The Fluke 179 ESFP True RMS Multimeter is a real gem for both the hobby electronics enthusiast as well as a the full time electrician. It has excellent features that support simple at home electronics projects, as well as more advanced projects.
One of the features that sets the Fluke 179 apart from other multimeters is the ability to do milliamp measurements. If you are doing work on finer components it is necessary to have a more granular level of measurement capability.
This unit also has battery saver, “sleep mode”. Because this multimeter has an LCD display with a backlight, it can eat up more battery than typical “meter gauge” type readers. The auto sleep mode will ensure that you maintain long battery life, so that you have plenty of juice for those remote jobs.
I have included a summary below that outlines the various measurements you can take with The Fluke 179 digital multimeter
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WARNING NOTE: Avoid injury, electric shock or damage to the meter by disconnecting the circuit power, and be sure to discharge all high-voltage capacitors before testing resistance, continuity, diodes, or capacitance.
Measuring AC and DC Voltage:
Note: When you connect the test leads to the circuit or unit, take care to connect the common “COM” (black) test lead before you connect the “live” lead. When removing the test leads, be sure to remove the live lead (red) before removing the common test lead.
All you have to do to test an alternating current circuit is set the meter selector to the AC volts setting as illustrated to the left. The symbol for the AC Volt setting is highlighted in the red box to the left. Please read further below to see an illustration of how to set the Fluke 179 to the DC Voltage setting, for the purpose of measuring DC circuits.
All you have to do to test an DC circuit is set the meter selector to the DC volts setting as illustrated to the left. The symbol for the DC Volt setting is highlighted in the red box to the left. Please read further below to see an illustration of how to set the Fluke 179 to the DC Voltage setting, for the purpose of measuring Millivolts DC circuits.
All you have to do to test an Millivolt DC circuit is set the meter selector to the Millivolts DC volts setting as illustrated to the left. The symbol for the Millivolts DC Volt setting is highlighted in the red box to the left. Please read further below to see an illustration of how to set the Fluke 179 to resistance measurement setting.
All you have to do to test resistance in a circuit is set the meter selector to the Resistance (ohm) setting as illustrated to the left. The symbol for the Resistance (ohm) setting is highlighted in the red box to the left. Please read further below to see an illustration of how to set the Fluke 179 to Capacitance measurement.
All you have to do to test capacitance in a circuit is set the meter selector to the capacitance setting as illustrated to the left. The symbol for the capacitance setting is highlighted in the red box to the left. Once you have the selector in the position as illustrated to the left, you then press the YELLOW button just below the LCD panel and to the bottom right.
Please read further below to see an illustration of how to set the Fluke 179 to Continuity testing.
All you have to do to test continuity in a circuit is set the meter selector to the continuity setting as illustrated to the left. The symbol for the continuity setting is highlighted in the red box to the left.
In addition to these settings you can also test diodes, temperature, and frequency. There is a full users manual and more specifics on this unit including some very valuable reviews, and you can access these by clicking on this link.
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