TKDBP electronic multi-frequency generator is based on the Chinese standard "GB311-61" and the "Electrical Equipment Preventive Test Regulations" promulgated in January 1985 by the former Ministry of Water and Electricity.
Designed for the requirements of high-voltage transformer frequency multiplication induction withstand voltage test equipment, it is widely used in the AC withstand voltage test of the 35-220kV class series voltage transformer of the power system to assess the main,
From the insulation strength, it can also be used for induction tests on the windings of motors and small transformers; it can also be used as a 150Hz power supply for short-term operation.

1. The operation is safe and convenient, with a fully computerized device, and the instrument automatically completes the test;
       2. Built-in memory, the data will not be lost after power failure. After the field test is completed, the test results can be viewed and printed indoors;
       3. With a USB communication interface, you can use a U disk to copy the test results to the computer to save and print;
       4. The main power input of the instrument terminal can realize AC220V and AC380V adaptive power supply;
       5. Ten-fold protection to ensure the safety of personnel and equipment: provide user emergency shutdown, user shutdown, hardware protection, source output overcurrent protection, temperature protection, overvoltage protection, and high voltage surge,
Multiple protections such as high-voltage sharp drop, high-voltage current sharp increase, and high-voltage current sharp drop ensure the safety of personnel and equipment to a large extent;
       6. The output of the device can be disconnected within one output cycle: once an abnormality is detected during the test, the instrument can ensure that the output is disconnected within one output cycle;
       7. The real-time high voltage record can be printed, which is convenient for test analysis: the instrument records the external high voltage voltage value corresponding to each second in real time during the test and saves it in the background. After the test is completed, it can be printed out every second
Real-time high-voltage data, convenient for users to test and analyze;