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AI P1A Universal Rogowski Coil Integrator - 100-5000A Input, 0.333V/0.225V Output, 1A Output with Adjustable Sensitivity (22.5-120mV/kA) - DIN Rail Mount for Industrial Power Monitoring & Electrical Measurement Systems
AI P1A Universal Rogowski Coil Integrator - 100-5000A Input, 0.333V/0.225V Output, 1A Output with Adjustable Sensitivity (22.5-120mV/kA) - DIN Rail Mount for Industrial Power Monitoring & Electrical Measurement Systems

AI P1A Universal Rogowski Coil Integrator - 100-5000A Input, 0.333V/0.225V Output, 1A Output with Adjustable Sensitivity (22.5-120mV/kA) - DIN Rail Mount for Industrial Power Monitoring & Electrical Measurement Systems

$194.15 $353 -45%

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Product Description

LEM AI-P1A Universal Integrator for Rogowski Coils, Multi Range Input (100 to 5000 Amp) and Output (0.333V,0.225), 1 Amp Output, Adjustable Sensitivity(22.5,70,80,85,100,120mV/kA), Din Rail Mount

The universal Rogowski coil integrator AI-P1A complements LEM’s flexible clip-around coil ART and ARU range. The design is based on digital processing to give combined dynamic range, accuracy and versatility of use. It offers a wide range of output signals both True RMS and instantaneous. AI-P1A is DIN rail mounted and can be stacked for multiphase application without spacing thanks to its low power dissipation. optional

Input signal

  • 1 Amp output for Power Quality Measurements up to the 32nd Harmonic (1600Hz)
  • Accuracy Class 0.5 (IEC 61869-2) [1].
  • Linearity error ? 0.10 %. Protection degree IP2X.
  • 35 mm DIN rail mounted.
  • Push-in terminals.
  • 6 selectable sensitivities depending on Rogowski coil: 22.5, 70, 80, 85, 100, 120 mV/kA at 50 Hz.
  • 12 selectable ranges: 100, 200, 300, 400, 500, 600, 800, 1000, 1500, 2000, 4000, 5000 A.
  • Ambient operating temperature ?25...+70 °C.

    Advantages

    • Compact design for DIN rail assembly
    • High accuracy Class 0.5 (IEC 61869-2)
    • Setup by user via Select / Edit buttons
    • Clear status indication via bi-color led

    Applications

    • MV/LV substations on LV side: Transformer Condition Monitoring
    • Power metering: current measurement for active power calculation
    • Building sub-metering: energy efficiency monitoring, consumption analysis and cost allocation
    • Power quality monitoring: electrical loads and distribution system equipment
    • Fault Detection, Isolation and Repair (FDIR): isolate the site of the fault
    • Remote Terminal Units (RTU)
    • Phasor Measurement Units (PMU)

    Standards

    • IEC 61010-1: 2010
    • UL
    • EMC: IEC 61326-1:2012

    Options

    : side contacts to stack up to 3 Integrator modules and use only one power supply.

    24VDC Power Supply Meanwell 

      Specification
      LEM Part NumberAI-P1A
      FunctionIntegrator and True RMS Conditioner for Rogowski Coils
      Measuring RangeSelectable 5000,4000,2000,1500,1000,800,600,500,400,300,200,100Amp
      SensitivitySelectable 22.5,70,80,85,100,120mV/kA @ 50 Hz
      Output1 Amp AC
      Frequency Measuring Range50-1500Hz (15th Harmonic)
      Operating Voltage10-32VDC
      Accuracy0.5% from 25 to 5000 Amp
      Current Consumption350mA (max)
      Dimensions100mm x 78mm x 15mm
      MountingDin Rail Mount
      Integrator to Meter cableUser Supplied Shielded cable 6mm sqr, up to 6m long
      Operating Temperature-25°C - 70°C
      Storage Temperature-45°C to 80°C
      Isolation (50Hz, 1 min)1.5kV
      True RMS Response Time160-190ms
      Termination StylePush-in for 1.5mm sqr wire
      Weight58g
      Factory Pack Qty1
      Certifications

       

      UL, ROHS
      Datasheet
      Application Notes

      1) The Rogowski coil can measure any primary current as there is no saturation effect.

      2) Not tested given that in the worst case (load = 0 Ohm i.e. short circuit on the output) the peak dissipated power remains low (< 2 Watts)

      3) Frequency bandwidth and phase shift modelling schematic can be provided on request.

      4) Referring to the main phase offset of 90 ° (a Rogowski coil is a derivative current transducer)

      5) Considering a primary conductor of at least ? 15 mm, perpendicular and in contact with the Rogowski coil.

      6) Considering an external conductor of at least ? 15 mm the same current level than internal conductor, perpendicular and in contact with the Rogowski coil.