Last updated: August 18, 2021

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An indispensable tool for an electrician is the multimeter, an instrument that measures different electrical quantities. It is ideal to have one at home, to make sure that all circuits are in good condition. In this opportunity will show you the Fluke multimeter, one of the most recognized brands.

Do you need to buy the best product in a category? ReviewBox is the platform you need to make the ultimate decision. We provide competent information such as pros, cons, comparison with other brands, as well as interesting facts and buying factors. The aim is to guarantee you a first-class purchase.


  • The Fluke multimeter is the best known multimeter around the world when it comes to electronic or electrical measurements. With it you can check the current, voltage, frequency, resistance and even the temperature of a circuit.
  • Despite being the number 1 worldwide this product has competition from companies such as Truper, Steren, Proster and many others. However, despite its high cost the calibration ranges of this multimeter are superior to its competition and make it a safe choice.
  • Every detail of the Fluke multimeter is important, starting with what you will use it for and from there consider the range of measurements it has in voltage, current, temperature, resistance, capacitance, frequency and more. Pay attention and you'll get a good product.

The Best Fluke Multimeter: Our Picks

Buying guide: everything you need to know about the best fluke multimeter

With our buying guide we aim to put an end to all the doubts you may have before buying your Fluke multimeter. From which of its presentations is better, to its pros and cons, always making comparison with similar brands in the market.

The multimeter is the most effective tool to find out if your electronics have a problem. (Photo: Andriy Popov / 123RF)

Is a Fluke digital multimeter better than an analogue multimeter?

Experienced electricians will surely already know the answer, but for hobbyists and youngsters who need to know which type of Fluke multimeter to buy, this question may be nagging at the back of their minds. The simple answer is yes, the Fluke digital multimeter is better than its analogue models and we'll tell you why.

Digital multimeters are now portable and accurate

It turns out that digital multimeters are now not only more portable, they're also more accurate. While an analogue multimeter comes with an accuracy of 1 to 2%, most digital multimeters are between 0.5 to 1%. Not to mention that the Fluke digital multimeter measures with higher impedance and has more functions such as checking temperature.

What is the difference between the Fluke multimeter and other brands?

Fluke is known as the #1 brand in multimeters and other types of meters. Their competition comes from experienced companies such as Truper, Steren and Proster. Not only is the Fluke multimeter more durable, it also has a comparatively larger measuring range, whether it be voltage, frequency, capacitance or temperature (Max 1000v).

One of the new features of some of the Fluke multimeter models is the LED Tester feature. While other meters have to be turned around to test the LED voltage, the Fluke has its own test. Quality, however, does not always come for free and this product is one of the most expensive on the market.

Fluke Other brands
DC Voltage (best product) Max 1000 V Max 1000 V
AC Voltage (best product) Max 1000 V Max 750 V
DC Current (best product) 10 A (20 A for 30 seconds max) 60 A -1,000 A
Resistance (best product) 50MΩ 60MΩ
Temperature (best product) -200 to 1,350 °C -40 to 1,370 °C

Can I test my car battery with a Fluke multimeter?

If you need to know how the electricity in your car is working, you can use a Fluke multimeter to measure the direct current if you are testing the battery or the alternating current if you are testing the alternator. However, you should do this with a fused multimeter such as the Fluke 87V, to avoid shorts or explosions.

What are the advantages and disadvantages of the Fluke multimeter?

Fluke multimeters are the world's best known multimeters for their performance and durability. It is these two qualities that make it the preferred choice of electricians and electronics experts. Although it is an expensive product, this brand offers you high ranges of both measurement and safety.

It has technologies such as AutoVolt that automatically selects the current and voltage you are looking to measure, which is very helpful for beginners. Another advantage of using the Fluke multimeter is that it can test temperature from many degrees below 0, all the way down to -200°C, and that makes it a clear winner.

  • Largest current and voltage measurement range
  • Wide temperature measurement range
  • Automatic voltage selection
  • Different models for every job
  • Strong
  • Estimated life of 1 to 4 years
  • High price
  • Other brands offer higher maximum resistance

Fun facts: what you didn't know about the Fluke multimeter

Want to learn more about the Fluke brand and its multimeter? This is the perfect section to do so. These fun facts will not only tell you more about the world's most famous multimeter manufacturer, but will also provide you with important information for your purchase.

Where is the Fluke multimeter made?

The US company has factories in the US, as well as in the UK, the Netherlands and Asia. The products made in the USA are considered to be of higher quality than those made in China, but the latter are very good and significantly cheaper when sold to the consumer. Do you prefer to save money or have a warranty?

What is the warranty on the Fluke multimeter, and how can I claim it?

Speaking of warranty, the Fluke multimeter comes with a one-year warranty against manufacturing defects and up to 90 days free repair and parts. Just bring the tool to your authorized dealer with your invoice. If you want a better warranty you can purchase a CareFluke plan that expands it up to 2 or 3 years.

"Did you know? In Mexico you can get Fluke multimeters from the United States and China, so the same model could be cheaper"

Buying criteria: factors that allow you to compare and rate Fluke multimeter models

When it comes to digital measuring instruments, you need to be very careful when buying a model. Therefore, we recommend that you consider the following aspects before making your final decision on your next Fluke multimeter.

  • Specific use
  • Voltage, current and temperature
  • Resistance, capacitance and frequency

Specific use

The first thing to think about when buying a multimeter is its intended use. An electrician doesn't need the same thing as an auto mechanic, or a computer technician. So take a look at the following Fluke multimeter categories and models according to their use.

Industrial. The industrial models of Fluke multimeters are the most "powerful" of all. They reach up to 1000 V in both voltage and current and have a resistance of approximately 50MΩ, not to mention their temperature, LED and excellent maximum frequency functions. The Fluke 83, 289, 87V, 28II are a few of these in use.

Electronics. Industrial and simple models can be used in electronics, but make sure they have RMS and True RMS testers that measure imperfect waveforms, which is very common in electronics. We recommend the Fluke 117, 289, and 179.

Electricity: What would an electrician do without his tester? A safe bet in electricity is to use industrial multimeters for their extensive measurement qualities. However, if you need to save money, you can opt for a non-contact current detector like the Fluke 117 or a TrueRMS tester like the 115.

Personal use. If we don't want to or can't afford to buy one for industrial use we can advocate cheaper options for our personal use, remember to check that it is fuse operated if you want to use it in cars or on 2.20. The Fluke 113 and 115 are great value models for general testing.

Voltage, current and temperature

Three of the main specifications on a multimeter, Fluke or otherwise, are voltage, current and temperature and depending on your intended use you need to have the optimum range. Fluke is a brand renowned for being the best in this respect, but it never hurts to review why.

Voltage. Conventional or non-industrial multimeters usually have an AC and DC voltage of around 600V, this is true of many Fluke models such as the 117. However, if you are looking for something more powerful you can choose the Fluke 87V which has a maximum voltage of 1000V in both AC and DC.

Current. Current in multimeters is usually measured in amps, at best Fluke industrial multimeters can withstand up to 10 A and 20 A in short circuit mode for about 30 seconds maximum. This is ideal if you work in power stations or with electronic servers.

Temperature. Although the Fluke multimeter, in comparison to the Truper, falls short in maximum temperature measurement, it beats it by far in its range thanks to the minimum. One of the best models such as the 87V is capable of testing in a range from -200°C to 1,350°C.

Resistance, capacitance and frequency

Other important elements, though less taken into account by multimeter hobbyists, are resistance, capacitance and frequency. If you have the opportunity to read all the specifications of the product you like, you should take a look at them.

Resistance. Resistance is the opposition to current flow and is measured to determine the overall performance of a circuit. It is easy to find a Fluke multimeter that can read resistance in ohms accurately like the 177 which has 40.00 MΩ of measurement. Although their industrial products go up to 50.00 MΩ.

Capacitance. This is measured in farads or microfarads (µF) and by knowing this we can know the amount of charge a capacitor can store. The Fluke multimeter has capacities ranging from 500 or 1000 µF in its most economical and simple models (115), up to 10,000 µF in its most complex and expensive models.

Frequency. Frequency measures the number of repetitions in a phenomenon and is another aspect that allows us to see if all is well with our circuit. It is measured, as I'm sure you know, in Hertz. A basic Fluke multimeter measures a frequency of 50 kHz, while an advanced one like the Fluke 289 captures a frequency up to 100 kHz.

(Featured image photo: emel82 / 123RF)