Description
The General Electric DS38200SRB1C1B is a specialized Engine Generator Regulator (EGR) Control Module, primarily utilized within the GE Speedtronic control architecture. This module serves as a critical interface for managing the voltage regulation and governing functions of industrial engine-generator sets. Designed for durability and precision, it processes feedback signals to maintain stable output frequency and voltage under varying load conditions. It is a key component in maintaining system integrity for power generation systems, particularly in heavy-duty industrial and utility environments where reliable power conversion is non-negotiable.
Key Technical Specifications
| Parameter | Value/Description |
| Part Number | DS38200SRB1C1B |
| Series | GE Speedtronic / EGR Series |
| Control Function | Engine Governing & Voltage Regulation |
| Input Signal | Multi-channel analog sensor feedback |
| Output Type | Regulated control signal to actuators |
| Interface | High-density terminal/connector configuration |
| Operating Environment | Industrial-grade, temperature-controlled |
| Calibration | Factory-programmed for specific engine profiles |
| Mounting | Standard PCB/Chassis rack-mount |
| Protection | Integrated transient voltage suppression |
Recommended Related Models
These components are often part of the broader GE control ecosystem, specifically for turbine or engine management:
- DS38200SRB1C1D: Advanced revision of the SRB1 controller
- DS38200SRA1A1A: Initial base-level EGR module
- DS200TCQBG1B: Speedtronic Mark V Termination Board
- DS200DTBIG1A: Digital Terminal Board
- DS200PTBAG1A: Power Terminal Board
- DS200TCCAG1B: Control Card for Turbine/Engine regulation
- DS200SHVMG1A: High Voltage Module
- DS200LDCAG1A: Power Supply Control Board
- DS200FSAAG1A: Feedback Scaling Assembly
- IS200TREGH1B: Mark VI Turbine Regulator
Note: As a member of the Speedtronic hardware family, this component is highly revision-sensitive. Always ensure the suffix (C1B) matches your original control documentation, as firmware or hardware logic changes can occur between board revisions.
