Designed to simplify upgrades from the RDP-110 to the RDP-110C, this retrofit adapter plate provides a convenient solution for reusing existing panel installations while reducing modification requirements.
Tailored solutions for diverse sectors and challenges.
Designed to simplify upgrades from the RDP-110 to the RDP-110C, this retrofit adapter plate provides a convenient solution for reusing existing panel installations while reducing modification requirements.
Provides electrical isolation and secure signal connectivity for generator excitation systems, helping protect critical components, simplify integration, and support dependable long-term performance.
Designed to simplify upgrades from DECS-400 to DECS-450 excitation control systems, this transition plate helps reduce installation time, minimize wiring modifications, and streamline retrofit projects.
A 19-inch rack mount adapter plate that enables centered installation of compatible BE1-700 relays in standard rack-mounted control and protection panels.
A mounting bracket designed for projection mounting and installation of the DECS-150, helping simplify panel integration and secure equipment mounting.
Designed to provide dependable overcurrent protection for excitation systems and power control applications, helping protect critical electrical equipment and maintain reliable system operation.
Designed to provide overcurrent protection for excitation systems and power control applications, helping safeguard critical electrical equipment and support reliable system operation.
Designed for higher-current excitation system applications, this 200 A AC line filter helps support CE compliance by reducing electrical noise and improving power quality at the bridge operating power input.
The optional Field Flashing Assembly is used with a DECS-250E to apply flashing power to an exciter field.
Designed to restore proper cooling performance in excitation system and rectifier applications, helping support reliable operation, extended equipment life, and consistent system performance.