AEMC – Powerpad III 8333 Three-Phase Power Quality Analyzer

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Description

The PowerPad® III Model 8333 is a three-phase power quality analyzer that is easy-to-use, compact and shock resistant. It enables technicians and engineers to measure and carry out diagnostics and power quality work on single- or three-phase networks. Three current and four voltage input terminals are provided are provided. It is IEC 61000-4-30 Class B and safety rated to 600V CAT IV.

The Model 8333 has memory available for storing trend data, alarms, transients, and snapshot data. The user can store up to 12 screen snapshots, up to 51 captured transients that contain four cycles for each active input, and 4,000 alarm events from up to 10 different parameters. Trend data can also be recorded for days, weeks or even months.

  • Compact three phase power quality analyser
  • 4 voltage & 3 current input
  • Two, three, four or five wire systems
  • Large Colour Functional Display
  • Voltage 2 to 1000V AC/DC
  • Current up to 10,000Aac TRMS (probe dependant)
  • Frequency measurement 40 to 69Hz systems
  • Power values: W, VA, var, VAD, PF, DPF, cos f, tan f
  • Energy values: Wh, varh, VAh, VADh
  • Harmonics: 1st to 50th, Direction, Sequence, THD: 0 to 50, phase
  • Transients up to 51, Flicker, Unbalance, Inrush mode
  • 65µs/sample transient recording
  • FREE DataView® software is included for configuring real-time display and report generation
  • Real time oscilloscope & phasor diagram with screen capture
  • Alarm mode: 4,000 recorded, 40 types
  • USB interface
  • IP53
  • 600V CAT IV
  • Includes 4x black 10ft voltage leads, 4x black alligator clips, 12x colour coded ID markers, USB cable, NiMH battery, power cord, large tool bag, soft carrying pouch, USB stick with DataView software & manual


Applications

  • Verification of power distribution circuits
  • In-plant troubleshooting of power distribution panels and individual machinery
  • Monitor pad mount transformers and phase unbalances
  • Determine harmonic problems originating from source or load
  • Determine transformer K-Factor