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.
This product bulletin provides an overview of the features, benefits, specifications, and configuration options of the Genset Top Mount Enclosure.
This instruction manual provides installation and operation information for the BE1-87B Bus Differential Relay. It covers relay specifications, controls and indicators, application guidelines, installation requirements, and testing procedures.
This application note describes the replacement of aging electromechanical bus differential relays with the BE1-87B high-impedance bus differential relay. It highlights the reliability, performance, and simplified retrofit benefits of upgrading legacy GE PVD21B/21D differential relay installations.
Understanding Directional Power (ANSI device number 32) protection.
This application note explains how the DECS-250E Digital Excitation Control System provides excitation control, voltage regulation, and power factor control for synchronous motor applications. It highlights features that help improve motor performance, optimize power factor correction, and maintain reliable operation in industrial power systems.
