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General| Brand | Basler |
|---|---|
| Model | DGC-2020HD |
| Category | Controller |
| Language | English |
Explains warning, caution, and note box usage for safety and procedural emphasis.
Lists available instruction manuals for DGC-2020HD, aiding in finding related documentation.
Provides a chronological summary of changes made to the instruction manual over time.
Details how to mount the DGC-2020HD controller through a front panel, including dimensions.
Describes the process for mounting the DGC-2020HD controller using DIN rails, including hardware.
Explains how to mount the DGC-2020HD controller flush against a panel, including dimensions.
Provides the overall physical dimensions of the DGC-2020HD unit for installation planning.
Details terminals for control power input and chassis ground connection for proper operation.
Lists terminals for generator and bus current sensing inputs, including generator and programmable types.
Identifies terminals for generator and bus voltage sensing inputs, crucial for system monitoring.
Describes terminals for engine senders (fuel, oil, temp) and user-programmable analog inputs.
Specifies terminals for connecting a magnetic pickup for engine speed signal input.
Details the sixteen programmable contact sensing inputs for various system signals.
Lists terminals for programmable output contacts, rated for 30A and 2A duty for control functions.
Specifies terminals for CAN communication using SAE J1939 or mtu protocols for engine control.
Identifies terminals for RS-485 Modbus and RS-232 modem communication for monitoring and control.
Details terminals for Automatic Voltage Regulator (AVR) and Governor (GOV) control outputs for speed and voltage setpoint.
Describes terminals for load share line and IRIG-B time synchronization inputs.
Identifies the USB port for PC connection and Ethernet ports for network communication.
Provides a guide to general wiring for communication, senders, inputs/outputs, and control power.
Illustrates typical three-phase wye, delta, and single-phase connections for bus voltage sensing.
Shows connection diagrams for various generator, mains, and tie breaker control configurations.
Illustrates typical interconnections for two systems tied together using analog and Ethernet load share lines.
Shows connection diagrams for voltage and current analog inputs for various transducer types.
Details how to connect the Governor PWM output for interfacing with select CAT control systems.
Illustrates typical CAN connections, including termination and module interconnections for engine control.
Specifies the acceptable nominal voltage and input range for the DGC-2020HD control power.
Identifies the specific terminals for applying input power and chassis ground.
Details the power consumption of the DGC-2020HD in different operating modes (Sleep, Normal, Maximum).
Describes the unit's ability to withstand voltage dips during engine cranking.
Recommends fuse protection for the battery input circuit to prevent damage and ensure safety.
Explains how the DGC-2020HD senses generator voltage, including terminal assignments and ranges.
Details how bus voltage is sensed for mains failure detection and synchronization, including terminal assignments.
Describes inputs for generator and bus current sensing, including CT ratings and terminal assignments.
Specifies terminals and signal range for magnetic pickup input used for engine speed detection.
Explains how generator voltage is used to measure frequency and determine machine speed.
Covers specifications for control power, current, voltage, analog, contact, and engine sensor inputs.
Details specifications for engine speed inputs, output contacts, and analog outputs like AVR and GOV.
Lists specifications for metering various parameters (voltage, current, frequency, power) and calculation methods.
Details specifications for various protection relays like over/under voltage, frequency, power, and current.
Covers specifications for CAN, Ethernet, RS-232, IRIG-B, Modbus, USB, and RDP-110 interfaces.
Outlines type tests, operating environment, and compliance with UL, CE, NFPA, and other standards.
Provides information on the physical characteristics, including weight and dimensions.
Advises on proper storage of the device, especially regarding capacitor life.
Provides instructions and precautions for replacing the real-time clock backup battery.
Addresses issues with Ethernet, USB, and CAN communication, including driver installation.
Guides on resolving problems with programmable inputs/outputs and incorrect metering or display readings.
Provides solutions for ground faults in ungrounded systems and troubleshooting generator/mains breaker operation.
Helps diagnose issues with the synchronizer, speed bias, and voltage bias control functions.
Covers troubleshooting load sharing problems and using front panel diagnostic screens for analysis.
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