Cover image for Electricity and electronics fundamentals for industrial maintenance
Title:
Electricity and electronics fundamentals for industrial maintenance
Personal Author:
Publication Information:
Upper Saddle River, N.J. : Pearson Prentice Hall, 2005
ISBN:
9780131175983

Available:*

Library
Item Barcode
Call Number
Material Type
Item Category 1
Status
Searching...
30000010106668 TK454 K52 2005 Open Access Book Book
Searching...
Searching...
30000010100704 TK454 K52 2005 Open Access Book Book
Searching...
Searching...
30000010078785 TK454 K52 2005 Unknown 1:CHECKING
Searching...

On Order

Summary

Summary

 


Table of Contents

1 Shop Safety and Shop Practices
Introduction
Safety Glasses, Protective Clothing, and Equipment
Safety Mats and Equipment to Prevent Fatigue
Safety Light Curtains and Two-Hand Start Buttons
Safety Gates and Shields
Checking Guards and Active Safety Devices
Cleanliness and Shop Housekeeping
Leaks
Msds
First Aid, CPR and Portable Defibrillators
Fire Safety
Electrical Safety
Working Safely with Hand Tools and Power Tools
Safety Briefings and Safety Meetings
Safety Standards Organizations in the United States, Canada, and Europe
2 Tools for Electrical Technicians
Overview of Electrical Tools
Electrical Meters
Hole Punches and Hole-Cutting Tools
Electrical Conduit Bending, Cutting, and Threading Tools
Electrical Pliers, Wire Cutters, and Wire Strippers
Screwdrivers for Electrical Installation and Maintenance
Wrenches for Electrical Maintenance
Tool Pouches and Tool Belts
Proper Use of Tools
3 Fundamentals of Electricity
Overview of Electricity
Example of a Simple Electrical Circuit
Example of Voltage in a Circuit
Example of Current in a Circuit
Example of Resistance in a Circuit
Identifying the Basic Parts of a Circuit
Wiring Diagram and Ladder Diagram
Equating Electricity to a Water System
Using Ohm's Law to Calculate Volts, Amperes, and Ohms
Ohm's Law Formulas
Using Ohm's Law to Calculate Voltage
Using Ohm's Law to Calculate Current
Using Ohm's Law to Calculate Resistance
Using the Ohm's Law Wheel to Remember the Ohm's Law Formulas
Calculating Electrical Power
Presenting All the Formulas
Using Prefixes and Exponents with Numbers
4 Voltmeters, Ammeters, and Ohmmeters
Measuring Volts, Amps, and Ohms
Measuring Voltage
Measuring Electrical Current
Measuring Milliamps
Creating a Multiplier with a Clamp-on-Type Ammeter
Measuring Electrical Resistance
Reading the Scales of a VOM Meter
Measuring DC Volts and Reading the VOM Scales
Measuring and Reading the Milliamp Scales on the VOM
Measuring and Reading Resistance Scales on the VOM
Making Measurements with Digital VOM Meters
5 Series Circuits
Introduction
Examples of Series Circuits
Series Switches
Adding Loads in Series
Resistor Color Codes
Decoding a Resistor
Why Resistor Tolerance Is Important
Variable Resistors
Using Ohm's Law to Calculate Ohms, Volts, and Amps for Resistors in Series
Solving for Current in a Series Circuit
Calculating the Voltage Drop Across Each Resistor
Calculating the Power Consumption of Each Resistor
Calculating the Power Consumption of an Electrical Heating Element
Troubleshooting Series Switches
Review of Series Circuits
6 Parallel and Series-Parallel Circuits
Introduction
Calculating Voltage, Current, and Resistance in a Parallel Circuit
Calculating Resistance in a Parallel Circuit
Calculating Power in a Parallel Circuit
Reviewing the Principles of Parallel Circuits
Review of Using Prefixes with Units of Measure
Series-Parallel Circuits
Series-Parallel Circuits in Factory Electrical Systems
Review of Series-Parallel Circuits
7 Magnetic Theory
Introduction to Magnetic Theory
A Typical Bar Magnet and Flux Lines
Electromagnets
Adding Coils of Wire to Increase the Strength of an Electromagnet
Using a Core to Increase the Strength of the Magnetic Field of a Coil
Reversing the Polarity of a Magnetic Field in an Electromagnet
Electr