Fluke 323 True RMS Clamp Meter Review

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Fluke 323 Clamp Meter For Commercial/Residential Electricians,...
  • Digital clamp meter measures AC current to 400 amp, AC and DC voltage to 600 v, and resistance to 4 kilo ohms. Does not measure DC current
  • The true RMS sensing meter provides accurate readings when measuring linear or non-linear loads, regardless of waveform
  • Jaw opening measures current in a conductor up to 30 millimeter without touching or interrupting the circuit. Resistance accuracy: 1.0% ± 5 digits

If you’re in the market for a reliable clamp meter that won’t break the bank, the Fluke 323 should be at the top of your list. Renowned for its precision and versatility, it’s the go-to tool for electricians tackling both residential and professional projects. With features like DC current measurement, contact temperature, and frequency, it’s designed to deliver the accurate results you need.

The Fluke 323 is designed to work in tough environments and provide accurate results so that you can diagnose issues anywhere. Its rugged design and slim compact size make it useful for measuring currents to 400 A in hard to reach cable compartments. 

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Contents

Key Features

  • True RMS Detection
  • Soft Case
  • Audible Continuity Sensor
  • Meets CAT III and IV requirements

What’s Included

In-depth Review of the Fluke 323

Renowned for its robust construction and outstanding features, the Fluke 323 stands out with its True RMS detection capability and adherence to stringent electrical safety standards. This multimeter excels in delivering precise measurements across a wide range of conditions, effectively handling both linear and non-linear loads without compromise.

To enhance user experience, the Fluke 323 includes an audible continuity sensor and a low battery indicator. These features not only speed up the process of identifying continuity but also ensure optimal battery use, so you can focus on getting accurate measurements without frequent interruptions.

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Specifications

AC ResponseTrue RMS
Continuity≤ 70 Ω
Category ratingCAT III 600 VCAT IV 300 V
AC currentRange400.0 A
ResistanceAccuracy2% ± 5 digits (45 Hz to 65 Hz)2.5% ± 5 digits (65 Hz to 400 Hz)

Build Quality

If your previous clamp meter was poorly designed or too large, then its time you switched to a lightweight and well-designed tool. The Fluke 323 is both ergonomically designed and slim, making it easy to use and comfortable on the hands. It’s definitely one of the best clamp meters on the market, along with the Fluke 325.

The Fluke 323 is engineered for durability, promising years of reliable service even in the most challenging environments. With its CAT III 600 V and CAT IV 300 V safety ratings, it offers unparalleled protection and resilience for everyday use. Plus, its protective housing and carrying case make it easy to keep the meter safe when not in use.

Pros And Cons of Fluke 323

What We Like
  • Hold function captures readings on display
  • Audible continuity sensor
  • Highly portable and durable product
  • Ergonomic grip
  • Meets IEC, CAT III, and CAT IV safety standards
What We Don’t Like
  • Only maesures AC current
  • Leads are not in good quality
  • Cases are too tight to fit in properly
Sale
Fluke 323 Clamp Meter For Commercial/Residential Electricians,...
  • Digital clamp meter measures AC current to 400 amp, AC and DC voltage to 600 v, and resistance to 4 kilo ohms. Does not measure DC current
  • The true RMS sensing meter provides accurate readings when measuring linear or non-linear loads, regardless of waveform
  • Jaw opening measures current in a conductor up to 30 millimeter without touching or interrupting the circuit. Resistance accuracy: 1.0% ± 5 digits

About Blake Sutton

Blake has worked as an electrician for over 10 years, receiving his Journeyman Electrician license in 1998. Looking to take his professional electrical career further, in 2008 he received his Bachelor of Science in Electrical Engineering (BSEE) from the University of Texas in Austin. Blake now works full time as an electrical engineer, specializing in power systems.