Resource
Product Advisory – BE1-700 Short Finger (9376790003)
Resource
Input Sensing Module Instruction Manual, Rev C, English
This instruction manual provides application, installation, and specification information for Input Sensing Modules, including isolated and non-isolated models, contact sensing configurations, mounting requirements, electrical connections, and supported part numbers for use with high-voltage protective relays.
Resource
Application Note: PC-FLEX-FEEDER
This application note explains how the BE1-FLEX can be used to protect distribution system transformers from overexcitation conditions caused by distributed energy resources exporting power onto the feeder.
Resource
BE1-FLEX Firmware/Hardware Revision History, Rev J, Chinese
This revision history document tracks BE1-FLEX firmware and hardware changes, providing a record of feature enhancements, updates, fixes, and version-specific modifications.
Resource
Application Guide: How to Set Up Grid Code Compliance Features in the DECS-250
This application guide provides information for implementing the Grid Code Compliance feature set of Basler’s DECS-250 Digital Excitation Control System. The purpose of the grid code feature is to comply with the necessary functionality requirements of standard VDE-AR-N-4110.
Resource
BE1-FLEX Communication Integration Manual, Rev B, Chinese
This communication integration manual provides guidance for setting up and configuring Modbus®, DNP3, Synchrophasor, and IEC 61850 communications for the BE1-FLEX Protection, Automation, and Control System.
Resource
BE1-FLEX Instruction Manual, Rev M, Chinese
This instruction manual provides comprehensive information for the installation, configuration, operation, maintenance, and troubleshooting of the BE1-FLEX Protection, Automation, and Control System.
Resource
Application Note: EX-MGR_450
This application note describes a digital retrofit solution for obsolete MGR excitation systems, replacing aging analog voltage regulator controls with a modern DECS-450 excitation controller. It highlights how the upgrade improves reliability, performance, and maintainability while preserving existing excitation system power components.