| Content | | Amprobe?s advanced wire tracer technology 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, and the Transmitter utilizes two optimized frequencies that allows for a clean and reliable signal. Whether you?re a novice user or an expert, the AT-6000 Advanced Wire Tracer Series kits will help you get the job done fast. | The AT-6000-T Transmitter works on Energized and De-energized circuits up to 600 V AC/DC in Category I through Category III electrical environments and features high signal, low signal, and loop modes. The Breaker Identification feature eliminates confusion of multiple false positives, common with older technology tracing tools, by identifying the one correct breaker or fuse with the highest recorded signal. | This affordable and rugged megohmmeter is fast and easy to use, and offer the features you need for most insulation test applications including wires, cables, transformers and motors. | Amprobe?s 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 you?re a novice user or an expert, the AT-6000 Amprobe Advanced Wire Tracer kit will help you get the job done fast. | If you install or connect 3-phase motors and systems, you recognize the importance of verifying the correct motor rotation and wiring phase sequence. Improper connections can cause motors to rotate in reverse direction, potentially damaging the motor and the equipment it is powering. |
