Fluke 324 Clamp Meter, Max Current 400A ac CAT III 600V

The Fluke 323, 324 and 325 Clamp Meters are designed to perform in the toughest environments and provide noise-free, reliable results to diagnose problems. True RMS measurements and optimised ergonomics make the 320 Series the best and easiest-to-use general troubleshooting tools for commercial and residential electricians.

Fluke 320 series Clamp Meters include:
Fluke 323 – 7653658 – For general troubleshooting
Fluke 324 – 7653667 – With temperature and capacitance capabilities
Fluke 325 – 7653660 – AC/DC features, temperature, capacitance, frequency

True RMS AC voltage and current for accurate measurements on non-linear signals
The Fluke 325 (RS 765-3660) also supports DC current measurement and min / max
Ergonomic, slender design
Improved functionality
Large, easy-to-read backlight display (324 RS 765-3667 and 325 RS 765-3660 only)
CAT IV 300 V/CAT III 600 V safety rating

Clamp meter, Test leads, Soft case, user manual.

Trust the 324 clamp meter from FLUKE to give you a hand with all your HVAC troubleshooting tasks. As you can use it to monitor capacitance and temperature, it's just the tool for heating and ventilation maintenance. It also offers true-RMS AC voltage and current measurements, giving you the benefit of spot-on accuracy when testing non-linear signals. Thanks to a large backlit display, the unit's readings are a cinch to see in most light conditions. A hold function lets you conveniently capture measurements on the screen for analysis.

• Includes test leads and a type K thermocouple for convenience
• Ergonomic design fits comfortably into your hand
• Comes with a soft carry case for safe storage
• Light weight of 208g makes it easy to carry around

• Factory buildings
• Maintenance technicians
• HVAC installers
• Construction industry

The handy tool is accurate in extreme locations, thanks to its wide temperature measurement range between -10°C and +400°C.

A compact size of 207 (H) x 75 (W) x 34mm (D) means you can count on this meter to fit into constricted spaces.