FPV AC VOLTAGE TRANSDUCERS

The AC feeder is an instrument that converts the measured AC into a DC or voltage that is output in a linear ratio. With the corresponding indicator instrument or device, the measurement and control of current and voltage can be realized in the AC circuit of the power system.

The difference between FPAR and FPA is the true rms transformation, which does not affect the measurement accuracy with waveform distortion, so it is especially suitable for areas with severe waveform distortion.

 Models and specifications：

FPA: 1 unit of avg. to rms conversion

FPAX: 3 units of avg. to rms conversion

FPAR: Ture rms conversion

FPAT:Dual output(avg. to rms conversion)

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Application of FPV AC VOLTAGE TRANSDUCERS

 

  • Control panels for instruments
  • Control systems
  • Electrical distribution boards
  • Power transmission systems and generators
  • Supervisory Control and Data Acquisition (SCADA) systems

 

Order form of FPV AC VOLTAGE TRANSDUCERS

Terminal Connection of FPV AC VOLTAGE TRANSDUCERS

 

Specification of FPV AC VOLTAGE TRANSDUCERS

Note:

   1. FPV can be dual output;

   2. “*” auxiliary power supply optional PD1: DC 110V, PD2: DC220V.

When signing the order contract, the required model and specifications should be specified in detail. The selected model and specifications should be filled in with the code in the following format.

Example 1.

 FPVT-V1-F1-P2-08/01

Dual output Voltage transducer

Input: 0-120V

Frequency: 50Hz

Auxiliary power supply: AC 220V

Output:0-5V/0-1mA

 Example2.

FPV-V1-F1-PD2-08is calibrated to 0-150V

Voltage transducer

Input: 0-150V

Frequency: 50Hz

Auxiliary power supply: DC 220V

Output: 0-5V

 

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