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Provides an overview of the control and protection panel for gensets, highlighting its user-friendly design.
Details the procedure for mounting the control unit on a panel, including requirements for correct operation.
Explains the electrical wiring connections for the control unit, emphasizing safety precautions and fuse ratings.
Describes the serial port for data input/output, remote monitoring, and programming.
Details the connector for output extension modules and I/O capabilities.
Explains the function and color of the 5 LEDs indicating operating mode and alarms.
Details the procedure for selecting the display language from English, Turkish, or Chinese.
Describes the graphical LCD display and navigation between screens and alarms.
Describes high-priority fault conditions causing steady ALARM LED and immediate engine stop.
Details fault conditions causing flashing ALARM LED and engine stop after cooldown.
Explains conditions causing steady WARNING LED and potential horn activation.
Describes the mode where the mains contactor is energized and the engine is stopped.
Explains the automatic transfer mode between mains and genset.
Details the mode for testing the generator or keeping it running in backup.
Explains how to enable and use the remote start functionality via digital inputs.
Describes how to select sender types for oil pressure, temperature, and fuel level.
Details two methods for engine heating: timer-controlled and temp-controlled.
Explains engine operation at idle speed for heating and cooldown sequences.
Describes the unit's capability to control the engine block heater resistor.
Details how the unit controls the fuel pump motor based on fuel level.
Explains the optional input to simulate mains presence, preventing genset starts.
Describes a feature for battery-backed systems, triggering genset on low battery voltage.
Explains the system for regular switching of load between two gensets.
Details the service request indicator and how to reset the maintenance period.
Describes the non-erasable incremental engine hour meter for tracking usage.
Explains the importance of knowing the software version for unit status.
Details how to enable and configure SMS alerts for fault conditions and other events.
Explains the PC software for remote monitoring, data logging, and unit programming.
Describes how to control the unit's functions using programmable digital inputs.
Provides the procedure to restore the unit to its original factory default settings.
Explains the special function for controlling the fuel solenoid on gas engines.
Details features for disconnecting non-critical loads or connecting a dummy load.
Describes SMS alerts for fuel theft detection or refuelling events.
Explains the process for updating the unit's firmware in the field.
Details the mode for controlling an engine without an alternator, disabling AC protections.
Allows switching between two sets of voltage and frequency protection limits.
Explains how to configure the unit for single-phase electrical network operation.
Describes the three ways to connect to the MODBUS master: RS232, RS422/485, or modem.
Details MODBUS properties like data transfer mode, serial data format, and supported functions.
Provides a shortlist of readable registers for MODBUS communication.
Lists the sources from which events are logged, including alarms and mode changes.
Details the types of information stored for each logged event.
Lists the types of non-resettable counters available for statistical purposes.
Emphasizes that the unit has no serviceable parts inside and provides cleaning instructions.
Explains how to enter the program mode, including password entry and lock input.
Describes the three password levels granting access to different parameter sets.
Details how to navigate through program groups and parameters using the unit's buttons.
Defines parameters for LCD contrast, language, voltage/frequency limits, and operation modes.
Continues parameter definitions for SMS, MODBUS, hysteresis, and sender fault effects.
Details parameters for current transformer ratio, overcurrent, power limits, and mains/genset voltage/frequency.
Covers battery voltage limits, timers, phase order, and load shedding parameters.
Defines secondary limits for mains/genset voltage/frequency and overcurrent.
Sets parameters for frequency limits, oil pressure, temperature, and engine heating.
Covers engine timers, start attempts, heating methods, and fuel level settings.
Defines parameters for crank cut frequency, engine speed limits, and fan turn-on/off temperatures.
Configures sender characteristics for oil pressure and temperature inputs.
Defines actions for low oil pressure and high temperature switch inputs.
Configures actions for emergency stop and spare digital inputs.
Assigns functions to programmable relay outputs like RELAY-1 and RELAY-2.
Assigns specific functions to digital inputs from a predefined list.
Sets site identification string and telephone numbers for SMS/modem communication.
Troubleshoots issues when the genset operates correctly with AC mains present.
Addresses problems with inaccurate AC voltage or frequency readings on the display.
Diagnoses issues with incorrect KW and cos readings despite correct Amp readings.
Solves problems where the unit energizes fuel solenoid but fails to start with an oil pressure message.
Troubleshoots the START FAIL alarm occurring after the engine has started.
Addresses issues where the unit is late to remove engine cranking after starting.
Provides steps to diagnose and resolve a completely inoperative unit.
Notes on program parameters reserved for factory setting and not modifiable.
Lists the EU directives the unit conforms to, including low voltage and EMC.
Specifies the reference norms for safety (EN 61010) and EMC (EN 61326).
Details voltage, frequency, current, power, and accuracy specifications.
Covers dimensions, weight, operating temperature, humidity, and IP protection.
Provides an overview of the control and protection panel for gensets, highlighting its user-friendly design.
Details the procedure for mounting the control unit on a panel, including requirements for correct operation.
Explains the electrical wiring connections for the control unit, emphasizing safety precautions and fuse ratings.
Describes the serial port for data input/output, remote monitoring, and programming.
Details the connector for output extension modules and I/O capabilities.
Explains the function and color of the 5 LEDs indicating operating mode and alarms.
Details the procedure for selecting the display language from English, Turkish, or Chinese.
Describes the graphical LCD display and navigation between screens and alarms.
Describes high-priority fault conditions causing steady ALARM LED and immediate engine stop.
Details fault conditions causing flashing ALARM LED and engine stop after cooldown.
Explains conditions causing steady WARNING LED and potential horn activation.
Describes the mode where the mains contactor is energized and the engine is stopped.
Explains the automatic transfer mode between mains and genset.
Details the mode for testing the generator or keeping it running in backup.
Explains how to enable and use the remote start functionality via digital inputs.
Describes how to select sender types for oil pressure, temperature, and fuel level.
Details two methods for engine heating: timer-controlled and temp-controlled.
Explains engine operation at idle speed for heating and cooldown sequences.
Describes the unit's capability to control the engine block heater resistor.
Details how the unit controls the fuel pump motor based on fuel level.
Explains the optional input to simulate mains presence, preventing genset starts.
Describes a feature for battery-backed systems, triggering genset on low battery voltage.
Explains the system for regular switching of load between two gensets.
Details the service request indicator and how to reset the maintenance period.
Describes the non-erasable incremental engine hour meter for tracking usage.
Explains the importance of knowing the software version for unit status.
Details how to enable and configure SMS alerts for fault conditions and other events.
Explains the PC software for remote monitoring, data logging, and unit programming.
Describes how to control the unit's functions using programmable digital inputs.
Provides the procedure to restore the unit to its original factory default settings.
Explains the special function for controlling the fuel solenoid on gas engines.
Details features for disconnecting non-critical loads or connecting a dummy load.
Describes SMS alerts for fuel theft detection or refuelling events.
Explains the process for updating the unit's firmware in the field.
Details the mode for controlling an engine without an alternator, disabling AC protections.
Allows switching between two sets of voltage and frequency protection limits.
Explains how to configure the unit for single-phase electrical network operation.
Describes the three ways to connect to the MODBUS master: RS232, RS422/485, or modem.
Details MODBUS properties like data transfer mode, serial data format, and supported functions.
Provides a shortlist of readable registers for MODBUS communication.
Lists the sources from which events are logged, including alarms and mode changes.
Details the types of information stored for each logged event.
Lists the types of non-resettable counters available for statistical purposes.
Emphasizes that the unit has no serviceable parts inside and provides cleaning instructions.
Explains how to enter the program mode, including password entry and lock input.
Describes the three password levels granting access to different parameter sets.
Details how to navigate through program groups and parameters using the unit's buttons.
Defines parameters for LCD contrast, language, voltage/frequency limits, and operation modes.
Continues parameter definitions for SMS, MODBUS, hysteresis, and sender fault effects.
Details parameters for current transformer ratio, overcurrent, power limits, and mains/genset voltage/frequency.
Covers battery voltage limits, timers, phase order, and load shedding parameters.
Defines secondary limits for mains/genset voltage/frequency and overcurrent.
Sets parameters for frequency limits, oil pressure, temperature, and engine heating.
Covers engine timers, start attempts, heating methods, and fuel level settings.
Defines parameters for crank cut frequency, engine speed limits, and fan turn-on/off temperatures.
Configures sender characteristics for oil pressure and temperature inputs.
Defines actions for low oil pressure and high temperature switch inputs.
Configures actions for emergency stop and spare digital inputs.
Assigns functions to programmable relay outputs like RELAY-1 and RELAY-2.
Assigns specific functions to digital inputs from a predefined list.
Sets site identification string and telephone numbers for SMS/modem communication.
Troubleshoots issues when the genset operates correctly with AC mains present.
Addresses problems with inaccurate AC voltage or frequency readings on the display.
Diagnoses issues with incorrect KW and cos readings despite correct Amp readings.
Solves problems where the unit energizes fuel solenoid but fails to start with an oil pressure message.
Troubleshoots the START FAIL alarm occurring after the engine has started.
Addresses issues where the unit is late to remove engine cranking after starting.
Provides steps to diagnose and resolve a completely inoperative unit.
Notes on program parameters reserved for factory setting and not modifiable.
Lists the EU directives the unit conforms to, including low voltage and EMC.
Specifies the reference norms for safety (EN 61010) and EMC (EN 61326).
Details voltage, frequency, current, power, and accuracy specifications.
Covers dimensions, weight, operating temperature, humidity, and IP protection.
General| Brand | Datakom |
|---|---|
| Model | DKG-109 |
| Category | Controller |
| Language | English |
