Pinza Amperimétrica Amprobe 210 – TRMS Clamp Meter (600 A AC)

Amprobe 210 – TRMS Clamp Meter (600 A AC)

With a full range of AC current, AC/DC voltage, and frequency measurement functions for basic electrical troubleshooting, the AMP-210 clamp meter with its large backlit display is an excellent amp clamp meter choice. Rated CAT III 600 V, the AMP-210 clamp meter offers True-RMS sensing, fast response processor, non-contact voltage detection, capacitance, resistance and continuity measurements to enhance efficiency and safety in today’s complex electrical environments. The Amp-Tip function allows for precise measurement of current down to the tenth of an Amp, enabling accurate current measurement of both large and small diameter wires. A low pass filter allows measurement of current and voltage on variable frequency drives (motors with speed controlled by frequency).

AMP-200 Series TRMS Clamp Meters

The Modern Evolution of the Professional Clamp Meter

Amprobe’s AMP-210 and AMP-220 600 A TRMS Clamp Meters offer a complete range of measuring functions for today’s modern electrical environments. Both models feature True-RMS sensing, low pass filters and fast response processors for quick, error-free measurements. The Amp-Tip function allows for precise measurement of current down to the tenth of an Amp, enabling accurate current measurement of both large and small diameter wires.

AMP-210 AC Clamp Meter

AMP-220 AC/DC Clamp Meter

AMP-200 Series Applications

Accurate measurement of current, voltage and frequency on all electrical systems including distorted, non-sinusoidal signals (True-RMS function) and variable frequency drives (low-pass filter).

Capacitance measurement for start and run motor capacitors.

Resistance and continuity functions to verify quality of electrical connections and to check if motor and transformer coils are working properly.

Low pass filter allows measurement of current and voltage on variable frequency drives (motors with speed controlled by frequency). Without this feature, the meter would provide erroneous readings when measuring voltage and current.