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Technician's Guide to Programmable Controllers 7th edition [Pehme köide]

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  • Formaat: Paperback / softback, 480 pages, kõrgus x laius x paksus: 20x185x231 mm, kaal: 748 g
  • Ilmumisaeg: 01-Jan-2022
  • Kirjastus: Delmar Cengage Learning
  • ISBN-10: 0357622499
  • ISBN-13: 9780357622490
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Technician's Guide to Programmable Controllers 7th editionSuurem pilt
  • Formaat: Paperback / softback, 480 pages, kõrgus x laius x paksus: 20x185x231 mm, kaal: 748 g
  • Ilmumisaeg: 01-Jan-2022
  • Kirjastus: Delmar Cengage Learning
  • ISBN-10: 0357622499
  • ISBN-13: 9780357622490
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9780357622490.html
Märksõnad:
Practical and up-to-date, TECHNICIAN'S GUIDE TO PROGRAMMABLE CONTROLLERS, Seventh Edition, provides you with the most comprehensive introduction to programmable logic controllers (PLCs) available on the market today. Written by professionals with experience in industrial automation, the text covers each topic in a way that makes even complex material easy to understand and apply, while all-new color figures, step-by-step programming information and detailed examples provide valuable practical insights. Theory, hardware, instructions, programming, installation, startup and troubleshooting are discussed in detail, and programming examples using PLC instructions from the text help you understand the various instructions and how they can be used to create simple yet effective control logic solutions for today's world. This thorough guide will give you a solid understanding of PLC and industrial automation fundamentals, helping you prepare for success in the classroom and your future career.
Preface xi
Chapter 1 What Is a Programmable Logic Controller (PLC)?
1(7)
Introduction to Programmable Logic Controllers
1(5)
The Main Components of a Programmable Logic Controller System
3(3)
Chapter Summary
6(1)
Key Terms
7(1)
Review Questions
7(1)
Chapter 2 Numbering Systems
8(23)
Decimal System
8(2)
Binary System
10(2)
2s Complement
12(8)
Octal System
20(1)
Hexadecimal System
21(3)
BCD System
24(1)
Using Numbering Systems
25(2)
Chapter Summary
27(1)
Key Terms
28(1)
Review Questions
28(3)
Chapter 3 Understanding the Input/Output (I/O) Section
31(34)
I/O Section
31(4)
Fixed I/O
32(1)
Modular I/O
33(2)
Discrete I/O Modules
35(16)
Discrete Input Module
35(1)
AC Discrete Input Module
35(5)
DC Discrete Input Module
40(1)
Fast-Responding DC Input Modules
40(1)
Diagnostic Digital Input Modules
41(1)
Discrete Output Modules
41(2)
AC Output Module
43(2)
Output Fuses
45(1)
Status Lights
46(1)
Module Keying
46(1)
DC Output Modules
46(2)
Sourcingand Sinking
48(2)
Contact Output Modules
50(1)
Interposing Relay
50(1)
Transistor-Transistor Logic (TTL) I/O Modules
51(1)
Analog I/O Modules
51(2)
Safety Circuit
53(3)
Chassis Installation
56(1)
Electrical Noise (Surge Suppression)
57(2)
Grounding
59(1)
I/O Shielding
60(1)
Categorizing Conductors and Routing
61(1)
Control and AC Power
61(1)
Signal and Communication
61(1)
Internal to Enclosure
62(1)
Chapter Summary
62(1)
Key Terms
63(1)
Review Questions
63(2)
Chapter 4 Processor Unit
65(14)
The Processor
66(4)
Memory Types
70(2)
Memory Size
72(1)
Memory Structure
73(1)
Programming Devices
73(1)
Computer Programmers
74(2)
Chapter Summary
76(1)
Key Terms
77(1)
Review Questions
77(2)
Chapter 5 Memory Organization
79(19)
Memory Words and Word Locations
79(3)
Memory Organization
82(1)
Storage Memory
83(1)
User Memory
83(1)
Allen-Bradley Logix Memory
83(12)
Data Types
88(1)
Arrays
89(3)
Tags
92(1)
Tasks
93(1)
Programs
94(1)
Routines
95(1)
Chapter Summary
95(1)
Key Terms
96(1)
Review Questions
97(1)
Chapter 6 Understanding and Using Ladder Diagrams
98(19)
Wiring Diagrams
98(1)
Ladder Diagrams
99(1)
Ladder Diagram Rules
100(3)
Basic Srop/Start Circuit
103(2)
Sequenced Motor Starting
105(1)
Digital Logic Gates
106(8)
Chapter Summary
114(1)
Key Terms
114(1)
Review Questions
114(3)
Chapter 7 Relay Type Instructions
117(18)
Programming Contacts
118(3)
Examine On
121(1)
Examine Off
121(7)
Clarifying Examine On and Examine Off
128(5)
Chapter Summary
133(1)
Key Terms
133(1)
Review Questions
134(1)
Chapter 8 Programming a PLC
135(52)
Programming an Allen-Bradley Micro810 PLC
136(13)
Programming a Control Logix PLC with Studio5000
149(18)
Controller Communications
167(18)
Communicating with Allen-Bradley PLCs
169(1)
Allen-Bradley Micro800 and Connected Components Workbench Software
169(7)
Allen-Bradley Control Logix and Studio 5000 Software
176(9)
Chapter Summary
185(1)
Key Terms
185(1)
Review Questions
185(2)
Chapter 9 Programming Considerations
187(18)
Network Limitations
187(4)
Programming Restrictions
191(4)
Program Scanning
195(2)
Buffering I/O
197(2)
Programming STOP Buttons
199(1)
Logical Holding Contacts
200(1)
Discrete Holding Contacts
200(1)
Overload Contacts
200(3)
Chapter Summary
203(1)
Key Terms
203(1)
Review Questions
203(2)
Chapter 10 Program Control & Miscellaneous Instructions
205(11)
Master Control Relay Instructions
205(2)
Allen-Bradley MCR Instruction
206(1)
Latching Relay Instructions
207(2)
Jump and Label Instructions
209(2)
Jump to Subroutine, Subroutine, and Return Instructions
211(1)
Temporary End Instruction
212(1)
Always False Instruction
212(1)
One-Shot Instruction
213(1)
One-Shot Rising Instruction
213(1)
One-Shot Falling Instruction
213(2)
Chapter Summary
215(1)
Key Terms
215(1)
Review Questions
215(1)
Chapter 11 Programming Timers
216(16)
Pneumatic Timers (General)
216(7)
Allen-Bradley Timers
223(6)
Programming Allen-Bradley Logix 5000 Timers
229(1)
Cascading Timers
230(1)
Chapter Summary
230(1)
Key Terms
230(1)
Review Questions
231(1)
Chapter 12 Programming Counters
232(12)
Allen-Bradley Counters
232(6)
Combining Timers and Counters
238(1)
Programming Allen-Bradley Logix 5000 Counters
239(3)
Chapter Summary
242(1)
Key Terms
242(1)
Review Questions
242(2)
Chapter 13 Data Manipulation
244(17)
Data Transfer
244(1)
Allen-Bradley Logix Data Transfer Instructions
245(4)
Data Compare
249(1)
Allen-Bradley Logix Data Compare Instructions
249(11)
Chapter Summary
260(1)
Key Terms
260(1)
Review Questions
260(1)
Chapter 14 Math Functions
261(8)
Using Math Functions
261(1)
Allen-Bradley LOGIX Math Instructions
261(5)
Combining Math Functions
266(2)
Chapter Summary
268(1)
Review Questions
268(1)
Chapter 15 Array Instructions
269(19)
Synchronous Bit Shift Arrays
271(4)
Allen-Bradley Bit Shift Instructions
271(4)
Asynchronous Shift Arrays (FIFO)
275(3)
Allen-Bradley FIFO Instructions
276(1)
Allen-Bradley Last-In First-Out (LIFO) Instructions
277(1)
Miscellaneous Array Instructions
278(8)
File Arithmetic and Logic (FAD Instruction
279(1)
File Search and Compare Instruction
280(2)
File Copy Instruction
282(1)
File Fill (FLL) Instruction
283(1)
File Average (AVE) Instruction
284(1)
File Sort (SRT) Instruction
285(1)
Chapter Summary
286(1)
Key Terms
286(1)
Review Questions
286(2)
Chapter 16 Sequencers
288(10)
Sequencer
288(3)
Mask
291(1)
Allen-Bradley Sequencer Instructions
291(5)
Chapter Summary
296(1)
Key Terms
296(1)
Review Questions
297(1)
Chapter 17 Process Control Signals, Scaling, and PID Instructions
298(1)
Process Control Signals and Scaling
298(8)
Allen-Bradley Scaling Type Instructions
306(2)
Micro800 Scaler Instruction (SCL)
307(1)
Analog I/O Configuration
308(1)
ControlLogix Analog I/O Module Configurations
309(8)
Allen-Bradley Logix 5000 PID Instruction
317(11)
PID Program Example
328(13)
PID Loop Tuning
333(2)
Loop Tuning Techniques
335(1)
Ziegler and Nichols Ultimate Gain Tuning Method (Closed Loop Technique)
335(3)
Ziegler and Nichols Reaction Curve Tuning Method (Open Loop Technique)
338(2)
PID Tuning Considerations
340(1)
Chapter Summary
341(1)
Key Terms
341(1)
Review Questions
341(2)
Chapter 18 Function Block Diagram and Structured Text Programming
343(15)
Function Block Diagram Programming
343(2)
Structured Text Programming
345(11)
Assignments
345(1)
Expressions
346(2)
Instructions
348(1)
Constructs
349(1)
If... Then
349(2)
Case... Of
351(1)
For... Do
352(1)
While... Do
353(1)
Repeat... Until
353(1)
Comments
354(1)
Structured Text Programming Example
354(2)
Chapter Summary
356(1)
Key Terms
356(1)
Review Questions
356(2)
Chapter 19 Sequential Function Chart Programming
358(16)
Sequential Function Charts
358(15)
Creating Steps
360(4)
Creating Transitions
364(4)
SFC Programming Example
368(5)
Chapter Summary
373(1)
Key Terms
373(1)
Review Questions
373(1)
Chapter 20 Understanding Communication Networks
374(33)
History
374(1)
Networking Principles
375(1)
Network Categories
376(2)
Network Configurations
378(2)
Network Media
380(6)
Twisted-Pair Cable
380(2)
Coaxial Cable
382(1)
Fiber Optic Cable
383(3)
Reducing Electromagnetic Interference
386(1)
Network Addressing
386(1)
Network Access Methods (Access Protocols)
387(2)
Network Protocols
389(1)
Network Messages
389(3)
Network Communication Instructions
392(1)
Industrial Communication Networks
393(2)
Industrial Protocols
395(9)
Chapter Summary
404(1)
Key Terms
404(1)
Review Questions
405(2)
Chapter 21 Start-Up and Troubleshooting
407(12)
Start-Up
407(2)
Testing Inputs
409(1)
Testing Outputs
410(1)
Final System Checkout
411(1)
Troubleshooting
411(7)
Example Troubleshooting Scenario
412(1)
Troubleshooting Analog I/O
413(5)
Chapter Summary
418(1)
Review Questions
418(1)
Chapter 22 PLC Programming Examples
419(15)
Example 1 PUSH ON/PUSH OFF Circuit
420(1)
Example 2 1/2 Second Pilot Light Flasher Circuit
421(1)
Example 3 Motor Starter Fault-Monitoring Logic
421(2)
Example 4 Three-Wire Motor Control Logic with Fault Monitoring, Pilot Light, and Flasher Circuit
423(1)
Example 5 Time-Based Events
423(3)
Example 6 Analog Signal Filter Algorithm
426(2)
Example 7 Parts Conveyor Tracking Logic
428(3)
Chapter Summary
431(1)
Programming Challenge
432(1)
Challenge
433(1)
Glossary 434(17)
Index 451
Terry R. Borden is owner of Adept Consulting in Ione, Washington, and recently retired from Seattle City Light as Operations Manager of a 1,000-MW hydroelectric project in Northeast Washington. Mr. Borden is a former member of the Electrical Maintenance and Automation Department at Spokane Community College in Spokane, Washington. He holds a degree in industrial automation and robotics, worked as a control engineer and was a partner in Applied Solutions, LLC, prior to accepting his position at Spokane Community College. Richard A. Cox is the executive director of COXCO Training and Consulting in Spokane, Washington, and is a retired member of the Electrical/Robotics Department at Spokane Community College. He holds a Bachelor of Science degree from the University of the State of New York and a Master of Science degree from Eastern Washington University, and he is a retired member of the International Brotherhood of Electrical Workers, Local 73.