Features:
- Accepts the measurement developed across a current shunt.
- Separates the shunt-derived signal from control-level circuitry.
- Returns an isolated current-feedback representation to the GE control path.
At the sensing side,
DS200SVIAG1A receives the small signal created by current flow through the installed shunt. That measurement is the input quantity for the board rather than a high-voltage source sample.
Isolation circuitry on
DS200SVIAG1A establishes a boundary between the shunt circuit and downstream electronics. The control section can then evaluate current feedback without a direct continuation of the sensing-side connection.
Revision characters on
DS200SVIAG1A identify the circuit population assigned to a cabinet configuration. Compatibility depends on the complete order number and the documented current-feedback route.
The General Electric DS200SVIAG1A Shunt Isolator Board may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
General Electric DS200SVIAG1A Shunt Isolator Board Manuals,Datasheets,Link
Documentation or accessories for DS200SVIAG1A are supplied only when they are specifically identified in the quoted stock package; pricing is listed in USD.
Current Measurement Input
- Sensor Element: A current shunt develops the source measurement.
- Input Quantity: The board receives the shunt-derived signal.
- Purpose: The channel represents current for the controller.
- Distinction: This route is separate from voltage attenuation.
Signal Separation
- Boundary: Isolation divides the sensing side from control electronics.
- Transfer: Current information crosses the boundary as a usable feedback signal.
- Output Role: The isolated representation continues to the evaluation stage.
- Connection Rule: Both sides follow the cabinet feedback drawing.
Measurement Context
- Measured Variable: Current is inferred from the shunt voltage.
- Channel Source: The installed shunt defines the feedback origin.
- Control Use: Downstream hardware receives current-related feedback.
- Configuration: Cabinet documentation establishes the applicable shunt circuit.
Board-to-System Relationship
- Functional Code: SVIA denotes the shunt-isolator function.
- Assembly Group: G1 identifies the group-one hardware form.
- Revision Match: BB or CB suffixes distinguish documented board builds.
- System Limit: Selection follows the exact GE feedback architecture in the cabinet.