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General| Brand | Basler |
|---|---|
| Model | DGC-2020 |
| Category | Controller |
| Language | English |
Provides a general description of the DGC-2020 Digital Genset Controller's integrated capabilities.
Lists the key features and functionalities of the DGC-2020 Digital Genset Controllers.
Details the primary functions performed by the DGC-2020 Digital Genset Controllers.
Lists detailed technical specifications including operating power, consumption, and sensing capabilities.
Introduces the section detailing the DGC-2020 HMI components.
Describes the controls and indicators located on the front panel of the DGC-2020.
Explains how to operate the display, change settings, and navigate menus.
Details the terminals and connectors located on the rear panel of the DGC-2020 unit.
Illustrates the menu structure and navigation flow of the DGC-2020 front panel display.
Lists manual revisions, dates, and the changes made in each version.
Details changes made to the BESTCOMSPlus software across different versions.
Summarizes firmware updates for the DGC-2020, LSM-2020, and CEM-2020.
Introduces the section that describes the operational functions of the DGC-2020.
Details the internal functional blocks and their roles within the DGC-2020 controller.
Explains the DGC-2020's capabilities for managing generator and mains breakers.
Describes the event log feature, how events are recorded, and how to access the history.
Provides an introduction to BESTCOMSPlus, Basler Electric's PC application.
Guides users through the installation process for BESTCOMSPlus software.
Covers the initial startup procedures and activation process.
Details how to establish communication between the PC and the DGC-2020 controller.
Explains the functions of the upper and lower menu bars within the BESTCOMSPlus interface.
Describes the Settings Explorer tool for navigating DGC-2020 configuration screens.
Details the configuration settings for the DGC-2020, organized by category.
Introduces BESTlogic+ as a programming method for DGC-2020.
Explains how BESTlogic+ settings are made through BESTCOMSPlus.
Defines a logic scheme as a group of logic variables.
Describes the process of programming BESTlogic+ using the drag-and-drop method.
Describes managing settings, firmware, and language module files.
Provides general information on handling and inspecting the DGC-2020.
Directs users to register their product on the Basler Electric website.
Describes the physical characteristics and mounting of the DGC-2020.
Details panel cutting and drilling dimensions for mounting the DGC-2020.
Explains how to connect the DGC-2020 controller to the system, covering various applications.
Notes routing requirements for AC voltage and current sensing wires.
Provides recommendations for salt-fog environments.
Covers periodic checks and recommendations for DGC-2020 units.
Details the optional backup battery maintenance.
Provides procedures for resolving common operational issues.
Provides an overview of the LSM-2020 Load Share Module.
Lists the key features of the LSM-2020.
Details the technical specifications of the LSM-2020.
Explains the core functions of the LSM-2020 for load sharing.
Describes the LSM-2020 plugin for BESTCOMSPlus.
Guides through the installation process for the LSM-2020.
Details the connection procedures for the LSM-2020 module.
Covers preventive maintenance for the LSM-2020.
Provides an overview of the CEM-2020 Contact Expansion Module.
Lists the key features of the CEM-2020.
Details the technical specifications of the CEM-2020.
Explains the functions of the CEM-2020, including inputs, outputs, and communications.
Describes the CEM-2020 module integration with BESTCOMSPlus.
Guides through the installation process for the CEM-2020.
Details the connection procedures for the CEM-2020 module.
Introduces the inverse time overcurrent characteristic curves provided by the DGC-2020.
Details timing accuracy and selection of functions for overcurrent protection.
Illustrates characteristic curves for DGC-2020 overcurrent protection.
Provides a cross-reference for converting time dial settings from electromechanical relays.
Details the Modbus protocol employed by the DGC-2020 and how to exchange information.
Describes various data formats used in Modbus communication.
Maps DGC-2020 parameters to Modicon address space for communication.
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