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Feature

Automatically measures AC and DC volts with precise digital resolution
Easy and accurate OpenJaw current measurement
Continuity beeper; compact design with neat probe storage
Detachable SlimReach probe tips are customized for national electrical standards; test leads accept fluke accessory test clips
Auto off mode to conserve battery life
Three ways to detect ac/dc voltage: light, sound, and vibration
GFCI trip and continuity beeper
Built-in flashlight
Solid-state tester design
CAT IV 600 V, CAT III 1000 V rated

Description

The Fluke T+PRO electrical tester offers all the functionality that electricians look for in volt meters and voltage and continuity testers. The T+PRO has three ways to detect ac/dc voltage: light, sound, and vibration. It offers the added functionality of a GFCI trip and continuity beeper, plus the convenience of a built-in flashlight. The T+PRO electrical tester comes with a rotary field indicator for troubleshooting three-phase systems, resistance measurement to 9.99 K ohms, as well as a backlit LCD display for easier viewing. Safer than traditional solenoid testers, the T+PRO is rated CAT IV-600 volt, CAT III-1000 volt, and complies with NFPA 70E*. The Fluke T+PRO electrical tester is sold one item per package, and is covered by a two year warranty. Fluke Corporation is the world leader in the manufacture, distribution and service of electronic test tools and software. Since its founding in 1948, Fluke has helped define and grow a unique technology market, providing testing and troubleshooting capabilities that have grown to mission critical status in manufacturing and service industries. From industrial electronic installation, maintenance and service, to precision measurement and quality control, Fluke tools help keep business and industry around the globe up and running. As electrical systems grow more and more complex, spikes, transients, surges, and sudden over voltage events become more common. These can trigger a sequence of events that may lead to serious injury. This is why test equipment must be designed to protect people who work in this high-voltage high-current environment.