Offers a ten-channel data logging system for a broad range of energy and weather monitoring applications. It can be easily configured with a wide range of plug-and-play smart sensors like the S-WSA-M003 and S-LIB-M003.
Measurement Type: Energy
Combines the functions of a clamp meter, oscilloscope, data logger and digital power meter in one device. Measures Power factor (PF), Reactive Power (VAR), Watt Hours (Wh), Kilowatt hours (kWh), AC Current, AC Voltage and more.
Capable of simultaneously capturing thousands of parameters, such as low-medium-high frequency transients through peak, waveshape, RMS difference, and adaptive high-speed sampling, as well as power measurements to clearly characterize harmonics, non-sinusoidal, and unbalanced systems.
Measures voltage, current, frequency, power, power consumption, unbalance, flicker, and harmonics in three- and single-phase power distribution systems.
Provides advanced demand, energy, harmonics and power analysis, as well as display of phasors, scope mode, meters, harmonic spectrums, and sag/swell detection.
A power management and energy efficiency meter that integrates with loggers such as the UX120-017, enabling you to measure power factor (PF), reactive power (VAR), watt hours (Wh), and more. Compatible with CTs from 5 to 32,000 A (333mV output) for current measurements.
Measures and records the power and energy consumption of 120V plug loads from office equipment, vending machines, and other devices. HOBOware Pro or HOBOware free software is required for logger operation.
Measures energy and power, and is placed in an electric service panel. The Wye-connection works with Magnelab AC Current Transformers and a Pulse Input Adapter to provide True RMS kilowatt hours of energy used, even for loads with non-sinusoidal waveforms. Used with U12 or UX120-series loggers.
This Watt energy meter helps reduce your electricity bill. Simply connect appliances to the meter, and it will assess how efficient they really are by monitoring voltage, line frequency, and power factor.
Three split-core AC current sensors and three voltage leads and outputs a signal proportional to kilowatts of power (demand). Accepting an input primary voltage of 480 Volts AC rms, this transducer requires a Pulse Input Adapter.