Surge Arrester Discharge Counter Verifier

Introducing the Automatic Lightning Arrester Discharge Counter Verification Instrument

Summary

The Automatic Discharge Counter Verifier for Lightning Arrester is a specialized device designed for checking and verifying the operation of discharge counters for both valve-type and zinc oxide lightning arresters. The instrument complies with the standards of the People's Republic of China's electric power industry.DL474.5-2006The standard requirements for the "Guidelines for On-site Insulation Test Implementation and Surge Arrester Testing" are broadly applicable to surge arrester testing in various environments such as power plants, substation sites, repair workshops, and laboratories.

Core Functionality

Lightning Action Counter Check: Accurately detects and records the number of times surge protectors activate under lightning strikes, providing a crucial basis for evaluating their performance.

Milliampere meter indication verification: Verifying the milliampere meter's indication ensures the accuracy of the lightning rod discharge counter's operation.

Convenient Operation

One-touch Wiring: Simplifies the operational process, enabling all necessary checks and verifications to be completed with a single connection.

Battery-Powered: The instrument is equipped with a high-performance battery, ensuring a long continuous working time.8Over 8 hours, meeting the needs of extended on-site work.

Widespread Application

The Automatic Surge Arrester Discharge Counter Verifier is not only suitable for surge arrester testing on-site at power plants and substation facilities, but also for evaluating surge arrester performance in repair workshops and laboratories. Its high flexibility and accuracy make the instrument an indispensable and crucial tool in the maintenance and management of power systems.

In summary, the fully automatic surge arrester discharge counter verifier boasts its high efficiency, accuracy, and convenience, providing a robust guarantee for the safe and stable operation of the power system.