EV Connector Testing Equipment

IEC 62196-1 EV Charging Connector Mechanical Load Test Apparatus Product information Test Sample Restriction: Charging connectors Test Purpose: The charging connector shall be designed for easy insertion and removal of the charging gun, and shall prevent the gun from disengaging from the socket under normal operation. This test verifies whether the maximum force required to pull the charging gun out of the socket complies with specified standard limits. Test Principle:

Compliant with IEC 62196-1, IEC 60950-1, and more. Dual-mode vertical drop and pendulum impact testing for EV accessories. Features electric lifting, electromagnetic clamping, and adjustable drop height from 0.4m to 1.5m. Durable, precise, and customizable impact energy.

IEC 62196-1 Creepage Distance Test Cards For Electric Vehicle Charging Connector Product Information This creepage distance test gauge complies with IEC 62196-1:2025 Clause 28, IEC 62196-3:2026 Clause 28 , as well as IEC 60884-1, IEC 60669-1. It is applicable to test conductive components of electrical appliances. The gauge is used to verify the shortest creepage path between two conductive parts, or between a conductive part and the accessible surface of the appliance,

IEC 62196-1 Modular Integrated Information Safety Analyzer For EV Charging Connector Product Information This all-in-one safety tester integrates multiple electrical safety test functions with a built-in variable frequency power supply. It can conduct comprehensive safety performance tests for EV charging plugs, charging guns and EV charging piles, covering withstand voltage, insulation, earth continuity, leakage current and load power detection. The equipment meets IEC 62196

Dual-mode impact tester for EV charging piles, combining pendulum side impact and vertical drop hammer. Supports 5J and 20J impact energy for IK08 and IK10 grades. PLC touch control with anti-secondary impact braking. Complies with IEC 61851, IEC 60068, and IEC 62262. Customizable test height up to 2000 mm.

Compliant with IEC 62196-1:2022 Clause 30, this chamber accelerates rust testing on EV connectors and metal parts. Features SUS 316 stainless steel construction, PT-100 sensor, and automatic control for precise, repeatable saturated water vapor conditions.

Designed per IEC 62196-3:2026 Clause 16.16, this tester verifies EV charging connector insertion force using a 0.8kg drop weight from 5cm. Features manual control, real-time force display, and adjustable fixture. Essential for certification and quality control to prevent poor contact and thermal risks.

Complies with IEC 61032, IEC 60529 IP4X, and IEC 60335-1. Features a 1N built-in test force, 1mm test wire diameter, and 100mm wire length. Supports custom accessories like alligator clips and dynamometer for continuity and forced penetration tests. Ideal for household appliances, automotive, lighting, and third-party labs.

Compliant with IEC 61032, IEC 60335-1, and IEC 60529 IP1X. Features a 50N built-in force and 50mm sphere diameter to simulate the back of a human hand. Verifies protection against accidental contact with live parts and solid object ingress. Includes alligator clip for live contact testing. Customizable for diverse lab and production needs.

Complies with IEC 62196-3:2026 and IEC 62196-3-1:2022 for liquid cooling leakage tests. Features computer control, adjustable boost rate, 0.1 Bar display accuracy, and Excel report export. Ideal for R&D, factory inspection, and certification testing of EV charging components.

Complies with IEC 62196-3 and IEC 62196-1 for marking abrasion testing. Features dual stations, adjustable 5±1N force, and customizable stroke and speed. Supports water and solvent rub tests with precision control for reliable durability evaluation.

Precision stainless steel creepage distance test cards compliant with IEC 62196-3:2026 and IEC 62196-1:2025. Includes 30 gauges from 1.0mm to 10.0mm for accurate electrical clearance measurement. Durable, corrosion-resistant, and ideal for B2B industrial testing applications.

Compliant with IEC 62196-1/2/3, this system tests EV connectors under 200-6500A DC current. Features 16-channel temperature measurement (0-260°C), automated control modes, and proprietary software for precise thermal performance evaluation and safety verification.

Designed for IEC 62196-1/2/3 EV connector thermal testing. Supports AC/DC high current up to 6500A with 16-channel temperature monitoring. Features automatic temperature control mode with ±0.5°C stability. Ideal for manufacturers and labs verifying charging plug and socket thermal safety.

Complies with IEC 62196-1/2/3 for thermal safety testing of EV charging interfaces. Measures temperature rise up to 100°C with ±0.5°C stability. Features programmable current control (200-6500A DC), automatic temperature regulation, and voltage drop/resistance testing. Ideal for manufacturers and labs.

This system evaluates EV connector ability to withstand high current loads up to 6500A DC, complying with IEC 62196-1/2/3. Features computer-controlled testing, automatic temperature control, and 16-channel temperature monitoring. Ideal for plugs, sockets, and vehicle connectors.

Compliant with IEC 61032 Test Probe C for IP3X enclosure barrier testing. Built-in 3N constant force ensures consistent results without calibration. Fully standardized dimensions, includes connecting wire for live contact verification. Ideal for household appliances, audio-visual equipment, and factory batch inspection.

Precision test probe per IEC 61032 Figure 2 for IP2X protection. Dual 90° bendable joints replicate human finger movement. Supports live contact testing with alligator clip and 0-50N force gauge connection. Ideal for household appliances, IT equipment, and safety certification.

Compliant with IEC 62196-1/2/3, this system delivers programmable DC current up to 6500A and 16-channel temperature measurement for CCS, Type 1/2, and other connectors. Features PLC control, real-time monitoring, and automated reporting for temperature rise and short-time current testing.

Compliant with IEC 62196-1/2/3, this system tests temperature rise of EV charging interfaces under rated current. Features 200-6500A adjustable DC output, 16-channel temperature monitoring, and automated software. Ensures safety and reliability for certification and quality control.