| Content | | 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. | Eliminate downtime, predict the lifetime of equipment and reduce safety hazards with the Amprobe AMB-110 Insulation Resistance Tester that tests voltage and step voltage to 10,000 V. You can accurately test cables, transformers, motors, surge arrestors and generators in noisy environments such as high voltage switchyards. It also boasts built-in noise rejection filters and shielded test leads to provide high EMI immunity. | TEST LEAD SET FOR INSULATION RESISTANCE TESTERS | The AT-7020 Advanced Wire Tracer kit includes the AT-7000-R Receiver and the AT-7000-T Transmitter. The Receiver includes Amprobe?s patented Smart Sensor feature to instantly display the location and orientation of energized wires in walls, floors, and ceilings. You can clearly see the direction of the wire on the large, bright TFT LCD full color display. In hard-to-reach areas, you can use the Receiver?s Tip Sensor to trace wires in corners, tight spaces and junction boxes. The Transmitter offers two automatically-selected frequency modes for optimal tracing on energized and de-energized circuits, and three power modes (high, low, clamp) for a variety of environments. The breaker mode?s Scan and Locate feature identifies the one correct breaker or fuse with the highest recorded signal, thus eliminating the confusion of multiple false positives common with older technology tracing tools. So whether you?re a novice user or an expert, this Amprobe circuit tracer kit 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. |
