Dual power conversion switch aging test bench

Short Description:

Power switching: The test bench can simulate the power switching process in actual usage environments to test the switching performance of dual power conversion switches. It can simulate the switching between the main power supply and the backup power supply, test the response and switching speed of the switch.
Aging test: The test bench can conduct long-term aging tests on dual power conversion switches to simulate stability and reliability under actual usage conditions. It can generate reliable power loads and simulate the stability and durability of switches during long-term operation.
Fault detection: The test bench can detect faults and abnormal situations of dual power conversion switches, and issue alarms or prompts. It can detect switch failures, short circuits, overloads, and other situations to help operation and maintenance personnel quickly identify and solve problems.
Data recording and analysis: The test bench can record and save data for each test, including power switching time, switch response time, fault information, etc. These data can be used to analyze the stability and reliability of switches, and for statistical and comparative purposes.
Control and operation: The test bench is equipped with corresponding control and operation interfaces, which can easily set testing parameters, monitor testing processes, and manage data. Operators can control and operate through devices such as buttons, indicator lights, and display screens on the interface.

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1. Equipment input voltage 380V ± 10%, 50Hz; ± 1Hz;
2. Device compatible poles: 1P, 2P, 3P, 4P, 1P+module, 2P+module, 3P+module, 4P+module
3. Equipment production rhythm: 1 second per pole, 1.2 seconds per pole, 1.5 seconds per pole, 2 seconds per pole, and 3 seconds per pole; Five different specifications of equipment.
4. The same shelf product can be switched between different poles with one click or scan code switching; Different shell frame products require manual replacement of molds or fixtures.
5. High voltage output range: 0-5000V; The leakage current is 10mA, 20mA, 100mA, and 200mA, which can be selected in different levels.
6. Detection of high-voltage insulation time: The parameters can be set arbitrarily from 1 to 999S.
7. Detection frequency: 1-99 times. The parameter can be set arbitrarily.
8. High voltage detection part: When the product is in a closed state, detect the voltage resistance between phases; When the product is in a closed state, detect the voltage resistance between the phase and the bottom plate; When the product is in a closed state, detect the voltage resistance between the phase and the handle; When the product is in an open state, detect the voltage resistance between the incoming and outgoing lines.
9. Optional for testing when the product is in a horizontal state or when the product is in a vertical state.
10. The equipment has alarm display functions such as fault alarm and pressure monitoring.
11. There are two operating systems available: Chinese and English.
12. All core accessories are imported from different countries and regions such as Italy, Sweden, Germany, Japan, the United States, Taiwan, etc.
13. The device can be equipped with functions such as the “Smart Energy Analysis and Energy Conservation Management System” and the “Smart Equipment Service Big Data Cloud Platform”.
14. Having independent and independent intellectual property rights