FLUKE-789 Fluke Electronics, FLUKE-789 Datasheet - Page 7

• 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

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Connections for Supplying Loop Power ................................................................................ 30
Replacing the Batteries and Fuses ....................................................................................... 33
Replacement Parts ............................................................................................................... 36
Fluke 789 ProcessMeter ....................................................................................................... 5
Input/Output Jacks ................................................................................................................ 6
Rotary Function Switch Positions for Measurements............................................................ 8
Rotary Function Switch Positions for mA Output .................................................................. 10
Pushbuttons .......................................................................................................................... 12
Elements of the Display ........................................................................................................ 15
Sourcing Current................................................................................................................... 21
Simulating a Transmitter ....................................................................................................... 23
Loop Power Voltage vs. Current ........................................................................................... 29
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