Home > MI 2792A PowerQ4 Plus power quality analysers from Zedflo Australia

MI 2792A PowerQ4 Plus power quality analysers from Zedflo Australia

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article image MI 2792A PowerQ4 Plus power quality analyser locates and troubleshoots problems in three phase as well as single phase power distribution systems

Zedflo Australia  presents the MI 2792A PowerQ4 Plus, a top-of-the-range power quality analyser featuring four current channels and four voltage channels.

Suitable for locating, predicting and troubleshooting problems in three phase as well as single phase power distribution systems, the MI 2792A PowerQ4 Plus power quality analysers feature a rugged design for use in the field.

Applications of the MI 2792A PowerQ4 Plus power quality analysers include power quality assessment and troubleshooting in low and middle voltage electrical systems, checking power correction equipment performance, harmonics spectrum analysis for selection of harmonic filters, checking and troubleshooting UPS, voltage generators and regulators, monitoring and recording voltage, current and power as well as recording consumption profile.

Key features of MI 2792A PowerQ4 Plus power quality analysers:

  • All four current channels have the ability to automatically recognise clamps whose range can be set on the instrument
  • Rugged design makes it appropriate for field use
  • Can operate up to 15 hours on a single battery charge
  • Parameters can be set directly on the instrument, via the PowerView software or remotely through optional GPRS modem connection
  • Compliant with power quality standard IEC 61000-4-30 Class A
  • Power quality analysis according to EN 50160
Measuring functions:

  • Voltage: TRMS, peak, crest factor (4-channel)
  • Current: TRMS, peak, crest factor (4-channel)
  • Power (active, reactive, apparent)
  • Power factor, cos ϕ
  • Unbalance, flicker measurement
  • Harmonic and interharmonic analysis up to 50th harmonics, THD measurement
  • Energy (active, reactive, generated, consumed)
  • Power quality analysis according to EN 50160
  • Capturing and recording of power supply events (shutdowns, interruptions, swells, dips)
  • Inrush currents monitoring and recording
  • Waveform displaying, snapshot and recording
  • Transients recording
  • Recording up to 10 adjustable alarms
  • Temperature measurement

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