Compares the DGC-2020 Generator Controller with leading competitive generator controllers, highlighting monitoring, alarm, shutdown, protection, communications, load management, and control features to support product evaluation and selection.
This application note describes a retrofit solution for replacing obsolete MAVR analog excitation systems with the DECS-250N digital excitation controller. It highlights the benefits of modernizing aging excitation equipment to improve reliability, simplify maintenance, and eliminate obsolete components.
This application note describes a static exciter upgrade for cross-compound turbine generators, replacing aging rotating exciters and analog voltage regulators with modern static excitation technology. The upgrade improves reliability, simplifies maintenance, and extends the service life of legacy excitation systems while maintaining generator performance.
This instruction manual provides installation, operation, communication, and specification information for the IDP-801 Interactive Display Panel, including mounting and connection requirements, display navigation, screen operation, and communication setup.
This typical connection diagram illustrates standard wiring, control, sensing, protection, and excitation system connections for the SMC-250 Synchronous Motor Controller with an ES-55 Power Factor Relay.
This application note explains how the BE1-11i can protect distribution system transformers from overexcitation caused by the addition of distributed energy resources (DERs). It describes a cost-effective protection approach that helps prevent transformer damage when customer-generated power is exported back onto the distribution system.
This compressed file includes an application note, BESTspace™ file, and logic file that demonstrate overexcitation protection with reverse power permissive control using the BE1-11, providing configurable logic examples and implementation resources for generator protection, control coordination, and power system reliability applications.
This application note explains how the DECS-250N uses negative field forcing to improve excitation system response, stability, and voltage regulation in rotating exciter applications. It highlights the performance benefits of positive and negative field forcing during system disturbances and transient events, particularly in generators with slower excitation response characteristics.
