Satellite timing remote wireless nuclear phase analyzerProduct Introduction
Satellite timing remote wireless phase analyzer is a new product used for ultra long distance phase detection of three-phase electricity in power systems. This product has strong adaptability and integrates long-distance phase detection, short-range phase detection, ring main unit induction point phase detection, and trolley type switchgear (i.e. central cabinet) phase detection functions.
The application of satellite timing technology and wireless transmission technology in remote nuclear phase systems enables the measurement and approval of phase differences between long-distance power lines between two locations, as well as the calibration of underground long-distance electrified lines, breaking through geographical limitations. For the phase verification of small car type switchgear (i.e. central cabinet), non-contact operation is adopted to determine the phase verification result outside the cabinet, which is convenient to use, has no safety hazards, and ensures construction safety.

Satellite timing remote wireless nuclear phase analyzerScope of Application
Cable transformation, phase color identification, and ring main unit nuclear phase.

Wireless high-voltage nuclear phase analyzerApplied to phase verification and phase sequence verification of power lines and substations. The instrument has functions such as phase detection, phase sequencing, and electrical verification. The wireless high-voltage phase detector meets the requirements of the EMC standard and has strong anti-interference ability, suitable for various electromagnetic field interference scenarios. The phase signal of the measured voltage will be extracted by the collector, processed and directly transmitted, and then received by the nuclear phase analyzer host for phase comparison, and the qualitative results of the nuclear phase will be obtained. The signal of the high-voltage nuclear phase analyzer is transmitted wirelessly, truly achieving safety, reliability, speed, and accuracy, and adapting to various nuclear phase scenarios.