Internet of Things intelligent miniature circuit breaker automatic withstand voltage testing equipment

Short Description:

Automatic voltage withstand test: the equipment can perform voltage withstand test on miniature circuit breakers, through the built-in power supply or external power supply, provide high-voltage power input, simulate the voltage in the actual working environment, and test the voltage withstand performance of miniature circuit breakers.

Parameter setting for voltage withstand test: the equipment can provide setting parameters for voltage withstand test, including test voltage, test time, etc., to meet different specifications and requirements for testing miniature circuit breakers.

Determination of test results: the equipment can automatically make qualified and unqualified judgement according to the test results. If it is detected that the miniature circuit breaker can not withstand the test voltage, the equipment will send out the corresponding alarm signal or display the unqualified prompt.

Data Recording and Tracing: The equipment can record the relevant parameters and result data of each withstand voltage test, and connect with the IoT platform to upload the data to the cloud. Through the application, the operator can view and trace the history and result data of each miniature circuit breaker’s withstand voltage test at any time.

Remote monitoring and control: Through the IoT technology, the operator can remotely monitor the operation status of the equipment and the progress of the withstand voltage test. At the same time, the equipment can be remotely controlled to start, stop and other operations to improve work efficiency and convenience.

Fault diagnosis and early warning: the equipment can analyse the withstand pressure test data, determine whether there is any abnormal situation, and send fault warning through the IOT platform to remind the operator to carry out maintenance or replacement in time.


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  • 1. Equipment input voltage: 380V ± 10%, 50Hz; ± 1Hz;
    2. Device compatibility poles: 1P, 2P, 3P, 4P, 1P+module, 2P+module, 3P+module, 4P+module.
    3. Equipment production rhythm: ≤ 10 seconds per pole.
    4. The same shelf product can be switched between different poles with just one click or by scanning the code; Different shell products require manual replacement of molds or fixtures.
    5. High voltage output range: 0-5000V; The leakage current is available in different levels of 10mA, 20mA, 100mA, and 200mA.
    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 position: When the product is in the closed state, detect the voltage resistance between phases; When the product is in the closed state, check the voltage resistance between the phase and the bottom plate; When the product is in the closed state, check the voltage resistance between the phase and the handle; When the product is in the open state, check the voltage resistance between the incoming and outgoing lines.
    9. The product can be tested horizontally or vertically as an optional option.
    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, and Taiwan.
    13. The equipment can be optionally 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 independent intellectual property rights.

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