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General| Category | Control Systems |
|---|---|
| Manufacturer | Kongsberg Maritime |
| System Architecture | Distributed architecture |
| Communication Protocol | Ethernet |
| Human-Machine Interface | Graphical user interface |
| Alarm Management | Integrated alarm management system |
| Remote Access | Supported |
| Power Supply | 24V DC |
| Environmental Conditions | Designed for marine environments |
| Type | Integrated Automation System |
| Application | Marine vessel automation and control |
Provides a warning notice about potential bodily harm or equipment damage if directions are not followed.
Provides a warning notice about potential equipment damage if directions are not followed.
Presents clarifying information or specific instructions pertinent to immediate instructions.
Describes the Auxiliary Control System as an integrated part of the K-Chief 600.
Details available functions and features for controlling pumps.
Lists and describes the different types of pumps that can be operated.
Details the graphical symbols used to represent pump states and operations.
Explains the meaning of tagmarks associated with pump symbols and their abbreviations.
Describes the colour coding and symbols used to indicate different pump states.
Lists common alarms and events related to pump operation and their consequences.
Explains the auto and manual operating modes available for pumps.
Details the control mechanisms for pumps, including single acting control.
Details the primary functions for controlling compressors and fans in a system.
Lists and describes the various types of compressors and fans that can be operated.
Details the graphical symbols used to represent compressor and fan states and operations.
Explains the meaning of tagmarks associated with compressor and fan symbols and their abbreviations.
Describes the colour coding used to indicate different compressor and fan states.
Lists common alarms and events related to compressor and fan operation.
Details the control methods and conditions for compressors and fans.
Explains how starters handle power failures (blackouts) and recovery for compressors and fans.
Lists and describes the different types of compressor control based on pressure sensing.
Details the adjustable parameters for starting and stopping compressors based on pressure.
Describes the operation of compressor automation in auto mode.
Explains the leader control mechanism for compressor start and stop settings.
Describes the overhaul function for reservoirs, disabling them from auto start/stop logic.
Lists the available functions and features for controlling stand-by handler systems.
Lists the various types of units that can be operated as stand-by handlers.
Describes the graphical symbol for a stand-by handler in auto mode.
Describes the graphical symbol for a stand-by handler in manual mode.
Describes the colour coding used to indicate different stand-by handler system states.
Lists common alarms and events related to stand-by handler systems.
Explains the auto and manual operating modes for stand-by systems.
Explains how priority numbers define the start order of units within a stand-by system.
Details the available functions and features for controlling valves.
Lists and describes the different types of valve control configurations.
Describes valve control types using analogue feedback for positioning.
Explains monitoring functions when only binary feedbacks are interfaced to the positioner.
Details the graphical symbols used to represent different types of valves.
Describes the graphical symbol for a controlled 3-way valve.
Describes the graphical symbol for a monitored 3-way valve.
Describes the graphical symbol for a controlled digital 3-way valve.
Describes the graphical symbol for a monitored digital 3-way valve.
Describes the graphical symbol for a simulated valve.
Explains the meaning of tagmarks associated with valve symbols and their abbreviations.
Lists abbreviations used for tagmarks, indicating manual, auto, local, etc.
Describes the colour coding used to indicate different valve states like open, closed, standby.
Lists common alarms that can occur during valve operation.
Explains the auto and manual operating modes available for valves.
Details the available functions and features for controlling dampers.
Lists and describes the different types of damper control configurations.
Explains monitoring functions when only binary feedbacks are interfaced to the damper positioner.
Details the graphical symbols used to represent different damper states (closed, opened, monitored).
Explains the meaning of tagmarks associated with damper symbols and their abbreviations.
Lists abbreviations used for tagmarks, indicating manual, auto, local, etc.
Describes the colour coding used to indicate different damper states like open, closed, standby.
Lists common alarms that can occur during damper operation.
Explains the auto and manual operating modes available for dampers.
Details the available functions and features for PID controllers.
Lists and describes the different types of PID controllers (P, PI, PID).
Details the graphical symbols used to represent PID controllers in ON and OFF states.
Describes the colour coding used to indicate PID controller states like auto, manual, deviation alarm.
Describes the deviation alarm for PID controllers and its trigger conditions.
Explains the auto, manual, and cascade operating modes for PID controllers.
Shows a typical application example of PID controllers used to control valves.
Explains the purpose and scope of the operational procedures chapter.
Provides step-by-step instructions for starting and stopping a single pump.
Provides step-by-step instructions for resetting a pump after tripping or start failure.
Provides instructions on how to open the dialogue box for a stand-by handler.
Provides step-by-step instructions for setting a pump to auto or manual mode.
Provides instructions on how to activate a stand-by pump system into auto mode.
Provides instructions on how to deactivate a stand-by pump system into manual mode.
Provides instructions on how to take a pump out of the stand-by system.
Provides instructions on how to put a pump back into the stand-by mode.
Describes how to handle failures occurring to a running pump.
Provides instructions on how to change the stand-by priority for pumps in a system.
Provides step-by-step instructions for starting a single compressor.
Provides step-by-step instructions for stopping a single compressor.
Provides step-by-step instructions for setting a compressor system to auto or manual mode.
Provides step-by-step instructions for opening on/off valves.
Provides step-by-step instructions for closing on/off valves.
Provides step-by-step instructions for resetting valves, typically after a time-out.
Provides step-by-step instructions for fully opening an analogue valve.
Provides step-by-step instructions for fully closing an analogue valve.
Provides step-by-step instructions for setting the setpoint on an analogue valve.
Provides step-by-step instructions for opening a damper.
Provides step-by-step instructions for closing a damper.
Provides step-by-step instructions for resetting a damper, typically after a time-out.
Provides step-by-step instructions for activating a PID controller.
Provides step-by-step instructions for deactivating a PID controller.
Provides step-by-step instructions for setting the setpoint on an activated PID controller.
Provides step-by-step instructions for setting the setpoint on a deactivated PID controller.
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