Ultra Low Frequency High Voltage Generator is a device specifically designed to generate ultra-low frequency high voltage signals. It is widely used in scientific research, industry, and medical fields, such as experimental research, power equipment testing, and medical imaging.
The ultra-low frequency and high voltage generator mainly consists of a generator part and an amplifier part. In the generator section, the ultra-low frequency and high voltage generator utilizes a time-based circuit or oscillator to generate stable ultra-low frequency signals, which can usually be adjusted in frequency and amplitude to meet the needs of different applications. The amplifier part is responsible for amplifying the low-power signal generated by the generator to the desired high voltage level. The commonly used amplifier types include power amplifiers, transformers, and common mode amplifiers. In addition, the ultra-low frequency high-voltage generator also has a frequency modulation output function, and its output frequency can be adjusted. Meanwhile, in order to ensure the stability and safety of the output signal, the ultra-low frequency and high voltage generator requires a stable power supply and reliable protection mechanism during operation.
The steps for conducting a voltage withstand test on an ultra-low frequency and high voltage generator are as follows:
1. Select an ultra-low frequency and high voltage generator that is suitable for the test requirements, ensuring that its output voltage and frequency range meet the test requirements.
2. Connecting cable samples: Connect the two ends of the test sample to the output and ground terminals of the ultra-low frequency and high voltage generator, ensuring a firm and reliable connection, and avoiding situations such as arc and leakage.
3. Set test parameters: According to the test requirements, adjust the voltage and frequency settings of the ultra-low frequency high-voltage generator to ensure that the voltage and frequency meet the test requirements and the working state is stable.
4. Start the experiment: Turn on the power of the ultra-low frequency high-voltage generator and start the experiment. During the experiment, continuously observe the arc, discharge, and insulation conditions of the test sample to ensure the normal operation of the experiment.
5. Record test data: During the test, timely record the voltage, discharge situation, and test time of the test sample, and compare and analyze them with the test requirements.
6. Termination of the test: After the test time has reached or the test objectives have been achieved, turn off the power supply of the ultra-low frequency high-voltage generator and terminate the test. Disconnect the test sample from the ultra-low frequency and high voltage generator to ensure safety.
In addition, there are some precautions to follow:
① Safe operation: When conducting ultra-low frequency and high voltage generator tests, relevant safety operating procedures must be followed to ensure the safety of personnel and equipment.
② Test environment: The test environment should be kept dry, ventilated, and avoid electromagnetic interference and other interference.
③ Test standards: Conduct tests according to relevant national or industry standards, and record and analyze data according to standard requirements.
④ Test samples: The test samples should meet the requirements of relevant standards and undergo pre-treatment before the test to ensure their normal condition.
⑤ Test inspection: Before, during, and at the end of the test, it is necessary to check the condition of the test sample, connecting wires, and high-voltage equipment to ensure that the test is carried out normally.
These steps and precautions can ensure the safety and accuracy of the withstand voltage test of the ultra-low frequency and high voltage generator, providing strong support for experiments and applications in scientific research, industry, medicine, and other fields.
The ZC-524 B ultra-low frequency and high voltage generator combines modern digital frequency conversion advanced technology and adopts microcomputer control. The boosting, lowering, measurement, and protection are fully automated, and manual intervention can be performed during the automatic boosting process. Due to its full electronic design, it has a small size, light weight, large screen LCD display, clear and intuitive display, and a printer that outputs test reports. The design indicators fully comply with the standards of the power industry and are very convenient to use.
Kvtester Electronics Technology Co.,Ltd. is a high-tech enterprise specializing in power testing, testing, research and development, production, and sales of testing equipment. It has been engaged in the electrical testing industry for many years, and its products are of high quality. We welcome customers to come and purchase. Service hotline: 0086-27-81778799, to learn more, visit the official website: www.kvtester.com
