EV Connector Testing Equipment

Complies with IEC 62196-1 Ed.4 for temperature rise and short-time current withstand testing of EV connectors. Features 6500A DC output, 16-channel temperature measurement, automatic current control, and programmable test modes. Ideal for assessing connector heating and grounding contact performance.

Automated tester for AC/DC charging guns per IEC 62196-1. Supports CN/EU/US standards with one-button full-function testing, QR code traceability, and real-time report generation. Ideal for mass production line inspection.

Compliant with IEC 62196-3 and IEC 60309-1 standards. Features 16 temperature channels, AC 0-100A adjustable current, and touch screen control. Real-time data logging with USB export. Ideal for assessing connector heating under load.

Complies with IEC 62196-1 and IEC 62752 for drive-over resistance testing. Features PLC control, adjustable rolling force 5000N-11000N, and 8 km/h speed. Includes protective fence and motor overload protection for safe, reliable operation.

Complies with IEC 62196-3 and IEC60309-1 for testing EV charging interfaces and industrial plugs. Features servo motor drive, Mitsubishi PLC control, 0-150mm adjustable stroke, 0-1100mm/s speed, and 50kg force sensor. Ideal for durability and breaking capacity tests.

Compliant with IEC 62196-1:2025, this 10kA tester verifies short-circuit withstand capability for EV charging guns and connectors. Features industrial PC control, PLC automation, 1000V test voltage, and microsecond waveform monitoring. Supports overload tests up to 10x rated current with over-voltage and over-current protection. Ideal for certification and quality validation.

Professional 3-station EV charger testing equipment compliant with IEC 62196-1 and IEC 60309-1 standards. Features PLC control, servo motor drive, 0-360° bending angle, and 0-999,999 cycle testing capability. Designed for mechanical strength testing of electric vehicle charging interfaces with adjustable loads up to 100N and current monitoring.

Professional IEC 62196-1 compliant electric vehicle connector drive over test equipment featuring dual force capacity (5000N and 11000N), 8 km/h test speed, PLC control system, and realistic automotive tire simulation. Ensures connector durability testing with precision force sensors and adjustable mounting for various EV connector types.

Professional UL 2594 Clause 58 compliant EV connector drive-over testing apparatus. Features PLC control, 8 km/h test speed, dual force testing (5000N and 11000N), and realistic vehicle tire simulation for accurate durability assessment of electric vehicle charging components.

Professional IEC 62196 compliant testing equipment for electric vehicle connectors and industrial plugs. Features servo motor drive, PLC control, touch screen interface, and programmable parameters for breaking capacity and durability testing. Supports 0-999,999 test cycles with real-time monitoring and safety protection systems for reliable performance validation.

Advanced PLC-controlled glow wire test equipment featuring 7-inch touch screen, 1100°C thermocouple, and precise 1.0N pressure control. Compliant with IEC 62196 and IEC 60695 standards for fire hazard testing of electrical products and materials. Automatic sample separation and adjustable testing parameters ensure accurate flammability assessment.

Professional bending test apparatus designed for electric vehicle cables compliance testing per IEC 60702-1 Clause 13.6. Features dual test stations for 40-500mm cable diameters, motor-driven operation, and programmable bending cycles up to 999,999 repetitions. Ensures cable reliability with electrical verification at 750V and 1250V testing voltages.

Professional testing equipment for EV connector clamping screw terminals compliant with IEC 62196-1 standards. Features adjustable height (260-660mm), preset testing cycles (1-9999), and 12 bushing hole diameters from 6.5mm to 44.5mm. Ensures terminal durability and wire protection with automatic shutdown and alarm system.

Professional electromagnetic vibration shock testing machine compliant with IEC 62752:2016 for EV charger components. Features 700Kg maximum excitation force, 4000Hz frequency range, and 300kg load capacity. Includes DSP closed-loop control, automatic report generation, and comprehensive safety systems for reliable automotive and industrial testing applications.

Professional testing equipment for EV connector temperature rise compliance according to IEC 62196 standards. Features 0-800A adjustable output current, 16 temperature measurement channels, PLC control, and wireless monitoring. Ensures accurate temperature rise testing for plugs, socket-outlets, and vehicle connectors with ±1.0% current accuracy and 0-200°C detection range.

Complete set of 16 die steel gauges for electric vehicle connector testing per IEC 62196-1 standards. Designed for round unprepared conductors with 250mm × 200mm × 200mm test space. Ensures dimensional compliance and quality control in EV charging infrastructure manufacturing.

Automated testing system for electric vehicle charging components featuring 250A current capacity, 900N insertion force measurement, and automated temperature rise testing. Complies with IEC standards for plug life testing, contact resistance measurement, and thermal performance evaluation. Ideal for automotive laboratories and certification facilities requiring precise, repeatable charging gun performance validation.

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.