The YDQ Power Frequency Withstand Voltage Test Device is designed for high-voltage insulation testing of electrical equipment and insulating materials. It provides a practical solution for verifying whether the tested equipment can withstand specified AC power-frequency or DC high-voltage stress without insulation breakdown.
The system mainly includes a control cabinet or operating console and a high-voltage test transformer. Both units can be configured and combined according to the required output voltage, test capacity, and specific application conditions, providing greater flexibility for different testing projects.
A Power Frequency Withstand Voltage Test Set is high-voltage testing equipment used to check the insulation capability of electrical apparatus under AC voltage at power frequency. It applies a specified test voltage to the test object for a required duration to evaluate its insulation withstand performance. The system generally includes a high-voltage test transformer and a control unit.
It can be used for insulation withstand testing of various high-voltage electrical products, such as power transformers, current transformers, voltage transformers, bushings, insulators, switchgear, circuit breakers, cables, and other power equipment. It is suitable for utilities, electrical manufacturers, laboratories, testing centers, and industrial facilities.
Different transformer structures are available for different testing requirements. The available options include lightweight test transformers, dry-type transformers, oil-immersed transformers, gas-type transformers, insulating-cylinder transformers, and corona-free transformers. The suitable configuration can be selected according to the required voltage, capacity, insulation level, and working environment.
Yes. The control section and high-voltage test section can be supplied as a complete set. Customers can choose the control method according to their operating requirements. Available options include pointer-type, digital-display, manual, electric, intelligent, and industrial-PC control systems. The complete equipment can be customized to match specific testing applications.
Yes. The equipment can be configured for both fixed and mobile applications. Laboratory models can be designed for continuous testing and higher-capacity requirements, while field-testing configurations can focus on compact construction, easier transportation, and convenient installation. The final configuration depends on the test voltage, test object, and site conditions.