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This product bulletin provides an overview of the BE1-FLEX Protection, Automation, and Control System, highlighting its configurable protection functions, automation capabilities, touchscreen interface, communications options, and application flexibility.

Compressed file containing Application Template and Application Component files for the BE1-FLEX. Recommended Style: BE1-FLEX 000104 (BE1-FLEX-K-T3N0N0N0-W9-E5-1N0-E01N-00).

This application note explains how the DGC-2020 and DGC-2020HD support configurable generator operating modes and voltage configurations. It highlights setup methods that allow a single machine to operate across multiple application requirements while maintaining proper control and protection functions.

This DNV GL Grid Code Compliance Certificate documents that the DECS-150 and DECS-250 Automatic Voltage Regulators (AVRs) comply with VDE-AR-N 4110 and FGW TG8 requirements for medium-voltage grid interconnections, including voltage regulation, fault ride-through performance, reactive power control, and grid support functions.

This application note discusses evolving grid code compliance requirements for distributed generation and renewable energy resources. It highlights how the DECS-150 and DECS-250 excitation control systems support advanced voltage regulation and control functions needed to meet modern utility interconnection requirements.

This ABS Product Design Assessment (PDA) Certificate confirms that the DECS-450 and DECS-450R Digital Excitation Control Systems have been evaluated for compliance with applicable ABS marine classification requirements and are approved for installation on ABS-classed marine and offshore vessels, subject to ABS certification and classification procedures.

This DNV Type Approval Certificate confirms that the DECS-150 Automatic Voltage Regulator meets DNV marine classification requirements for electrical control systems and is approved for installation on DNV-classed vessels and offshore units, subject to application-specific approval and installation requirements.

This application note examines digital front-end retrofit solutions for legacy GE EX2000 excitation systems and LCI static starter controls used on GE 7FA gas turbines. It discusses obsolescence challenges, support limitations, and modernization strategies that improve reliability, maintainability, and long-term system support.