table 11, and IEC 60309-1:2012 Clause 23.3.

The pull force test is achieved by a single-phase speed-regulating motor driving an eccentric mechanism. The adjustable motor speed ensures accurate force application time and stable testing cycles.

The torque test is performed by a air cylinder releasing the torque weight, applying the required rotational load to evaluate the mechanical strength of the connector.

1. Install the EV plug or connector onto the dedicated fixture.
2. Set the required pulling force and torque values according to the applicable standard.
3. Start the automatic test process.
4. The equipment applies pulling force through the eccentric drive mechanism.
5. The torque system releases the calibrated weight to apply rotational force.
6. Evaluate whether the connector maintains mechanical integrity after testing.

• Designed specifically for EV charging connector mechanical testing
• Supports IEC 61851-1 and IEC 62196-1 compliance verification
• Suitable for automotive laboratories and EV component manufacturers
• Stable force application with accurate test control
• Helps improve charging connector safety and reliability