Wireless High Voltage Nuclear PhaserNotes:
Wireless High Voltage Nuclear PhaserApplied to phase verification and phase sequence verification of power lines and substations, it has functions such as phase verification, phase sequence measurement, and electrical verification. Has strong anti-interference ability, meets EMC standard requirements, and is suitable for various electromagnetic field interference scenarios. The phase signal of the measured voltage is extracted by the collector, processed, and directly emitted. Received by the receiver and compared in phase to qualitatively determine the result after nuclear phase.
1Wireless High Voltage Nuclear PhaserThe A and B rods should be grounded separately. If the ground wire of a rod falls off during operation, the work should be stopped and the measurement should be carried out after it is connected.
2. The wireless high-voltage phase detector should be placed in a dry place and the insulation resistance value should be checked regularly. The contact hook of the 35KV phase detector should be grounded for about 60M.
3. Four people, but not less than three, shall work on site and fill out the second type of work ticket.
4. In the design of wireless high-voltage phase detectors, the exposed metal parts have been minimized as much as possible, but high levels of concentration should still be maintained during operation to prevent line to line short circuits and grounding accidents.
Maintenance Method for Wireless High Voltage Nuclear Phaser:
1. The wireless high-voltage phase detector is a precision instrument that should not be opened casually.
2. If not in use for a long time, the battery of the collector should be removed.
3. Replace the battery at least once a year.
4. Wireless high-voltage phase detectors should be stored in environments that are free from moisture, high temperatures, and dust.
5. The insulation rod should undergo a voltage withstand test before use.
6. The insulation rod shall undergo a voltage withstand test once a year.
Note: There is a built-in antenna 350mm long at the upper end of the insulation rod * section, which cannot be subjected to voltage withstand test. The insulation voltage withstand between the built-in antenna and the outer wall of the rod is 15KV.