123-2207 - RS PRO IPM6200 Power Quality Analyser, 3-Phase, 1500A Max, 600V Max

123-2207 - RS PRO IPM6200 Power Quality Analyser, 3-Phase, 1500A Max, 600V Max

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123-2207 - RS PRO IPM6200 Power Quality Analyser, 3-Phase, 1500A Max, 600V Max

Product Details

RS PRO IPM 6200 Power Quality Analysers


The RS PRO IPM 6200 is a great value, single-phase and balanced 3-phase 1500A AC graphical power quality analyser. It incorporates data logging functions for analysis and diagnosis of power quality and power disturbance issues in electrical installations and power circuits. Optically isolated USB connection lead and analysis software (supplied) enables readings to be displayed and recorded data to be downloaded controlled and analysed on a PC or laptop computer.
Supplied with
Opto-isolated USB lead, PC software on CD, test leads with crocodile clips, software and user manuals and AA alkaline batteries (x2)

Features and Benefits


Power quality analysis of single and balanced 3-phase systems
Graphical display of voltage and current waveforms
128 x 64 dot-matrix LCD with backlight
9999kW active power measurement
Reactive power measurement (VAR, kVAR)
Apparent power measurement (VA, kVA)
Power factor (PF) and phase angle measurements
Energy calculation (WH and kWH)
True RMS measurement of voltage with 0.5% basic accuracy
True RMS measurement of A with 1% of range basic accuracy
Maximum demand measurement over a pre-settable time period
Graphical phase diagram display, plus fast peak display
Programmable CT ratio from 1 to 3000 for very high power measurements
Data logging to internal memory for up to 50000 readings/32000 transient events with programmable logging interval
Programming logging interval ranges between 1 seconds and 3000 seconds
Auto power OFF function in 15 minutes
Real-time clock
Hold function
Conductor size, cable 55 mm (approximately) and busbar 65mm x 24mm
Dimensions 271mm x 112mm x 46 mm
Weight 647g (battery included)

Applications


Power electronics
Commercial Facilities
Industrial Manufacturing and Plants
Datacentres