
Seven Clamp Meters With Inrush Current Measurement Compared
Seven clamp meters with a published inrush function, compared on range, capture window and the modes that matter around motors and drives.
Read Guide→Multimeters, clamp meters, power meters and energy monitors.


Seven clamp meters with a published inrush function, compared on range, capture window and the modes that matter around motors and drives.
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Seven three phase power analyzers compared on channels, harmonic order, transient capture and logging, with guidance on what a clamp meter cannot show you.
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Seven automotive battery testers compared on CCA range, conductance versus load testing, and installed testing.
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Five meters that carry the two functions heating and cooling work actually needs, a DC microamp range for flame sensors and a temperature input, compared on what else they add.
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Five meters chosen for board work rather than field work, compared on display counts, logging depth, computer interfaces and whether the resolution actually resolves what you are chasing.
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The 902 FC states 200 microamp DC for flame rods, resistance to 60 kilohms for thermistors and flue gas temperature capture. The EX623A states 600 A AC and DC, dual type K inputs, a built-in infrared thermometer and LoZ.
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Both state 400 A AC current, 600 V AC and DC voltage, 4 kilohm resistance, True RMS and a 30 mm jaw. The 325 adds frequency, temperature and capacitance.
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Both are 600 A AC/DC True RMS wireless clamps. The 377 FC adds FieldSense, which the listing describes as measuring voltage and current with the jaw without touching a live wire.
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Nine instruments compared on the fault each listing states it finds: ground faults in buried wire, dead shorts, splice errors, wiring faults and trip time.
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Ten tracers compared on stated working voltage, buried depth or distance, energised versus de-energised tracing and what each kit actually includes.
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Eight plug-in testers compared on what each listing states it detects: wiring order, GFCI trip function, voltage drop, AFCI response and trip time.
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Nine detectors compared on stated AC and DC ranges, two-pole and non-contact operation, and the safety category each listing does or does not publish.
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A UL listed panel-mounted energy monitor using clamp-on sensors, stating support for single phase, single split phase and two wire systems, with solar and net metering monitoring.
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An underground wire locator stating the ability to trace buried conductors and metallic pipes over 4,000 feet and to depths of 7 feet, on active or dead systems, with depth determination.
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A circuit tracer kit stating tracing of energised or non-energised breakers, fuses and wires, adjustable receiver sensitivity for drywall, cement block, shielded cable and underground, and isolation of one wire in a bundle.
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A circuit tracer stating detection of breakers, conductors, fuses, dead shorts and splice errors to 480 V AC and DC including three phase, with four receiver sensitivity levels and ETL certification to CAT III.
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A 1000 V industrial True RMS multimeter stating a low pass filter for drive measurements, peak capture as fast as 250 microseconds and switchable 6,000 or 20,000 count resolution.
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A 6.5 digit benchtop multimeter stating 2,200,000 counts on a 4.3 inch 480 by 272 TFT, supplied with EasyDMM sensor measurement control software.
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A benchtop digital multimeter stating 6.5 digit resolution at 1,999,999 counts, 0.0035 percent accuracy, True RMS, a 4.3 inch touchscreen and dual display.
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A handheld scope and meter stating 10 MHz bandwidth, 48 MS per second sampling, plus or minus 400 V input, a 2.8 inch IPS screen and a 9999 count True RMS multimeter.
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A two in one handheld instrument stating 40 MHz oscilloscope bandwidth, a 20,000 count digital multimeter, a 3.5 inch colour LCD and two 18650 cells for about six hours of use.
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A breaker finder whose transmitter doubles as a GFCI outlet tester, with a backlit LCD showing 30 to 150 V, wiring status and signal strength, plus NCV and a flashlight.
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A circuit analyzer with a colour LCD that identifies wiring faults, tests AFCI and GFCI devices, measures voltage drop and displays device trip time.
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A 1000 A AC and DC True RMS wireless clamp supplied with iFlex, stating logging and trending and measurement capture outside the arc flash boundary via Bluetooth.
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One device at a time, or the whole house by circuit. Different questions, and most homes benefit from both.
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Off is rarely off. Remote receivers, clocks, network links and chargers keep drawing watts around the clock.
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0.1 kWh per hour, 2.4 kWh per day if it never stops. At a typical tariff, a few cents an hour.
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One thousand watts for one hour. The unit on your bill, and the one that turns wattage into money.
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Pressure, flow and power. Volts push, amps flow, watts is the work getting done.
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An unbroken path for current. The beeper is a resistance test with a threshold, so you can keep your eyes on the probes.
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Unstable readings come from the circuit, the leads, the range or the meter. Each has a signature.
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A tester that senses the electric field around a live conductor through the insulation. First check, never the last.
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A dead wire that reads 60 volts. It is capacitive coupling, and a low-impedance mode makes it vanish.
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How much transient energy the meter can survive. It is about where in the installation you are, not the voltage.
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Multimeters for voltage, resistance and components; clamp meters for current without breaking the circuit.
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The way a meter calculates AC values. Averaging meters guess a sine wave; True RMS measures what is there.
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