• Standard Size, full function clamp-on meter
• Designed to measure Amps and Volts at the same time
• Push-button for easy ADC zeroing
• Large easy-to-read 9999-count display
• Includes test leads and soft carrying case
• 1000AAC current measurements
• 1400VDC volt measurements
• TRMS measurements
• Resistance measurement to 10,000 ohm
• Continuity with beeper below 35 ohm
• Frequency measurements from V & A
• 1ms Peak function for fast capture of symbols
• Hold function to "freeze" readings

Applications:

• Commercial, industrial, residential and HVAC troubleshooting
• Power panel, junction box and battery bank monitoring
• AC or DC motor testing
• Power plant troubleshooting
• Electrical testing and troubleshooting on non-linear loads, such as adjustable speed drives and computers

AEMC's Models 670 and 675 are True RMS clamp–on meters that provide RMS measurements for today’s non–linear electrical environments. They are general purpose professional clamp on meters that measure up to the toughest standards. These meters offer a complete set of measurement ranges (AC Amps, DC Amps (675 only), AC Volts, DC Volts, Ohms, Continuity with beeper, Frequency from V or A, and Temperature) and are in compliance with international safety and quality standards to ensure professional and reliable measuring tools.

These meters are designed to measure and display amps and volts at the same time. A press of the display key will toggle the bottom display to show frequency. They are also auto ranging and provide the best measurement range and resolution for troubleshooting.

The Models 670 and 675 are sized for comfortable, one–handed operation. The tapered and hooked jaw design facilitates maneuvering in crowded wiring and breaker panels, making it easy to select conductors. The jaw opening accommodates one 750 kcmil or two 350 kcmil cables. The large easy–to–read 9999–count LCD features comprehensive user information symbols, such as low battery, polarity, overload and AC/DC indicators. Both models are equipped with a Data Hold function that freezes the measurement for later viewing, and a Min/Max and Peak function to capture signals.