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HCHXY-401 Multifunctional Phase Verifier

    HCHXY-401 Multifunctional Phase Verifier

    The multi-functional phase verifier consists of an X transmitter, a Y transmitter, a Z transmitter, and a main receiver unit. The three transmitters transmit the phase and frequency signals from their respective lines back to the main receiver. The main receiver then calculates the phase differences between the three lines to determine the phase sequence. Suitable for live-line operations on 6 kV to 220 kV transmission lines. It also features a high-voltage live-line detection function.
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Product Introduction

The HCHXY-401 Multi-functional Phase Verifier (also known as a Wireless High-Voltage Phase Sequence Meter)—hereinafter referred to as the "Instrument"—is designed for determining the phase sequence of three-phase lines and the phase difference between phases A, B, and C; it is also utilized for phase verification operations. The HCHXY-401 is suitable for live-line work on transmission lines ranging from 6 kV to 220 kV and simultaneously incorporates a high-voltage voltage detection function.


Employing wireless transmission technology, the HCHXY-401 ensures safe and reliable operation while offering user-friendly convenience. It makes the direct measurement of high-voltage line phase sequences a practical reality. The instrument complies with relevant national standards regarding the quality supervision, inspection, and testing of electrical safety tools.


Product Aliases: Wireless High-Voltage Phase Verifier, Phase Verifier, High-Voltage Voice-Prompt Phase Verifier, Voice-Prompt Phase Verifier, Remote Wireless Phase Verifier, Digital High-Voltage Wireless Phase Verifier.


Technical Parameters

Phase Difference AccuracyError ≤ 10°
Frequency Accuracy±0.1HZ
Voltage Level6KV-220KV
Transmission Distance Between Transmitter and Receiver HostGreater than 130 meters
Phase Sequence Result DeterminationThe sequence A→B→C, with a pairwise angular separation of 120°, constitutes the standard (forward) order; any arrangement other than this is considered the reverse order.
Interpretation of Phase-Checking ResultsA phase difference of ≥30° is considered out of phase, while a phase difference of<30° is considered in phase.
hintHuman Voice
Leakage Current During High-Voltage Measurement<10uA
Power Consumption

Transmitter operating power:<0.1 W

Receiver host operating power consumption:<0.4 W

Work Environment-35°C to +45°C; Humidity ≤ 95% RH
Storage Environment-40°C to +55°C; Humidity ≤90% RH
Total Machine WeightApprox. 6.5 kg
Instrument Packaging DimensionsLength 71 cm × Width 35 cm × Height 11 cm



Product Features

The multi-functional phase comparator consists of an X transmitter, a Y transmitter, a Z transmitter, and a main receiver unit. The three transmitters transmit the phase and frequency signals from their respective lines back to the main receiver unit. The main receiver unit then calculates the phase differences between the three lines to determine the phase sequence.


Applications of the Multifunctional Phase Verifier (Phase Sequence Tester)

• The Multifunctional Phase Verifier (hereinafter referred to as the "Instrument") is designed to determine the phase sequence of three-phase lines and the phase differences between phases A, B, and C; it can also be utilized for phase verification operations. The Instrument is suitable for live-line work on transmission lines ranging from 6 kV to 220 kV and simultaneously incorporates a high-voltage voltage detection function.

• The Instrument employs wireless transmission technology, ensuring safe and reliable operation as well as user-friendly convenience. This technology makes it possible to directly measure the phase sequence of high-voltage lines. The Instrument complies with relevant national standards regarding the quality supervision, inspection, and testing of electrical safety tools and equipment.

• The Instrument consists of an X transmitter, a Y transmitter, a Z transmitter, and a main receiving unit. The three transmitters transmit the phase and frequency signals from their respective lines back to the main receiving unit. The main receiving unit then calculates the phase differences between the three lines to determine the phase sequence.


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