Fluke 287 VS 289: Multimeter Difference and Similarities

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Digital multimeters are very essential tools for most of the present-day professions. As a matter of fact, a good number of technicians, engineers, and computer network professionals can’t work well without a multimeter. Fluke is one of the most popular multimeter brands in the USA and the entire world. And Both Fluke 287 and 289 are great multimeter for professionals. Although, they are not cheap, but high accuracy, advanced features justify their price. Read this Fluke 287 VS 289 review to know more about these two multimetesr.
These tools help in troubleshooting and testing in a wide array of environments. A multimeter can be a big difference when it comes to carrying out a task correctly and efficiently.

Fluke 287 VS 289

Fluke have been in existence for more than half a century and have lots of multimeters to offer. The challenge comes in when you have to select the best multimeter.

In this Fluke 287 VS 289, we’re going to compare the Fluke 287 VS the Fluke 289 digital multimeters. But which one do you think is the best?

Difference between Fluke 287 and 289

Features and measurements

Fluke 287

Fluke 289

Low pass filter No Help to eliminate high frequency interference
Low impedance AC Volts function No Yes
Measuring low ohms No Can measure resistances less than 50 ohms
Motor Drive (ASD) Measurements No Yes
Battery Type AA AAA
Storage Hard Drive Internal Memory
Interfaces I/O Analog Output, Analog Input IR
Decibels No Yes
Height 2.38 in 4.53 in
Length 4.03 in 1.08 in
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Even though the Fluke 287 and Fluke 289 have similar features, they also have some differences. For instance, the Fluke 289 features a low-pass filter for getting rid of high-frequency interference, which the Fluke 287 doesn’t have. In addition, the Fluke 289 comes with a low ohms range for measuring resistances that are less than 50 ohms, and it as well features a low impedance AC volts function. Another difference that is not usually taken into account is that the 289 multimeter is powered AAA batteries while 287 DMM is powered by AA batteries.

Related: Comparison: Fluke 117 VS 115

Similarities between Fluke 287 and Fluke 289

Features and measurements

Fluke 287

Fluke 289

Display digital Digital
Height 8.75 inches 8.75 inches
Weight 1.92 lbs 1.92 lbs
Max. Temperature 2462˚F 2462˚F
Functionality DC volts, AC volts, DC current, AC current, Capacitance, Temperature, Frequency, and Resistance DC volts, AC volts, DC current, AC current, Capacitance, Temperature, Frequency, and Resistance
Safety CAT .II 300V CAT .II 300V
Max. Frequency 1 MHZ 1 MHZ
Temperature Yes Yes
Analog Bargraph on Display Yes Yes
All Common Features Yes Yes
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From the above table, you can clearly see that these two multimeters have a lot of similarities, though we have not exhausted all of them. The Fluke 287 and 289 DMMs come with a large display screen with a backlight for taking readings even in dark places. They are of the same height, width, depth, and weight. So, you won’t have a problem slipping them into the pocket. This also makes it easy for you, especially if you’re working in a tight place.

Related: Fluke 87V VS 179: Which one is Better?

The units come with a recording feature which simplifies things as you can take readings even when you are not there. Also, the gadgets are compact and very easy to handle during use. They have a standalone feature which means you don’t have to hold them while troubleshooting. With a count of 50, 000, you can use these units to measure voltage, current, resistance, frequency, continuity, capacitance, and temperature. Other key features include peak hold and overload protector.

Fluke 287 Multimeter

Featuring a multi-lingual interface, the Fluke 287 multimeter is an easy to use unit that will provide you with accurate and quick results. It is a True RMS device that offers accurate readings when measuring nonlinear or linear loads, where the current or voltage has a nonsinusoidal or sinusoidal waveform. The backlit LCD display helps the user to read numerals even in poorly lit areas. The multimeter is compactly designed for easy use and storage in the backpack or pocket. Other amazing features of the 287 multimeter include auto and manual-ranging and data logging. These and many other features set aside this multimeter from others, making it suitable for complex issues in electronics, power distribution, and plant automation.
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Features

  • Datalogging features
  • Auto and manual ranging
  • Backlit LCD display
  • True RMS meter
  • Onboard help screens
  • Standalone meter
  • Multi-lingual interface
  • 10-year warranty

Fluke 289 Multimeter

If you are dealing with applications that need high accuracy, then the Fluke 289 digital multimeter with True RMS is the most ideal device for you. The Fluke 289 multimeter features a large display screen with a backlight for use in a poorly lit area. In addition, it has a compact and sleek design that is easy to handle and keep. Moreover, the gadget has a real-time clock for automatic time stamping of saved readings. It can save up to 15, 000 recordings. The best part is that it quickly documents design performance and graphically shows what took place. Thus, this simplifies things for electricians. With a 10-year warranty, this is a worthwhile investment from a reliable brand.
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Features

  • Real-time clock
  • Keeps up to 15, 000 recorded events
  • Large display with a white backlight
  • True RMS logging
  • NIST-Traceable calibration certificate with Data
  • Alligator clip set
  • Carrying case
  • 10-year warranty

So, who is the Winner? Fluke 289 or 287?

With many similar features, the final decision comes to what you can afford at the time. The Fluke 287 digital multimeter is slightly cheaper than the Fluke 289 DMM. But if you want extra features at a small extra cost, then the Fluke 289 is the best choice for you.

FAQ

Q. What can I use the multimeter for?
Ans. You can use your multimeter to measure current, voltage, and resistance. But if you have a more advanced multimeter with extra features, you can as well measure capacitance, temperature, diode test, continuity, and frequency.

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