Bartelt T.L.M. Industrial Control Electronics

3rd edition. — New York: Delmar Cengage Learning, 2005. — 640 p. — ISBN: 978-1401862923.This new edition continues to provide state-of-the-art coverage of the entire spectrum of industrial control, from servomechanisms to instrumentation. Material on the components, circuits, instruments, and control techniques used in today's industrial automated systems has been fully updated to include new information on thyristors and sensor interfacing and updated information on AC variable speed drives. Following an overview of an industrial control loop, readers may delve into individual sections that explore each element of the loop in detail. This logical format offers the flexibility needed to use the book effectively in a variety of courses, from electric motors to servomechanisms, programmable controllers, and more!Industrial Control Overview.
Introduction to Industrial Control Systems.Industrial Control Classifications.
Elements of Open-and Closed-Loop Systems.
Feedback Control.
Practical Feedback Application.
Dynamic Response of a Closed-Loop System.
Feed-Forward Control.
Interfacing Devices.Fundamental Operational Amplifiers.
Signal Processors.
Comparator Devices.
Optoelectronic Interface Devices.
Digital-to-Analog Converters.
Analog-to-Digital Converters.
Timing Devices.
Thyristors.Silicon-Controlled Rectifiers.
Unijunction Transistors.
Diac.
Triac.
IGBTs.The Controller.
The Controller Operation.Control Modes.
On-Off Control.
Proportional Control.
Proportional-Integral Control.
Proportional-Integral-Dcrivative Control.
Time-Proportioning Control.
Time-Proportioning Circuit.Electric Motors.
DC Motors.Principles of Operation.
Rotary Motion.
Practical DC Motors.
Control of Field Flux.
Counterelectromotive Force.
Armature Reaction.
Motor Selection.
Interrelationships.
Basic Motor Construction.
Motor Classifications.
Coil Terminal Identification Problems.
AC Motors.Fundamental Operation.
Stator Construction and Operation.
Types of AC Motors.
Single-Phase Induction Motors.
Resistance-Start Induction-Run Motor.
Capacitor-Start Induction-Run Motor.
Shadcd-Pole Motor.
Troubleshooting Split-Phase AC Motors.
Universal Motors.
Three-Phase Motors.
Induction Motor.
Wound-Rotor Motor.
Synchronous Motor.
Motor Nameplate.
Servo Motors.DC Servo Motors.
Wound Armature PM Motor.
Moving Coil Motor.
Brushless DC Motors.
Stepper Motors.
Permanent Magnet Stepper Motor.
Variable Reluctance Stepper Motor.
AC Servo Motors.Variable Speed Drives.
DC Drives.DC Drive Fundamentals.
Variable Voltage DC Drive.
Motor Braking.
AC Drives.AC Drive Fundamentals.
AC Drive System.
Drive Controller Internal Circuitry.
Circuit Operation of the AC Drive.
Flux Vector Control.
PWM Control Methods.
Control Panel Inputs and Drive Functions.
Inverter Self-Protection Function.
Motor Braking.
Four-Quadrant Operation of AC Motors.
AC Drive Selection.
Motors Driven by AC Drives Problems.Process Control and Instrumentation.
Pressure Systems.Pressure Laws.
Properties of a Liquid.
Properties of a Gas.
Pressure Measurement Scales.
Pressure Measurement Instruments.
Nonelectrical Pressure Sensors.
Electronic Pressure Sensors.
Pressure Control Systems.
Temperature Control.Fundamentals of Temperature.
Thermal Control Systems.
Thermodynamic Transfer.
Thermal Energy Source.
Temperature Measurements.
Temperature Indicating Devices.
Electronic Sensors.
Flow Control.Systems Concepts.
Flow Units of Measurement Volumetric Flow Rate Mass Flow Rate.
Solid Flow Measurement.
Fluid Flow Measurement.
Electronic Sensors.
Flowmeter Placement.
Selecting a Flowmeter.
Level Control Systems.A Level Control System.
Methods of Measurement.
Level Measurement Methods.
Electronic Sensors.
Selecting a Level Sensor.
Analytical Instrumentation.pH Measurement and Control.
Conductivity.
Combustion Analyzers and Control.
Humidity.
Sampling Measurement System.
Industrial Process Techniques and Instrumentation.Batch Processes.
Continuous Processes.
Instrumentation.
Measurement Devices (Sensors).
Feedback Loop Interface Instruments.
Controllers.
Monitoring Instruments.
Manipulation Devices (The Final Control Element).
Instrumentation Symbology.
Process Control Methods.Open-Loop Control.
Closed-Loop Control.
Single-Variable Control Loop.
Selecting a Controller.
On-Off Control.
Continuous Control.
Tuning the Controller.
Advanced Control Techniques.Detection Sensors.
Industrial Detection Sensors and Interfacing.Limit Switches.
Proximity Detectors.
Inductive Proximity Switches.
Capacitive Proximity Switches.
Hall-Effect Sensor.
Photoelectric Sensors.
Methods of Detection.
Photoelectric Package Styles.
Operating.
Ultrasonic Sensors.
Sensor Interfacing.Programmable Controllers.
Introduction to Programmable Controllers.
Introduction to PLC Functions.
Industrial Motor Control Circuits.
Relay Ladder Logic Circuits.
Building a Ladder Diagram.
Motor Control Starter Circuits.
Rack Assembly.
Power Supply.
PLC Programming Units.
Input/Output Sections.
Processor Unit.
Addressing.
Relationship of Data File Addresses to I/O Modules.
Fundamental PLC Programming.PLC Program Execution.
Ladder Diagram Programming Language.
Ladder Diagram Programming.
Relay Logic Instructions.
Timer Instructions.
Counter Instructions.
Data Manipulation Instructions.
Arithmetic Operations.
Writing a Program.
Advanced Programming, PLC Interfacing, and Troubleshooting.Jump Commands.
Data Manipulation.
Discrete Input/Output Modules.
Troubleshooting I/O Interfaces.
Analog Input and Output Signals.
Special Purpose Modules.
Troubleshooting Programmable Controllers Problems.Motion Control.
Motion Control Feedback Devices.Angular Velocity Feedback Devices.
Angular Displacement Feedback Devices.
Linear Displacement Feedback Devices.
Elements of Motion Control.Motion Control Parameters.
Motion Control Elements.
Terminology.
Operator Interface Block.
Controller Block.
Amplifier Block.
Actuator Block.
Feedback Transducer Block.
Fundamentals of Servomechanisms.Open-Loop and Closed-Loop Systems.
Closed-Loop Velocity Servo.
Bang-Bang Position Servo.
Proportional Position Servomechanisms.
Digital Position Control.
Characteristics of a Servomechanism.
Designing a Position Servo.
Digital Controller.
Tuning a Servomechanism.
Master-Slave Servosystem.
Functional Industrial Systems.Answers to Odd-Numbered Problems.

Index.