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CRD4150 Two Element AC Current Digital Current Transducer

CRD4150

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The CRD4100 Series Data Stream Digital Current Transducers are designed for applications where AC current waveforms are not purely sinusoidal. The digital technology is used to measure voltage, current, power frequency and energy in single and three phase designs. The data is streamed over an RS485 IEEE bus which enables multiple transducers to communicate thru a single master connection. These advanced sensors are ideal for entire plant or zone monitoring. Also, the communication alagorithm can be pre-ordered with ASCII based control or modified MODBUS based control.

CRD4150

Price: $411.64
  • CRD4150

Power Supply

Converter

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The CRD4100 Series Data Stream Digital Current Transducers are designed for applications where AC current waveforms are not purely sinusoidal. The digital technology is used to measure voltage, current, power frequency and energy in single and three phase designs. The data is streamed over an RS485 IEEE bus which enables multiple transducers to communicate thru a single master connection. These advanced sensors are ideal for entire plant or zone monitoring. Also, the communication alagorithm can be pre-ordered with ASCII based control or modified MODBUS based control.

Features

  • Heart Beat and Communication Indicators
  • Pre-Calibrated with Non-Volatile Memory
  • RS485 Output
  • Optional MODBUS Output
  • Current Input up to 25 AAC
  • Three Phase Three Wire
  • DIN Rail or Surface Mount

Specifications

  • Basic Accuracy: 0.5%
  • Frequency Range 45 ~ 65 Hz
  • Calibration True RMS Sensing
  • Continuous Overcurrent: 4 times Full Scale
  • Isolation Voltage: 2500 VDC
  • Supply Voltage: 24VDC +/- 10%
  • Supply Power: Less than 250 mWatts
  • Output ESD Protection: +/- 15KV
  • Output Resolution: 16 BIT
  • Operating Temperature: 0 to 60 C

Applications

  • Sub-Metering Energy Measurement
  • Motor Loads
  • Remote Monitoring
  • Automatic Control Systems
  • Load Shedding

Sensing

  • True RMS Current, Each Phase