Friday, July 31, 2009
Industrial Electronics for Engineers, Chemists, and Technicians: With Optional Lab Experiments
Note: Chapter 8 is absent.
A multipurpose reference for engineers, chemists, and technicians in the industrial factory or laboratory environment, showing how to avoid or solve common problems when using electronics. Includes laboratory experiments that can be taken as examples or may be conducted for practicing the principles outlined in the text. DLC: Industrial electronics.
Turn to this multipurpose reference for a practical understanding of electronics in the factory or laboratory. It's perfect for people who are not electrical engineers but who need to use electronic equipment every day at work. Avoid or solve common problems in the use of electronics in the factory or lab and optimize the use of measurement and control equipment with this helpful resource!
The guide is easy to understand by anyone who has taken a high school physics course--yet it provides quick, specific solutions for such electronics issues as feedback oscillation, ground loops, impedance mismatch, noise pickup, and optimization of PID controllers.
Use INDUSTRIAL ELECTRONICS as a hands-on resource to handle typical electronics questions as they arise, as a self-study text to provide a broad background for understanding general electronics issues and design, or even for an instructor-led, on-the-job training course in shop or lab electronics. Because of the highly detailed explanations in the book, instructors themselves do not need to be experts. Of course, the volume is perfect for use as a textbook in college and vocational school courses.
The laboratory experiments are optional and may be used merely as examples. Components are inexpensive and can be obtained from consumer electronics stores such as Radio Shack or from electronics suppliers on the Web. The circuit diagrams are greatly simplified and completely understandable, with every component explained.
Key Features:
- Explains how capacitors, inductors, relays, self-starting ac motors, transistors, and integrated circuits actually work
- Shows how to prevent or fix ground loops, feedback oscillations, noise pickup, and impedance mismatch
- Teaches readers how to design simple, special-purpose circuits such as amplifiers, latching registers, oscillators, and SCR controllers
- Provides an understanding of more complex devices including laser printers, copying machines, and analog and digital systems
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Engineering Electromagnetics: Applications
Highlighted with valuable tips and Brown's firsthand experiences, Winning Score is an excellent tool for constructing a performance measurement system. It explains how to lay the foundation for the balanced scorecard by developing operational and strategic plans. The book covers how to identify strengths, weaknesses, opportunities, and threats, design data collection strategies, link the scorecard to other systems in an organization, develop a performance index, and avoid the top ten measurement mistakes. In addition, case studies of actual scorecard implementation in different sectors, such as manufacturing, service, support, and government are included.
Review
"[In Winning Score], Brown suggests new ways business managers can use scoring systems to help them achieve long term goals. Observing that many companies still spend time constructing elaborate scoring systems that are not used for making changes in the company's operation, he argues that a better approach would be for companies to measure what matters, rather than collecting data that offers no insight into the company's long term strategy."
Winning Score], Brown suggests new ways business managers can use scoring systems to help them achieve long term goals. Observing that many companies still spend time constructing elaborate scoring systems that are not used for making changes in the company's operation, he argues that a better approach would be for companies to measure what matters, rather than collecting data that offers no insight into the company's long term strategy."
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Recent Developments of Electrical Drives
Product Description
Recent Developments of Electrical Devices is composed of the papers which were presented at the XVI International Conference on Electrical Machines - ICEM2004, which was held in Cracow, Poland on September 5-8, 2004.
The contributions selected for the book cover a wide spectrum of theory and practice, thus they are deeply rooted in engineering problems, being simultaneously of high theoretical level. This way the contents of the book is believed to touch the heart of the matter in electrical drives (theory, control systems and applications).
The book, stating the recent developments of electrical drives, can be useful for engineers and researchers investigating and designing electrical and electronic devices as well as for students and young researchers dealing with electrical and electronic engineering, computer sciences (advanced computer modelling, sophisticated control systems with artificial intelligence tools applied, optimal design bye use of classical and genetic algorithms employed), applied mathematics and all the topics where electromagnetic, thermal, mechanical phenomena occur.
Recent Developments of Electrical Devices covers a wide range of interest of industry engineers, and scientists involved in modelling, control, measurements, new motor structures design, and could be also useful for engineers working in the field of electrical drives implementation.
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Handbook of Electrical Installation Practice
Product Description
Handbook of Electrical Installation Practice covers all key aspects of industrial, commercial and domestic installations and draws on the expertise of a wide range of industrial experts.
Chapters are devoted to topics such as wiring cables, mains and submains cables and distribution in buildings, as well as power supplies, transformers, switchgear, and electricity on construction sites. Standards and codes of practice, as well as safety, are also included.
Since the Third Edition was published, there have been many developments in technology and standards. The revolution in electronic microtechnology has made it possible to introduce more complex technologies in protective equipment and control systems, and these have been addressed in the new edition.
Developments in lighting design continue, and extra-low voltage luminaries for display and feature illumination are now dealt with, as is the important subject of security lighting.
All chapters have been amended to take account of revisions to British and other standards, following the trend to harmonised European and international standards, and they also take account of the latest edition of the Wiring Regulations.
This new edition will provide an invaluable reference for consulting engineers, electrical contractors and factory plant engineers.
From the Back Cover
Handbook of Electrical Installation Practice covers all key aspects of industrial, commercial and domestic installations and draws on the expertise of a wide range of industrial experts.
Chapters are devoted to topics such as wiring cables, mains and submains cables and distribution in buildings, as well as power supplies, transformers, switchgear, and electricity on construction sites. Standards and codes of practice, as well as safety, are also included.
Since the Third Edition was published, there have been many developments in technology and standards. The revolution in electronic microtechnology has made it possible to introduce more complex technologies in protective equipment and control systems, and these have been addressed in the new edition.
Developments in lighting design continue, and extra-low voltage luminaries for display and feature illumination are now dealt with, as is the important subject of security lighting.
All chapters have been amended to take account of revisions to British and other standards, following the trend to harmonised European and international standards, and they also take account of the latest edition of the Wiring Regulations.
This new edition will provide an invaluable reference for consulting engineers, electrical contractors and factory plant engineers.
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Advanced Electrical Installation Work
Product Details
Advanced Electrical Installation Work has helped thousands of students to achieve success in City & Guilds awards in electrical installation. Now in its fourth edition, this book has been completely restructured to provide a specific match to the requirements of the Installation route of the 2330 Level 3 Certificate in Electrotechnical Technology, and will also prove an essential purchase for students of Level 3 NVQs in Electrotechnical Services (Electrical Installation – Buildings & Structures). With a concise and practical approach, Trevor Linsley presents a complete resource for the 2330 Certificate, covering the core unit of the scheme, along with the two Occupational Units 2 and 3 in Installation (Buildings & Structures). An additional chapter Electronic Components – a key area of electrical installation work – is also included for reference. This highly illustrated text features worked examples and exercises with answers to create an easily accessible student book, ideal for self-directed study. The content has been brought fully in line with the 2004 version of the IEE Wiring Regulations BS 7671:2001 (incorporating Amendments 1:2002 & 2:2004), and features new sections on Health & Safety, Employment Rights and Responsibilities, Personal Protective Equipment, and Safety Regulations, reflecting the emphasis of the 2330 Certificate in these particular areas. Formerly Senior Lecturer at Blackpool & Fylde College, as well as Head of the NVQ Assessment Centre, Trevor Linsley is a best-selling author in electrical installation.
*
Preface
*
Health and safety and electrical principles
*
Inspection, testing and commissioning
*
Fault diagnosis and rectification
*
Electronics
*
Index
links
http://www.file2box.com/9yu5hcrtfmmx
Sensors: Advancements in Modeling, Design Issues, Fabrication and Practical Applications
Product Description
Sensors are the most important component in any system and engineers in any field need to understand the fundamentals of how these components work, how to select them properly and how to integrate them into an overall system. This book has outlined the fundamentals, analytical concepts, modelling and design issues, technical details and practical applications of different types of sensors, electromagnetic, capacitive, ultrasonic, vision, Terahertz, displacement, fibre-optic and so on.
The book: addresses the identification, modeling, selection, operation and integration of a wide variety of sensors, demonstrates the concepts of different sensors technology through simulation, design and real implementations, discusses the design and fabrication of high performance modern sensors technology, presents a selection of cutting-edge applications.
Written by experts in their area of research, this book will be useful reference book for engineers and scientist especially the post-graduate students find this book as reference book for their research.
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Newnes Electrical Pocket Book
Book Description
The ideal daily reference source for electrical engineers, electricians and students.
Product Description
Newnes Electrical Pocket Book is the ideal daily reference source for electrical engineers, electricians and students. First published in 1932 this classic has been fully updated in line with the latest technical developments, regulations and industry best practice. Providing both in-depth knowledge and a broad overview of the field this pocket book is an invaluable tool of the trade.
A handy source of essential information and data on the practice and principles of electrical engineering and installation.
The 23rd edition has been updated by engineering author and consultant electrical engineer, Martin Heathcote. Major revisions have been made to the sections on semiconductors, power generation, transformers, building automation systems, electric vehicles, electrical equipment for use in hazardous areas, and electrical installation (reflecting the changes introduced to the IEE Wiring Regulations BS7671: 2001).
Unique and fully updated classic mini-reference book.
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Newnes Electrical Pocket Book
Automobile Electrical and Electronic Systems
Automobile Electrical and Electronic Systems
To order this title, and for more information, click here
Third Edition
By
Tom Denton, BA, MIRTE, AMSAE, Cert. Ed., Associate Lecturer, Open University, UK
Description
Understanding vehicle electrical and electronic systems is core to the work of every motor vehicle mechanic and technician. This classic text ensures that students and practicing engineers alike keep abreast of advancing technology within the framework of the latest FE course requirements. The new edition includes updated and new material throughout, covering recent developments such as microelectronic systems, testing equipment, engine management systems and car entertainment and comfort systems. New self-assessment material includes multiple choice questions on each of the key topics covered. With over 600 clear diagrams and figures the new edition will continue to be the book of choice for many students taking IMI technical certificates and NVQ level qualifications, C&G courses, HNC/D courses, and their international equivalents, and is also ideal for use as a reference book by service department personnel.
Audience
Students taking vehicle electrical and electronic systems, plus vehicle mechanical and electrical systems courses.
Contents
Development of the auto-electrical system; Electrical and electronic principles; Test equipment; Electrical systems and circuits; Lead-acid batteries; Charging systems; Starting systems; Ignition systems; Electronic fuel control; Engine management systems; Lighting systems; Auxiliary systems; Instrumentation; Heating and air conditioning; Chassis electrical systems; Electronics for comfort and safety; Electric vehicles; World Wide Web links, downloads and contact
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Automobile Electrical and Electronic Systems
PRACTICAL PROCESS CONTROL TUNING AND TROUBLESHOOTING
developed a strong opinion that is refl ected throughout this book: The process
aspects of process control are the key to success; the systems aspects (the bits
and bytes) are largely irrelevant. If you can do an application with one com-
mercial system, then you can do it with any of them.
The practice of process control involves two intertwined endeavors:
1. Developing a process and instrumentation (P & I) diagram for the
process.
2. Proportional - integral - derivative (PID) controller tuning and
troubleshooting.
Defi ciencies in the P & I diagram invariably lead to controllers that cannot be
successfully tuned. The root problem is with the P & I diagram; tuning diffi cul-
ties are merely symptoms. This makes troubleshooting an essential component
of controller tuning, and vice versa.
Both endeavors are process (as opposed to systems) issues. The PID control
equation is implemented in a variety of commercial control products, including
a distributed control system (DCS), programmable logic controller (PLC),
single - loop (or multiloop) controller, PC - based control system, and so on.
A few implementations have a “ wart ” or two, but in the end, all are largely
equivalent.
Automation of any industrial process should be undertaken with a simple
objective — achieve a high degree of automatic control. That means controls
that deliver the required performance a very high percentage of the time. This
capability is a prerequisite to obtaining the greatest economic returns from a
continuous process and the minimum product variability from a batch process.
The P & I diagram must be correct, and the controllers must be properly
tuned.
What does every plant manager know about the controls? The cost! Control
system maintenance and support costs usually appear as line items in the
budget. But ask the same plant manager how (or even if) these controls are
making money. Most managers do not have a clue. The plant manager under-
stands that controls are necessary, but with no understanding of the benefi ts,
he/she does what all good managers do with regard to costs — manage the costs
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PRACTICAL PROCESS CONTROL TUNING AND TROUBLESHOOTING
Thursday, July 30, 2009
Programmable_Controllers_Engineer_Guides
All industrial processes need some form of control system if they are to
run safely and economically. In recent years a specialist control computer,
called a programmable controller, has evolved and revolutionized control
engineering by combining computing power and immense flexibility at
a reasonable price.
This book is concerned with the application and use of programmable
controllers. It is not an instructional book in programming, and is certainly
not a comparative guide to the various makes of machine on the market.
To some extent, choosing a programmable controller is rather like
choosing a word processor. You ask people for their views, try a few
simple examples in a shop, and buy the cheapest that you think meets
your requirements. Only after several months do you really know the
system. From then on, all other word processors seem awkward.
Programmable controllers are similar. Unless there are good reasons
for a particular choice (ready experience in the engineering or maintenance
staff, equipment being supplied by an outside contractor and similar
considerations), there are good and bad points with all (the really bad
machines left the market years ago).
At the Sheerness Steel Company where I work, the plant control is
based on about sixty programmable controllers consisting of Allen
Bradley PLC 2s and 5s, GEC (now CEGELEC) GEM-80s, ASEA (now
ABB) Masters and Siemens SIMATIC S5s, with small machines primar-
ily from Mitsubishi. These controllers are somewhat like the trees at
Galleons Lap in Winnie the Pooh; there never seems to be the same
number on two successive days, even if you tie a piece of string around
each one!
As with most plants, the background to this distribution of controllers
is largely historical chance (the original Mitsubishi came on a small
turn-key plant from an outside contractor, for example), but the ready
access to these machines is the reason for their prominence in this book.
Even within this range of PLC families, the coverage in this book is
not complete. The PLCs have been chosen to cover the application points
I wish to make, not as a complete survey of a manufacturer’s range.
In ‘previous lives’ I have worked with PLCs from AEG, GE, Landys
and Gyr, Modicon, Telemecanique, Texas Instruments and many other
companies. To these manufacturers I offer my sincere apologies for not
giving them more coverage, but to do so would have made a tedious book
and masked the application points I have tried to make. I could happily
use any of these machines, and there is not a major difference in style or
philosophy between them (the manufacturers would no doubt disagree!).
The guideline is therefore choose a machine that suits you, and do not
change manufacturers for purely economic reasons. Knowledge, consistency
of spares and a good relationship with a manufacturer are very valuable.
A book like this requires much assistance, and I would like to thank
Peter Bark and Dave Wilson of ABB, Adrian Bishop, Bob Hunt, Julian
Fielding, John Hanscombe, Hugh Pickard, Jennie Holmes and Hennie
Jacobs of Allen Bradley, Peter Backenist, David Slingsby and Stuart
Webb of GEC/CEGELEC, Peter Houldsworth, Paul Judge, Allan
Norbury, Dickon Purvis, Paul Brett and Allan Roworth of Siemens,
and Craig Rousell who all assisted with information on their machines,
commented constructively on my thoughts and provided material and
photographs.
My fellow engineers at Sheerness Steel also deserve some praise for
tolerating my PLC systems (and who will no doubt compare my written
aims with our actual achievements!).
A book takes some time to write, and my family deserve considerable
thanks for their patience.
Minster on Sea
eaparr2002@yahoo.co.uk
links
Programmable_Controllers_Engineer_Guides
Computers and industrial control
Preface xi
1 Computers and industrial control
11.1 Introduction
1 1.2 Types of control strategies
11.2.1 Monitoring subsystems
2 1.2.2 Sequencing subsystems
2 1.2.3 Closed loop control subsystems
4 1.2.4 Control devices
51.3 Enter the computer
6 1.3.1 Computer architectures
7 1.3.2 Machine code and assembly language programming
11 1.3.3 High level languages
11 1.3.4 Application programs
14 1.3.5 Requirements for industrial control
14
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Programmable_Controllers_Engineer_Guides
Wednesday, July 29, 2009
Visual Basic for Electronics Engineering application
using Visual Basic. However, this is not ‘just another’ book on VB. The target
group of this book is people building test setups in R&D environments.
The first part talks briefly over the windows environment and how it works. A
basic understanding of this is somehow required to understand the programmin
techniques applied in Visual Basic. A basic explanation of how to write
programs in VB is given.
The second part explains more advanced things such as graphics manipulation,
file handling and more.
The Third part details on more advanced things like printing, multiform
projects, ActiveX and beyond. Here you will learn to extend the already vast s
of functions with those embedded inside Windows. A big deal is explained ho
to make your programs communicative. Inter-program communication like DD
is explained. Also off-system communication like serial communication and
TCP/IP is explained. These are feature often used in creating test systems that
can be managed via remote control.
The fourth part will show you how to unleash the power of Visual basic for
application in a Lab environment. You will learn how to control instruments
over GPIB / RS232, control circuitry over printer ports and even manage your
own built plug-in boards.
The fourth part will also show you a how to apply the acquired knowledge to
real-world systems. Things like controlling circuitry, emulating protocols and
more will be covered. A number of examples combining all of the explained
material will be given. A number of test setups will be given that show the
capabilities of a programming system like Visual Basic.
Now, I know that most programmers get the chills when they hear about
programming in BASIC. Some of you might remember the time of the first
home computers such as the Commodore and Apple II, and visions of line
numbers, goto’s and spaghetti code start to doom. Well this is no longer the
case. All languages evolve and so does basic. It has matured from a ‘Beginners
All Purposes Symbolic Instruction Code’ to a full-blown programming
language. The people who brought basic up (being Microsoft) have now come
up with the latest incarnation of the language. It has been chosen as one of the
standard programming language for the Windows environment.
More and more applications include a subset of the Visual Basic programming
language. Applications such as Excel, Word, and Access all include Visual
Basic for Application or VBA for short. More and more external vendors also
include this engine in their products. Software houses like Oracle, AutoDesk
(AutoCAD), Protel (PCB / Schematic / Simulation) Mathsoft (MathCAD) start
to embed the power of Visual Basic in their products. New operating systems
like Windows 98 and Windows NT 4.0 have the VbScript language inside.
Visual Basic is in the first place a Visual programming language. In today’s
world of graphical user interfaces and windowing environments this is simply a
must. More and more users demand a simple and easy to use interface to the
software. Visual Basic enables the programmer to write just this kind of
application. The programmer himself however needs not to be deprived of these
things. Visual basic is really ‘visual’ both during development and runtime
stage.
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Visual Basic for Electronics Engineering application
Industrial Control From A to Z
0.1 AUTOMATE, EMIGRATE, LEGISLATE, OR
EVAPORATE
"Automate, emigrate, legislate or evaporate." This was a choice many manufacturers.
Some manufacturers tried to lower prices by reducing manufacturing costs. They either automated or emigrated.
Many countries legislated trade barriers to keep high quality, low cost products out. Manufacturers who did nothing
... disappeared, often despite their own government's protective trade barriers.
Many consumers still choose imports over domestic products, but some North American manufacturers are now
trying more thoughtful measures to meet the challenge.
Automation is a technique that can be used to reduce costs and/or to improve quality. Automation can increase
manufacturing speed, while reducing cost. Automation can lead to products having consistent quality, perhaps even
consistently good quality. Some manufacturers who automated survived. Others didn't. The ones who survived
were those who used automation to improve quality. It often happened that improving quality led to reduced costs.
0.2 THE ENVIRONMENT FOR AUTOMATION
Automation, the subject of this textbook, is not a magic solution to financial problems. It is, however, a valuable
tool that can be used to improve product quality. Improving product quality, in turn, results in lower costs.
Producing inexpensive, high quality products is a good policy for any company.
But where do you start?
Simply considering an automation program can force an organization to face problems it might not otherwise face: What automation and control technology is available? Are employees ready and willing to use new technology? What technology should we use? Should the current manufacturing process be improved before automation? Should the product be improved before spending millions of dollars acquiring equipment to build it?
Automating before answering the above questions would be foolish. The following chapters describe the available
technology so that the reader will be prepared to select appropriate automation technology. The answers to the last
two questions above are usually "yes," and this book introduces techniques to improve processes and products, but
each individual organization must find its own improvements.
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Industrial Control
Programming Industrial Automation Systems: Concepts and Programming Languages, Requirements for Programming Systems, Aids to Decision-Making Tools
Comprehensive introduction to the concepts and languages of the new standard IEC 61131, featuring numerous illustrations, summary tables, and examples. The CD-ROM contains functional versions of programming systems for use with the text. Also features a purchasing guide. System requirements not listed.
Product Description
This practical book gives a comprehensive introduction to the concepts and languages of the new standard IEC 61131 used to program industrial control systems. A summary of the special requirements in programming industrial automation systems and the corresponding features in the IEC 61131-3 standard makes it suitable for students as well as PLC experts. The material is presented in an easy-to-understand form using numerous examples, illustrations and summary tables. There is also a purchaser's guide and a CD-ROM containing two reduced but functional versions of programming systems. These increase the value of the book for PLC programmers and for those in charge of purchasing software in industrial companies.
From the reviews of the first edition:
"This book provides a comprehensive introduction to IEC61131-3, the new International Electrotechnical Commission standard governing the concepts and programming languages for industrial control systems. : Through its coverage of the subject, this superb reference text will be invaluable to PLC experts and students alike." (Assembly Automation, Vol. 22 (1), 2002)
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Programming Industrial Automation Systems: Concepts and Programming Languages
Electrical Power Cable Engineering
Electrical Power Cable Engineering, Second Edition remains the foremost reference on low- and medium-voltage electrical power cables, cataloging technical characteristics and assuring success for cable manufacture, installation, operation, and maintenance. While segments on electrical cable insulation and field assessment have been revamped to reflect industry transformations, new chapters tackle distinctive topics like the location of underground system faults and the thermal resistivity of concrete, proving that this expanded edition lays a sound foundation for engineering decisions. It deconstructs the external variables affecting conductor, insulation, and shielding design.
Review
Electrical Power Cable Engineering, Second Edition meets its complex subject in a readable fashion, especially for those with limited background and experience:sufficient detail is provided for those with greater need in evaluating different cables for specific applications.
Kenneth N. Mathes, Consulting Engineer, Schenectady, New York
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Electrical Power Cable Engineering
Programmable Logic Controllers : Programming Methods and Applications
Programmable Logic Controllers : Programming Methods and Applications
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This book is designed to help readers develop a good general working knowledge of programmable controllers with concentration on relay ladder logic techniques and how PLC is connected to external components in an operating control system. The book uses real world programming problems that readers can solve on any available programmable controller or PLC simulator. Later chapters relate to more advanced subjects in machine controls making this a welcome addition to a personal technical reference library. KEY TOPCIS: The authors examine ladder diagram fundamentals, the programmable logic controller, fundamental PLC programming, advanced programming techniques, mnemonic programming code, wiring techniques, analog I/O, discrete position sensors, encoders, transducers, and advanced sensors, closed loop and PID control, motor controls, and system integrity and safety. For those involved in Electrical, Automation, Control, and Process Engineering.
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Mitsubishi FX Programmable Logic Controllers
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John Ridley provides comprehensive information on usage, design and programming for the Mitsubishi FX range of programmable logic controllers, in this step-by-step, practical guide.
Professional engineers working with Mitsubishi PLCs, as well as students following courses focusing on these devices, will find this book to be an essential resource for this popular PLC family. Numerous worked examples and assignments are included, to reinforce the practical application of these devices, widely used in industry.
Fully updated throughout from coverage of the FX PLC to now cover the FxN PLC family from Mitsubishi, John Ridley also focuses on use of the Fx2N - the most powerful and diverse in function of this PLC group. The second edition contains advanced topics along with numerous ladder diagrams and illustrative examples.
· A hands-on approach to the programming, design and application of FX PLC based systems
· Programmed using GX Developer software - used worldwide for the whole range of the FX PLC family
· Covers Ladder Logic tester - the GX developer simulator that enables students and designers to test and debug their programs without a PLC
· GX Developer demo available on a companion website for the book
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Mitsubishi Melsec Plc Ladder Logic Application |
FREE BOOK OF HOME ENERGY SAVING TIPS
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FREE BOOK OF HOME ENERGY
Tuesday, July 28, 2009
Boatowner's Illustrated Electrical Handbook
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Keep your boat's electrical systems running and reliable.
"Boatowner's Illustrated Electrical Handbook" is perfect for learning how your boat's electrical system and much of its equipment works, and it will be an invaluable guide when adding equipment as well. This book needs to be in every boater's library as a ready reference on how to make effective repairs and modifications that comply with ABYC standards." - Ed Sherman, Senior Instructor and Curriculum Designer, American Boat and Yacht Council
"A definitive technical book that is easy to read. Buy this book and throw out the rest." - "Motorboat & Yachting"
Whether you take to the sea under power or sail, bounce around the bay in your runabout, or cross oceans in your cruiser, you'll find everything you need to maintain, repair, and upgrade your boat's DC and AC electrical systems with this comprehensive and fully illustrated guide.
Tackle onboard electrical projects and learn how to:
* Meet ABYC standards for both DC and AC wiring.
* Install solar- and wind-power systems.
* Add electrical components.
* Prevent corrosion of your electrical system ... and more.
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Charlie Wing received his Ph.D. in oceanography from MIT. Since then, he has spent his career explaining how things work. He founded two do-it-yourself house-building schools, hosted a PBS series on energy conservation, and has written more than a dozen top-selling do-it-yourself books. Wing lived aboard his boat for six years, during which he wrote the first edition of this book...
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Boatowner's Illustrated Electrical Handbook
Monday, July 27, 2009
Teach Yourself Electricity and Electronics
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The best combination self-teaching guide, home reference, and classroom text on electricity and electronics has been updated to deliver the latest advances. Great for preparing for amateur and commercial licensing exams, this guide has been prized by thousands of students and professionals for its uniquely thorough coverage ranging from DC and AC concepts to semiconductors and integrated circuits.
* Written by Stan Gibilisco, an electronics legend and McGraw-Hill's most popular TAB author
* Perfect for hobbyists, students, and those of you who want to get ahead in tech-related careers
* Packed with everything needed to enhance learning: 600+ illustrations, practical examples, and hundreds of test questions
NEW TO THIS EDITION:
Updated to reflect the latest technological advances in: * Computers * Robotics * Artificial Intelligence * Amplifiers * Transmitters * The Internet * High-fidelity
EXPERT HOW-TO GUIDANCE ON SOLVING PROBLEMS SUCH AS:
* Simple current-voltage-resistance determinators
* Power calculations
* Designing acoustical and audio systems
* Designing circuits and systems
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Quickly and easily learn the hows and whys behind basic electricity, electronics, and communications -- at your own pace, in your own home
Teach Yourself Electricity and Electronics offers easy-to-follow lessons in electricity and electronics fundamentals and applications from a master teacher, with minimal math, plenty of illustrations and practical examples, and test-yourself questions that make learning go more quickly. Great for preparing for amateur and commercial licensing exams, this trusted guide offers uniquely thorough coverage, ranging from dc and ac concepts and circuits to semiconductors and integrated circuits.
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The best course -- and source -- in basic electronics
* Starts with the basics and takes you through advanced applications such as radiolocation and robotics
* Packed with learning-enhancing features: clear illustrations, practical examples, and hundreds of test questions
* Helps you solve current-voltage-resistance-impedance problems and make power calculations
* Teaches simple circuit concepts and techniques for optimizing system efficiency
* Explains the theory behind advanced audio systems and amplifiers for live music
* Referenced by thousands of students and professionals
* Written by an author whose name is synonymous with clarity and practical sense
Updated to reflect the latest technological trends! The Fourth Edition features new information on:
* Wireless technology
* Computers and the Internet
* Transducers
* Sensors
* Robotics
* Audio systems
* Navigation
* Radiolocation
* Integrated circuits
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Electrical Power Systems Technology
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Preface .................................................................................................................ix
UNIT I
POWER MEASUREMENT SYSTEMS AND
FUNDAMENTALS .................................................................... 1
Chapter 1 Power Measurement Fundamentals ....................................... 5
Units of Measurement—Conversion of SI Units—
Scientific Notation
Chapter 2 Power System Fundamentals ................................................. 15
The System Concept—Basic System Functions—A Simple
Electrical System Example—Energy, Work, and Power—Types
of Electrical Circuits—Power in DC Electrical Circuits—
Maximum Power Transfer—Overview of Alternating Current
(AC) Circuits—Vector and Phasor Diagrams—Impedance in
AC Circuits—Power Relationships in AC Circuits—Power
Relationships in Three—Phase Circuits
Chapter 3 Power Measurement Equipment ........................................... 59
Measurement Systems—Measuring Electrical Power—
Measuring Electrical Energy—Measuring Three-Phase Electrical
Energy—Frequency Measurement—Synchroscopes—
Ground -Fault Indicators—Megohmeters—Clamp-On Meters
Telemetering Systems
UNIT II ELECTRICAL POWER PRODUCTION SYSTEMS ............. 79
Chapter 4 Modern Power Systems .......................................................... 83
Electrical Power Plants—Fossil Fuel Systems—Steam Turbines—
Boilers—Hydroelectric Systems—Nuclear Fission Systems—
Operational Aspects of Modem Power Systems
Chapter 5 Alternative Power Systems ................................................... 117
Potential Power Sources—Solar Energy Systems—Geothermal
Power Systems—Wind Systems—Magnetohydrodynamic (MHD)
Systems—Nuclear-Fusion Power Systems—Nuclear-Fusion
Methods—Future of Nuclear Fusion—Fuel-Cell Systems—Tidal
Power Systems—Coal-Gasification Fuel Systems—Oil-Shale
Fuel-Production Systems—Alternative Nuclear Power Plants—
Biomass Systems
vi Chapter 6 Alternating Current Power Systems ................................... 137
Electromagnetic Induction—Basic Generator Operation—
Single-Phase AC Power Systems—Single-Phase AC Generators—
Three-Phase AC Generators—High-Speed and Low-Speed
Generators—Generator Frequency—Generator Voltage
Regulation—Generator Efficiency
Chapter 7 Direct Current Power Systems ............................................. 157
DC Production Using Chemical Cells—Characteristics of Primary
Cells—Characteristics of Secondary Cells—DC Generating Sys-
tems—DC Conversion Systems—DC Filtering Methods—DC Reg-
ulation Methods UNIT III ELECTRICAL POWER DISTRIBUTION SYSTEMS ......... 203 Chapter 8 Power Distribution Fundamentals ...................................... 207
Overview of Electrical Power Distribution—Power Transmission
and Distribution—Radial, Ring, and Network Distribution
Systems—Use of Transformers for Power Distribution—
Conductors in Power Distribution Systems—Conductor Area—
Resistance of Conductors—Conductor Sizes and Types—
Ampacity of Conductors—Ampacity Tables—Use of Insulation in
Power Distribution Systems
Chapter 9 Power Distribution Equipment ............................................ 239
Equipment Used at Substations—Power System Protective
Equipment—Power Distribution Inside Industrial and
Commercial Buildings—The Electrical Service Entrance—Service
Entrance Terminology
Chapter 10 Single-Phase and Three-Phase
Distribution Systems ............................................................. 255
Single-Phase Systems— Three-Phase Systems—Grounding
of Distribution Systems—System Grounding—Ground-Fault
Protection—Wiring Design Considerations for Distribution
Systems—Branch Circuit Design Considerations—Feeder Circuit
Design Considerations—Determining Grounding Conductor
Size—Parts of Interior Electrical Wiring Systems
UNIT IV ELECTRICAL POWER CONVERSION SYSTEMS ........... 289 Chapter 11 Fundamentals of Electrical Loads ........................................ 293
Load Characteristics—Three-Phase Load Characteristics
Chapter 12 Heating Systems ..................................................................... 307
Basic Heating Loads—Electrical Welding Loads—Power
Considerations for Electric Welders—Electric Heating
and Air Conditioning Systems Chapter 13 Lighting Systems .................................................................... 327
Characteristics of Light—Electrical Lighting Circuits—
Branch Circuit Design—Lighting Fixture Design—
Factors in Determining Light Output
Chapter 14 Mechanical Systems
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............................................................... 349
Basic Motor Principles—DC Motors—Specialized DC Motors—
Single-Phase AC Motors—Three-Phase AC Motors—Specialized
Mechanical Power Systems—Electric Motor Applications
UNIT V ELECTRICAL POWER CONTROL SYSTEMS .................. 401
Chapter 15 Power Control Devices .......................................................... 405
Power Control Standards, Symbols, and Definitions—Power
Control Using Switches—Control Equipment for Electric
Motors—other Electromechanical Power Control Equipment—
Electronic Power Control
Chapter 16 Operational Power Control Systems ................................... 427
Basic Control Systems—Motor—Starting Systems—
Specialized Control Systems—Frequency—Conversion
Systems—Programming the PLC
Chapter 17 Control Devices ...................................................................... 453
Silicon Controlled Rectifiers—SCR Construction—SCR I-V
Characteristics—DC Power Control with SCRs—AC Power
Control with SCRs—Triac Power Control—Triac Construction—
Triac Operation—Triac I-V Characteristics—Triac Applications—
Static Switching—Start-Stop Triac Control—Triac Variable Power
Control—Diac Power Control—Electronic Control Considerations
Electrical Engineering 101, Second Edition: Everything You Should Have Learned in School...but Probably Didn't
THE FIRST WORD
amazing. I have had fans from all over the world comment on it and how the
book has helped them. The response has been all I ever hoped for —so much
so that I get a chance to add to it and make an even better version.
Of course, these days you don’t just get a second edition, you get a better edi-
tion. This time through, you will get more insight into the topics (maybe a few
new topics too), a hardcover with color diagrams, and hopefully a few more
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chuckles 1 that mostly only we nerdy types will understand.
If you want to know what this book is all about, here is my original preface:
The intent of this book is to cover the basics that I believe have been
either left out of your education or forgotten over time. Hopefully it will
become one of those well-worn texts that you drop on the desk of the
new guy when he asks you a question. There is something for every
student, engineer, manager, and teacher in electrical engineering. My
mantra is, “ It ain’t all that hard! ” Years ago I had a counselor in college
tell me proudly that they fl unked out over half the students who started
the engineering program. Needing to stay on her good side, I didn’t
say much at the time. I always wondered, though. If you fail so many
students, isn’t that really a failure to teach the subject well? I say “ It ain’t
all that hard ” to emphasize that even a hick with bad grammar like me can
understand the world of electrical engineering. This means you can too!
I take a different stance than that counselor of years ago, asserting that
everyone who wants to can understand this subject. I believe that way
more than 50% of the people who read this book will get something out
of it. It would be nice to show the statistics to that counselor some day;
she was encouraging me to drop out when she made her comment. So
good luck, read on, and prove me right: It ain’t all that hard!
vii
1 Just a hint, most of the chuckles are in the footnotes, and if you like those, check out the
glossary too! Preface viii
Well, that about says it all. If you do decide to give this book a chance, I want
to say thank you, and I hope it brings you success in all you do!
OVERVIEW
For Engineers
Granted, there are many good teachers out there and you might have gotten
the basics, but time and too many “status reports ” have dulled the fi nish on
your basic knowledge set. If you are like me, you have found a few really good
books that you often pull off the shelf in a time of need. They usually have a
well-written, easy-to-understand explanation of the particular topic you need
to apply. I hope this will be one of those books for you.
You might also be a fi sh out of water, an ME thrown into the world of electri-
cal engineering, and you would really like a basic understanding to work with
the EEs around you. If you get a really good understanding of these principles,
I guarantee you will surprise at least some of the “ sparkies ” (as I like to call
them) with your intuitive insights into problems at hand.
For Students
I don’t mean to knock the collegiate educational system, but it seems to me
that too often we can pass a class in school with the “assimilate and regurgi-
tate ” method. You know what I mean: Go to class, soak up all the things the
teacher wants you to know, take the test, say the right things at the right time,
and leave the class without an ounce of applicable knowledge. I think many
students are forced into this mode when teachers do not take the time to lay
the groundwork for the subject they are covering. Students are so hard-pressed
to simply keep up that they do not feel the light bulb go on over their heads or
say, “Aha, now I get it! ” The reality is, if you leave the class with a fundamental
understanding of the topic and you know that topic by heart, you will be emi-
nently more successful applying that basic knowledge than anything from the
end of the syllabus for that class.
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For Managers
The job of the engineering manager 2 really should have more to it than is
depicted by the pointy-haired boss you see in Dilbert cartoons. One thing many
2 Suggested alternate title for this book from reader Travis Hayes: EE for Dummies and Those
They Manage . I liked it, but I fi gured the pointy-haired types wouldn’t get it.
managers do not know about engineers is that they welcome truly insightful
takes on whatever they might be working on. Please notice I said “truly insight-
ful”; you can’t just spout off some acronym you heard in the lunchroom and
expect engineers to pay attention. However, if you understand these basics,
I am sure there will be times when you will be able to point your engineers in
the right direction. You will be happy to keep the project moving forward, and
they will gain a new respect for their boss. (They might even put away their
pointy-haired doll!)
For Teachers
Please don’t get me wrong, I don’t mean to say that all teachers are bad; in fact
mostof my teachers (barring one or two) were really good instructors. However,
sometimes I think the system is fl awed. Given pressures from the dean to cover
X, Y, and Z topics, sometimes the more fundamental X and Y are sacrifi ced just
to get to topic Z .
I did get a chance to teach a semester at my own alma mater. Some of these
chapters are directly from that class. My hope for teachers is to give you another
tool that you can use to fl ip the switch on the “Aha” light bulbs over your stu-
dents’ heads.
For Everyone
At the end of each topic discussed in this book are bullet points I like to call
Thumb Rules. They are what they seem: those “rule-of-thumb” concepts that
really good engineers seem to just know. These concepts are what always led
them to the right conclusions and solutions to problems. If you get bored with
a section, make sure to hit the Thumb Rules anyway. There you will get the dis-
tilled core concepts that you really should know.
links
Electrical Engineering 101
Sunday, July 26, 2009
Introduction to PLC Programming and Implementation - from Relay Logic to PLC Logic
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Electric Power Distribution Reliability, Second Edition (Power Engineering (Willis)
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Presenting a wealth of useful knowledge, Electric Power Distribution Reliability remains the authoritative reference on distribution system reliability. Expanded and revised, this second edition features a history of reliability indices, updated benchmarking information, guidelines for using the IEEE 2.5 Beta methodology, comprehensive treatment of storm hardening, and a detailed section on overhead to underground conversion.
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It also contains a new chapter on aging infrastructure, with an extensive discussion on how to effectively manage equipment when it nears the end of its useful life.
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Saturday, July 25, 2009
Practical Instrumentation for Automation and Process Control
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Step 7 In 7 Steps
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STEP 7 in 7 Steps - A Practical Guide to Implementing S7-300/S7-400 Programmable Logic Controllers
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Edition: 1ST
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links
Step_7_in_7_Steps
Friday, July 24, 2009
Intelligent Technical Systems
Scope:
Technical Committee will address the application of Intelligent System (IS) technologies and methods to aerospace systems, the verification and validation of these systems, and the education of the AIAA membership in the use of IS technologies in aerospace and other technical disciplines.
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The systems of interest include both military and commercial aerospace systems, and those ground systems that are part of test, development, or operations of aerospace systems. Technologies which enable safe and reliable operation of complex aerospace systems or sub-systems with minimal or no human intervention (autonomy), or collaborative synthetic- human agent teams are of interest. These include, but are not limited to: autonomous and expert systems, discrete planning/scheduling algorithms, intelligent data/image processing, learning and adaptive techniques, data fusion and reasoning, and knowledge engineering.
Intelligent_Technical_Systems
Wednesday, July 22, 2009
Electric Circuits,7th Edtion
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1) To build an understanding of concepts and ideas explicitly in terms of previous learning; 2) To emphasize the relationship between conceptual understanding and problem solving approaches; 3) To provide readers with a strong foundation of engineering practices. Chapter topics include Circuit Variables; Circuit Elements; Simple Resistive Circuits; Techniques of Circuit Analysis; The Operational Amplifier; Inductors, Capacitors, and Mutual Inductance; Response of First-Order RL and RC Circuits; Natural and Step Responses of RLC Circuits; Sinusoidal Steady-State Analysis; and more. For anyone interested in circuit analysis.
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Electrical_Power_Systems_Quality_Second_Edition
Electric Circuit 7
Monday, July 20, 2009
Electric_Circuits_8t h_Edition
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ElectricaI engineering is an exciting and challcnging profcssion
for anvone who has a genuine interest in, and aptitude lor,
applied science and mathematics. Over the past century and a
hall, electrical engineers have played a dominant rolc in thc
developnrent of svstems that have cbanged the v',ay people live
and work. Satellite commu cation links, telephones, digital com
puters, tcicvisions, diagnostic and surgical medical equipment,
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As ]'ou embark on the study of circuit analysis, you nccd to
gain a feel for where tlris study fits into the hierarchy of topics
that conlprise an introduction to electrical engineering. Hence we
begin by presenting an oveNiew of electrical elElineering, some
ideas about an engineering point of view as jt relates to circuit
analysis. and a revierv of the international system of units.
Wc then describe generally what circuit analysis entails. Next,
we intloduce the concepls olvollage and current.We lbllow these
concepts with discussiol of an ideal basic element and the necd
for a polarity reference system. We conclude the chapter by
describing how current and voltage rclatc to powcr and cncrgy.
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Electric_Circuits_8th_Edition
Friday, July 17, 2009
Lighting Modern Buildings
Part One
1 Introduction 1
2 Analysis 3
Seeing–perception – Daylight – Sources other than daylight
(artificial light) – Hardware – Building structure – Installation
and maintenance – Building services
3 Seeing/perception 9
Vision and perception – Visual acuity – Glare – Emotion and
Intellect – Clarity of Structure – Contact with the world outside
– Natural colour – Variety – Age and health
4 Daylight 20
The importance of windows – A brief history of the
development of daylight design – The unique qualities of
daylight – Change and variety – Modelling and orientation –
Sunlight effect – Colour – View – Energy – Thermal comfort –
Glare – Noise – Structure – Window types – Vertical –
Horizontal – The Window Wall – Overhead windows –
Concealed windows – Glass – Design – Strategy
5 Light sources other than daylight 48
History – Lamp types – Incandescent – Discharge lamps –
Quality – General diffusing light – Downlight – Uplight –
Wall washing – Spotlights – Concealed lighting – Local light/
task light – Comfort
6 Hardware 69
Lighting methods – Direct-mounted fittings – Suspended
fittings – Track-mounted – Concealed lighting/remote source
– Portable fittings – Control – Control gear – Control systems7 Building structure 78
Strategy – Structure and light – Expressed structure – Concealed
structure – The structure as light fitting – Co-ordination of
structure with lighting elements – Structural integrity and
clarity – Night appearance
8 Installation and maintenance 87
Energy – Building function – Relationship between artificial light
and daylight – Control of light – Colour – Installation –
Maintenance safety
9 Building services 96
Introduction – Heating and ventilation/movement – Acoustic
control – Fire control – Partitioning – Loudspeakers – Electrical
distribution – Dimensional co-ordination
Part Two
Introduction to Case studies 103
Section 1 Residential 104
CS1 House in Chelsea 104
CS2 Kosino House, Ashiya City, Japan 106
CS3 House in Islington, London 108
CS4 High Cross House, Dartington 110
Section 2 Ecclesiastical 112
CS5 Clifton Roman Catholic Cathedral, Bristol 112
CS6 Church of Light, Osaka 114
CS7 Extension to village church, Aldbury 116
CS8 Bagsvaerd Church, Denmark 118
CS9 Fitzwilliam College Chapel, Cambridge 120
Section 3 Offices 122
CS10 BA offices, Waterside, Heathrow 122
CS11 Solar office, Doxford International Business Park 124
CS12 BRE environmental building, Garston 126
CS13 Powergen, Coventry 128
CS14 Century Tower, Tokyo 130
CS15 Number One Regent’s Place, London 132
Section 4 Industrial 134
CS16 Dr Martens footwear factory, Wollaston 134
CS17 Waste Disposal Plant, Tyseley 136
CS18 York Shipley factory, Basildon 138
CS19 Brynmawr rubber factory, South Wales 140
CS20 Boots factory, Nottingham 142
Section 5 Transport 144
CS21 Hong Kong International Airport 144
CS22 Southampton International Airport, Eastleigh 146
CS23 Waterloo International Terminal, London 148
Section 6 Leisure 150
CS24 Sports hall, Bridgemary Community School, Hampshire 150
CS25 Light Sculpture, Ilfracombe Pavilion 152
vi Contents
CS26 Bar 38, Manchester 154
CS27 Inland Revenue, Nottingham 156
CS28 Opera house, Helsinki 158
CS29 Copley Restaurant, Halifax Building Society HQ 160
CS30 Bisham Abbey Sports Centre, Marlow 162
CS31 Swimming pool, Haileybury School, Hertfordshire 164
CS32 Hilton Hotel, Heathrow 166
Section 7 Education 168
CS33 State and University Library, Göttingen 168
CS34 Eton College Drawing School 170
CS35 Cranfield University Library 172
CS36 Aldrich Library, University of Brighton 174
CS37 Lycée Albert Camus, Fréjus, Côte d’Azur 176
CS38 British Library Reading Room, London 178
CS39 Cable and Wireless College, Coventry 180
CS40 Student Union Building, University of Durham 182
Section 8 Health 184
CS41 Wansbeck Hospital, Northumberland 184
CS42 St Mary’s Hospital, Isle of Wight 186
CS43 Finsbury Health Centre, London 188
Section 9 Shops/display 190
CS44 Treasures of Saint Cuthbert, Durham Cathedral 190
CS45 Harlequin Shopping Centre, Watford 192
CS46 Erco showroom, London 194
CS47 John Lewis store, Kingston-upon-Thames 196
Section 10 Art galleries 198
CS48 Daylight Museum, Japan 198
CS49 The Burrell Collection, Glasgow 200
CS50 Carré D’Art, Nimes 202
CS51 National Gallery, London 204
CS52 Tate Gallery, St Ives, Cornwall 206
CS53 The Grand Louvre, Paris 208
CS54 Kettles Yard, Cambridge 210
CS55 Christ Church Picture Gallery, Oxford 212
CS56 Calouste Gulbenkian Museum, Lisbon 214
Section 11 Institutions/public buildings 216
CS57 Bexhill Pavilion, Sussex 216
CS58 Ismaili Centre, Kensington, London 218
CS59 Royal College of Physicians, London 220
Glossary
222
Bibliography
229
Index of Architects and Interior Designers
231
Index of Lighting Designers
232
Index of Subjects
233
Contents vii
Lighting has been one of the main modes of expression of the architect
over the centuries. The character of interior spaces can be enhanced by
controlling the admission of daylight by means of the form of a building
and the size, position and aspect of openings in its fabric. The range of
expression is great, from the evocative lighting of the Gothic cathedral
and the drama of the Baroque church to the simple quietude of a domes-
tic interior. The lit effect, the interplay of light and shadow, is a response
to functional and emotional needs derived from a unified design
approach.
In previous centuries lighting after dark was provided by incandescent
sources, torches, candles, oil lamps and latterly by gas. By today’s
standards opportunities for expression were limited. The advances that
have occurred in lighting technology during the last hundred years have
had a great influence on the way we live. Electric light is readily avail-
able at the touch of a switch; it can be varied in intensity and, with the
right equipment, it can be redirected, refocused and its colour changed,
or it can be piped remotely from its source and redistributed whilst its
duration can be controlled. The efficiency of lamps has shown constant
improvement and the range of types has been developed to satisfy
growing and changing needs. As this book shows, the palette for design-
ing with light is extensive.
Mounting concern with global warming and pollution have placed
emphasis upon energy conservation and have brought about a serious
reconsideration of the relationship between daylight and electric light.
Lighting design has been confirmed as an essential part of the overall
process of building design. The architect today needs an understanding
not only of lighting as an art form, but also of its environmental implica-
tions, its technology and its hardware.
This book responds to these needs. It should appeal not only to profes-
sional designers but to all those with inquiring minds and to those who
are sensitive to their visual surroundings. Key issues which influence the
development of interior building design are examined and the author
explains a lighting design strategy based both on the physical aspects of
seeing and on perception, the interpretation by the mind and the
emotional response. He discusses the relationship between natural and
artificial lighting and their integration with the building fabric, structure
and other services. The all-important interactive nature of the design
process is emphasized.
As an architect/lighting designer and the creator of many notable
schemes, both in this country and overseas, the author has drawn upon
Foreword
his experience in selecting, illustrating and describing significant
examples of work by many designers for critical study. These are
presented not as copy-book exercises, but to stimulate discussion in each
case about the approach, principles and practicalities which fashioned the
final result.
Words and pictures together make this a fascinating and informative
book for all with an interest in creative design; it is a worthy successor to
the author’s Lighting in Architectural Design which assessed the state of the
art some thirty-five years ago. As will be seen, much has happened since
then.
James Bell
Emeritus Professor of Architecture
The University of Manchester
download:
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