Features:
- Reduces an elevated monitored voltage to a control-level signal.
- Maintains a proportional voltage relationship through a passive scaling network.
- Places the SVAA group-one board in the documented GE feedback route.
The scaling network on
DS200SVAAG1A lowers the monitored source before it enters sensitive control electronics. This gives the downstream circuit a representative signal without exposing it to the original magnitude.
Because the attenuated output remains proportional to the source,
DS200SVAAG1A preserves the information needed by the voltage-feedback channel. The board therefore supports measurement transfer rather than command generation.
The group-one hardware identity of
DS200SVAAG1A ties the card to its specified cabinet circuit. The complete suffix and installed scaling arrangement must agree with the feedback drawing.
The General Electric DS200SVAAG1A Voltage Attenuator Board may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
General Electric DS200SVAAG1A Voltage Attenuator Board Manuals,Datasheets,Link
Documentation or accessories for DS200SVAAG1A are supplied only when they are specifically identified in the quoted stock package; pricing is listed in USD.
Attenuation Function
- Input Side: The circuit accepts the elevated monitored voltage.
- Scaling Stage: Passive components reduce signal magnitude.
- Output Side: A lower-level representation proceeds to control electronics.
- Relationship: The scaled value remains proportional to the measured source.
Feedback Route
- Source Point: The board connects to the documented voltage-measurement branch.
- Board Role: SVAA performs attenuation rather than current isolation.
- Control Handoff: The reduced signal continues to the low-level input stage.
- Cabinet Match: Wiring follows the installed feedback schematic.
Hardware Identity
- Functional Code: SVAA identifies the voltage-attenuator function.
- Group: G1 denotes the group-one assembly form.
- Coating: The identified board uses normal PCB coating.
- Revision: Trailing characters distinguish the applicable hardware build.
System Interface
- Measurement Type: The board works with voltage-derived feedback.
- Processing Boundary: Signal reduction occurs before control-level evaluation.
- Channel Purpose: The path reports a monitored quantity, not an output command.
- Selection Limit: Only the documented cabinet scaling circuit defines compatibility.