Live Cable Identifier

The Electric Cable Identifier, also known as the Cable Identifier, Multi-functional Cable Identifier, and Intelligent Cable Identifier, is designed to address the technical challenges of cable identification for electric cable engineers and electricians. Users can accurately identify a specific target cable from multiple cables using the instrument, thereby avoiding serious accidents caused by mistakenly cutting live cables. Cable identification begins at both ends of the cable, ensuring that the double numbering at both ends is accurate and error-free. This instrument's design incorporates...PSKTechnology, combined with precise algorithms, cannot be replaced by the reliability of on-site staff's memory. This product features functions for identifying live cables, de-energized cables, AC current testing, and AC voltage testing, and is composed of a transmitter, an AC current clamp, a receiver, and a flexible current clamp receiver.

Transmitter: Sends signals to the target cable during live cable identification and power-off cable identification. Equipped with a high-capacity rechargeable lithium battery, automatic impedance matching, and full automatic protection. The transmitter features an integrated, specialized tool box design, made from polypropylene plastic with a new composite filling material, injection-molded in one piece. It boasts low density, superior strength, rigidity, hardness, wear resistance, heat resistance, and insulation properties. The housing can withstand approximately200kgThe pressure is on, with the main unit being ultra-large.LCDReal-time display of remaining battery power, with a white backlit and dynamic signal transmission indicator for easy visibility.

Cable Emitter: During cable identification, the emitter clamp couples the signal emitted by the transmitter to the target cable, clamp sizeΦ120mmThe launch clamp is directional, with the emitted signal flowing into the direction indicated by the arrow on the launch clamp.

During electrical recognition: Utilizing clamp coupling to output a pulse current, emitting four frequencies:625Hz、1562Hz、2500Hz、10kHzBy coupling a clamp to the target cable (a three-core armored cable), composite pulse current signals are injected into the cable cores, generating an electromagnetic field around the target cable for detection and identification by the receiver and flexible current clamp; due to the directional nature of the pulse current, the detection is also directional.

During power outage identification: A direct output pulse current is used to inject pulse-coded current signals into the cable cores, generating an electromagnetic field around the target cable for detection, decoding, and identification by the receiver and flexible current clamp; due to the directional nature of the current, the detection is also directional.

Receiver: For handheld devices.3.5A 4-inch color LCD screen, featuring an internal high-speed microprocessor, combines with precise algorithms to identify and decode the pulse-coded current signals emitted by the transmitter. It also boasts signal strength calibration capabilities, displaying signal intensity and detection results with exquisite and intuitive presentation. The color scale bar dynamically shows the information, making it clear at a glance. Successful cable identification is marked with a checkmark (√), while non-target cables are marked with an X. It can quickly and automatically identify target cables. Additionally, it can test voltage ranges ofAC 0.00V～600V(50Hz/60Hz)No Chinese content provided.AC 0.00A~5000A(50Hz/60Hz)Measurable Current Frequency45Hz～70Hz。

Flexible Current Clamp: For Rockwell Coils, withExtremeJade's transient tracking ability can rapidly identify the pulse-coded current generated by transmitters, suitable for thick cables or irregularly shaped conductors. Its jaw inner diameter is approximately200mmNo Chinese content provided.200mmThe following cables allow for non-contact measurement without interrupting the tested circuit, ensuring safety and speed.

Special Notice: This cable identifier is equipped with both live cable detection and de-energized cable detection functions. When detecting de-energized cables, it is strictly prohibited to connect to live cables. Live cable detection is applicable only to three-core armored cables. During detection, the transmitting and receiving clamps must not be mixed, and the consistency of the input signal direction must be ensured.