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Vehicle Rolling Test Machine
ZJ-NY6000N
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This test device is designed and manufactured according to UL2251 and GB/T 20234.1-2015. It is suitable for pressure life tests of various types of electric vehicle charging piles. The power plug and vehicle plug with the cable recommended by the manufacturer are placed randomly on the cement ground. A car tire with the same load as P225/75R15 is used to press over the power plug or vehicle plug at a pressure of (4893±500N)N and a speed of (8±2)km/h (tire inflation pressure 218±13kPa) to simulate the ability of the power plug or vehicle plug to withstand vehicle rolling. -
Charging Gun Holder Temperature Rise Test Fixture Measurement And Control System
ZJ-JKWS03
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This test equipment meets the requirements of Article 9.4.2.2 of GB/T 44263-2024 for the DC vehicle interface temperature protection function test. It can simulate the heating of the gun holder pin and test whether the charging gun head can sense over-temperature and automatically switch the charging pile power supply. The equipment adopts PLC and touch screen control, and the PDI thermostat automatically controls the temperature, realizing arbitrary adjustment of the temperature within the set range, constant temperature, and timing functions. -
Charging Gun Comprehensive Tester
ZJ-CDQ08
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Customized processing can be made according to requirements
This test bench mainly tests the functions of national standard AC guns, national standard DC guns, European standard AC guns , European standard DC guns , American standard AC guns , American standard DC guns , and Tesla guns . Each gun can be entered with an independent QR code, and the test results are automatically saved in the report. If the test results are qualified, they can be printed. All functions are automatically tested in one go, which is highly efficient and labor-saving, and is suitable for factory batch full inspection. -
Ev Charger Comprehensive Test Machine
ZJ-ZH8163
Customized processing can be made according to requirements
The automated intelligent testing system is specially developed according to the new national standards IEC/EN 61851, IEC 62196-2-2016, GB/T 18487.1-2015 and IEC/EN 62752. This testing system is suitable for the charging conduction function testing and verification of the national, European and American charging gun/pile standards, and can be widely used in R&D design and production factory testing.The equipment has automated testing, and the system software has one-click testing functions . The test process parameters can be flexibly configured, and the test parameters of various products can be pre-configured, and can be directly called when testing is required. All test results can be recorded and queried, and it has a QR code scanning function, which can trace product test data and can be connected to the MES system.Send Email Details -
Three-Phase AC Flow Control Load Box
ZJ-AC240V64A
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Customized processing can be made according to requirements
Three-phase AC flow control load box It has a built-in pure resistive load , which can be adjusted from 1A to 64A in the range of 200V to 240V. It can simulate various power loads in any combination to meet the needs of full-load detection of charging piles . It is an essential detection tool for production workshops, laboratories, installation and commissioning, and scientific research and development. -
Residual Voltage Tester
ZJ-SY2000W
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Customized processing can be made according to requirements, Meets IEC 60335-1 clause 22.5.
The residual voltage tester, also known as the residual voltage tester, is designed according to the national standards GB9706.1-2020 "Medical Electrical Equipment Part 1: General Requirements for Basic Safety and Essential Performance" and GB4706.1-2005 "Safety of Household and Similar Electrical Appliances Part 1: Safety Requirements": "Equipment connected to the power supply network with a plug must be designed to have a voltage between each power pin and between each power pin and the device housing 1s after the plug is unplugged." This instrument has a sufficiently high test impedance and uses a simulated plug-out method to disconnect the equipment from the grid voltage at the peak state. It is used for residual/residual voltage testing of electrical equipment such as ME electrical equipment, active medical devices, and household appliances.