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SearchTIP Press Ctrl-F⌘F to search anywhere in the document.Read without ads and support Scribd by becoming a Scribd Premium Reader.See Premium PlansSectionsSECTION 1 Classification of Machinery1 General1.1 Organization of Part 41.3 Requirements for Classification1.5 Classification Notations1.7 Alternative Standards1.9 Definitions3 Certification of Machinery3.1 Basic Requirements3.5 Non-mass Produced Machinery (2003)5 Machinery Plans5.1 Submission of Plans5.3 Plans7 Miscellaneous Requirements for Machinery7.1 Construction Survey Notification7.3 Machinery Equations7.9 Inclinations7.11 Ambient Temperature7.13 Machinery Space Ventilation (2002)7.15 Materials Containing Asbestos (2005)9 Sea TrialsTABLE 1
Certification Details – Prime Movers (2003)TABLE 4
Certification Details – Fire Safety Equipment (2003)TABLE 7
Design Angles of InclinationTABLE 8
Ambient Temperatures for Unrestricted ServiceSECTION 1 Diesel Engines1.1 Application1.3 Definitions1.5 Increased Power Rating1.7 Ambient Reference Conditions1.9 Plans and Particulars to be Submitted3 Materials3.1 Material Specifications and Tests3.3 Alternative Materials and Tests5 Design5.1 Bedplate/Crankcase5.5 Cylinders and Covers, Liners and Pistons5.7 Securing of NutsFIGURE 3
Reference Area of Crank Web Cross Section (2007)FIGURE 4
Crankpin Section Through the Oil Bore (2007)FIGURE 6
Crank Throw of Semi-built Crankshaft (2007)5.11 Shaft Couplings and Clutches7 Engine Appurtenances7.1 Explosion Relief Valves7.2 Oil Mist Detection/Monitoring Arrangements (2006)7.3 Governors and Overspeed Protection7.7 Cylinder Overpressure Monitoring (2001)7.9 Scavenging Blowers7.11 Fire Extinguishing System for Scavenge Manifold7.13 Warning Notices7.15 Jacket Drain and Overpressure Protection7.17 Monitoring9 Piping Systems for Diesel Engines11 Installation of Diesel Engines11.1 Seating Arrangements for Diesel Engines11.3 Metal Chocks11.5 Cast Resin Chocks11.7 Resilient Mountings11.9 Hot Surfaces13 Testing, Inspection and Certification of Diesel Engines13.1 Material and Nondestructive Tests13.3 Hydrostatic Tests of Diesel Engine Components13.5 Relief and Safety Valves13.6 Manufacturer’s Quality Control (2002)13.7 Type Tests of Diesel EnginesFIGURE 8
Type Test Power/Speed Diagram13.9 Shop Tests of Each Produced Diesel Engine13.11 Type Tests of Mass-produced Diesel Engines13.13 Certification of Diesel Engine15 Shipboard Trials of Diesel Engines15.1 Engines Driving Fixed Pitch Propellers15.3 Engines Driving Controllable Pitch Propellers15.5 Engines Driving Propulsion Generators15.7 Engines Driving Generators or Essential Auxiliaries (2006)15.9 Engines Burning Residual Fuel Oil15.11 Torsional Vibration Barred Speed RangeSECTION 1 Appendix 4 – Guidance for Spare
Parts3 Spare Parts for Main Propulsion Diesel Engines5 Spare Parts for Auxiliary Diesel Engines1 Scope3 Recognized Standards5 Purpose7 Test Facilities9 Explosion Test Process11 Valves to be Tested13 Method13.1 General Requirements13.3 Stages of Testing15 Assessment17 Design Series Qualification17.1 General17.3 Flame Arrester19 Reporting21 Acceptance3 Recognized Environmental Test Standards9 Equipment Testing9.1 For the Alarm/Monitoring Panel9.3 For the Detectors11 Functional Test Process13 Detectors and Alarm Equipment to be Tested15 Method17 Assessment19 Design Series Qualification21 Reporting23 AcceptanceSECTION 2 Turbochargers1.5 Plans and Particulars to be Submitted3.1 Material Specifications and Purchase Orders3.3 Engines with Cylinder Bore ≤ 300 mm (11.8 in.)3.5 Engines with Cylinder Bore > 300 mm (11.8 in.) (2003)3.7 Alternative Material Test Requirements5.1 Engines with Cylinder Bores ≤ 300 mm (11.8 in.)5.3 Engines with Cylinder Bores > 300 mm (11.8 in.)7 Piping Systems for Turbochargers9 Installation of Turbochargers9.1 Air Inlet9.3 Hot Surfaces9.5 Pipe and Duct Connections11 Testing, Inspection and Certification of Turbochargers11.1 Shop Inspection and Tests11.3 Certification of Turbochargers11.5 Engine and Shipboard Trials13 Spare PartsSECTION 3 Gas Turbines5.3 Operation Above the Rated Speed and Power5.5 Overhaul Interval5.7 Type Test Data7 Gas Turbine Appurtenances7.1 Overspeed Protective Devices7.3 Operating Governors for Propulsion Gas Turbines7.7 Safety Systems and Devices7.9 Hand Trip Gear7.11 Air-intake Filters and Anti-icing7.13 Silencers9 Piping and Electrical Systems for Gas Turbines (2007)11 Installation of Gas Turbines11.1 Pipe and Duct Connections13 Testing, Inspection and Certification of Gas Turbines13.1 Shop Inspection and Tests13.3 Certification of Gas TurbinesSECTION 1 Appendix 1 – Plans and Data for
Gas Turbines (2007)SECTION 4 Steam Turbines7 Steam Turbine Appurtenances7.3 Operating Governors for Propulsion Turbines7.7 Hand and Automatic Tripping7.11 Overpressure Protection (2006)9 Piping Systems for Steam Turbines11 Installation of Steam Turbines11.1 Exhaust Steam to Turbine11.5 Pipe and Duct Connections13.3 Certification of Steam TurbinesSECTION 4 Appendix 1 – Guidance for Spare
Parts3 Spare Parts for Propulsion Steam TurbinesCHAPTER 3 Propulsion and Maneuvering
Machinery3.1 Material Specifications and Test Requirements3.3 Alternative Material Test Requirements5.7 Access for Inspection5.9 Calculation of Shafts for Gears5.11 Rating of Cylindrical and Bevel Gears5.13 Alternative Gear Rating Standards5.15 Gears with Multiple Prime Mover Inputs (2003)7 Piping Systems for Gears9 Testing, Inspection and Certification of Gears9.7 Certification of GearsSECTION 1 Appendix 1 – Rating of Cylindrical
and Bevel Gears5 Geometrical Definitions7 Bevel Gear Conversion and Specific Formulas (2006)9 Nominal Tangential Load, Ft, Fmt (2006)11 Application Factor, KA13 Load Sharing Factor, Kγ17 Face Load Distribution Factors, KHβ and KFβ17.1 Factors Used for the Determination of KHβ19 Transverse Load Distribution Factors, KHα and KFα19.3 Limitations of KHα and KFα21.3 Permissible Contact Stress21.9 Elasticity Factor, ZE21.17 Helix Angle Factor, Zβ23 Tooth Root Bending Strength23.1 Tooth Root Bending Stress for Pinion and Wheel23.3 Permissible Tooth Root Bending Stress23.9 Helix Angle Factor, YβFIGURE 5
Definitions of the Various DiametersSECTION 1 Appendix 2 – Guidance for Spare
PartsSECTION 1 Appendix 3 – Gear ParametersSECTION 2 Propulsion Shafting5 Design and Construction5.9 Strengthening for Navigation in Ice5.11 Tail Shaft Propeller-end Design7 Propulsion Shaft Alignment and Vibrations7.3 Shaft Alignment Calculations (2004)7.9 Lateral (Whirling) Vibrations9 Inspection, Testing and Certification9.5 Propulsion Shafts and Associated Parts9.7 Flexible Couplings, Clutches, Cardan Shafts, etc11 Installation and Trials11.3 Vibration Measurement11.5 Circulating Currents3.1 Normally Used Propeller Materials5.1 Blade Thickness – Fixed Pitch Propeller5.3 Blade Thickness – Controllable-pitch Propellers5.7 Blades of Unusual Design5.11 Strengthening for Navigation in Ice7.3 Inspection and Certification9 Installation, Tests and Trial9.5 Protection Against Corrosion9.11 Controllable Pitch Propellers – Hydrostatic TestsSECTION 4 Steering Gears1.7 Steering Gear Compartment1.11 Plans and Particulars to be Submitted5.5 Single Failure Criterion5.7 Independent Control Systems5.9 Non-duplicated Components5.13 Steering Gear Torques (2003)7 Mechanical Component Design7.5 Tillers, Quadrants and Other Mechanical Parts7.7 Rudder Stock to Tiller/Quadrant Connection9.3 Hydraulic Oil Reservoir and Storage Tank11.1 Power Supply Feeders11.5 Undervoltage Release11.9 Emergency Power Supply13.5 Control System Override19.5 Prototype Tests of Power Units19.7 Components Shop Tests21 Installation, Tests and Trials21.3 Operating Instructions23 Additional Requirements for Passenger Vessels25.1 Vessels of 10,000 Gross Tonnage and UpwardsSECTION 5 Thrusters and Dynamic
Positioning Systems1.7 Plans and Particulars to be Submitted5.9 Anti-friction Bearings5.13 Access for Inspection (2007)7 Controls and Instrumentation11 Miscellaneous Requirements for Thruster Rooms11.3 Bilge System for Thruster Compartments13 Certification and Trial15 Dynamic Positioning Systems15.5 Power Generation and Distribution SystemTABLE 2
Instrumentation at DPS Control Station15.15 Certification and Trials1.7 Plans and Data to be SubmittedFIGURE 1
Arrangements of Propulsion Redundancy5.1 Single Failure Criteria7 Propulsion and Steering Capability7.1 Vessels Without + in Class Notation7.3 Vessels with + in Class Notation9.1 Propulsion Machinery and Propulsors9.7 Auxiliary Service Systems9.9 Electrical Distribution Systems9.11 Control and Monitoring Systems9.13 Communication Systems15.1 Fault Simulation Test15.3 Communication System Test17 Survey After ConstructionCHAPTER 4 Boilers, Pressure Vessels and
Fired EquipmentSECTION 1 Boilers and Pressure Vessels and
Fired EquipmentTABLE 1
Pressure Vessels Covered in Part 4, Chapter 41.5 Recognized Codes or Standards1.7 Grouping of Boilers and Pressure VesselsTABLE 2
Grouping of Boilers and Pressure Vessels1.13 Plans and Data to be Submitted3.1 Permissible Materials3.3 Permissible Welding Consumables3.5 Material Certification and Tests7 Fabrication, Testing and Certification7.5 Dimensional Tolerances7.7 Nondestructive Examination7.9 Preheat and Postweld Heat Treatment7.13 Manufacturer’s Documentation9.3 Permissible Valve Connections on Boilers9.5 Main Steam and Feed Valve Connections9.7 Instrument Connections for Boilers9.9 Miscellaneous Connections9.15 Guidance for Spare Parts11.1 Local Control and Monitoring11.3 Manual Emergency Shutdown11.5 Control of Fired BoilersTABLE 4
List of Alarms and Shutdowns – Fired Boilers (2002)11.7 Control for Waste Heat BoilersTABLE 5
List of Alarms – Waste Heat Boilers (2002)11.9 Control for Fired Water Heaters (2002)13.3 Thermal Oil Heater Control13.5 Exhaust-gas Thermal Oil Heaters (2002)15.1 Local Control and Monitoring17 Pressure Vessel and Heat Exchanger Appurtenances17.1 Pressure Relief Valve19 Installation and Shipboard Trials19.1 Seating Arrangements19.5 Installation of Thermal Oil Heaters and IncineratorsSECTION 1 Appendix 1 – Rules for Design1.3 Loads Other than Pressure1.7 Plate and Pipe Thickness Tolerance3 Cylindrical Shell Under Internal Pressure5.1 Torispherically and Hemispherically Dished Heads5.5 Heads with Access Openings7 Openings and Reinforcements7.3 Reinforcement RequirementsFIGURE 9
Chart for Determining Value of F7.7 Metal Having Reinforcement Value7.9 Strength of Reinforcement7.11 Reinforcement of Multiple OpeningsFIGURE 11
Illustration of Rules Given in 4-4-1A1/7.11.39.3 Maximum Allowable Working Pressure13 Joint and Dimensional Tolerances17 Radiography and Other Nondestructive Examination19 Preheat and Postweld Heat TreatmentCHAPTER 5 Deck and Other MachinerySECTION 1 Anchor Windlass3 Materials and FabricationCHAPTER 6 Piping SystemsSECTION 1 General Provisions1.3 Organization of Piping Systems Requirements3.19 Maximum Allowable Working Pressure5 Classes of Piping Systems7 Certification of Piping System ComponentsTABLE 2
Piping Classes and Certification7.5 Certification Based on the Type Approval Program9 Plans and Data to be Submitted9.3 Contents of System Plans9.5 Booklet of Standard DetailsSECTION 2 Metallic PipingFIGURE 2
Straight-thread ‘O’-Ring Joints5.13 Safety Relief Valves5.15 Nonstandard Components9.1 Protection from Mechanical Damage9.3 Protection of Electrical Equipment9.5 Provisions for Expansion and Contraction of Piping (2004)9.9 Protection from Overpressure9.11 Temperature and Pressure Sensing Devices9.15 Control of Static Electricity9.17 Accessibility of Valves (2007)9.19 Common Overboard DischargeTABLE 1
Allowable Stress Values S for Steel Pipes; N/mm2TABLE 8
Commercial Pipe Sizes and Wall ThicknessesSECTION 3 Plastic Piping3 Plans and Data to be Submitted (2007)3.3 Drawings and Supporting Documentation5.15 Electrical Conductivity7 Installation of Plastic Pipes7.5 Plastic Pipe Connections7.7 Electrical Conductivity7.11 Bulkhead and Deck Penetrations7.13 Application of Fire Protection Coatings9 Manufacturing of Plastic Pipes (2007)11 Plastic Pipe Bonding Procedure Qualification11.1 Procedure Qualification Requirements11.3 Procedure Qualification TestingFIGURE 1
Fire Endurance Test Burner Assembly17 Tests by Manufacturer – Flame Spread19 Testing by Manufacturer – General (2007)21 Testing Onboard After InstallationTABLE 1
Fire Endurance Requirement MatrixSECTION 4 Ship Piping Systems and Tanks1.5 Damage Stability Consideration3.3 Protection from Sea Water Entry (2005)FIGURE 1
Overboard Discharges – Valve Requirements (2005)3.9 Gravity Drains of Non-watertight Spaces3.11 Vessels Subject to Damage Stability5.7 Oil Pollution Prevention Measures7.5 Ballast Piping and Valves9 Tank Vents and Overflows11.7 Level Indicating Device (2005)11.9 Remote Level Indicating Systems13 Fuel Oil Storage and Transfer Systems13.3 Installation Requirements13.7 Fuel Oil System Components (2003)TABLE 3
Design Pressure for Fuel Oil Pipes (2003)TABLE 4
Pipe Joint Limitations for Fuel Oil Piping (2006)13.9 Fuel Oil Transfer, Filling and Purification Systems13.11 Waste Oil Systems for Incinerators (2005)15 Lubricating Oil Storage and Transfer Systems15.1 General and Installation Requirements15.3 Lubricating Oil Tanks15.5 Lubricating Oil System Components17 Additional Measures for Oil Pollution Prevention (1 July 2003)SECTION 5 Piping Systems for Internal
Combustion Engines3.5 Fuel Oil Service System for Auxiliary Diesel Engines3.7 Fuel Oil Service System for Gas Turbines3.9 System Monitoring and ShutdownTABLE 1
Fuel Oil System Alarms and Shutdown5 Lubricating Oil Systems5.3 Lubricating Oil Systems for Propulsion Engines5.5 Lubricating Oil Systems for Auxiliary Engines5.7 System Monitoring and Safety Shutdown7.3 Cooling System Components7.9 Cooler Installations External to the Hull (2006)TABLE 5
Pipe Joint Limitations for Starting Air Systems (2006)11.9 Diesel Engine Exhaust11.11 Gas Turbines Exhaust13 Crankcase Ventilation and Drainage13.3 Crankcase Vent Piping ArrangementSECTION 6 Piping Systems for Steam Plants3.3 Steam Piping ComponentsTABLE 1
Joint Limitations for Steam Piping Systems (2006)3.9 General Installation Details3.11 Steam Piping for Propulsion Turbines5 Boiler Feed Water and Condensate Systems5.3 Feed Water System Design5.5 Propulsion and Electric Power Generation Boilers (2005)TABLE 2
Pipe Joint Limitations for Feed Water Systems (2006)7 Boiler Fuel Oil Piping System7.3 Fuel Oil Service System for Propulsion Boilers7.7 System Monitoring and ShutdownTABLE 3
Fuel Oil System Alarms and Shutdown9.5 Lubricating Oil Tanks9.9 System Monitoring and Safety Shutdown11 Sea Water Circulation and Cooling Systems11.3 Condenser Cooling System11.5 Lubricating Oil Cooling Systems11.7 Cooling System ComponentsSECTION 7 Other Piping Systems3.3 Hydraulic Oil Storage Tanks3.5 Hydraulic System ComponentsTABLE 1
Pipe Joint Limitations for Hydraulic Piping (2006)5.3 Pneumatic System ComponentsTABLE 2
Pipe Joint Limitations for Pneumatic Systems (2006)5.5 Pneumatic System Requirements7 Fixed Oxygen-acetylene Systems7.5 Piping System Components9 Helicopter Refueling Systems9.3 Fuel Storage and Refueling Equipment Area9.15 Fire Extinguishing SystemCHAPTER 7 Fire Safety Systems5 Organization of Chapter 77 Plans and Data to be Submitted11.1 A, B or C Class Division11.3 Accommodation SpacesSECTION 2 Provisions for Specific Spaces1 Requirements for Machinery Spaces1.1 Spaces Containing Oil-fired Boilers or Oil Fuel Units1.3 Spaces Containing Internal Combustion Machinery1.9 Machinery Space Openings5 Requirements for Miscellaneous High-risk Spaces5.1 Paint and Flammable Liquid Lockers (2001)5.3 Helicopter Facilities5.7 Furnaces of Thermal Oil Heaters5.9 Rotating Machines for Propulsion7 Requirements for Cargo Spaces7.5 General Cargo Vessels7.7 Other Dry Cargo Spaces7.9 Liquid Cargo Spaces and Related SpacesTABLE 2
Dangerous Goods in Limited QuantitiesSECTION 3 Fire-extinguishing Systems and
Equipment1.3 Capacity of Fire Pumps1.5 Arrangements of Fire Pumps and of Fire Mains1.7 Diameter and Pressure in the Fire Main1.17 Water Pumps for Other Fire Extinguishing Systems (1 July 2002)1.19 International Shore ConnectionTABLE 1
Dimensions of International Shore Connection3 Fixed Gas Fire Extinguishing Systems3.5 Refrigerated Low-pressure CO2 Systems5 Fixed Foam Fire Extinguishing Systems7.3 Equivalent Water-mist Fire-extinguishing Systems9.3 Sprinkler System Arrangements9.5 Sprinklers Characteristics9.9 Pumps and Piping Systems9.11 Location of Sprinkler Pump and Tank9.15 Connection with the Fire Main11 Fixed Fire Detection and Fire Alarm Systems11.3 Installation Requirements11.5 Equipment Design Requirements13 Sample Extraction Smoke Detection Systems13.1 General Requirements13.5 Equipment Design Requirements15 Miscellaneous Fire Fighting Equipment15.1 Portable Fire Extinguishers15.7 Emergency Escape Breathing Devices (EEBDs) (1 July 2002)CHAPTER 8 Electrical Systems1 Organization of Requirements for Electrical Systems5 Plans and Data to be SubmittedSECTION 2 System Design3 Main Source of Electrical Power3.1 Number and Capacity of Generators3.3 Power Supplied by Propulsion Generators3.5 Generators Driven by Propulsion Machinery (2004)3.7 Transformers and Converters (2002)3.9 Location of Generators5 Emergency Source of Electrical Power5.7 Vessels on Short Duration Voyages5.11 Transitional Source of Power5.13 Emergency Switchboard5.17 Use of Emergency Generator in Port (2002)7.5 Earthed AC Distribution System7.9 Segregation of Power Circuits7.11 Steering Gear Power Supply Feeders7.15 Ventilation System Circuits7.17 Cargo Space Circuits7.19 Electric Space Heater Circuits9.3 Protection Against Short Circuit9.5 Protection Against Overload9.7 Coordination of Protective Devices9.9 Load Shedding Arrangements9.11 Protection of Generators9.13 Protection of Feeder Cables (2005)9.15 Protection for Accumulator Batteries9.17 Protection of Motor Circuits9.19 Protection of Transformer Circuits9.21 Protection for Branch Lighting Circuits11.3 Navigation Light System11.5 Interior Communication Systems11.7 Manually Operated Alarms11.9 Emergency Shutdown Systems11.11 Battery Starting SystemsSECTION 3 Electrical Equipment1.3 Standard of Compliance1.5 Certification of Equipment (2006)1.9 Voltage and Frequency Characteristics1.15 Insulation Material1.17 Ambient Temperatures3.7 Overload/Overcurrent Capability3.9 Short-circuit Capability5 Switchboards, Motor Controllers, etc5.3 Construction, Assembly and Components5.5 Main and Emergency Switchboards5.9 Battery Charging and Discharging Board5.11 Testing and Certification7 Transformers and Converters7.3 Transformers for Essential Services7.5 Semiconductor Converters9.1 Standard of Compliance (2005)9.3 Current Carrying Capacity9.9 Insulation Temperature Rating9.11 Armor for Single Core Cables9.15 Mineral-insulated Metal-sheathed Cables9.17 Test and Certification9.21 Cable Junction Boxes13 Certified Safe Equipment13.3 Acceptable Types of Certified Safe Equipment13.5 Flammable Gas Groups and Temperature Classes (2002)TABLE 6
Maximum Current Carrying Capacity for CablesSECTION 4 Shipboard Installation and Tests1.11 High Fire Risk Areas (2007)5.3 Lead-acid or Alkaline Battery Storage Locations5.5 Low-hydrogen-emission Battery Storage Locations7 Switchboard and Distribution Boards9 Motor Controllers and Motor Control Centers9.3 Disconnecting Arrangements9.5 Resistors for Control Apparatus11.3 Lighting Installation in Cargo Spaces11.5 Lighting Distribution Boards (2005)13 Ventilating and Heating Equipment17 Portable Equipment and Outlets21.1 General Requirements21.3 Cable Current Carrying Capacity21.7 Single Conductor Cables21.11 Cable Bending Radii21.13 Deck and Bulkhead Penetrations21.15 Mechanical Protection for CablesFIGURE 1
Cables within High Fire Risk Areas (2007)21.19 Mineral Insulated Cables21.23 Installation of Cable Splices21.25 Installation of Cable Junction Boxes23.1 General Requirements27 Electrical Equipment in Hazardous Areas27.5 Certified Safe Equipment in Hazardous Areas27.7 Intrinsically Safe Systems27.9 Cables in Hazardous Areas (2006)27.11 Lighting Circuits in Hazardous Areas (2002)29.9 Interior Communications System29.11 Voltage Drop Measurement29.13 Insulation Resistance Measurements31 Guidance for Spare Parts31.1 Spare Parts of Electrical Equipment31.3 Measuring Instrument3 General Design Requirements5.1 Impact Resistance Test5.3 Safe Working Load (SWL) Test7.3 Smoke and Toxicity TestSECTION 5 Special Systems3.11 Equipment Installation5 Electric Propulsion Systems5.5 Electric Power Supply Systems5.9 Protection for Earth Leakage5.13 Instrumentation at the Control Station5.15 Equipment Installation and Arrangements7 Three-wire Dual-voltage DC Systems7.1 Three-wire DC GeneratorsCHAPTER 9 Remote Propulsion Control and
Automation1.3 Propulsion and Maneuvering5.3 Definitions for Computerized Systems9 Conceptual Requirements for System Design9.11 Failure Mode and Effect Analysis (FMEA)13 Automatic Safety ShutdownSECTION 2 Remote Propulsion Control5 Remote Propulsion Control on Navigation Bridge5.5 Ordered Speed and Direction5.9 Starting of Propulsion Machinery5.11 Transfer Between Remote Control Stations5.15 Communications Systems7.3 Propulsion Machinery Space9.5 Override of Safety System Functions9.7 Restart of Propulsion Machinery11.1 Electrical Equipment11.3 Computer Based Equipment11.5 Hydraulic and Pneumatic Equipment5 Location of Centralized Control Station7 Remote Controls from Centralized Control Station9 Monitoring in Centralized Control Station13.1 Propulsion Diesel Engines13.3 Propulsion Gas Turbines13.5 Propulsion Steam Turbines13.9 Generators and Electrical Systems13.11 Boilers and Fired Equipment13.13 Propulsion Auxiliaries (2007)15 Propulsion Machinery Space15.1 Fuel Oil System Arrangements15.3 Bilge Level Monitoring3.3 Duration of Unattended Operation7 Location of Centralized Control Station9 Remote Control from Centralized Control Station11 Monitoring in Centralized Control Station13.5 Automatic Start and Changeover15.1 Automatic Starting of Propulsion Auxiliaries15.3 Propulsion Steam Turbine17 Propulsion Machinery Space19 Monitoring Station in the Engineers’ Quarters19.1 Engineers’ Public Space and Engineers’ Cabins (2006)19.3 Muting the Audible Alarms21.3 Controls at Fire Fighting Station21.5 Fire Detection and Alarm Systems21.7 Portable Fire ExtinguishersSECTION 5 Installation, Tests and Trials3.1 Electromagnetic Avoidance3.3 Moisture Condensation3.5 Signal Cables Installation5.1 Propulsion Remote Control5.5 Vessels Receiving ACC Notation5.7 Vessels Receiving ACCU Notation3.3 Program and Memory Data3.5 Start-up After Power Failure5 Additional Requirements for Integrated Systems7.1 Design for Ease of Maintenance7.3 User Interface and Input Devices3 Environmental Test Conditions (2003)5 Environmentally Controlled Space7 Electric and Electronic Equipment (2003)13.1 Prototype Environmental Testing (2003)13.3 Production Unit Certification (2003)3 Doors Used While at Sea3.5 Closing Alarm of Doors3.7 Electrical Power Supply3.11 Electrical Equipment5 Access Doors/Hatches Normally Closed at Sea7.11 Electrical Equipment9 External Doors/Openings9.1 External Openings Below Damaged Waterline9.3 Cargo, Gangway or Fueling PortsInfo and RatingCategory:Uncategorized.Rating:4.33(6 Ratings)Upload Date:11/05/2008Copyright:Attribution Non-commercialTags:No tags ebook download or readfalse online.Flag for inappropriate contenthttp://www.scribd.com/doc/7750332/Vessel-Systems-and-Machineryabs05/24/2013pdftextoriginal
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