Rely on the quality and durability of a Fluke multimeter when taking voltage, resistance, and other electrical measurements.

The smallest digital multimeter we offer. This meter is a portable and convenient way to perform various electrical tests.

Perform a variety of electrical tests with a multimeter that fits in your pocket.

The analog display shows the magnitude and rate of change more easily than a digital multimeter when measuring rapidly changing electrical values. Simpson multimeters are known for their ruggedness and reliability.

With this combination loop calibrator and multimeter, check for current control loop issues in PLCs, motors, and fans in addition to taking other electrical measurements. When used as a loop calibrator, the current input as well as the percentage of the input scale is shown on the dual display, giving you quick diagnostic information. Fluke is known for quality and durability.

Record measurements from electrical tests over time to identify intermittent issues such as voltage spikes and temporary power flow problems. Review data captured by these high-quality and durable Fluke multimeters in real-time or save it for future analysis.

Measure rapidly changing electrical values with an analog display that shows the magnitude and rate of change more easily than a digital multimeter.

Perform electrical tests in washdown environments. These multimeters have an IP67-rated housing.

Identify intermittent issues such as voltage spikes and temporary power flow problems—this meter records measurements from electrical tests over time. Review data in real-time or save it for future analysis.

Jaws surround a cable to test current without interrupting the circuit, making these high-quality, durable Fluke multimeters especially useful for testing high current. They include test leads to perform other electrical tests.

Run a cable through the open jaw to test current without interrupting the circuit. These multimeters are especially useful for high current measurements and include test leads to perform other electrical tests. Fluke multimeters are known for quality and durability.

Determine how much current a device with a two- or three-wire power cord uses without pulling apart the wires. The splitter isolates hot and neutral wires so you can measure AC current in either wire with a clamp-on multimeter.

Safely check for the presence of voltage in high-voltage equipment and lines. This noncontact detector checks for voltage by sensing electrostatic fields when brought near the electrical component.

In addition to vibrating to confirm the presence of voltage, these testers have LEDs that light up to show an approximate voltage level.

Identify the circuit breaker connected to an electrical receptacle.

Plug these testers into electrical receptacles to confirm proper wiring.

Check for the presence of AC current and voltage without making direct contact with a wire.

Measure current without interrupting the circuit—jaws surround a cable for testing.

Ensure proper insulation and ground wire continuity in new or repaired drills, circular saws, grinders, and other hand tools. Also known as a hi-pot tester, it checks the quality of a tool's insulation by applying voltage and measuring how much current leaks from the tool.

Incorrect motor rotation can be caused by a miswired connection from your motor to a three-phase electrical system. Use this tester to check the phase rotation (clockwise or counter-clockwise) of the motor and the electrical system to confirm proper wiring.

Connect to Fluke multimeters with a set of red and black test leads.

Adapt Fluke test leads to perform electrical tests in tight spaces.

Choose your own combination of test lead tips and cords.

Measure current without interrupting the circuit by connecting these test leads to a multimeter or current meter.

Replace a test lead or complete a set with a red or black lead.

Spring-loaded clips create a secure temporary electrical connection for hands-free testing.

Also known as a geophone clip, this clip has rounded jaws that clamp onto battery terminal lugs and other curved surfaces for hands-free testing.

Connect oscilloscopes and other bench-top testers.

Create an automated system to test continuity in circuit boards. Combine these spring-loaded test probes with Spring Test Probe Sockets that are permanently attached to testing fixtures.

The oscilloscope graphs electrical waveforms over time, allowing you to analyze signal transmission issues, voltage spikes, stray voltage, and other problems with electrical equipment.

Observe rapidly changing electrical values in equipment such as motors and generators with an analog display that shows the magnitude and rate of change more easily than a digital display.