FLUKE-789 Fluke Electronics, FLUKE-789 Datasheet - Page 3
![PROCESSMETER DMM W/4-20MA SOURCE](/photos/27/4/270434/fluke-_789_sml.jpg)
FLUKE-789
Manufacturer Part Number
FLUKE-789
Description
PROCESSMETER DMM W/4-20MA SOURCE
Manufacturer
Fluke Electronics
Series
ProcessMeter™r
Type
Digital (DMM)r
Specifications of FLUKE-789
Includes
Battery, Clips, Test Leads
Style
Handheld
Display Digits
4.5
Display Type
LCD, Dual
Display Count
20000
Function
Voltage, Current, Resistance, Frequency
Functions, Extra
Continuity, Diode Test
Features
Auto Off, Backlight, Hold, Min/Max/Ave
Ranging
Auto/Manual
Response
True RMS
Lead Free Status / RoHS Status
Lead free / RoHS compliant by exemption
Other names
1633984
614-1075
789
614-1075
789
Introduction .................................................................................................................... 1
Contacting Fluke............................................................................................................ 1
Safety Information.......................................................................................................... 2
How to Get Started ........................................................................................................ 5
Getting Acquainted with the Meter................................................................................. 6
Measuring Electrical Parameters ................................................................................... 18
Using the Current Output Functions .............................................................................. 20
Input Impedance ....................................................................................................... 18
Ranges...................................................................................................................... 18
Testing Diodes .......................................................................................................... 18
Displaying Minimum, Maximum, and Average .......................................................... 19
Using AutoHold ......................................................................................................... 19
Compensating for Test Lead Resistance .................................................................. 20
Source Mode............................................................................................................. 20
Simulate Mode .......................................................................................................... 22
Producing a Steady mA Output................................................................................. 24
Manually Stepping the mA Output ............................................................................ 25
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