ALSTOM V4561983-0100 V4559856

  • Converts and transmits a DC voltage or current signal while maintaining electrical isolation between the input and output circuits.
  • Input: Accepts a DC voltage or current signal.
  • Output: Provides an electrically isolated DC voltage or current signal proportional to the input within a specified range.

Key Features:

  • Wide Input Range: Accepts various DC voltage and current input ranges (specific ranges depend on the model variant).
  • Isolated Output: Provides electrical isolation between input and output circuits (typically with a high isolation voltage rating).
  • Field Configurable: Allows configuration of input and output ranges using DIP switches or other on-board methods.
  • Compact Design: Offered in a compact, DIN-rail mountable housing for easy integration into control panels.
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Description

You’ve got it! The ABSOLUTE API4380-G is a DC to DC isolated transmitter, and here’s a summary of the key information we found previously:

Product Name: ABSOLUTE API4380-G DC to DC Isolated Transmitter

Manufacturer: Absolute Process Instruments Inc.

Function:

  • Converts and transmits a DC voltage or current signal while maintaining electrical isolation between the input and output circuits.
  • Input: Accepts a DC voltage or current signal.
  • Output: Provides an electrically isolated DC voltage or current signal proportional to the input within a specified range.

Key Features:

  • Wide Input Range: Accepts various DC voltage and current input ranges (specific ranges depend on the model variant).
  • Isolated Output: Provides electrical isolation between input and output circuits (typically with a high isolation voltage rating).
  • Field Configurable: Allows configuration of input and output ranges using DIP switches or other on-board methods.
  • Compact Design: Offered in a compact, DIN-rail mountable housing for easy integration into control panels.

Applications:

  • Signal Isolation: Isolates sensor signals from control systems to prevent ground loops and improve signal integrity.
  • Signal Conversion: Converts sensor signals from one voltage or current range to another, suitable for different input requirements of control systems.
  • Signal Boosting: Amplifies weak sensor signals to improve signal strength and transmission distance.