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دانلود کتاب Offshore Electrical Engineering Manual

دانلود کتاب کتابچه راهنمای مهندسی برق دریایی

Offshore Electrical Engineering Manual

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Offshore Electrical Engineering Manual

ویرایش:  
نویسندگان:   
سری:  
ISBN (شابک) : 9780123854995, 0123854997 
ناشر: Gulf Professional Publishing 
سال نشر: 2017 
تعداد صفحات: 554
[469] 
زبان: English 
فرمت فایل : PDF (درصورت درخواست کاربر به PDF، EPUB یا AZW3 تبدیل می شود) 
حجم فایل: 32 Mb 

قیمت کتاب (تومان) : 37,000



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توضیحاتی در مورد کتاب کتابچه راهنمای مهندسی برق دریایی

کتابچه راهنمای مهندسی برق دریایی، ویرایش دوم، برای مهندسان برقی است که بر روی پروژه های دریایی کار می کنند که به دانش دقیق مجموعه ای از تجهیزات و سیستم های توزیع نیرو نیاز دارند. کتاب با پوشش انواع مختلف عایق، دمای نقاط داغ، افزایش دما، دمای هوای محیط، مبنای رتبه‌بندی ماشین‌ها، روش اندازه‌گیری افزایش دما با مقاومت، اندازه‌گیری دمای هوای محیط آغاز می‌شود. به دنبال آن پوشش ژنراتورهای AC، تنظیم کننده های ولتاژ خودکار، ترانسفورماتورهای تابلو برق AC و سیستم های الکترونیکی قابل برنامه ریزی انجام می شود. در کل تاکید بر تکنیک‌های کاربردی و آماده‌ای است که مزایای فوری و مقرون به صرفه را به همراه دارند. اکثر سیستم‌های تحت پوشش کتاب با ولتاژ اسمی 24 y dc کار می‌کنند و اگرچه لازم نیست هر یک از سیستم‌ها سیستم‌های باتری و شارژر باتری جداگانه داشته باشند، معیارهای گروه‌بندی نیاز به بحث دقیق‌تری دارد. این کتاب همچنین اطلاعاتی در مورد تجهیزاتی مانند شارژرها و باتری‌های دوگانه برای سیستم‌های حیاتی خاص، خاموش/بستن تابلو برق، و باتری‌های استارت موتور که به تجهیزاتی که آنها عرضه می‌کنند اختصاص داده شده است، ارائه می‌کند. در مورد موتورهایی که پمپ های آتش نشانی را به حرکت در می آورند، شارژ و باتری های تکراری نیز مورد نیاز است. این اثر که با نمودارها، جداول و نمودارها بسته شده است، در نظر گرفته شده است که هم برای خوانندگان فنی و هم برای خوانندگان عمومی جالب باشد. این مهندسی برق را در موقعیت‌های فراساحلی پوشش می‌دهد، با بسیاری از اطلاعات به دست آمده در دریای شمال. برخی از موضوعات تحت پوشش عبارتند از الزامات برق دریایی، انتخاب ژنراتور، درایورهای فرآیند و الزامات راه اندازی، سیستم های کنترل و نظارت، و کابل کشی و نصب تجهیزات بحث در مورد نحوه انجام بازرسی سیستم های الکتریکی و ابزار دقیق بر روی تجهیزات با استفاده از مقررات و مشخصات مناسب نحوه اطمینان از سیستم های الکتریکی را توضیح می دهد. / اجزاء نگهداری می شوند و تولید بدون وقفه نشان می دهد که چگونه برای تعمیر، اصلاح و نصب ابزار الکتریکی اطمینان حاصل شود که مطابق با مقررات و مشخصات فعلی است. انتخاب AC و طرح های کابل کشی دریایی


توضیحاتی درمورد کتاب به خارجی

Offshore Electrical Engineering Manual, Second Edition, is for electrical engineers working on offshore projects who require detailed knowledge of an array of equipment and power distribution systems. The book begins with coverage of different types of insulation, hot-spot temperatures, temperature rise, ambient air temperatures, basis of machine ratings, method of measurement of temperature rise by resistance, measurement of ambient air temperature. This is followed by coverage of AC generators, automatic voltage regulators, AC switchgear transformers, and programmable electronic systems. The emphasis throughout is on practical, ready-to-apply techniques that yield immediate and cost-effective benefits. The majority of the systems covered in the book operate at a nominal voltage of 24 y dc and, although it is not necessary for each of the systems to have separate battery and battery charger systems, the grouping criteria require more detailed discussion. The book also provides information on equipment such as dual chargers and batteries for certain vital systems, switchgear tripping/closing, and engine start batteries which are dedicated to the equipment they supply. In the case of engines which drive fire pumps, duplicate charges and batteries are also required. Packed with charts, tables, and diagrams, this work is intended to be of interest to both technical readers and to general readers. It covers electrical engineering in offshore situations, with much of the information gained in the North Sea. Some topics covered are offshore power requirements, generator selection, process drivers and starting requirements, control and monitoring systems, and cabling and equipment installation Discusses how to perform inspections of electrical and instrument systems on equipment using appropriate regulations and specifications Explains how to ensure electrical systems/components are maintained and production is uninterrupted Demonstrates how to repair, modify, and install electrical instruments ensuring compliance with current regulations and specifications Covers specification, management, and technical evaluation of offshore electrical system design Features evaluation and optimization of electrical system options including DC/AC selection and offshore cabling designs



فهرست مطالب

Notice-From-the-Author_2018_Offshore-Electrical-Engineering-Manual
	Notice From the Author
Front-Matter_2018_Offshore-Electrical-Engineering-Manual
	Offshore Electrical Engineering Manual
Copyright_2018_Offshore-Electrical-Engineering-Manual
	Copyright
Preface-to-Second-Edition_2018_Offshore-Electrical-Engineering-Manual
	Preface to Second Edition
Acknowledgements_2018_Offshore-Electrical-Engineering-Manual
	Acknowledgements
		First Edition, Offshore Electrical Engineering (See Revision Notes)
			Revision Notes
		SECOND Edition, Offshore Electrical Engineering Manual
1
	1 - The Offshore Electrical Dimension
		Introduction
		Marine Environment
		Hazards Offshore
			Gas
			Crude Oil and Condensates
			Operational Hazards
		Electrical System Design Criteria
		Description of a Typical System
			Main Prime Movers
			Key Services or Submain Generators
			Medium-Voltage Distribution
			Low-Voltage Distribution
			Emergency or Basic Services Switchboard
			Fire Pumps
			Secure Alternating Current and Direct Current Power Supplies
			Drilling Supplies
2
	2 - The Offshore Electrical Environment
		Introduction
		Safety
		Isolated Situation
		Environment
		Water Hazards
		Hydrocarbon Hazards
			Fire and Gas Monitoring
			Emergency Shutdown System
			Safe and Hazardous Area Ventilation
		Distribution Configuration
		Modular Construction
		Subsea Cable Versus On-Board Generation
3
	1 - Insulation and Temperature Ratings of Equipment
		Insulating Materials
		Hot-Spot Temperatures
		Temperature Rise
		Ambient Air Temperatures
		Basis of Machine Ratings
		Method of Measurement of Temperature Rise by Resistance
		Measurement of Ambient Air Temperature
		Typical Alternator Heat Run Procedure
		Do Not Readjust AVR During Heat Run
		Ratings for Variable Speed Motors
		Thermal Overloads and Motor Thermal Protection
		ATEX EX ‘E’ Increased Safety Certified Motors
		Acknowledgments
4
	2 - Alternating Current Synchronous Generators
		Introduction
		Principals of Operation
			Speed
			Generating Voltage
			Subtransient Reactance
			Transient Reactance
			Power Factor
		The Brushless Alternator
		Generator Capability Diagram
		Parallel Operation of Generators
		Load Sharing of Generators
		Note on Compounding
		Load–Voltage Characteristics (Regulation)
5
	3 - Emergency Generators
		Emergency Generation
6
7
	4 - Prime Mover Selection Criteria
		Introduction
		Gas Turbines
			Gas Turbine Applications
			Fuel Gas Supply Disturbances
			Turbine Temperature Limits
			Gas Ingestion from Leaks
		Reciprocating Engines
			Diesel Engines
			Gas-Ignition Engines
		Fuel Gas Pressure
		Fuel Gas Temperature and Combustion Knock
		Spark Duration and Voltage
		Fuel Gas Disturbances
		Load Profiles
			Projected Demand
			Variability of Demand Over 24 Hours
			Low Loading Problems
			Choice of Fuel
			Main Generation
			Number Required
			Size
			Location
		Cooling Systems
		Lube Oil Systems
		Governors
		Alternators and Excitation Systems
		Neutral Earthing
		Starting Requirements
		Key Services Generation
8
	5 - Generation and Distribution Switchgear and Transformers
		Switchgear – General Requirements
		The Mechanism of Short Circuit Current Interruption
		Breaking Current
			Making Current
		Types of Interrupter
			HRC Cartridge Fuses
			Air Circuit Breakers
			Bulk Oil Circuit Breakers
			Limited Oil Volume Circuit Breakers
			Vacuum Circuit Breakers and Contactors
			Sulphur Hexafluoride (SF6) Circuit Breakers
		Switchboard Construction
			General
			Main Switchboards 6.6–13. 8kV
			Large Drive Switchboards 3.3–6. 6kV
			Utility Services and Production Switchboards
			Emergency Switchboards
		Drilling Supplies
		Living Quarters Supplies
		Process Area Distribution
		Transformers
9
	6 - Direct Current Generators
		Introduction
		Compound-Wound Generators
		Adjustment of Compounding
		Parallel Operation
10
	7 - Direct Current Switchgear
		Introduction
		Switching Direct Currents
		Specification
11
	8 - Electrical Cables
		Selection
		Installation
		Transits, Glands and Connectors
			Transits
			Glands
			Connectors
		Bus Ducting
		Cables for Intrinsically Safe Circuits
12
	9 - Motors
		Introduction
		Voltage Levels
		Starting
		Speed
		Pole Configuration
		Cooling and Ingress Protection
		Particular Applications
13
	10 - Motor Control Gear
		Introduction
		Low-Voltage Switchgear and Motor Control Centres for Offshore Use
			Intelligent Motor Control Centres
		Motor Control Centre Software
		Medium-Voltage Starters
			Direct on Line Starting
			Electronic Starters
14
	11 - Power Electronics (Semiconductor Equipment)
		Introduction
		Environmental Conditions
		Uninterruptible and Secure Power Supplies
		Direct Current Supplies
		Alternating Current Supplies
		Selection of Voltage Tolerances
		Batteries
			Types of Batteries
				Lead–Acid Planté Cells
				Lead–Acid Recombination Cells
				Nickel–Cadmium Cells
			Boost Charging Facilities
			Ventilation and Housing of Vented Batteries
		Sealed Cells
		Solid-State Controllers
			Burst-Fired (Integral Cycle Fired) Process Heater Controllers
		Direct Current Variable-Speed Drives
		Alternating Current Variable-Frequency Drives
		Variable-Speed Drive or Variable-Frequency Drive
15
	12 - Process Drives and Starting Requirements
		Introduction
		Voltage Levels
		Starting
		Speed
		Pole Configuration
		Cooling and Ingress Protection
		Special Applications
		Reciprocating Pumps and Compressors
		Gas Compressors
		Direct Current Drilling Motors
		Power Swivels
		Seawater Lift Pumps
		Diesel–Electric Fire Pumps
		Fire Pump Diesel Engine Starting Requirements
		Downhole Pumps
		Main Oil Line and Water Injection Pumps
16
	13 - Subsea Supplies and Cathodic Protection
		Introduction
		Subsea Power Supplies
		Diver’s Life Support Equipment
		Subsea Completion Modules
		Diving Chambers for Saturation Diving
		Inductive Couplers
		Subsea Umbilicals and Power Cables
		Cathodic Protection
			Introduction
			Types of System
				Impressed Current Systems
				Impressed Current Systems on Submerged Pipelines
		Galvanic Anode Systems
		Cathodic Protection Calculations
17
	14 - Offshore Lighting
		Introduction
		Lighting Calculations
			Point Sources
			Linear Sources
			Utilisation Factors for Interiors and Average Illuminance
		Calculation Procedure
			Average Illuminance
		Illuminance at a Point
		Floodlighting
		Accommodation Lighting
			Normal Lighting
			Accommodation Emergency Lighting
			Process Area Lighting
		Drilling Areas
		Laydown Areas
		Helidecks
		Jacket and Leg Lighting
		Navigational Lighting
		Walkways, Catwalks and Stairways
		Emergency Escape Lighting
		Routine Maintenance
18
	15 - Process Control and Monitoring Systems
		Introduction
		Process Control Systems
		Process Shutdown System
		Fire and Gas Considerations
		Emergency Shutdown System
19
	16 - Transformers
		Introduction
		Transformer Construction
		Transformer Regulation
20
	17 - Telecommunications – Internal and External
		Internal Communications
		Redundancy, Diversity, Survivability and Safety Issues
		External Telecommunications
		Redundancy, Diversity and Safety Issues
		Notes
21
	1 - Notes on Detailed Design Project Organisation and Documentation
		Introduction
		Technical Organisation of the Design Programme
			Project Procedures
			Office Environment and Procedures
			Office Procedures
			Drawing Representation
			Databases and Schedules
		Material and Equipment Handling and Storage
		Erection Procedure
22
	1 - Alternator Faults and Protection Devices
		Introduction
			Neutral Earthing and Earth Faults
			Overload Protection
			Overcurrent Protection
			Phase and Interturn Faults
			Winding Protection
			Over-/Undervoltage Protection
			Over-/Underfrequency Protection
			Unbalanced Loading and Negative Phase Sequence Protection
			Rotor Faults
			Field Faults and Asynchronous Operation
			Package Control and Supervision, Master Trip and Lockout Relays
23
	2 - Transformer Faults and Protection Devices
		Transformer Faults
			Earth Faults
			Phase-to-Phase Faults
			Core and Interturn Faults
		Magnetising Inrush
		Overcurrent Protection
		Restricted Earth Fault Protection
		Differential Protection
		Oil and Gas-Operated Devices
		Parallel Transformers and Intertripping
			Momentary Paralleling Schemes
			Intertripping
24
	3 - Motor Faults and Protection
		Motor Winding Electrical Faults
			Motor Mechanical Faults
				Bearing failures
			Abnormalities in the Driven Machinery
			Abnormalities in the Supply System
			Overload Protection
			Stalling Protection
			Phase Unbalance Protection
		Conventional Relay Types
		Static and Microprocessor-Based Relay Types
		Additional Protection for Synchronous Motors
		Detection of Motor Faults on Large Motors With the Rogowski Coils
25
	4 - Busbar Protection
		Busbar Faults
		Overcurrent and Directional Overcurrent Protection
		Unrestricted Earth Fault Protection
		Frame Earth Protection
		Differential Protection
26
	5 - Feeder Protection, Conductor Sizing, Load Flow and Fault Calculation
		Fuses
		Miniature Circuit Breakers
		Overcurrent and Earth Fault Protection
		Sizing of Conductors
			Load Flow
			Busbar Sizing
			Cable Sizing
		Worked Example: Fault Calculation
			Main Generator Fault Currents
			Switchboard Fault Currents
27
	6 - Calculation of Load Flow, Prospective Fault Currents and Transient Disturbances
		Fault Calculation
		Standard Methods of Calculation
		IEC 61363
		IEC 60909
			IEEE141/ANSI37
		Digital Methods of Fault Calculation
		Digital Simulation of System Disturbances
		Transient Simulations and Harmonic Analysis
		ETAP Short Circuit Analysis Software
		Unbalanced Short Circuit Analysis for Multiple and Single Phase Systems
		IPSA Short Circuit Analysis Software
		Power Tools for Windows
		Proving the Software
		Manual Calculations
28
	7 - Protection and Discrimination
		Introduction
		Worked Example (Continued): Relay Setting of Typical MV Platform Scheme
		Overcurrent Protection
		Data Requirements
			System Data
			Base Values
			Operating Conditions
		Overcurrent Relay Setting
			Relay F: Range 10%–200%, CT Ratio 1500/1
			Relay T: Range 10%–200%, CT Ratio 1500/1
			Relay G: Range 10%–200%, CT Ratio 2000/1
		Coordination
		Earth Fault Relay Setting
		CT Saturation
			Relay Z: Range 10%–20%, CT Ratio 300/1.  Fuse Z: 200A
			Relay F: Range 10%–200%, CT Ratio 1500/1; 10VA 5P10
		Coordination
		Worked Example: Setting Voltage Controlled Overcurrent Relays
29
	8 - Power Management
		Generator Controls
			Start and Stop Buttons
			Automatic Voltage Regulator and Governor Raise/Lower Switches
			Synchronising Equipment
			Instrumentation
				Metering
				Synchronising Indicators
				Alarm Annunciator
			Load Sharing Systems
			Power Management Systems
			Power Management System Design
30
	9 - Harmonics
		Introduction
		Overheating of Motors
		Overheating of Transformers and Increased Associated Losses
		Resonance Effects
		Uninterruptible Power Supplies
		Switch Mode Power Supplies
		Percentage Distortion Definition
		Current or Voltage Total Harmonic Distortion
31
	1 - Installation Practice
		Switchgear and Motor Control Centres
		Distribution Transformers
		Motors and Generators
		Lighting and Small Power
		Secure Power Supply Systems
			Batteries
			Battery Chargers and Invertors
		Communications
			Public Address Systems
			Telephones
		Cable Support Systems
			General
			Support Steelwork
			Cable Tray
			Tray Installation
			Ladder Rack
		The Decommissioning and Removal/Abandonment Phases
		Written Schemes of Examination
32
	2 - Electrical System Earthing
		Introduction
		Platforms
		Electrical Earths
		Instrument/Communications Earths
		Intrinsically Safe Earth
		Equipotential Bonding
		Ships
		Lightning Protection
33
	3 - Environmental Protection
		Introduction
		Weather and Sea Protection
			Stainless Steel
			Grey Cast Iron
			Hot Dipped Galvanised Steel
			Polycarbonate
			Manganese Bronze and Gunmetal
			Welded and Cast Structural Steel
			Glass Fibre Reinforced Plastic
		Enclosure Ingress Protection
		Structural Considerations
			Weight Control
			Shock and Vibration
			Location of Engine Intakes and Exhausts
			Mechanical Protection
		Noise Control
		Prime Movers
		Motors
34
	4 - Hazardous Area Installation
		Introduction
		Hazardous Area Applications
		Temperature Considerations
			Ignition Temperature
			Flashpoint Temperature
		Explosion-Proof Ex ‘d’ Equipment (Older ‘Flameproof’ Certification is Similar)
		Explosion-Proof Equipment Groups
		Increased Safety Ex ‘e’ Equipment
		Terminals
		Enclosure
		Ex ‘nA’ Non-Sparking
		Non-Sparking: Ex ‘N’ (Now Obsolescent)
		Pressurised: Ex ‘p’
		Intrinsic Safety – Ex ‘i’a and Ex ‘i’b (Refer to BS EN 60079-11:2012)
		Level of Protection ‘ia’
		Level of Protection ‘ib’
		Level of Protection ‘IC’
		‘Simple’ Apparatus and Components
		Loop Calculations for Galvanic Barriers
		Selection of Other Equipment
		Avoidance of Ignition by Non-Electrical Equipment (Refer BS EN ISO 80079-36 & 37)
		Avoidance of Ignition by Radio and Radar Transmissions (Refer to PD CLC/TR 50427)
		Hazard Source Schedules
		Defining Boundaries
		Ventilation
		Logic of Area Classification
		Selection of Motors for Hazardous Areas
		Mixing Hazardous Area Certified Equipment
			Various Global and National Standards
			Equipment for Use in Polar Regions
			Intrinsically Safe Barriers – Galvanic or Optical Isolation
35
	1 - Notes on Dynamic Positioning and Ballast Control for Floating Installations
		Dynamic Positioning
		Integrated Control Systems
		Propulsion Redundancy
		Ballast Control Systems
			Floating Production, Storage and Offloading Units
			Semisubmersibles
		Ballast Control: Basic Control Features
36
	2 - Floating Production, Storage and Offloading Units
		Introduction
		Safety Critical Systems
37
	3 - Semisubmersibles and Mobile Offshore Drilling Units
		Introduction
		Power Generation
		Pontoon and Leg Equipment Installation
		Watertight Door Monitoring and Ballast Control Systems
		Electrical Drilling Direct Current and Alternating Current Semiconductor Drives
		Cement Kill Pumps and Controls
		Drilling Mud Facilities
		Fire and Gas Systems and Ventilation Control on Rigs
		The UK Offshore Safety Case Legislation
38
	4 - Self-Elevating Rigs
		Introduction
		Frequent Duties
		Main Facilities
39
	5 - Tension Leg Platforms
		Introduction
		Tension Leg Platform in Oil and Gas Installations
		Tension Leg Platform as a Wind Turbine Structure
40
	6 - Notes on Offshore Renewable Energy Substation Platforms
		Introduction
		Description
		Hazards
41
	1 - Introduction to Commissioning
42
	2 - Generators
		Introduction
		Running the Prime Mover
43
	3 - Switchgear
		Air Break Switching Devices and Fuses Rated for Use at Voltages Below 1000V
		Air Circuit Breakers/Switchgear Rated for Use at Voltages Above 1000V
		Oil Switchgear Over 1kV
		Vacuum Circuit Breakers
		Sulphur Hexafluoride Switchgear
44
	4 - Protection and Control
		Precommissioning
		Protection Scheme Commissioning
		Voltage Transformers (Refer to BS EN 61869 and BS EN 50482)
			Insulation Resistance
			Polarity Check
			Voltage Ratio Test
			Phasing Check
			Restoration
		Current Transformers
			Current Ratio Check
				Method 1
				Method 2
			Magnetisation Curve Tests
			Restoration
		Protection Relays
			Mechanical Checks on Induction Disc and Attracted Armature Relays
			Electrical Checks on Electronic (Static) and Induction Disc Relays
				Insulation Tests
				Secondary Injection Tests
			Electrical Tests on Attracted Armature Relays
				Insulation Testing
				Secondary Injection Testing
			Electrical Tests on Thermal Relays
				Primary Injection Tests
					Overcurrent Relays
					Residual Earth Fault Relays
					Restricted Earth Fault Relays
		Closing and Tripping
45
	5 - Large Motors
		Precommissioning
		Motor Commissioning Tests
			Megohmmeter (Megger) Test
			Polarisation Index
			Overpotential Tests
			Evaluation of Motor Test Results
46
	6 - Protection, Monitoring and Control
		Precommissioning
		Permit-to-Work Systems
		Control and Monitoring System Commissioning
		Cause-and-Effect Matrices
		Safety, Shutdown and Protective Circuits and Devices
47
	1 - Reliability
		Introduction
		Duplication and Redundancy
		Failure Mode, Effects and Criticality Analysis
		Circuit Breaker Illustration
			Circuit Breaker Functions
			Circuit Breaker Modes of Failure
		Fault Trees
			Fault Tree Construction
			Common Mode Failure Identification
			Qualitative Analysis
			Quantitative Analysis
				Evaluation Using Event Probabilities
				Evaluation Using Event Failure Rates
		Reliability Block Diagrams
		Confidence Limits
		Example 8.1.1
			Solution
		Example 8.1.2
			Solution
48
	2 - Maintenance and Logistics
		Rationalisation of Spares
		Accessibility and Communications
		Maintenance Intervals and Equipment Specification
		Scaffolding and Abseiling (Rappelling)
		Transport, Accommodation and People Onboard Problems
		Maintenance Scheduling Software
Appendix A
	A - Guide to Offshore Installations
		A.1 Types of Installation
			Semisubmersibles
			Jack-Up or Self-Elevating Platforms
			Fixed Platforms
			Tension Leg Platforms
		A.2 Drilling Essentials
			Draw Works
			Rotary Table
			Top Drive
			Mud Pumps
			Shale Shaker
			Blowout Preventer
			Wireline Logging
			Well Completion
			Perforation
			Christmas Trees
			Subsea Completions
			Deviated Drilling
		A.3 Production Process Essentials
			Oil, Water and Gas Separation
			Hydrates
			Water Injection
			Gas Reinjection
			Oil Storage and Export
			Artificial Lift Facilities
		A.4 Oil Company Operations
			Financing
			Division of Labour
Appendix B
	B - Typical Commissioning Test Sheets
Appendix C
	C - Comparison of Hazardous Area Equipment Certification
		Appendix C1: Comparison of EU and US Certification for Hazardous Areas
		Appendix C2: HAZARDOUS AREA GUIDE for ATEX & IECEx (Zones/Groups)
Bibliography
	Bibliography
		Part 2 Chapter 2
			References
			Web References
		Part 2 Chapter 3
			References
			Useful Links
		Part 2 Chapter 4
			References
			Useful Links
		Part 2 Chapter 5
			References
			Web References
		Part 2 Chapter 6
			References
			Web References
		Part 2 Chapter 7
			References
			Web References
		Part 2 Chapter 8
			References
			Web References
		Part 2 Chapter 9
			References
			Web References
		Part 2 Chapter 10
			References
			Web References
		Part 2 Chapter 11
			References
			Web References
		Part 2 Chapter 12
			References
			Web References
		Part 2 Chapter 13
			References
			Web References
		Part 2 Chapter 14
			References
			Web References
		Part 2 Chapter 15
			References
			Web References
		Part 2 Chapter 16
			References
			Web References
		Part 2 Chapter 17
			References
			Web References
		Part 3 Chapter 1
			References
			Web References
		Part 4 Chapter 1
			Web References
		Part 4 Chapter 2
			References
			Web References
		Part 4 Chapter 3
			References
			Web References (for Motor Protection Relay Manufacturers, see Table 4.3.1)
		Part 4 Chapter 4
			References
			Web References
		Part 4 Chapter 5
			References
			Web References
		Part 4 Chapter 7
			References
			Web References
		Part 4 Chapter 8
			References
			Web References
		Part 4 Chapter 9
			References
			Web References
		Part 5 Chapter 1
			References
			Web References
		Part 5 Chapter 2
			References
			Web References
		Part 5 Chapter 3
			References
			Web References
		Part 5 Chapter 4
			References
			Web References
		Part 6 Chapter 1
			References
			Web References
		Part 6 Chapter 2
			References
			Web References
		Part 6 Chapter 3
			References
			Web References
		Part 6 Chapter 4
			References
			Web References
		Part 6 Chapter 5
			References
			Web References
		Part 6 Chapter 6
			References
			Web References
		Part 7 Chapter 1
			References
			Web References
		Part 7 Chapter 5
			References
			Web References
		Part 7 Chapter 6
			References
			Web References
		Part 8 Chapter 1
			References
			Web References
		Part 8 Chapter 2
			References
			Web References
		Part 9 Chapter 1
			References
Index_2018_Offshore-Electrical-Engineering-Manual
	Index
		A
		B
		C
		D
		E
		F
		G
		H
		I
		J
		K
		L
		M
		N
		O
		P
		Q
		R
		S
		T
		U
		V
		W
		X
		Z




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