Hebei sujian medical equipment manufacturing co., ltd

GN800 PD detector of Wuhan Guoneng Measurement and Control adopts the popular UHF and ultrasonic methods to detect PD. The external UHF sensor receives the partial discharge radiation and UHF and ultrasonic signals generated in GIS, which can effectively detect the inside of the equipment.

Easy to use, no power failure. GN800 partial discharge detector can detect the partial discharge of electrical equipment in operation anytime and anywhere.

Intelligent operation. There is no need to care about the result of partial discharge, discharge stage, etc. And even analyze the complex and changeable discharge diagram. The complicated data processing and intelligent judgment of the instrument enable non-professionals to measure the partial discharge of electrical equipment efficiently and accurately.

GN800 PD detector with super anti-interference adopts German original aluminum alloy shell, which can effectively shield strong external electromagnetic interference and ensure reliable data acquisition.

Sensors are diversified. By configuring different sensors, transformers, switchgear, GIS, cables, high-voltage lines and other equipment can be detected, which greatly improves the flexibility of the instrument;

Adopt high sensitivity imported sensor. The gain of the high sensitivity sensor used in GN800 is at least 6dB higher than that of the traditional sensor.

High capacity battery power supply system. GN800 PD detector adopts imported high-efficiency lithium polymer battery, which makes the battery life of the instrument reach 12 hours.

Adopt safe laser positioning technology. Practical laser positioning function makes you no longer worry about not finding the discharge area; It conforms to the national electric power industry standard DL/T 9 1 1-2004, and the frequency accuracy is very high, with the accuracy higher than 0.00 1%.

The measurement speed is fast, and the measurement time of a single winding is less than 3 minutes.

Digital frequency synthesis, higher frequency stability