Manufacturer: Amprobe
Brand: Amprobe
Model: ACDC-52NAV
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Troubleshoot electrical systems easily and accurately.View larger Check power quality to quickly determine the efficiency of electrical systems. Advanced Features for Complete Troubleshooting of Electrical Systems The ACDC-52NAV Navigator Clamp Meter serves as a first line of defense for electrical system monitoring and troubleshooting. From daily voltage current checks to sophisticated system verification for power and harmonics, this tool can be used to properly diagnose the entire electrical system. By identifying the specific problem, technicians can take action or more easily escalate the issue to specialized teams. The ACDC-52NAV is packed with advanced features to aid troubleshooting including power and power factor, total harmonic distortion and individual harmonics, inrush current, low pass filter and phase sequence. The unique Navigator joy stick control allows quick selection of the numerous measurement features on the large LCD display. Simply highlight the desired measurement feature using the joy stick and press to select. Built for rugged industrial environments, this CAT IV 600V/CAT III 1000V clamp meter also features super bright backlight display, built-in jaw flashlight and an over molded housing to absorb shocks. Full Range of Advanced Features The ACDC-52NAV measures AC/DC current up to 600A, AC/DC voltage to 1,000V, capacitance, resistance, and frequency. Its bright LCD screen with backlight is perfect for operation in dark environments and direct sunlight. The meter's non-contact voltage detector senses AC voltage without making contact with the circuit. Low pass filter enables reading voltage, current and frequency measurements on variable frequency drives (VFDs). Power factor and active power readings provide data on the power usage and efficiency of electrical systems. This meter measures total harmonic distortion (THD) and individual harmonics up to the 25th harmonic. The total harmonic distortion reading (0 to 100%) identifies whether you have a harmonics issue - the higher the THD ...