With the booming development of the electric vehicle industry, the safety and reliability of charging facilities have become a common concern for consumers and manufacturers. As a key component connecting electric vehicles and charging equipment, charging guns not only need to have efficient transmission capabilities, but also need to be able to withstand various complex usage environments, including potential vehicle crushing situations. Therefore, the emergence and application of vehicle compaction testing machines for car charging guns are particularly important.

With the continuous development of battery technology, especially the widespread application of lithium batteries, the safety of batteries has become a key concern for people. Battery short circuit is one of the common causes of battery safety accidents, therefore, battery short circuit testing machines play a crucial role in battery production and research and development processes.

Vacuum cleaner air performance testing equipment (European, American, and national standard integrated) The vacuum cleaner performance testing platform is manufactured in accordance with GB/T20291.1, IEC60312, IEC62885, F431-21 \ F558-17 standards (national, European, and American standards). The testing parameters of the vacuum cleaner performance testing platform include voltage, current, input power, power factor, suction power, speed, flow rate, vacuum degree, and efficiency of the vacuum cleaner.

Water hammer, also known as water hammer, refers to the phenomenon of instantaneous pressure rise caused by sudden changes in flow velocity in liquid pipelines, which may cause serious damage to the pipeline system. The water hammer pulse testing machine was born in this context. It provides a solid scientific basis for engineering design by conducting rigorous simulation tests on materials and structures, ensuring the safe and stable operation of infrastructure.

According to the standard: Complies with the requirements of GB/T20234.1-2023 “Connection Devices for Conductive Charging of Electric Vehicles Part 1: According to Chapter 9.21 of GB/T20234.4-2022 and Chapter 7.13 of GB/T 20234.1-2023“.