Electrical Engineering and Science for Manufacturing Applications

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Classic electronic magazines (now out-of-print):

Selected articles from Everyday Practical Electronics (classic UK print magazine)

Selected articles from Argus Electronics Monthly (classic UK print magazine)

Selected articles from Hobby Electronics (classic UK print magazine)

Selected articles from Computers and Electronics (classic USA print magazine)

Selected articles from Electronics Now (classic USA print magazine)

Selected articles from Popular Electronics (classic USA print magazine)

Selected articles from Maplin (UK print magazine)

Selected articles from Radio Electronics (classic USA print magazine)

Selected articles from Elektor Electronics USA (classic USA print magazine)

Selected articles from Electronics Today (classic UK print magazine)

Elektor 303 DIY Project Circuits (1988)


Guide to Power Electronics

Coil Design and Construction Manual -- How to make your own RF and AF coils, chokes and transformers

Guide to Mastering Electronics

Guide to Reading Schematic Diagrams

Guide to LC circuits

Guide to Crystal Oscillators

Practical Oscillator Circuits

Guide to Transformers

Guide to Linear Analog Circuits

Guide to Failure Modes of Electronics

Guide to Fiber Optics

Guide to Integrated Circuits

Guide to FET Circuits

Electronics Designers Casebook 5

Guide to Power Supplies: Theory, Practice and Troubleshooting

Industrial Electronics (in the early 1960s)

Electronic Probes (in the mid 1950s)

Service of Consumer and Commercial Electronics

Detector and Rectifier Circuits

Experimental Antenna Topics

199 Electronic Test & Alignment Techniques (from early 1970s)

Guide to VOMs and VTVMs

How to Get the Most Out of Your VOM

Printed Circuits (1959)

Solid-State Power Supplies and Converters (1974)

Frequency and its Measurement (1975)

Power Supplies--Theory and Troubleshooting (1993)

Troubleshooting With the Oscilloscope

Guide to Surface Mount Devices and Surface Mount Technology (SMD, SMT)

Guide to Fault Diagnosis of Induction Motors

Guide to Electric Motor Maintenance and Troubleshooting

Guide to Advanced Robotics

Motors and Drives Demystified

Electronic Techniques for Radiation Detection

Electronic Techniques--Soldering
Electronic Techniques--Soldering, Shop Practices and Construction (for industry, classroom, DIY and hobby; using pre-computer and CAD-less methods)

Electronic Testing Equipment Construction Manual

Practical do-it-yourself IC projects

Electronic Techniques--Soldering
The Art of Soldering

Electronic Techniques--Soldering

How To Read Schematic Diagrams (1967)

abc's of TRANSFORMERS and COILS (1968)

Practical Electronic Filters (1991)

Understanding Electronics (1984)

DeVry Technical Institute (Electronics Courses) (1956)

Using Electronics -- through DIY and Experiments (1958)

Essentials of Vector and Phase Analysis (1963) -- A basic “textbook” on the principles necessary for a thorough knowledge of AC circuit operation.

Transistor Circuit Manual (1961)

Using Scopes in Transistor Circuits (1968)

Transistor Circuits (1964)

Practical TRANSISTOR Servicing (1967)

Metallic Rectifiers--Principles and Applications (1957)

Practical Transistor Theory (1968)


Diode Circuits Guide (1965)

Direct Readout Meters (1966)

Electronic Component Tests & Measurements (1963)

Understanding Capacitors and Their Uses (1964)

BRIDGES and other NULL DEVICES (1967)

Gas Tubes (1958)

Electronic Experimenter's Manual (1959)

Wave Propagation (1957)

Inverse Feedback (1956)

R-L-C Components Guide (1959)

Filters and Attenuators Guide (1964)

Multivibrators (1956)

Electrostatics (1958)

Scope Waveform Analysis (1963)

Advanced Radio Control (1965)

How to use TEST PROBES (1954)

Design & Operation of Regulated Power Supplies (1970)

USING YOUR METER: VOM and DVM Multitesters (Radio Shack, 1985)

Electronic Components, Instruments, and Troubleshooting (1981)

Vacuum Tube Rectifiers (1958)

Servicing by Signal Tracing (1939)

How to use signal and sweep generators (1953)

More Advanced Uses of the Multimeter (1989)

Modern Opto Device Projects (1987)

Power Supply Circuits -- Guide (2008)

How to Use Meters (1954)

The Professional Technician's Guide to Solid-State Servicing (1972)

Troubleshooting and Repairing Commercial Electrical Equipment

Principles Of Transistor Circuits (1961)

Complete Guide To Reading Schematic Diagrams (1972)

RCA Solid-State Hobby Circuits Manual (1968)

Handbook of Power Resistors (1959)

Electronic Drafting
Electronics Drafting (using pre-computer and CAD-less methods)

Electronic Drafting
Electrical and electronic drawing--Industrial Controls, Drawings for the Electric Power Field, more...

Drafting for Electronics--Schematic Diagrams, Motors and Control Circuits, more...

The Industrial Electronics Guide

Instrumentation reference guide (includes: Physical instruments; Engineering instruments): Field Controllers, Hardware and Software

Electronic Drafting
Fundamentals of Switching Power Supplies

Designing Switching-Mode Power Supplies

Guide to Electric Power Systems Technology

Guide to Industrial Automation

Guide to Data Acquisition

Fundamentals of Electrical Power Equipment Maintenance & Testing

Motor-Gearbox: Preventive Maintenance (Lubrication) and Repair

Guide to Electric Machinery

Guide to Operating Rotating Equipment and Machines

above: Comparison of life of study motors with industrial experience.

Electrical Transmission
Fundamentals of Electrical Transmission and Distribution

Modern Electronic Component Families and Circuit Block Design

Guide to Linear Electronics
Guide to Linear Electronics

Radio & Electronics: Projects and Experiments

DC Power Supplies---Power Management and Surge Protection for Low-Power Electronic Systems

Guide to Grounding, Bonding, Shielding and Surge Protection

Do-it-Yourself Low-Cost Signal Generator--Includes theory, schematics, parts lists, and mini-projects

Guide to Power Electronics Design--Low-Power Components and Applications: IntroductionDC to DC ConvertersSwitchmode Power Suppliesmore...

Guide to Transistors

Health concerns and electromagnetic fields (EMF) ... and related topics...

Process Plant Machinery: Electric Motors and Controls

Ultimate Guide to Industrial Robotics

Ultimate Guide to Electric Power Engineering

Electrical Principles Guide

Practical Electronics for Inventors: DC Motors, RC Servos, and Stepper Motors

Stepper Motors--Theory and Practice

Guide to Laser Safety Management

Ultimate Electrical Engineer’s Guide

AC/DC Motors, Controls, and Maintenance

Electric Motors -- Fundamentals and Control -- Achieve maximum energy efficiency in electric motors!

Electric Motor Drives and Machines: Dynamics and Control

Fundamentals of Electric Motors and Electric Drives

above: Example of typical AC 3-phase induction motor (Courtesy Baldor Electric).

Industrial Electricians Standard Guide of Electricity

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Basics of Industrial Electronics Troubleshooting

AC motors and starters (part 1) , more...

above: Various motors by Baldor Electric Corp.
One of the keys to maximizing life in electric motors is to learn from one's premature failures. Use the Internet to research issues. Ask questions on topical forums. Partner with a service shop and learn from the types of failures they see and document. Then, take actions to prevent these failures from happening to your other motors in similar applications. This might involve changing your maintenance procedures. Perhaps you need to grease more or less, or use a more compatible grease. Perhaps you need to identify voltage supply problems (for instance, if you have bearing fluting from an adjustable speed drive). 2nd, check to see if contamination and water are getting into the motors. If either one of these is an issue, do you have the right enclosure? Does the enclosure need a higher level of environmental protection? If so, look into severe duty, IEEE 841 or washdown motors. Finally, if you want to maximize service life, empower the plant maintenance and purchasing folks to buy better motors that will last longer and reduce energy consumption for years. Buying the lowest-cost item doesn’t always equate to the lowest life cost. Studies show that a motor purchase price is only 2 percent of its total life-cycle cost.

Basics of Variable-Speed Drives (VSD) and Power Electronics

above: AC motor inverter, VSD. (Courtesy Baldor.)

above: Reliance Electric's GV3000 Drives -- avail. in two styles to suit various apps.

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Electric Machinery, Motor Drives and Electricity Power Systems

above: AC motor inverter, VSD. (Made by Hitachi)

above: Dayton Adjustable Frequency AC Drive - 1KBT7.

above: "Vector" series drives by Lenze. The modular range of 8200 vector frequency inverters in the power range from 0.25 to 90 kW provides a complete and consistent solution with everything you may need to facilitate operation, handling, diagnostics and communication. Pluggable function modules can be used to integrate the 8200 vector into the control and automation world of your machine or plant. The compact dimensions save you space in the control cabinet.
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Electronics students ... we have just set up this ...

Guide to Electric Machines and Transformers

Guide index -- articles include:

above: Cutaway model motor from Emerson Corp. They advise: To maximize motor life, focus on proper lubrication and temperature. In regard to proper lubrication, bearings must receive not only a good, quality lubricant but the correct quantity at the proper intervals in order to obtain optimum life and reliability. Under- or over-greasing can be detrimental to reliability. Under-greasing does not provide the lubricant at the time it is needed, resulting in bearing wear or heat damage. Over-greasing can damage shields or significantly increase operating temperatures due to fluid shear friction. This reduces the grease’s lubricating capability. Oil-lubricated bearings must have the correct type and viscosity of oil for the same reasons stated previously. Closely follow manufacturer’s recommendations for lubrication types, amounts and schedules. In regard to temperature, this is the nemesis of electric motors. Overload, under-voltage, over-voltage, unbalanced voltage and improper ventilation can all work to increase the motor’s operating temperature. The overused rule of thumb is that motor life is cut in half for every increase of 10 degrees Celsius. Although the rule’s accuracy may be in question, it illustrates the point well. Any care given to mitigate the operating temperature will be rewarded with increased life and reliability. And, don’t make the mistake of increasing the rated capacity of a motor applied in a high ambient temperature environment to accommodate the winding temperature increase. Particularly on enclosed machines, this could result in unacceptable bearing operating temperatures, leading to early demise.

above: Question: What are these devices? Answer: Electric motor electromagnetic brakes (made by Germany's INTORQ)

above: ...and these are electromagnetic clutches--also by INTORQ.

above: Clutch-brake combinations. By INTORQ.

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Laboratory Manual for Electronics:

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Switching Power Supply Guide:

Industrial Motor Control and Engineering Manual

Guide to Industrial Electric Motor Control

Guide to Lightweight Electric/Hybrid Vehicles

Inverters for Wind Power

Inverters for Photovoltaic Systems

Guide to Remote Control and Automation Techniques ( -- Electric Motors and Solenoids

Guide to Small Electric Motors: Motor Testing -- SPEED-TORQUE CURVE (inaugural article)

Ultimate Guide to Electric Motors and Drives

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Diagnose and Repair Modern Electronics: A DIY Guide

AC Drives and High-power Converters: Intro, Requirements, Motor-Side Challenges, Switching Device Constraints, Converter Configurations, MV Industrial Drives

Guide to Motors and Generators: DC Machine Construction (inaugural article). More articles coming soon.

All About Lasers (With DIY Projects)

Service Technician's and Engineer's Guide to Electricity for Refrigeration, Heating + Air Conditioning

Student's and Professional's Guide to Power Generation and Delivery:

What it is...

Our new guide introduces the concepts of power generation and distribution. The material is broken down into short segments which concentrate on specific concepts or applications of particular types of equipment. The detailed explanations are written in easy-to-understand language and concisely presents the needed knowledge. There are many illustrations and photographs which help to provide technical understanding and provide real-world reference. This type of explanation and application better prepares the learner to perform effectively on the job in installation, troubleshooting, repair, and service of electrical power generation and delivery.

The knowledge obtained in this guide permits the learner to progress further in the study of electrical systems. It should be understood that the study of electricity and the application of electrical products are continually changing. The electrical industry constantly introduces new and improved devices and material which in turn lead to changes in installation and operation of equipment. Electrical codes also change to reflect the industry needs. It is it essential that the learner continues to learn and update their knowledge of the current procedures and practices.

The text is easy to read and the units have been grouped by general subject. There are summaries of each unit which provide an opportunity to restate the most important topics of the unit. There are summaries of the units provided to summarize topic groups.

Each unit begins with the learning objectives. An Achievement-Review Quiz at the end of each unit provides an opportunity for the learner to check their understanding of the material in small increments before proceeding. Some of problems presented in the guide require the use of simple algebra and the learner should be familiar with the math before trying to solve the equations . It is also essential that the reader have a basic understanding of the fundamentals of electrical circuits and basic electrical concepts.

It is recommended that the most recent edition of the National Electrical Code (published by the National Fire Protection Association) be available for reference and use as the learner uses this guide. Application state and local codes and regulations should also be consulted when making the actual installations.

  1. Operating Principles of DC Generators

  2. The Separately-Excited DC Generator

  3. The Self Excited Shunt Generator

  4. Compound wound DC generator

  5. Summary of Units 1-4

  6. Single Phase AC Generation Principles

  7. Introduction to Polyphase Circuits

  8. The Three-Phase Wye Connection

  9. The Three-Phase Delta Connection

  10. Summary of Units 6-9

  11. THREE-PHASE ALTERNATORS: Physical and Electrical Characteristics of Three-Phase Alternators

  12. Engine-Driven Generating Sets

  13. Parallel Operation of Three-Phase Alternators

  14. Wiring for Alternators

  15. Summary of Units 11-14

  16. TRANSFORMERS: Basic Principles of Industrial Transformers

  17. Single-Phase Transformers

  18. The Single-Phase, Three-Wire Secondary System

  19. Single-Phase Transformers Connected In Delta

  20. Single-Phase Transformers Connected in a Wye Installation

  21. Wye and Delta Connections of Single-Phase Transformers

  22. Instrument Transformers

  23. Three-Phase Transformers

  24. National Electrical Code Requirements for Transformer Installations

  25. Summary of Power Transformers Units 16-24

  26. Glossary of Power Generation and Delivery Terms

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Student's and Professional's Guide to AC/DC Motors, Controls, and Maintenance:

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Student's and Professional's Guide to Industrial Electrical Devices, Circuits and Materials:

1.-10. (coming soon!)

11. Single-Phase, Three-Wire Service Entrance

12. Installation of a Single-Phase, Three-Wire Service Entrance for an Apartment Building (coming soon!)

13. Installation of a Three-Phase, Three-Wire Service Entrance (coming soon!)

14. (coming soon!)

15. (coming soon!)

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Coming soon: Achieve maximum energy efficiency in electric motors! We delve in to technical, meaty topics in order to help you obtain (and, henceforth, expect) maximum efficiency from your AC drive, DC drive, stepper motor, generator, alternator ... and even motors suitable for electric and hybrid cars.

University Physics

Direct-Current Motor

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Articles list:

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3-phase Motor General Purpose, Hazardous Location

C- Face, 3 Phase. ODP Motor

Recommended Books:

Essential Books for Industrial Electronics — Topics include AC/DC drives, motor controls, PLC, troubleshooting and more. Books target those interested in: Trades, Journeymen, Engineering textbooks, and more.

National Electrical Code 2005 Softcover Version
National Electrical Code (2005, Softcover Version)

The single most important reference in the electrical industry, the National Electrical Code (NEC), is updated every three years and outlines minimum standards for all types of electrical installations. The 2005 NEC, available in softcover or looseleaf version, is loaded with solutions designed to provide better safeguards, add greater usability, and bring provisions in line with technology trends. A must for anyone involved in electrical design, installation, or inspection, the 2005 NEC® provides 100% of the information needed to meet Code® and avoid costly errors in electrical installations of all types. Thomson Delmar Learning is pleased to make this authoritative reference from the NFPA available directly from us, for the convenience of our customers who work in and around the electrical trades. It may be used independently or as a companion to any electrical book, including Delmar's best-selling wiring series as well as our guides to using the NEC®.

Every three years the National Electrical Cod2 is significantly revised to keep pace with technology and enhance protection against electrical fire and shock hazards. Get in position to advance your knowledge and be prepared with the newest codes. The 2005 National Electrical Code is loaded with solutions designed to provide better safeguards, add greater usability, and bring provisions in-line with technology trends. It's a "must" for anyone who works with electric conductors or equipment. Revisions include: Expanded AFCI protection in wiring systems New rules for GFCI protection Identification of ungrounded branch circuit and feeder conductors All-new articles for control panels and speed-drive systems Reorganized rules in Article 220: Branch Circuit, Feeder and Service Calculations New zone hazardous area classification system for combustible dusts and ignitable fibers and flyings. You'll help improve electrical safety for millions of people with the latest edition of the NEC; the world's most widely adopted safety code.


Required reference for handymen and professional electricians: "The National Electric Code, also knows as NFPA-70, is the standard that building officials use to define what is legal to use in electric services of all kinds. NFPA is the National Fire Protection Association. The Electric Code began almost as soon as Edison wired some of his new lights in New York, and the first electricity caused fire happened. Soon thereafter the National Fire Protection Association began writing safety codes aimed at preventing fires and promoting safe wiring techniques. Today, more than a century later, the Electric Code is republished every 3 years. As new inventions and new applications for electricity are ever expanding the code book expands and is revised to define the new applications. The 2005 edition has been updated to include recent developments in available materials and equipment. The code has 772 large pages detailing every electric installation from common house wiring to installation requirements for 35,000 volt transformers. The tables detailing how many conductors you can put in a conduit go on for 50 pages in the appendix.

The problem most people have with the code comes from its complexity and scope. If you are a handyman, or even an electrician, it takes years of study to learn all its requirements, and even then they change it on you. It can be helpful though. One year I was installing wire for a welder in my garage. I found a paragraph that allowed me to derate the current load of the conductors based on the duty cycle percentage of the welder. I saved quite a bit of money on heavy wire that wasn't needed, and had a safe installation. The code is so long and complex that several other books have been written to help professional and amateur electricians understand the code, translating it's stilted language and detailed requirements into plain English for common applications. The "Illustrated Guide to the National Electric Code," by Charles R. Miller, is one of the better ones. There are also numerous how-to handbooks on electric wiring based on the code. E.g., "Wiring Simplified," by Richter and others. is an easy do-it-yourself guide. However, even an illustrated guide book isn't the code. When the electric inspector comes out to review your work you need to know that you wired it correctly. You can bet he's read the code and will be approving or disapproving your work based on its requirements.

Over the years I've had to repair and straighten out many half-baked and outright dangerous electric installations. Many of them were done by well meaning men who just didn't know how electric wiring was supposed to be done. I recommend that everyone doing wiring from homeowner to seasoned electrician, to electric engineer ought to own a current copy of the National Electric Code. The 2005 edition will be current until 2008."

Purchase National Electrical Code 2005 Softcover Version

Industrial Electronics: Applications for Programmable Controllers, Instrumentation and Process Control, and Electrical Machines and Motor Controls (3rd Edition)

by Thomas E. Kissell

Book Description:
Based on the author's experience working with technicians directly on the factory floor in major industries, this handbook/reference covers all of the electronic technology found in modern industrial systems, going into the depth required to install, troubleshoot, and repair complex automation systems. Each stand-alone (but cross-referenced) section explores either an entire system or individual circuits and components that are used over and over in a large variety of complex systems. Features a large number of figures, diagrams, and pictures, and typical Job Assignments, with solutions. Advanced Solid State Logic: Flip-Flops, Shift Registers, Counters and Timers. Programmable Controllers. Solid-State Devices Used to Control Power: SCRs, TRIACs and Power Transistors. Solid-State Devices Used for Firing Circuits. Photoelectronics, Lasers and Fiber Optics. Industrial Power Supplies, Inverters and Converters. Operational Amplifiers. Open-Loop and Closed-Loop Feedback Systems. Input Devices: Sensors, Transducers, and Transmitters for Measurement. Output Devices: Amplifiers, Valves, Relays, Variable-Frequency Drives, Stepper Motors and Servomotor Drives. AC and DC Motors and Generators, Transformers, and Three-Phase Electricity. Case Studies of Four Industrial Applications. Robots and Other Motion Control Systems. Motor-Control Devices and Circuits. Data Communications for Industrial Electronics. For Instrumentation and Process Control Technicians, PLC and Motion Control Technicians.

Purchase this book


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Hard-to-Find, Wholesale-Priced Computer Parts — heavily-discounted computer surplus for organizations, industry, government and consumers.

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More Industrial-Electronics Resources:

Motor / Drive -- OEM Manuf. and Suppliers:

DIY and Self-Help Electronics Forums:

Crowdfunding platform for projects (and products):

Other Links:

Ultimate Fix-It-Yourself Manual--Appliance Repair Basics

EEVBlog (Dave Jones' popular YouTube Blog and Forum)

Mike's Electric Stuff (popular YouTube Blog and informative web site) (popular YouTube Blog)

The Signal Path Blog (YouTube channel and dedicated web site)

IndustrialElectronics (our Google site)

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