Description
BENNING CM 10-PV - TRUE RMS current clamp multimeter for photovoltaic systems, heating, ventilation and air-conditioning technology as well as service and industry.
Especially efficient thanks to documentation functions. With the data logger and memory function via the Bluetooth® Low Energy 4.0 interface and the associated BENNING MM-CM Link app for downloading, saving and sharing measured values via smartphone/tablet, you can view your measurement results at any time and evaluate them together with colleagues.
Product advantages:
- Voltage measurement up to 1500 V AC/2000 V DC via measuring adapter TA PV
- Microamp and temperature measuring range for heating, ventilation and air-conditioning technology
- Precise due to true rms measuring method TRUE RMS
- INRUSH function for measuring inrush currents (motors etc.)
- Low-pass filter (HFR high frequency suppression) for measurements on clocked motor drives
- Measuring input for flexible current transformer BENNING CFlex 1 up to 3000 A AC (option)
- Volt sensor for non-contact phase and cable break test (red LED)
- Measured value (HOLD) and minimum/maximum value memory (MIN/MAX)
- LED measuring point lighting
- Measurement category CAT IV 600 V, CAT III 1000 V
- Non-slip and break-proof SoftGrip housing
- Incl. measuring adapter BENNING TA PV, set of measuring lead/crocodile clips, bag, wire temperature sensor and batteries
Industrial environments demand TRUE RMS - measuring instruments!Non-linear loads caused, for example, by motor drives with adjustable speed, frequency converters or power supplies for office equipment and LED lights, generate reactive power in the mains. As a result, multimeters and current clamps with the averaging measurement method (RMS) display the measured values less accurately.
In many cases and especially in industrial environments the use of modern true RMS measuring instruments is necessary. The TRUE RMS measuring method correctly displays the actual, effective value of an alternating current - regardless of whether the signal form of the current is sinusoidal or distorted.
