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ETCR2000C+ Digital Clamp Ground Earth Resistance Meter Tester 0.01-1200Ω, 0.00mA-20.0A, Clamp Size 65mm×32mm in Kuwait ETCR2000C+ Digital Clamp Ground Earth Resistance Meter Tester 0.01-1200Ω, 0.00mA-20.0A, Clamp Size 65mm×32mm in Kuwait ETCR2000C+ Digital Clamp Ground Earth Resistance Meter Tester 0.01-1200Ω, 0.00mA-20.0A, Clamp Size 65mm×32mm in Kuwait ETCR2000C+ Digital Clamp Ground Earth Resistance Meter Tester 0.01-1200Ω, 0.00mA-20.0A, Clamp Size 65mm×32mm in Kuwait ETCR2000C+ Digital Clamp Ground Earth Resistance Meter Tester 0.01-1200Ω, 0.00mA-20.0A, Clamp Size 65mm×32mm in Kuwait ETCR2000C+ Digital Clamp Ground Earth Resistance Meter Tester 0.01-1200Ω, 0.00mA-20.0A, Clamp Size 65mm×32mm in Kuwait ETCR2000C+ Digital Clamp Ground Earth Resistance Meter Tester 0.01-1200Ω, 0.00mA-20.0A, Clamp Size 65mm×32mm in Kuwait

ETCR2000C+ Digital Clamp Ground Earth Resistance Meter Tester 0.01-1200Ω, 0.00mA-20.0A, Clamp Size 65mm×32mm

KWD 132
Brand
ETCR
Weight
1.1 kg
– 1 +

Special Features

  • Important Notice: Designed to measure loop resistance only, not single-point grounding. Users can create an artificial loop near the grounding electrode for testing. Refer to the user manual for detailed instructions
  • Wide Application: Ideal for measuring grounding resistance in power, meteorology, oilfields, construction, and industrial electrical equipment. No need to break down grounding leads or use auxiliary electrodes for loop system measurements
  • Advanced Functionality: Measures ground faults undetectable by traditional methods, making it suitable for applications where conventional meters fail. Accurately measures the combined resistance of the grounding body and lead
  • Measurement Range: Offers a wide resistance measuring range from 0.010Ω to 1200Ω with a high resolution of 0.001Ω, and current range is from 0.00 mA to 20.0 with resolution of 0.05 mA. The clamp size is 65mm×32mm, ensuring versatility in various testing scenarios
  • Precision Measurement: Utilizes loop resistance measurement, combining voltage and current coils. It measures induced potential and current to calculate resistance using the formula R=E/I for precise results

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