-40%

Ideal 61-920 Ground Resistance Clamp Meter

$ 856.5

Availability: 100 in stock
  • Return shipping will be paid by: Seller
  • Refund will be given as: Money back or replacement (buyer's choice)
  • All returns accepted: Returns Accepted
  • Country/Region of Manufacture: United States
  • Item must be returned within: 30 Days
  • MPN: 61-920
  • Features: Clamp
  • Brand: IDEAL
  • Condition: New

    Description

    Ideal 61-920 Ground Resistance Tester Clamp
    Condition:
    NEW
    Manufacturer:
    IDEAL
    Part Number:
    61-920
    Larger Clamp Size (1.25")
    Backlight
    Ground resistance (0.1 to 1200Ω)
    Ground leakage current to 30A
    Ground continuity loop test
    Audible alarm
    Data Storage
    Data hold
    Calibration loop included
    Resistance Accuracy: 1.5%
    Leakage Current Accuracy: 2.0%
    Auto-power off
    Auto ranging
    Cat III - 300V
    Lifetime Limited Warranty
    Carrying case included
    *The product appearance may vary from what is pictured
    About the Manufacturer
    IDEAL INDUSTRIES, INC has made its mark by developing the iconic products and practical technology demanded by critical industries like data communications, aerospace, electrical, wire processing, automotive, construction and more.
    They’re best known for their wire connectors, which have become the go-to standard for electrical connections around the world, but their innovations also touch the sky, where nearly every commercial jet flying today was made using IDEAL wire strippers. They’ve reached the moon, as part of the critical equipment on NASA missions. Best of all, they touch the daily lives of skilled tradesmen around the globe, who reach for IDEAL.
    Bulk Pricing
    For customers who wish to order large quantities of this item and would like to receive bulk pricing, please contact us directly and we will provide the best price possible.
    Warranty
    Warranty limited solely to repair or replacement, no warranty of merchantability, fitness, for a particular purpose or consequential damages.