Earth Ground Clamp 4 Ground Leakage Current A Autorange 50/60 Hz, True rms, crest factor (CF). Instruction Video. Fluke FC Offers. Stakeless earth ground loop and AC leakage current clamp for fast, safe indoor/outdoor earth ground resistance and AC leakage current tests. For use to test the grounding components of equipment in hard-to-reach spaces, including areas that are indoors or fully paved and do not allow driving auxiliary test stakes.
The Fluke Earth Ground Clamp is placed around the earth ground rod or the connecting cable. A known voltage is induced by one half of the clamp and the current is measured by the other half. The tester automatically determines the ground loop resistance at this grounding connection. FLUKE FC Earth Ground Clamp Meter V. Model # FC. Earth ground ac leakage current measurement; Heavy-duty clamp jaw stays in alignment and in calibration even in every day, on-the-job industrial environments. Fluke FC Earth Ground Clamp Meter Model: FC | Order No: FC. Features a rugged design, this clamp meter is ideal for testing the grounding components of equipment in hard-to-reach areas, and areas that are indoors or fully paved and do not permit driving.
Earth Ground Clamp 4 Ground Leakage Current A Autorange 50/60 Hz, True rms, crest factor (CF) < Range Accuracy to A ± % rdg A to A ± % rdg A Maintenance XWWarning To avoid possible electric shock or personal injury, only qualified personnel should perform repairs or servicing not. The Fluke FC Earth Ground Clamp measures earth ground loop resistances for multi-grounded systems using the dual-clamp jaw. This test technique eliminates the dangerous and time-consuming activity of disconnecting parallel grounds, as well as the process of finding suitable locations for auxiliary test stakes. Earth Ground Clamp Introduction The Fluke Earth Ground Clamp (hereafter called the “the Clamp”) is a hand-held battery-operated clamp that measures the ground resistance of a ground rod without using auxiliary ground rods. The Clamp can be used in multi-grounded systems without disconnecting the ground under test.
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