One, 110KV wireless high pressure nuclear phase meter design goal:
The TAG-6000 High-Voltage Phase Detector is designed to meet the following goals: The structure of the grid can be checked, and the circuit diagram can be drawn. For the three-phase connection, the relative phase of the different conductors can be confirmed. There is no electrical connection between the two measurement components. The connection makes the application of the measuring device very flexible and safe.
110KV Wireless High Voltage Phase Analyzer Please Note:
The device uses radio frequency transmission technology and its basic principle of operation is the real-time comparison of phases.
The device can check for the presence of rated voltage.
The measured phase angle is in phase within +10o.
Greater than +30o is out of phase.
Second, 110KV wireless high-pressure nuclear phase structure principle:
The 110KV wireless high-voltage nuclear phase analyzer consists of two components that are electrically disconnected from each other. The electrodes on the device can be connected to the wire under test. An orange emitter has a hook-shaped electrode so that it can be attached to the wire. The other is a yellow receiver. The shape of the electrode is a dome shape to facilitate contact with the wires. These electrodes are used for transmitting and receiving signals. The transmitter and receiver ends should be insulated. Connected, the transmitter has a dual role and functions in a certain order.
The first step is to check the voltage of the tested wire. As an electroscope, the charged wire will give off intermittent sound and light instructions.
Step 2: Once the inspection is completed (5-10 seconds), the transmitter automatically switches to phase measurement. The transmitter always transmits a phase-specific radio frequency signal to the receiver. In this case, the line also acts as an antenna. For use, a continuous light display indicates that the emitter is operating in this order. The Baoying high-power receiver has only one purpose, namely in-phase measurement, and the transmitter is also working.
in order to:
1) Ensure that there is voltage on the wire;
2) Receive radio frequency signals from the transmitter;
3) Compare the measured phase with the received phase characteristic signal in real time;
4) When the receiver is in phase, a continuous strong light and sound signal will be sent out. When out of phase, the receiver sends out a weak light signal. It only shows that the conductor that the receiver touches has voltage.
The TAG-6000 High-Voltage Phase Detector is designed to meet the following goals: The structure of the grid can be checked, and the circuit diagram can be drawn. For the three-phase connection, the relative phase of the different conductors can be confirmed. There is no electrical connection between the two measurement components. The connection makes the application of the measuring device very flexible and safe.
110KV Wireless High Voltage Phase Analyzer Please Note:
The device uses radio frequency transmission technology and its basic principle of operation is the real-time comparison of phases.
The device can check for the presence of rated voltage.
The measured phase angle is in phase within +10o.
Greater than +30o is out of phase.
Second, 110KV wireless high-pressure nuclear phase structure principle:
The 110KV wireless high-voltage nuclear phase analyzer consists of two components that are electrically disconnected from each other. The electrodes on the device can be connected to the wire under test. An orange emitter has a hook-shaped electrode so that it can be attached to the wire. The other is a yellow receiver. The shape of the electrode is a dome shape to facilitate contact with the wires. These electrodes are used for transmitting and receiving signals. The transmitter and receiver ends should be insulated. Connected, the transmitter has a dual role and functions in a certain order.
The first step is to check the voltage of the tested wire. As an electroscope, the charged wire will give off intermittent sound and light instructions.
Step 2: Once the inspection is completed (5-10 seconds), the transmitter automatically switches to phase measurement. The transmitter always transmits a phase-specific radio frequency signal to the receiver. In this case, the line also acts as an antenna. For use, a continuous light display indicates that the emitter is operating in this order. The Baoying high-power receiver has only one purpose, namely in-phase measurement, and the transmitter is also working.
in order to:
1) Ensure that there is voltage on the wire;
2) Receive radio frequency signals from the transmitter;
3) Compare the measured phase with the received phase characteristic signal in real time;
4) When the receiver is in phase, a continuous strong light and sound signal will be sent out. When out of phase, the receiver sends out a weak light signal. It only shows that the conductor that the receiver touches has voltage.
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