Fluke digital clamp meters are the ultimate amp meter tools offering precision and convenience for everyday use. These compact, easy-to-use amp clamp meters are designed for noise-free, reliable readings, whether you're in a tight space or have to get around extra-large conductors—perfect for quick, accurate daily measurements.
With FieldSense™, clamps can measure current and voltage, without touching a live wire.
Compact and easy-to-use CAT III digital clamp meter. Measure AC current up to 400A
Ideal for work outdoors on solar arrays and wind power systems.
Get accurate voltage and current measurements through the clamp jaw.
Includes clamp, leads, grounding clip, iFlex high-current probe, magnetic hanging strap, premium...
Advanced troubleshooting for industrial and commercial electricians.
Measures AC and DC current to 400 A as well as AC and DC voltage to 600 V.
Detachable display allows you to take readings remotely or in tough-to-reach spots.
Fluke 375 clamp meter conducts high-frequency measurements and is compatible with the new iFlex...
The Fluke 368 FC true-rms leakage current clamp meter helps you measure small problems before they...
Fluke 324 True-RMS Clamp Meter is a reliable, solid troubleshooting tool for commercial and...
Fluke 373 RMS AC Clamp Meter offers improved performance for any AC-only current measurement...
Fluke 365 AC clamp meter has a thin, small jaw with a flexible lead, so gaining access to wires and...
Versatile and rugged for high currents up to 2000A AC/DC. Extra wide jaw easily clamps around large...
Fluke 772 milliamp process clamp meter saves time & money by measuring output signals without...
T6-1000 PRO true-rms electrical tester with ground clip and belt holster
Measure up to 1000 V AC or DC without breaking the circuit
The Fluke 317 and 319 Clamp Meters are designed with ergonomic concepts, shaped to fit your hand and...
Fluke 303 Fluke's compact AC Clamp Meter, it can meet the needs of the day-to-day basis for...
The Fluke 305 come with all the rugged, reliable and accurate features you have come to trust, in a...
Fluke 374 True RMS clamp meter provides increased display flexibility. Discover its benefits and...
The FLUKE-T5-1000/PRV240 is a Voltage/Continuity/Current Tester and Proving Unit Kit. The Fluke...
Clamp meters are electrical tools designed for measuring current without direct contact with the conductor. They use a clamp that opens and surrounds a conductor, enabling safe and efficient current measurement, especially in tight or difficult-to-reach areas.
Amp meters, also known as ammeters, are devices specifically designed to measure electrical current flow within a circuit. These instruments are connected in series to the course, allowing them to measure the current accurately in amperes. This configuration ensures that the amp meter can provide precise readings, which is essential for monitoring and diagnosing electrical systems.
Clamp meters are primarily used for measuring electrical current in various environments, including industrial and residential settings. They are essential for safely diagnosing electrical issues, especially in circuits where direct contact is challenging or risky.
Amp meters are used for measuring the amount of electrical current passing through a circuit, which is vital in assessing the circuit's performance, identifying potential overloads, and ensuring electrical safety.
To use an amp meter, integrate it into the circuit in series. This arrangement allows the current flowing through the course to pass directly through the amp meter, enabling it to measure the current accurately.
An amp meter tests and measures the electrical current (in amperes) flowing through a circuit. It's used to monitor the current load, diagnose issues like fluctuations, and ensure electrical components function correctly.
A clamp meter is specialized for measuring current without physical contact with the conductor, offering ease of use and safety, particularly in tight spaces. On the other hand, a multimeter is a more versatile tool that can measure voltage, resistance, and sometimes current but typically requires direct contact with the circuit for accurate measurements.