The Amprobe AT8020 is designed to keep electricians safe – CAT IV 600 V rated for the highest protection. Electricians are protected from the most dangerous level of transient overvoltage spikes up to 8,000 V that are known to occur in industrial environments. Save time, no blind searching – See hidden wires like never before with the AT-8000-R Receiver’s patented Smart Sensor, which finds and displays the location and orientation of energized wires in walls, floors and ceilings on the large color TFT LCD screen. The Scan and Locate feature clearly identifies the single correct breaker or fuse, eliminating the confusion from multiple false positive readings common in older technology tracing tools. Embedded help screens make set-up easy and error free for novice users and experts alike.
Featuring three power modes “high”, “low”, and “loop” and two output frequencies (6 kHz and 33 kHz), the AT-8000-T Transmitter incorporates the best technologies available for optimal wire tracing and breaker identification on both energized and de-energized circuits. The AT-8000-T automatically sets the signal based on detected voltage and prompts the user to set the power level based on the application, delivering consistently accurate results.
Smart Sensor
Quickly and easily determine the precise direction and location of energized wires in walls, floors and ceilings with the patented Smart Sensor™. Combined with a fast signal processor that measures small changes in the detected signal multiple times per second with unmatched precision and ease of use for tracing energized wires.
Breaker and Fuse Identification
Combined with the powerful Transmitter utilizing optimal frequencies for energized and de-energized tracing, the Receiver’s Scan and Locate feature identifies the one correct breaker or fuse with the highest recorded signal.
Tip Sensor
The shape of the Tip Sensor allows tracing in hard to reach areas, corners & tight spaces, as well as precise circuit breaker and fuse identification. By utilizing two different types of antennas (inductive coil and capacitive), the tip sensor enables optimal tracing results of both energized and de-energized circuits, which are automatically selected by operating mode.
