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Amprobes newest wire tracer combines a Receiver and powerful Transmitter to locate energized and de-energized wires, breakers, and fuses without having to disconnect any equipment. The Receiver features four tracing modes optimized for a range of applications. Its fully automatic breaker tracing capability saves time and eliminates the confusion of multiple false positives by detecting the highest recorded signal in a breaker or fuse. The Transmitter utilizes two optimized frequencies that allows for a clean and reliable signal. The Signal Clamp can be used in applications where there is no access to bare conductors by enabling the Transmitter to induce a signal into a wire through insulation. Whether youre a novice user or an expert, the AT-6020 Amprobe Advanced Wire Tracer kit will help you get the job done fast. PACKED WITH TRACING MODES!: The AT-6000 series features 4 tracing modes: Quick Scan mode allows for quick wire detection at a longer distance, Precision mode precisely pinpoints wires or faults located behind walls, floors, or ceilings, Breaker Identification mode facilitates quick and easy breaker locating and, Non-Contact Voltage Detection mode utilizes passive tracing without the Transmitter to verify if a wire is energized. MEASURE A VARIETY OF CIRCUITS: Three Transmitter signal modes: High Signal mode for normal circuits, Low Signal mode for precision tracing in difficult areas and Loop mode for closed loop de-energized circuits. SIMPLE AND EASY-TO-USE: This Advanced Wire Tracer Kit is fully equipped with an automatic, simple user interface. Only 2 tracing frequencies for a cleaner, more reliable signal (energized 6 kHz, de-energized 33 kHz).
Measurement Category (Receiver & Transmitter) | CAT III 600 V (Signal Clamp) |
Operating voltage (Receiver & Transmitter) | 0 to 600 V AC/DC (Signal Clamp) |
Operating frequency (Receiver & Transmitter) | Energized |
Hazardous voltage detection (Transmitter) | > 30 V AC/DC |
Signal indications (Receiver) | Numeric, bar graph display and audible beep (Transmitter) |
Response time (Receiver) | Tip Sensor (energized/de-energized) |
Current output of signal (typical) | Transmitter |
Signal voltage output (nominal)Transmitter | De-energized circuit |
Range detection (open air) Recevier | Tip sensor (Energized) |