Digital Current-Clamp Multimeter with AUTOTEST Function
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automatic selection of the correct measuring function for TRUE RMS voltage/current (AC / DC), resistance, continuity and diode test
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safe and easy operation – measuring errors due to incorrect measuring range selection are excluded
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short response time due to 5 scanning values per second
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voltage measurement with low input impedance (LoZ) to suppress capacitively/inductively induced voltages
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multi functional and powerful by TRUE RMS measuring method for industrial applications
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secure current measurements up to 600 A AC / DC
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highest measurement method CAT IV 600 V allows measurements directly at the source of low voltage installation
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LC display and background light
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compact protective case included
Industrial environments requires TRUE RMS measuring instruments!
Non-linear loads arising e.g. from motor drives with adjustable speed, frequency converters or mains supply units for office equipment and LED lamps generate a reactive power in the mains. As a result, multimeters and current clamps working with the so-called averaging measuring method ("RMS") will display the measured values with reduced accuracy.
In many cases and particularly in industrial environments, it is therefore absolutely necessary to use state-of-the-art "TRUE RMS" measuring instruments. The "TRUE RMS" measuring method indicates the actual effective value of an alternating current correctly – irrespective of whether the signal waveform of the current is sinusoidal or distorted.
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BENNING
CM 5-1
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indicating range
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9,999
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basic accuracy
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0,9 %
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AC voltage
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1.3 V - 750 V
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DC voltage
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0.7 V - 1.000 V
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AC current
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0.9 A - 600 A
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DC current
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0.9 A - 600 A
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resistance
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1 Ω - 10 kΩ
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continuity / diode
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Ja / Ja
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frequency
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-
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memory
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HOLD
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measuring method
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TRUE RMS
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max. clamp opening
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35 mm
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measuring category
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CAT IV 600 V
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item no.
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044066
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CM 5-1 Bedienungsanleitung
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Download
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Benning Katalog 2021
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Download
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Technical changes, model or color modifications, mistakes and delivery facilities without notice! No responsibility for literal mistakes.
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