Category: AC Power & Energy

AWRMS™ 200

  • Currents Up to 200 A for Performing Winding Resistance and Heat Run Tests
  • Heavy Duty Protection Circuit
  • Accuracy with Four-Wire Measurements 0.1 % of Reading + 1 μΩ
  • Accurate Liquid and Surface Temperature Measurements, 14 Inputs for
  • PT100s/RTDs and 6 Thermocouples
  • Two Current Leads and Three Sets of Potential Lead
  • User Friendly Software with Auto & Manual

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7070A-UI AC Ratio Bridge

  • Calibration of Voltage and Current Transformers from a Single Instrument
  • Calibration of Instrument Transformers with Different Rated Ratios Using One
  • Single Reference Standard
  • Calibration of Voltage Transformers (VT) Up to 800 kV When Used with MI 2500 Series of HV Dividers and Standard Capacitors
  • Calibration of Current Transformers (CT) Up to 10000 A When Used With MI 7020 and/or 7200 Series of Precision Current Transformers and/or Current Comparators
  • Short Measurement Times with High Accuracy and Low Inherent Burdens
  • Instrument Applications are Valid for Single Phase Measurements. Three-Phase Transformers Measurements Performed by Testing Each Phase Separately
  • Test Frequency from 15 to 100 Hz

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7010C High-Voltage, Capacitance, Inductance, Tan Delta Bridge

  • Automatic Self-Balancing
  • Current Comparator Technology
  • Lead Compensation Circuit
  • Range Extension Option with 7020
  • Overall Ratio Accuracy < 15 ppm
  • Low and High-Voltage Capacitance Measurements
  • Potential Transformer Calibration
  • Inductance Measurements
  • Reactor Loss Measurements

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AccuLoss® Loss Measurement Systems – Vertical

  • Performance of Load and No Load Loss Measurements
  • Heat Run Test
  • Induced Voltage Test
  • Zero Sequence Impedance Measurements
  • Manual & Auto-ranging
  • Automatic Calculation & Display of Power Measurements

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AccuLoss® Loss Measurement Systems – Horizontal

  • Maximum Voltage 100 kV Line-to-Line (58 kV Line-to-Neutral)
  • 1000 A, 2000 A, and 4000 A Systems Available
  • Performance of Load and No Load Loss Measurements
  • Heat Run Test
  • Induced Voltage Test
  • Zero Sequence Impedance Measurements
  • Manual & Auto-ranging
  • Automatic Calculation & Display of Power Measurements

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7020H Two-Stage-Compensated Current Transformer

  • 7020H Two-Stage-Compensated Current Transformer

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7021/4000 Horizontal Bushing

  • 58 kV, 4000 A

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7022 Vertical Bushing 6000 A

  • 200 kV L-G 6000 A
  • Single & Multiple Ranges
  • Highest Permeability
  • Wide Measurement Range
  • Negligible Current Errors
  • Low Burden
  • Low Uncertainties

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2023A-XP – 3-Phase Wattmeter

  • Basic Power Accuracy < 0.005 %
  • 5 A Current Input with 10 Current Ranges
  • 240 V/120 V Voltage Input Ranges
  • Line-to-Neutral and Line-to-Line Voltage Measurements
  • Full Power Factor Range
  • Total Harmonic Distortion Analysis
  • Complete Waveform Analysis
  • Phasor Analytical Representation
  • Single-Phase/Three-Phase Series of Wattmeter/Power Analyzers

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2023A – 3-Phase Wattmeter

  • Basic Power Accuracy < 0.005 %
  • 5 A Current Input with 10 Current Ranges
  • 240/120 V Voltage Input Ranges
  • Line-to-Neutral and Line-to-Line Voltage Measurements
  • Full Power Factor Range
  • Single-Phase/Three-Phase Series of Wattmeter/Power Analyzers

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2020A Premium Power Analyzer

  • Direct Replacement for 2010A Wattmeter in the AccuLoss® Loss
  • Measurement Systems
  • Basic Power Accuracy < 0.005 %
  • 10 Current Ranges
  • 2 Voltage Ranges
  • Line-and-Line and Line-to-Ground Voltage Measurements
  • Full Power Factor Range
  • Complete Waveform Analysis

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2020A Standard Wattmeter

  • Direct Replacement for 2010A Wattmeter in the AccuLoss® Loss
  • Measurement Systems
  • Basic Power Accuracy < 0.005 %
  • 10 Current Ranges
  • 2 Voltage Ranges
  • Line-and-Line and Line-to-Ground Voltage Measurements
  • Full Power Factor Range
  • Complete Waveform Analysis

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2500A High-Voltage Divider Series

  • 100 V to 240 kV
  • Outputs of 120 Vac
  • Primary Standard HV Measurements
  • Loss Measurement Systems
  • IEEE-488 Interface
  • Division Accuracy < 20 ppm
  • Calibration Period 3 to 5 Years

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2501A High-Voltage Divider

  • 120 V to 1200 V
  • Outputs of 120 Vac
  • Primary Standard HV Measurements
  • Loss Measurement Systems
  • IEEE-488 Interface
  • Division Accuracy < 20 ppm
  • Calibration Period 3 to 5 Years

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2502A High-Voltage Divider

  • 6 kV to 960 kV
  • Outputs of 120 Vac
  • Primary Standard HV Measurements
  • Loss Measurement Systems
  • IEEE-488 Interface
  • Division Accuracy < 20 ppm
  • Calibration Period 3 to 5 Years

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2503A High-Voltage Divider

  • 300 V to 300 kV
  • Outputs of 120 Vac
  • Primary Standard HV Measurements
  • Loss Measurement Systems
  • IEEE-488 Interface
  • Division Accuracy < 20 ppm
  • Calibration Period 3 to 5 Years

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Company Info


MI-Europe s.r.o. is registered in the Commercial Register, Section C, Entry No. 46844, maintained by the Municipal Court, Brno

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