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This drawing provides panel cutout, drilling, and mounting dimensions for installation of the DECS-150 Digital Excitation Control System.

This Spanish-language application note explains how the DECS-2100 excitation control system uses bridge paralleling and redundancy configurations to increase field current capacity, improve reliability, and maintain operation during rectifier bridge failures or maintenance activities.

This application note describes how the BE1-50/51B Self-Powered Overcurrent Retrofit Relay with Hot Line Tag (HLT) improves worker safety during maintenance and switching operations. It explains HLT functionality and highlights retrofit benefits that help reduce arc-flash hazards and simplify replacement of legacy electromechanical relays.

This application note outlines upgrades to DECS-2100 accessory modules, replacing aging electronic components with updated designs to improve reliability, maintainability, and long-term availability while maintaining compatibility with existing excitation system installations.

This application note explains dead bus synchronization using the DECS-150 Digital Excitation Control System. It describes how multiple generators can be started, synchronized, and connected together before excitation is applied, simplifying black start and emergency power applications.

This application note explains how the DECS-2100 excitation control system uses bridge paralleling and redundancy configurations to increase field current capacity, improve reliability, and maintain operation during rectifier bridge failures or maintenance activities.

This application note explains how the DECS-150 Digital Excitation Control System provides a simple upgrade path for aging SRA voltage regulators. It highlights performance improvements, added protection and control features, and the benefits of modernizing generator voltage regulation systems.

This application note explains how the DECS-250E Digital Excitation Control System provides voltage regulation, protection, and excitation control for synchronous generator applications. It highlights the advantages of static excitation systems and describes features that improve generator performance, stability, and reactive power control.