how to use a fluke 87 multimeter

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Welcome to my blog! Today I’m going to be discussing how to use a fluke 87 multimeter. This is a tool that every electrical engineer should have in their toolkit, and I’m excited to share my tips and tricks on how to use it. Whether you’re a beginner or an experienced electrical engineer, I hope you find this blog helpful. Thanks for reading!

Introduction

A multimeter is an electronic testing device that measures two or more electrical values in a circuit. The most common measurements made by a multimeter are voltage, current, and resistance. Multimeters can also measure continuity, which is used to test whether a conductive path exists between two points in a circuit.

There are two types of multimeters: analog and digital. An analog multimeter uses a needle and dial to display readings, while a digital multimeter uses a digital screen todisplay readings. Most modern multimeters are digital.

To use a multimeter, you must first select the correct mode for the measurement you wish to make. To do this on a digital multimeter, you will use the mode selector switch. This switch will have settings for continuity, resistance (ohms), volts AC, and volts DC. On an analog multimeter, the mode selector switch will have settings for volts DC, volts AC, millivolts DC, and ohms. Once you have selected the correct mode, you can take your measurement.

How to use a Fluke 87 multimeter – step by step guide

Fluke multimeters are among the most popular and trusted multimeters on the market. The Fluke 87 is a versatile and reliable multimeter that can be used for a variety of tasks, from troubleshooting electrical problems to measuring AC/DC voltage and resistance. Here is a step-by-step guide on how to use a Fluke 87 multimeter.

1. Choose the correct mode for your measurement. The Fluke 87 has four different measurement modes: DC voltage, AC voltage, resistance, and continuity. Use the knob on the side of the multimeter to select the mode you want to use.

2. Connect the leads to the correct terminals. For DC voltage measurements, connect the black lead to the COM (common) terminal and the red lead to the VΩmA terminal. For AC voltage measurements, connect the leads in the same way but select AC mode on the knob instead of DC mode. For resistance measurements, connect the black lead to one of the terminals marked with an arrow and touch the red lead to each of the other two terminals in succession until you find one that gives you a reading. For continuity measurements, connect one lead to one terminal and touch each successive terminal with

Features and benefits of the Fluke 87

The Fluke 87 is a multimeter that can measure voltage, resistance and current. It is a handheld device that is powered by batteries. The Fluke 87 has a digital display that shows the readings from the various sensors in the multimeter. The multimeter also has an analog bar graph display that shows the readings over time. The Fluke 87 can be used to measure AC or DC voltage, AC or DC current, resistance, capacitance, frequency and temperature.

How to troubleshoot with a Fluke 87

If you’re a professional electrician, then you know how important it is to have a reliable multimeter. The Fluke 87 is a top-of-the-line multimeter that can help you troubleshoot any electrical issue. Here’s a quick guide on how to use this essential tool.

To start, make sure that the power is off to the circuit you’ll be testing. Once the power is off, attach the black lead of the multimeter to the black “COM” terminal, and attach the red lead to the “VΩmA” terminal.

Next, set your multimeter to the “VΩmA” function and touch the leads together. You should see a reading of 0.0 on the display. If you don’t see this reading, check your connections and make sure that the power is still off to the circuit.

Now you’re ready to start testing! To test for voltage, touch one lead to each side of a circuit breaker or fuse. You should see a reading on the display if there’s voltage present. If not, check your connections and make sure that the power is still off to the circuit before proceed further.

To test for continuity, touch one lead to each side of an electrical connection (such as a wire connector). If there’s continuity, you’ll see a reading on the display. If not, there may be a break in the connection somewhere.

Now that you know how to use a Fluke 87 multimeter, you can troubleshoot any electrical issue like a pro!

Tips and tricks for using a Fluke 87

Here are some tips and tricks for using a Fluke 87 multimeter:

-To test continuity, use the ” buzzer ” setting. This will cause the multimeter to emit a sound when it detects continuity.
-To test for resistance, use the ” ohms ” setting. This will give you a reading of the amount of resistance in an object.
-To test for voltage, use the ” volts ” setting. This will give you a reading of the amount of voltage in an object.
-To test for amperage, use the ” amps ” setting. This will give you a reading of the amount of amperage in an object.

FAQs about the Fluke 87

Q: How do I calibrate my Fluke 87?

A: You can calibrate your Fluke 87 by following the instructions in the user manual.

Q: How often should I calibrate my Fluke 87?

A: We recommend that you calibrate your Fluke 87 at least once a year.

Q: What type of batteries does the Fluke 87 use?

A: The Fluke 87 uses four AA batteries.

Case studies

To help you get started, here are some case studies that show how the Fluke 87 can be used in a variety of situations.

In the first case study, we’ll look at how to use the multimeter to troubleshoot a circuit board. This particular circuit board is used in a computer.

The second case study shows how to use the multimeter to test a battery. This particular battery is used in a car.

And finally, the third case study demonstrates how to use the multimeter to check an AC voltage.

Conclusion

There are many different types of multimeters on the market, each with its own set of features and functions. The Fluke 87 is a versatile multimeter that can be used for a variety of tasks, from troubleshooting electrical problems to taking precise measurements. With its built-in thermometer, it can even be used to measure temperature.

Despite its many features, the Fluke 87 is relatively easy to use. Simply select the desired function, range, and units from the front panel controls. Then connect the multimeter probes to the test points and observe the reading on the display. When finished, disconnect the probes and turn off the power switch to conserve battery life.

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