Electric Vehicle Testing Equipment

Professional electric vehicle rain proof testing equipment with 10x3.5x3.5m vehicle capacity and 150kPa injection pressure. Features stainless steel pipelines, PP material nozzles, and programmable rain duration up to 9999 hours. Ensures reliable waterproof sealing performance for automotive components and compliance with technical standards.

Professional DIN 75220 compliant solar simulation test chamber for electric vehicle component testing. Features 2500×2500×2500mm working dimensions, -30℃ to 85℃ temperature range, and 1050W/m² radiation intensity with ±0.01W/m² accuracy. Equipped with intelligent power supply, 98 light sources, and comprehensive safety protection systems for accurate automotive component aging simulation.

Professional outdoor rain testing room for buses, passenger cars, and road vehicles. Features adjustable rain intensity (7-12mm/min), 150kPa nozzle pressure, and compliance with QC/T 476-2007 standards. Tests vehicle sealing performance, door/window assembly, and installation correctness with reliable PLC control system.

Professional rain test chamber for commercial vehicles featuring multi-directional spray system, stainless steel 304 construction, and compliance with QC/T 476-2007 standards. Includes drying system with ≤75dB noise level and comprehensive electronic controls for reliable rainproof performance testing of buses and passenger cars.

Industrial-grade dust test chamber designed for electric vehicle components, featuring 2500×4500×3500mm internal dimensions, 3-ton sample capacity, and compliance with IEC standards. Equipped with PLC control, stainless steel construction, and comprehensive safety features for reliable environmental testing performance.

Professional automotive testing equipment compliant with ISO 16750-4 and VW80000 standards. Features 150℃ temperature range, 100kg basket load capacity, and programmable 0-100 test cycles. Designed for thermal shock simulation with ice water splashing to test component durability against mechanical cracking and seal failure. Includes 7-inch touch screen control and comprehensive safety systems.

Professional rain simulation test chamber designed for electric vehicle waterproof performance testing. Features adjustable rainfall intensity (5-12mm/min), stainless steel construction, programmable test sequences, and compatibility with vehicles up to 6750mm length. Meets QC/T 476-2007 standards with 2-ton lifting capacity and IP55 motor protection.

Professional automotive testing equipment featuring 9 adjustable angle positions (0-20°), programmable rain intensity (30-50mm/min), and Siemens PLC control system. Designed for sunroof waterproof testing according to GB/T30037-2013 and major automotive manufacturer standards. Includes precision servo motor control and multi-stage filtration system for reliable performance.

Professional EMC test chamber designed for automotive ESA and electric vehicle components. Features comprehensive EMI and EMS testing capabilities from 150kHz to 6GHz, compliant with UN ECE R10, ISO 11452, and CISPR standards. Includes 9.2x6.2x6.2m anechoic chamber with control and amplifier rooms for complete electromagnetic compatibility validation.

Comprehensive electrical safety testing system for electric vehicles featuring both slow and fast charging port verification. Tests include DC/AC withstand voltage up to 6000V, insulation resistance measurement to 10GΩ, and automatic potential equalization testing. Compliant with GT/18384.1-2015 standards with built-in automated switching for efficient testing workflows.

Professional automotive rain spray test chamber designed for QC/T476-2007 and QC/T271-2021 compliance testing. Features Mitsubishi PLC control, 12±1mm/min rain intensity, 150±10kPa water pressure, and accommodates vehicles up to 13700mm length. Ideal for evaluating rainproof sealing performance of electric vehicles and passenger cars with comprehensive water ingress testing capabilities.

IEC 62196-2 EV Charging Interface Test Gauges | 16A/32A/63A Test Plugs & Inlets Product Information The test gauges are manufactured in accordance with the relevant standard sheets, featuring finely ground contacts made of hardened steel. The surface roughness of the contacts shall not exceed 0.8 μm over their active length, and the contacts are spaced at nominal distances with a tolerance of ±0.05 mm. The dimensions of the plug contacts, as well as the distance between

2kN Universal Material Tensile Testing Machine For Metal & Non-Metallic Materials Product Overview This computer-controlled universal tensile testing machine, equipped with customized fixtures, fully meets the test requirements of IEC 62196-1:2022 Clause 9, 13.3.2, 16.9, 26.7.3, Table 4 and BS 1363-2 Clause 11.10.7, 13.11.4 . It is widely used for mechanical property tests of non-metallic materials (rubber, plastic, wire and cable, textile, waterproof material, non-woven

Non-Rewireable Accessory Cable Flex Tester For Vehicle Connectors & Socket-Outlets Product Overview This flexing test apparatus is designed and manufactured in full compliance with the requirements of IEC 62196-1:2022 Clause 26.4 Table 14 and IEC 60309-1:2012 Clause 24.4 Figure 9, etc. It is specially used to perform mechanical load flexing tests on non-rewireable accessories for vehicle plugs, socket-outlets and couplers. Equipment Features The equipment adopts PLC control

IEC 62196-1 EV Connector Mechanical Endurance Test Machine With Servo Drive Product Overview This test machine is specially designed to perform breaking capacity test and normal operation test for electric vehicle charging interfaces, industrial plugs, sockets and couplers. It verifies whether electrical accessories can withstand repeated mechanical, electrical and thermal stresses during normal operation without excessive wear, deformation or other harmful effects, so as to

EV Connector Crush Test Machine for Charging Plugs | IEC 62196 & UL 2594 Compliant Product Overview SNQC1010 Vehicle Drive Over Testing Equipment is professionally designed to evaluate the damage resistance of electric vehicle connectors and plugs when driven over by vehicles. It fully complies with IEC 62196-1:2022 Clause 33 and UL 2594:2016 Clause 58 test requirements, providing reliable and repeatable test data for EV charging accessories safety certification and quality

IEC 61851-23 Cable Anchorage Pull & Torque Test Machine For EV Charging Stations Complied Standards & Clauses: It is designed and manufactured according to IEC 61851-23:2023 clause 11.6.102 and Figure 110, Figure 111 and Table 114. Product information: Samples and restrictions Electric vehicle AC and DC charging station Test purpose The flexible cord anchorage of the appliance shall relieve conductors at the terminals from pulling force and torque. This device is used to test

IEC62196-1 Mechanical Strength Flexing Tester For Non-Rewireable Accessories Product information: 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. It is used to process the mechanical load flexing test of the vehicle plugs, socket-outlets and couplers non-rewireable accessories. The equipment adopts PLC control and operated by 7-inch colour human

IEC 62196-1 AC Charging Gun Comprehensive Test System Product Overview: This test system is mainly used for functional inspection of AC plugs according to Chinese (GB), European (EU), and American (UL) standards. Each plug can be assigned a unique QR code, and the test results are automatically saved in reports. Qualified results can be printed directly. All functions are tested automatically in a single run, providing high efficiency and labor savings, making it suitable for

IEC 61851 Pendulum Impact Testing Device – Mechanical Strength Test for EV Charging Piles Applicable Standards : IEC60068-2-75:2014 IEC62262:2021 IEC 61851-1-201712.11 IEC 62477-1:2022 5.2.2.4.3 Test Specimen and Scope: Electric vehicle AC/DC charging piles, transformer cabinets, and metering boxes. Test Purpose: This equipment is used to perform mechanical strength testing on EV charging piles or transformer cabinets used in electric vehicle charging systems. Test Principle: