123-3252 RS PRO ICM30R AC/DC Clamp Meter, 300A dc, Max Current 300A
Share:
RS PRO ICM30R AC-DC Current Clamp Multimeter
From RS PRO, this ICM30R clamp meter is a high performing solution for current measurement. The multifunction clampmeter utilises Hall Effect technology and nickel steel alloy jaws for precise measurement of ac and dc current up to 300 A.
It functions as a multimeter and analyzer with a clamp that is ideal for multifunctions including current and voltage measurements.
Battery-powered for maximum portability, and with a large backlit screen, this current clamp meter is ideal for on-the-go applications in almost any environment.
It is also supplied in a carry case to keep the clampmeter safe and secure during transit.
Features and Benefits
• True-RMS reading
• 4000 Count digital display
• Auto-ranging
• Dual hall sensor
• Nickel-Steel alloy jaw mechanism
• AC-DC 300 A
• AC-DC 600 V
• 0.5% basic DC Voltage accuracy
• 1.5% basic AC Voltage accuracy
• 1.0% basic DC A / AC A accuracy
• 0.9% basic Ohms accuracy
• Continuity beeper
• 10 mA resolution
• Auto-Zeroing key for DC Amps
• Data hold function
• MAX hold function
• Auto power off selectable
• 600 V protection in every range
• Up to 22 mm Diameter conductor
• Insulated input jacks
• Hand guard designed
• Power Requirement: Alkaline AAA size 1.5 V x 2
Applications
This multifunction current clamp meter is designed for current measurement in electrical testing, and combines a digital multimeter with a clamping current sensor. The nature of the clamp means that it can fit around a wire at any point to sense AC and DC Current as well as inrush current. This has the advantage of allowing electricians to take a reading from a wire without touching it, which is both more convenient and safer than other methods.
They are used for measuring high levels of current in service and maintenance applications. They are also used when installing electrical equipment.
The multifunction clampmeter can also measure continuity, AC and DC voltage as well as AC adn DC current.
