EV Connector Testing Equipment

EV Charging Connector Insertion & Withdrawal Force Tester Test Machine Equipment Overview The Charging Gun Insertion & Withdrawal Force Tester is designed for precision testing of insertion and pull-out forces of EV charging connectors. It is widely used for quality inspection of incoming materials in EV charging gun manufacturing, helping prevent functional defects and ensuring compliance with required technical specifications. The system adopts a high-precision ball screw

EV Connector Cable Static Tensile & Compression Testing Equipment 5000N Complied Standards & Clauses Conforms to IEC 62196-1:2022, etc. Product Overview Ensure the mechanical strength and reliability of your EV charging gun cables with our Static Tension and Compression Test Device. Designed for precision and durability, this advanced tester performs both tensile and compression tests to validate that cable clamping structures can withstand the mechanical forces encountered

EV Connector Electronic Lock Durability Testing Equipment IEC 62196-1 Complied Standards & Clauses Conforms to IEC62196-1:2022, etc. Equipment Overview Ensure the safety and reliability of your EV charging connectors with our EV Charging Gun Lock Mechanism Tester. Designed for full-range performance and durability evaluation, it simulates real-world conditions—mechanical stress, electrical load, thermal influence, emergency unlocking, and extreme cycles. Featuring high

Comprehensive Tester for Electronic Locking Device of EV Charging Gun Complied Standards & Clauses Conforms to IEC62196-1:2022, etc. Equipment Overview The EV Charging Gun Electronic Locking Device Comprehensive Tester is specially designed for full-range performance and durability evaluation of electronic and mechanical lock mechanisms used in EV AC/DC charging connectors. This advanced system simulates real operating conditions—including mechanical stress, electrical load,

750L EV Connector Temperature Controlled Water Bath Testing Equipment Complied Standards & Clauses This constant water bath is required by IEC 60811-402:2012, IEC502-83, etc. Equipment Overview This constant temperature water bath is specially designed for precision electrical performance testing of PVC wires and cables. The inner tank and cover are constructed from high-quality stainless steel, while the exterior adopts a durable cold-rolled steel chassis for long-lasting

UL1598 Water Spray Test Waterproof Testing Machine for EV Connector Complied Standards & Clauses UL 1993 “Self-Ballasted Lamps and Lamp Adapters” clause 24, figure 24.1 and 24.2 UL 60507-ENGL 1999 figure 38.1 and 38.2 UL2251-2022 Clause 57 and Figures 57.1 and 57.2 ANSI Z21.10.3-2004 ANSI Z21.58 Figure 10/Figure 11 CSA4.3-2004 UL1598, UL153, UL154B, UL1703, UL8750, UL1741, UL514B, UL1278, UL1571, etc. Equipment Overview The UL Water Spray Test Chamber is specially designed to

EV Plug and Socket Test Equipment EV Connector Breaking Capacity Test System Complied Standards & Clauses This test equipment meets the requirements of IEC 62196-1:2022, etc. Equipment Overview This advanced test system is designed to rigorously evaluate the mechanical, thermal, and electrical durability of electric vehicle charging interfaces and industrial plugs/sockets under real-world operational conditions. Compliant with the latest GB/T and IEC standards, it performs

IEC 60309 Compliant Flexibility Testing Apparatus for EV Plugs and Socket-Outlets Complied Standards & Clauses The flexibility testing apparatus is designed and manufactured according to requirements of IEC62196-1: 2022 clause 26.4 table 14, IEC60309-1: 2012 clause 24.4 figure 9, etc. Equipment Structure The Flexibility Testing Apparatus is specially developed in accordance with IEC 62196-1:2022 clause 26.4 table 14 and IEC 60309-1:2012 clause 24.4 figure 9, designed for

Offset Misalignment Test Apparatus EV Charging Interface Misalignment Tester Complied Standards & Clauses This test equipment conforms to UL2552-2022, clause 54C.3 and Figure 54C.2, IEC62196-1. Equipment Overview Samples and restrictions: Charging interface Application: Used to apply up, down, left, and right forces to the gripping point of the charging gun to simulate the offset operation it undergoes during normal use and verify its compressive strength in all directions.

EV Charging Connector Mechanical Endurance Test EV Socket Withdrawal Force Tester Complied Standards & Clauses This test equipment conforms to IEC 62196-1:2022 clause 14.1.5, 14.1.6, fig13, fig14. Equipment Overview It is used to check the withdrawal force required when the test plug is withdrawn from the socket-outlet and latching device. A Withdrawal force The switched EV socket-outlet or switched vehicle connector with interlock is fixed to the support of the apparatus

EV Charging Connector Withdrawal Force Test Apparatus IEC 62196-1 Complied Standards & Clauses This withdrawal force test apparatus is required by IEC 62196-1:2022 clause 16.16. Product Overview This EV Charging Gun Withdrawal Force Test Apparatus is designed in compliance with IEC 62196-1:2022 clause 16.16. It accurately measures the maximum force required to insert the charging gun into the socket, ensuring the charging interface is easy to use and meets safety standards.

Electric Vehicle Connector Cable Anchorage Pull Force and Torque Test Equipment Complied Standards & Clauses It is designed and manufactured according to IEC62196-1: 2022 clause 25.3 Figure 17 and table 11, IEC60309-1: 2012 clause 23.3, etc.. Product Overview This pull force and torque testing apparatus is designed for evaluating vehicle plugs, socket-outlets, and connectors to ensure they can endure the required mechanical stresses of pulling force and torsional load. The

IEC 62916-3 EV Plug and Socket Temperature Rising Test System 6500A Complied Standards & Clauses This advanced test system is designed in compliance with IEC 62196-1 Ed.4 CDV 2020 (clause 12.3, clause 24, table 10, clause 34.2, 34.4, and 35.4), IEC 62916-2, IEC 62916-3, and other relevant standards. Product Overview This system is primarily used to assess the temperature rise of electric vehicle plugs and sockets at rated current and to check surface heating of electrical

Pull Force & Torque Test Equipment for Vehicle Plugs and Connectors Complied Standards & Clauses It is designed and manufactured according to IEC62196-1: 2022 clause 25.3 Figure 17 and table 11, IEC60309-1: 2012 clause 23.3, etc.. Product Overview Pull is realized by single-phase speed-regulating motor to drive the eccentric mechanism, the motor speed is adjustable, to ensure the accurate time for each pull force applied; torque is achieved by releasing the torque weight by

IEC 62196 Electric Vehicle Connector Couplers Over-pressure Test System Complied Standards & Clauses Conforms to IEC62196-3 clause 101.6. Equipment Overview This overpressure test system is designed to meet IEC 62196-3-1 Clause 101.6 requirements. It conducts pressure leakage testing for liquid coolant systems up to 10 L, ensuring reliable sealing performance. Equipped with a high-pressure booster pump, the system verifies the pressure resistance of each sample according to

Electric vehicle charging station Mechanical Strength & Impact Test Equipment Complied Standards & Clauses This mechanical strength inpact test equipment complied to IEC 61851-1 2017 clause 12.11 standards. Equipment Overview 1. Main purpose: This device is composed of two kinds of impact test apparatuses, and two kinds of mechanical strength test methods can be used to perform impact test on EVSE shell. 2. Installation sample: installation of a single sample is less than

Electric Vehicle Charging Connector Withdrawal Test Equipment IEC 62196-1 Complied Standards & Clauses This test equipment conforms to IEC 62196-1:2022 clause 14.1.5, 14.1.6, fig13, fig14. Equipment Overview It is used to check the withdrawal force required when the test plug is withdrawn from the socket-outlet and latching device. Technical Parameters The test plug, according to the relevant standard sheets, shall have finely ground contacts of hardened steel, having a

EV Charging Connector Test System DC Charging Gun Performance Tester Product overview The DC Charging Gun Comprehensive Test System is a fully automated solution designed to verify the functionality of EV charging guns in compliance with Chinese, European, and American standards. Each charging gun can be assigned a unique QR code, with all test results automatically recorded and compiled into reports. Passing results can be instantly printed, ensuring clear and traceable

AC/DC Electric Vehicle Charging Gun Test Equipment Comprehensive Test System This advanced testing system performs comprehensive functionality checks on AC and DC charging guns that comply with Chinese, European, and American standards. Each charging gun is assigned a unique QR code for traceability, with test results automatically saved to detailed reports. The system supports printing of passing results and performs all functional tests automatically in a single operation.

EV Charging Gun Temperature Rise Test Machine Mechanical Endurance Tester Complied Standards & Clauses Conforms to IEC 62196-1:2020 clause 22,23,24, IEC60309-1: 2012 clause 20,21,22, IEC60998, IEC60669. IEC61058, IEC60439, EIA-3 ,64-70 and other standards. Technical Parameter Mechanical & Electrical Life Test Parameter Specification Drive Device Servo motor + ball screw + linear guide rail Insertion Speed 0.1 – 0.80 m/s (adjustable) Test Rate 7.5 strokes/min Insertion Stroke