Post RFQ
The key advantages of this smart tester include ultra-high testing accuracy of ±0.05%, meeting the most stringent power testing requirements. It supports 6-channel synchronous testing, greatly improving the efficiency of large-scale protection device testing. The built-in AI analysis module can automatically identify faults and generate professional test reports, reducing the professional threshold for operation and maintenance personnel. The 5G communication function enables remote cloud data synchronization, allowing managers to view test data and manage equipment status in real-time through the cloud platform. Compared to traditional testers, it solves the pain points of low data analysis efficiency and lack of remote collaboration capabilities, greatly improving the digitization level of power system operation and maintenance.

This smart cloud-connected relay protection tester has dimensions of 700×600×350mm and a total weight of 45kg, with an aviation aluminum alloy body for enhanced heat dissipation and durability. It supports AC 0-200A and DC 0-100A current output per phase, as well as AC 0-1000V and DC 0-600V voltage output per phase, supporting synchronous phasor testing to meet the testing needs of various types of relay protection devices. It has a built-in database that can store more than 100,000 groups of historical test data, and supports docking with the power dispatching system. The working temperature range is -20℃~60℃, and the body protection grade is IP30, suitable for standard laboratory and smart substation working environments.

This tester is mainly applicable to provincial power grid dispatching center testing, smart substation operation and maintenance, standardized testing of large power groups, and high-end experimental testing of power research institutions. It is suitable for testing all types of relay protection devices, including high-voltage, new energy, energy storage and other full-scenario equipment, and can meet the high-precision and digital testing needs of large power groups, providing accurate and efficient data support for the safe operation of smart power grids.