Description
Key Technical Specifications
| Parameter | Value |
| Module Type | UCSB-CSLA Copper Module (Universal Controller Stand Alone & Compact Serial Link Adapter) |
| System Compatibility | GE Speedtronic EX2100e Excitation Control Platform |
| Processor Architecture | Microprocessor-based core |
| Communication Interface | Copper-based link ports for high-speed deterministic networking |
| Mounting | Dedicated rack slot within EX2100e control enclosures |
| Target Application | Synchronous generator excitation control, bridge regulation, and firing circuits |
| Operating Power | Powered via internal EX2100e rack backplane distribution rails |
Product Introduction
Advanced Excitation Control Processing
The General Electric 151X1235BC01SA01 functions as a critical processing and communication component within the EX2100e excitation control architecture. It integrates a Universal Controller Stand Alone (UCSB) processor core with a Compact Serial Link Adapter (CSLA) copper interface, managing real-time regulator algorithms and data exchange across the excitation node.
Engineered specifically for heavy-duty power generation plant environments, this module guarantees deterministic execution for generator voltage regulation and field current tracking. Replacing a legacy controller card with an OEM surplus unit restores loop responsiveness without requiring modifications to control software files.
151X1235BC01SA01
Application Scenarios & Field Pitfalls (The Engineer’s Perspective)
A communication fault or processor failure inside an excitation cabinet can result in a loss of automatic voltage regulation (AVR), forcing an immediate unit trip or transfer to manual field flashing mode during peak grid demand. Plant electrical engineers rely on the EX2100e platform’s modular architecture to isolate and hot-swap control logic elements safely.
- Power Generation: Large utility-scale steam, gas, and hydro turbine-generator excitation and AVR regulation loops.
- Industrial Manufacturing: Synchronous motor excitation control skids driving high-horsepower compressors.
- Petrochemical: Plant-wide co-generation facilities requiring robust reactive power (VAR) and power factor regulation.
- Firmware and Software Revision Compatibility: Swapping a UCSB-CSLA module requires matching the ToolboxST configuration version precisely. Downloading an incompatible software build will trigger configuration mismatch blocks and inhibit excitation startup.
- Backplane Connector Seating: Due to the density of the copper communication and power pins, failing to evenly tighten the module retaining latches can cause intermittent high-speed link drops or packet errors on the serial/Ethernet backbone.
- Electrostatic Discharge (ESD) Protection: The onboard logic components are highly sensitive to static. Always use a grounded wrist strap and proper antistatic handling procedures when inserting or removing the module from the rack.
Related Products
- GE 151X1215DC29SA01: Complementary GE excitation control and firing board frequently used in tandem within EX2100e racks.
- GE IS200EXLSH1A: Excitation control terminal board designed to terminate field wiring for power bridges.
- GE IS200EPDMH1AD: Power distribution and diagnostic module for EX2100e system power regulation.
- GE IS200ESELH1AAA: Ethernet switch module utilized inside EX2100e control cabinets for node communication.
- GE IS200VCIOH1ADC: Excitation control input/output pack handling analog feedback and reference signals.
- GE 336C1400P001: High-speed internal communication cable assembly for linking EX2100e rack modules.
- GE IS200TRLYH1B: Output relay board used for trip and alarm logic distribution in excitation enclosures.
- GE IS200PSVGH1AAA: Power supply and voltage regulator board providing core rails to the control hierarchy.
