The HCDSY Live Cable Identifier is capable of identifying a specific target cable from a bundle of cables without the need to interrupt the power supply. This device is utilized during the installation, relocation, maintenance, and fault-finding of power cables to pinpoint a specific cable within a group. Characterized by its accurate identification capabilities (employing a dual-criterion analysis of both direction and amplitude), rapid operation, user-friendly interface, and broad scope of application, the HCDSY stands as a cutting-edge instrument—representing the most technologically advanced and highest-performing new-generation tester currently available among domestic products of its kind.

Product Features

1.   It integrates both live and de-energized cable identification functions into a single unit. This makes it suitable for identifying and verifying not only de-energized cables but also live cables. Operation is extremely simple, and the device is highly convenient to use.

2.   Unlike conventional cable identifiers, this device employs PSK (Phase-Shift Keying) communication technology. At the transmitting end, a microcontroller is utilized to encode the outgoing signal and provide power amplification, thereby coupling the signal onto the cable. At the receiving end, a microcontroller analyzes the received phase-encoded signal to perform phase identification. By leveraging the unique phase characteristics of the signal on the target cable, the device is able to accurately distinguish and isolate the specific target cable from a large bundle of cables.

3.   The dual AC/DC power supply mode represents a pioneering innovation both domestically and internationally. The unit can operate using its built-in rechargeable battery—thereby completely resolving the issue of a lack of available AC power sources in the field—or it can be powered directly via a standard AC 220V mains supply.

4.   The output protection circuitry is highly reliable and is designed to withstand short-circuit conditions without sustaining damage.

Technical Parameters