• FLK-3000FC GM
  • Usually ships in 2-3 weeks

Overview

Features

  • Fluke 3000 FC Series Wireless Multimeter
    • Up to 1000V AC/DC voltage
    • Up to 400mA AC/DC current
    • 600Ω continuity
    • Up to 50MΩ resistance
    • 2000V diode test
    • Capacitance up to 9999µF
    • Frequency up to 99.99kHz
  • Fluke V3000 FC Wireless AC Voltage Module
    • Measurements up to 1000V true-RMS AC
    • Standalone meter or as part of the system
    • Records and saves up to 65,000 readings
  • Fluke V3001 FC Wireless DC Voltage Module
    • Measure up to 1000V DC
    • Standalone meter or as part of the system
    • Records and saves up to 65,000 readings
  • Fluke A3001 FC Wireless iFlex AC Current Module
    • Measure up to 2500A AC
    • Standalone meter or as part of the system
    • Recording and saving up to 65,000 readings
    • Inrush function

What's in the Box

  • Fluke 3000 FC series multimeter
  • Fluke V3000 FC AC voltage module
  • Fluke V3001 FC DC voltage module
  • Fluke A3001 FC iFlex AC current module
  • TL224 test leads
  • TL222 test leads
  • TL175 test leads
  • AC285 alligator clips
  • AC220 alligator clips
  • AC175 alligator clips
  • iFlex i2500-10 flexible current probe
  • Magnetic hanging strap

Description

The Fluke FLK-3000 FC General Maintenance Service Kit provides measurement of all common electrical parameters and lets you work on panels faster, safer, and easier.

Connect the FC Wireless iFlex AC Current Module to your test point, and view the results up to 20 meters away on the FC Wireless Digital Multimeter. Or connect the FC Wireless AC Voltage Module and view both voltage and current measurements simultaneously.

From short distances, you can even view readings from modules through closed electrical panels. Plus no more writing down data as the Fluke Connect remote modules capture up to 65,000 sets of time stamped min/max/avg readings, using the optional PC adapter. Fluke Connect wireless test tools also offer increased safety by letting you view readings in a separate location from the test point.