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.
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.
Provides precision pressure measurements in compressed air systems, water or other compatible gases and fluids with an accuracy of +/- 1% FS from -20°C to 85°C (-4°F to 185°F). Use with the UX120-006M or U12-006 loggers.
FlexSmart Analog Input Module for use with the H22-001 Energy Logger handles two single-ended input channels with user-configurable ranges of 0 to 20mA DC or 0 to 20 V DC which is suitable for 2.5-, 5-, and 10-volt sensors.
Capable of analyzing electrical consumption data derived from voltage and current inputs. Uses direct connections to each phase of the voltage and various interchangeable CT options such as split-core current transformers.
Designed to be deployed with a variety of pre-defined plug-and-play smart sensors including: T-MAG-SCT-600, S-FS-CVIA, Tel 7001, T-WNB-3Y-208, S-LIB-M003, ADAPT-SER-USB.
A temperature probe, for use in air, soil, or water, works with the HOBO UX120-006M, MX1100, ZW series, or U-Series data loggers.
A temperature sensor, complete with a plated-copper sensor probe. Includes accessories for strapping the sensor to a pipe or attaching it to a flat surface. For use with HOBO U-Series, UX120-006M, MX1100 external-channel data loggers, or ZW series wireless data nodes.