Understanding Motor Controls 3rd Edition Herman Solutions Manual

Understanding Motor Controls 3rd Edition Herman Solutions Manual

Product details:

• ISBN-10 ‏ : ‎ 9781305498129
• ISBN-13 ‏ : ‎ 978-1305498129
• Author: Stephen L. Herman

Using a real-world systems approach to learning motor control devices, UNDERSTANDING MOTOR CONTROLS, 3rd Edition teaches you to install, troubleshoot, and test electrical motors like the pros! Starting with basic control circuits and components, this book covers all must-know applications and procedures to ensure your success in the more complex topics. From safety and development to operations and problem solving, UNDERSTANDING MOTOR CONTROLS prepares you for a career as an industrial electrician with a strong foundation in basic control circuits, sensing devices, solid-state controls, variable speed drives, programmable logic controllers (PLCs), and more. In addition, hands-on lab experiments give you practice putting what you learn into real-world practice.

Table contents:

1. Section 1: Basic Control Circuits and Components
2. Ch 1: General Principles of Motor Control
3. Installation of Motors and Control Equipment
4. Types of Control Systems
5. Functions of Motor Control
6. Ch 1: Review Questions
7. Ch 2: Symbols and Schematic Diagrams
8. Sensing Devices
9. Ch 2: Review Questions
10. Ch 3: Manual Starters
11. Manual Push Button Starters
12. Troubleshooting
13. Ch 3: Review Questions
14. Ch 4: Overload Relays
15. Dual Element Fuses
16. Thermal Overload Relays
17. Magnetic Overload Relays
18. Overload Contacts
19. Protecting Large Horsepower Motors
20. Ch 4: Review Questions
21. Ch 5: Relays, Contactors,and Motor Starters
22. Relays
23. Electromagnet Construction
24. Contactors
25. Mechanically Held Contactors and Relays
26. Mercury Relays
27. Motor Starters
28. Ch 5: Review Questions
29. Ch 6: The Control Transformer
30. Grounded and Floating Control Systems
31. Transformer Fusing
32. Ch 6: Review Questions
33. Section 2: Basic Control Circuits
34. Ch 7: Start –Stop Push Button Control
35. Ch 7: Review Questions
36. Ch 8: Multiple Push Button Stations
37. Ch 8: Review Questions
38. Ch 9: Forward–Reverse Control
39. Ch 9: Review Questions
40. Ch 10: Jogging and Inching
41. Inching Controls
42. Ch 10: Review Questions
43. Ch 11: Timing Relays
44. Pneumatic Timers
45. Clock Timers
46. Cam or Sequence Timers
47. Electronic Timers
48. Ch 11: Review Questions
49. Ch 12: Sequence Control
50. Stopping the Motorsin Sequence
51. Ch 12: Review Questions
52. Section 3: Sensing Devices
53. Ch 13: Pressure Switches and Sensors
54. Differential Pressure
55. Typical Application
56. Pressure Sensors
57. Ch 13: Review Questions
58. Ch 14: Float Switches and Liquid Lever Sensors
59. Mercury Bulb Float Switch
60. The Bubbler System
61. Ch 14: Review Questions
62. Ch 15: Flow Switches
63. Ch 15: Review Questions
64. Ch 16: Limit Switches
65. Micro Limit Switches
66. Subminiature Micro Switches
67. Limit Switch Application
68. Ch 16: Review Questions
69. Ch 17: Temperature Sensing Devices
70. Expansion of Metal
71. Resistance Temperature Detectors
72. Expansion Due to Pressure
73. Ch 17: Review Questions
74. Ch 18: Hall Effect Sensors
75. Principles of Operation
76. Hall Generator Applications
77. Ch 18: Review Questions
78. Ch 19: Proximity Detectors
79. Applications
80. Metal Detectors
81. Mounting
82. Capacitive Proximity Detectors
83. Ultrasonic Proximity Detectors
84. Ch 19: Review Questions
85. Ch 20: Photodetectors
86. Applications
87. Types of Detectors
88. Mounting
89. Photodetector Application
90. Ch 20: Review Questions
91. Ch 21: Reading Large Schematic Diagrams
92. Ch 21: Review Questions
93. Ch 22: Installing Control Systems
94. Component Location
95. Point-to-Point Connection
96. Using Terminal Strips
97. Ch 22:Review Questions
98. Section 4: Starting and Braking Methods
99. Ch 23: Across-the-Line Starting
100. Direct Current Motors
101. Ch 23: Review Questions
102. Ch 24: Resistor and Reactor Starting for AC Motors
103. Resistor Starting
104. Reactor Starting
105. Step Starting
106. Ch 24: Review Questions
107. Ch 25: Autotransformer Starting
108. Open and Closed Transition Starting
109. Ch 25: Review Questions
110. Ch 26: Wye-Delta Starting
111. Wye-Delta Starting Requirements
112. Dual Voltage Connections
113. Connecting the Stator Leads
114. Closed Transition Starting
115. Overload Setting
116. Ch 26: Review Questions
117. Ch 27: Part Winding Starters
118. Overload Protection
119. Dual Voltage Motors
120. Motor Applications
121. Three Step Starting
122. Automatic Shutdown
123. Ch 27: Review Questions
124. Ch 28: Direct Current Motors
125. Field Windings
126. Armature Windings
127. Series Motors
128. Shunt Motors
129. Compound Motors
130. Field Loss Relay
131. External Shunt Field Control
132. Controlling Compounding
133. Cumulative and Differential Compounding
134. Testing the Motor for Cumulative or Differential Compounding
135. Direction of Rotation
136. Determining the Direction of Rotation
137. Ch 28: Review Questions
138. Ch 29: Single Phase Motors
139. Centrifugal Switch
140. Hot-Wire Starting Relay
141. Current Relay
142. Solid-State Starting Relay
143. Potential Starting Relay
144. Dual Voltage Motors
145. Reversing the Direction of Rotation
146. Multispeed Motors
147. Multispeed Fan Motors
148. Ch 29: Review Questions
149. Ch 30: Braking
150. Mechanical Brakes
151. Dynamic Braking
152. Dynamic Braking for Alternating Current Motors
153. Plugging
154. Ch 30: Review Questions
155. Section 5: Wound Rotor, Synchronous, and Consequent Pole Motors
156. Ch 31: Wound Rotor Motors
157. Manual Control of a Wound Rotor Motor
158. Timed Controlled Starting
159. Wound Rotor Speed Control
160. Frequency Control
161. Ch 31: Review Questions
162. Ch 32: Synchronous Motors
163. Starting a Synchronous Motor
164. Excitation Current
165. The Brushless Exciter
166. Direct Current Generator
167. Automatic Starting for Synchronous Motors
168. The Field Contactor
169. Out-of-Step Relay
170. The Polarized Field Frequency Relay
171. Power Factor Correction
172. Applications
173. Ch 32: Review Questions
174. Ch 33: Consequent Pole Motors
175. Three-Speed Consequent Pole Motors
176. Four-Speed Consequent Pole Motors
177. Ch 33: Review Questions
178. Section 6: Variable Speed Drives
179. Ch 34: Variable Voltage and Magnetic Clutches
180. Voltage Control Methods
181. Magnetic Clutches
182. Eddy Current Clutches
183. Ch 34: Review Questions
184. Ch 35: Solid-State DC Motor Controls
185. The Shunt Field Power Supply
186. The Armature Power Supply
187. Voltage Control
188. Field Failure Control
189. Current Limit Control
190. Speed Control
191. Ch 35: Review Questions
192. Ch 36: Variable Frequency Control
193. Alternator Control
194. Solid-State Control
195. Some Related Problems
196. IGBTs
197. Advantages and Disadvantages of IGBT Drives
198. Inverter Rated Motors
199. Variable Frequency Drives Using SCRs and GTOs
200. Features of Variable Frequency Control
201. Ch 36: Review Questions
202. Section 7: Motor Installation
203. Ch 37: Motor Installation
204. Motor Nameplate Data
205. Manufacturer’s Name
206. RPM
207. Determining Motor Current
208. Determining Conductor Size fora Single Motor
209. Overload Size
210. Determining Locked-Rotor Current
211. Short-Circuit Protection
212. Starter Size
213. Example Problems
214. Multiple Motor Calculations
215. Ch 37: Review Questions
216. Section 8: Programmable Logic Controllers
217. Ch 38: Programmable Logic Controllers
218. Differences between PLCs and PCs
219. Basic Components
220. Ch 38: Review Questions
221. Ch 39: Programming a PLC
222. Circuit Operation
223. Developing a Program
224. Converting the Program
225. Entering a Program
226. Programming Considerations
227. Ch 39: Review Questions
228. Ch 40: Analog Sensing for Programmable Logic Controllers
229. Installation
230. The Differential Amplifier
231. Ch 40: Review Questions
232. Section 9: Developing Control Circuits and Troubleshooting
233. Ch 41: Developing Control Circuits
234. Developing Control Circuits
235. Ch 41: Review Questions
236. Ch 42: Troubleshooting
237. Safety Precautions
238. Voltmeter Basics
239. Test Procedure Example 1
240. Test Procedure Example 2
241. Test Procedure Example 3
242. Motors
243. Ch 42: Review Questions
244. Section 10: Laboratory Exercises
245. Laboratory Exercises
246. Foreword
247. Parts List for Laboratory Exercises
248. Suppliers
249. Exercise 1: Basic Control
250. Exercise 1: Review Questions
251. Exercise 2: Start–Stop Push Button Control
252. Exercise 2: Review Questions
253. Exercise 3: Multiple Push Button Stations
254. Exercise 3: Review Questions
255. Exercise 4: Forward–Reverse Control
256. Exercise 4: Review Questions
257. Exercise 5: Sequence Control
258. Exercise 5: Review Questions
259. Exercise 6: Jogging Controls
260. Exercise 6: Review Questions
261. Exercise 7: On-Delay Timers
262. Exercise 7: Review Questions
263. Exercise 8: Off-Delay Timers
264. Exercise 8: Review Questions
265. Exercise 9: Designing a Printing Press Circuit
266. Exercise 9: Review Questions
267. Exercise 10: Sequence Starting and Stopping for Three Motors
268. Exercise 10: Review Questions
269. Exercise 11: Hydraulic Press Control
270. Exercise 11: Review Questions
271. Exercise 12: Design of Two Flashing Lights
272. Exercise 12: Review Questions
273. Exercise 13: Design of Three Flashing Lights
274. Exercise 13: Review Questions
275. Exercise 14: Control for Three Pumps
276. Exercise 14: Review Questions
277. Exercise 15: Oil Pressure Pump Circuit for a Compressor
278. Exercise 15: Review Questions
279. Exercise 16: Autotransformer Starter
280. Exercise 16: Review Questions
281. Appendix
282. Glossary
283. Index

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