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Details the revisions and updates made to the operation manual across different issues.
Provides general information and guidelines for using the manual and operating the engine.
Lists the various documents comprising the technical documentation for the engine.
Explains the structure and meaning of data module codes used for descriptive information.
Defines the structure and usage of data module codes for procedural information.
Defines general text conventions, illustrations, cross-references, instructions, notes, and decimal separators.
Explains the structure of warnings (signal word, hazard, procedure) and hazard levels (WARNING, CAUTION).
Describes the engine's component grouping and general structure.
Defines the terminology for engine sides, ends, and associated components.
Explains the numbering convention used for engine components.
Provides a comprehensive list of abbreviations and acronyms used in the manual.
Details general safety precautions for engine operation and maintenance, including tools, spare parts, and hazards.
Discusses causes of contamination, blow-by, and potential fire hazards in scavenge air spaces.
Outlines procedures, personnel, and equipment required for fighting fires in the scavenge air space.
Explains the causes of crankcase explosions, primarily due to oil mist.
Details safety precautions and procedures to prevent crankcase explosions.
Provides safety guidelines and procedures for safely accessing engine spaces.
Provides a brief overview of the engine's design, including its two-stroke crosshead type and control system.
Defines the intended use, operating ranges, and correct usage guidelines for the engine.
Explains the relationship between engine speed, power, and propeller performance (FPP).
Introduces the engine systems, line codes, and simplified descriptions used in the manual.
Describes the components and function of the engine's cooling water system.
Explains the purpose and components of the wash-water system for the scavenge air cooler.
Details the components and function of the system oil lubrication for various engine parts.
Describes the servo oil system's components and function in controlling engine parts.
Explains the cylinder oil system, including lubrication, filters, and the iCAT system.
Covers the components and operation of the starting air system for engine rotation.
Details the scavenge air system, including its components like receivers, turbochargers, and coolers.
Explains the control air system, its components, and its role in supplying air to valves.
Describes the exhaust gas system, including valves, manifolds, and turbocharger connections.
Details the fuel system's components and functions, including pumps, rails, and injection valves.
Explains the optional LP SCR system for reducing nitrogen oxides in exhaust gas.
Covers the tasks and configuration of the LP SCR control system.
Describes the switches and indicators on control box E70.
Details control box E71 and its switches located below the LDU-20.
Describes control boxes E72 (without SPC) and E73 (with SPC) and their switches.
Explains the LDU-20 panel pages, including the LP SCR SYSTEM STATUS (MAIN PAGE).
Describes the steam production control system (SPC) and its integration with SCR system.
Details the components of the engine frame and bearings, including the bedplate.
Explains the function and installation of main bearings that support the crankshaft.
Describes the thrust bearing's role in transmitting axial thrust from the propeller to the bedplate.
Details the monoblock column, its middle position, and relief valves.
Explains the function of tie rods in securing the cylinder block, column, and bedplate.
Details the components related to the engine cylinder, including the liner.
Describes the cylinder liner's role, seal, and antipolishing ring.
Explains the function of lubricating quills in spraying oil onto the cylinder liner wall.
Details the piston rod gland's function in sealing oil and preventing contamination.
Describes the injection valves, their function in spraying fuel, and ECS control.
Explains the starting valve's function in supplying pressurized air for engine start and speed control.
Details the exhaust valve's function in releasing combustion exhaust gas.
Covers the components related to the engine's crankshaft, connecting rod, and piston.
Describes the crankshaft's role in transmitting power and its associated components.
Explains the function of torsional vibration dampers in reducing shafting system vibrations.
Details the axial vibration damper's role in reducing crankshaft axial vibrations.
Describes the turning gear mechanism used for slowly rotating the crankshaft.
Explains the connecting rod's function in converting linear piston motion to circular crankshaft motion.
Details the crosshead's role in guiding the piston rod and absorbing lateral forces.
Describes the piston's movement, sealing function, and force transmission.
Covers components related to the supply unit drive and control systems.
Explains the supply unit drive installation and its function in operating pumps.
Details the starting air shut-off valve, its positions, and operation.
Describes the control air supply system and its pressure regulation.
Explains the local maneuvering stand and its control panel components.
Details the proximity sensors used for measuring engine speed and safety systems.
Covers components related to the supply unit, pumps, and control valves.
Explains the function and operation of servo oil pumps.
Describes the supply unit, which houses servo oil and fuel pumps.
Details the fuel pump's function in supplying high-pressure fuel and its operational aspects.
Explains the pressure control valve's role in regulating fuel rail pressure.
Describes the flow limiting valve's function in controlling fuel quantity to cylinders.
Details the exhaust valve control unit (VCU) and its role in controlling servo oil flow.
Explains the fuel pump actuator's function in controlling fuel quantity via the regulating sleeve.
Covers components related to the scavenge air system.
Describes the scavenge air receiver's function and its components.
Explains the turbocharger's function in compressing scavenge air and troubleshooting.
Details the auxiliary blowers' role in supplying scavenge air during start and low load.
Explains the auxiliary blower switch box interface for control and status monitoring.
Describes the scavenge air cooler's function in decreasing compressed air temperature.
Explains the water separator's function in removing water from scavenge air.
Covers components related to cylinder lubrication and balancing.
Provides information on cylinder lubrication oil and system.
Describes the iELBA system for decreasing vertical mass moments and its operation.
Shows the buttons and indications on the iELBA control cabinet.
Covers components related to engine piping, specifically the exhaust waste gate.
Details the exhaust waste gate's function as a bypass pipe for the turbocharger.
Covers engine monitoring instruments.
Explains the crank angle sensor unit installation and function for monitoring teeth.
Describes the water in oil monitor's function in detecting water concentration in oil supply.
Details the oil mist detection system for monitoring crankcase oil mist concentration.
Provides an overview of the WinGD engine control system (WiCE) and its modules.
Explains the Intelligent Combustion Control (ICC) for monitoring and automatically controlling combustion.
Describes the integrated gas pressure regulation (iGPR) system for controlling gas pressure.
Provides general information about the LDU-20 display unit and its components.
Explains the LDU-20 page for controlling the iELBA system.
Details the operation of the Manual Control Panel (MCP) as an option for WiCE.
Illustrates the MAIN page of the MCP with function buttons locked.
Describes the MAIN page of the MCP, including indication fields and status information.
Explains how to adjust user parameters via the MCP interface.
Details how to select and adjust user parameters on the MCP.
Describes the process of adjusting user parameters and their regulators on the MCP.
Explains the SYSTEM INFO page on the MCP for WiCE, showing engine and software data.
Details the TREND page on the MCP for WiCE, showing parameter trends.
Describes the INSTRUMENTS page on the MCP, showing displayed instrument values.
Explains the MCP page for managing the FUEL / LUBRICATION SYSTEM.
Provides general installation topics covered in the Marine Installation Manual (MIM).
Details the general preparation steps and system checks required before engine start.
Outlines the periodicity, personnel, and equipment needed for engine preparation before starting.
Describes usual start conditions, limits, and procedures for starting the engine.
Provides the procedure for starting the engine, including clutch engagement and control panel selection.
Emphasizes the importance of regular checks of operating values to prevent engine damage.
Details daily and weekly checks for engine systems, including fluid levels and temperatures.
Outlines procedures for regular safety checks, including emergency stop buttons and pressure switches.
Explains maneuvering operations, factors affecting ship speed, and control locations.
Provides procedures for changing engine speed and operating direction.
Details procedures for changing between diesel fuels (HFO, MDO) and recommended viscosity.
Explains the procedure for automatic fuel change-over, emphasizing its benefits.
Provides step-by-step instructions for manually changing fuel from HFO to MDO.
Provides step-by-step instructions for manually changing fuel from MDO to HFO.
Describes general procedures for stopping the engine from various locations, including DF engine specifics.
Outlines the procedure for stopping the engine via the control panel.
Refers to the procedure for stopping the engine in an emergency.
Details the procedure for activating and resetting the emergency stop function.
Explains post-stop procedures, including post-lubrication and auxiliary system operation.
Provides comprehensive steps for preparing the engine for standstill or maintenance.
Details the procedure for taking and analyzing system oil samples.
Outlines the procedure for analyzing cylinder oil samples, including frequency and precautions.
Provides instructions for replacing the filter element in a duplex filter.
Describes the procedure for cleaning the turbocharger while the engine is operating.
Details the procedure for cleaning the scavenge air cooler during engine operation.
Explains how to test the functionality of the exhaust waste valve.
Provides general troubleshooting data, checks, and procedures for engine malfunctions.
Lists malfunctions across various systems, categorized by system type for easy reference.
Describes failure messages from UNIC-flex components and their severity levels.
Details specific failures that may require special operating procedures or ECS actions.
Guides users on how to find and repair failures indicated by UNIC-flex system.
Provides instructions to examine the supply unit for any servo oil leaks.
Details the procedure for examining the supply unit for fuel leaks.
Guides on how to examine the rail unit for potential fuel leakage.
Outlines procedures for examining Flow Limiting Valves (FLV) and fuel pipes for leaks.
Describes how to temporarily disable a defective injection valve.
Provides instructions for temporarily disabling a defective exhaust valve drive.
Details the procedure to temporarily isolate a cylinder experiencing cooling water leakage.
Guides on troubleshooting servo oil pump issues, focusing on flow sensor and pump operation checks.
Provides the calibration procedure for Dynex servo oil pumps.
Details the calibration procedure for Bosch servo oil pumps.
Explains the calibration procedure for Hawe servo oil pumps.
Describes the procedure for cutting out an unserviceable fuel pump.
Provides instructions for cutting in a fuel pump after maintenance or repair.
Details procedures for temporarily isolating a defective turbocharger.
Outlines the procedure for temporarily isolating the exhaust waste gate.
Provides procedures for isolating a defective engine in a twin-engine setup.
Guides on replacing the WiCE Gateway Unit (GTU) module.
Details the procedure for replacing the WiCE Main Control Unit (MCU) module.
Provides instructions for replacing the WiCE Cylinder Control Unit (CCU) module.
Guides on replacing the WiCE Angle Control Unit (ACM20) module.
Details the procedure for replacing the WiCE Manual Control Panel (MCP).
Covers troubleshooting for WiCE modules based on warning indications on the LDU-20 panel.
Explains the special running condition and procedures for cutting out a turbocharger.
Describes special running conditions and procedures for cutting out a cylinder.
Presents general engine data for the X92B model, including bore, stroke, and speed range.
Provides general identification of tables for usual operation values and safeguard settings.
Explains the structure and identification of signal codes used in the engine control diagram.
Lists usual values and safeguard settings for various engine systems.
Provides usual operation values and safeguard settings for cooling water systems.
Lists usual operation values and safeguard settings for oil systems (part 1).
Provides usual operation values and safeguard settings for oil systems (part 2).
Lists usual operation values and safeguard settings for turbocharger bearing oil systems.
Provides usual operation values and safeguard settings for oil systems (part 4).
Lists usual operation values and safeguard settings for the fuel system.
Provides usual operation values and safeguard settings for the exhaust gas system.
Lists usual operation values and safeguard settings for air systems.
Provides usual operation values and safeguard settings for miscellaneous engine items.
Lists continuously monitored items and the messages sent to the ship alarm system upon failure.
Specifies requirements for operating media and directs to WinGD website for latest specifications.
Details the functions, requirements, and recommended procedures for compressed air.
Explains the importance of clean scavenge air for engine component wear and mentions silencers with filter mats.
Provides general information on diesel engine fuels, their quality, and handling.
Discusses heavy fuel oil properties, specifications, and necessary onboard treatment.
Presents a diagram illustrating the relationship between fuel viscosity and temperature.
Provides detailed specifications for distillate fuels, including viscosity, lubricity, and density.
Introduces schematic diagrams, area codes, line codes, process codes, and signal codes.
Explains the engine control diagram and its area codes.
Shows the line codes used in the engine control diagram.
Lists the system codes used in the engine control diagram.
Provides examples of component codes used in the engine control diagram.
Explains the identification of signal codes, including function and group codes.
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