Name: IPT's Rotating Equipment Handbook: Machinery Reliability &amp; Condition Monitoring
SKU: 215
Price: 75.00 USD
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IPT’s Rotating Equipment Handbook and Training Manual
Informative and Thorough

As an on-the-job reference or a primary resource for a complete training program, IPT’s Rotating Equipment books are North America’s number one source for machinery reliability and condition monitoring information. Millwrights, industrial mechanics, heavy-duty mechanics and rotating equipment technicians find both the handbook and manual invaluable assets.

Comprehensive Machinery Reliability and Condition Monitoring Information

Featuring 500 pages, 300 illustrations and 30 tables and charts, IPT’s Rotating Equipment Handbook and Training Manual discuss proven diagnostics, corrective methods and procedures for determining the condition of machinery. They can also help in the prediction of mechanical problems and contain essential vibration analysis, bearing failure analysis, performance monitoring, and safe lockout and tagout procedures.

SECTION ONE – MAINTENANCE AND RELIABILITY
Rotating Maintenance Problems	p 2-4	Maintenance Planning	p 14-19
MIRP Program	p 4-6	Long Range Planning	p 14
Maintenance Methods	p 6-9	Short – Mid Range Planning	p 15
Preventive Maintenance	p 6,7	Intermediate Planning	p 15
Predictive Maintenance	p 7-8	Critical Path Method (CPM)	p 15-19
Breakdown Maintenance	p 8	Program Evaluation (PERT)	p 19
Predictive Program Methods	p 9	Predictive Maintenance Concerns	p 19-21
Machine Monitoring	p 9-13	Predictive Maintenance Applications	p 21-27
Temperature	p 10	Vibration and Noise	p 22,23
Vibration	p 11	Non-Destructive Testing	p 23,25
Listening	p 12	Fluid Analysis	p 25,26
Sight	p 13	Machinery Measurement/Evaluation	p 26,27
Corrective Maintenance	p 14

SECTION TWO – VIBRATION ANALYSIS
Introduction	p 30	Sound Measurement	p 67,68
What is Vibration	p 30	Sound Pressure Levels	p 68-70
Vibration Amplitude	p 31,41	Sound Fields	p 71,72
Vibration Facts	p 31,32	Directional Noise	p 72
Machine Properties	p 32,33	Noise & Machinery Condition	p 72,73
Excitation Forces	p 33,34	Noise Level Facts	p 73,74
Vibration Causes	p 34,35	Vibration & Noise Measurement	p 74-79
Vibration Characteristics	p 35-44	Vibration Meters	p 74,75
Vibration Frequency	p 36,37	Vibration Monitor	p 76
Vibration Displacement	p 37,38	Vibration Analyzer	p 76-79
Vibration Velocity	p 38,39	Transducers	p 80-92
Vibration Acceleration	p 39-41	Transducer Proximity Probes	p 80-83
Vibration Phase	p 42-44	Velocity Transducers	p 83-86
Frequency and RPM	p 44,45	Hand Held Transducer	p 86,87
Resonance	p 45-47	Magnetic Pick-up Holder	p 87,88
Resonance and Damping	p 47	Shaft Stick	p 88-90
Critical Speed	p 47,48	Accelerometer Transducers	p 90-92
Measuring Amplitude	p 49,50	Microphones	p 93,94
Selecting Vibration Indicator	p 50-54	Vibration Pick-up Positions	p 94,95
Numerous Frequencies	p 54-58	Amplitude vs Frequency	p 95-99
Absolute Tolerances	p 58-61	“X-Y” Plotter	p 100,101
Sound	p 61,62	FFT Recording	p 100-104
Sound Sources	p 62,63	Spectrum Analysis	p 104,105
Sound Causes	p 63	Vibration Data Interpretation	p 105-116
Sound Characteristics	p 64-67

Vibration Causes Introduction	p 118	Oil Whip	p 156,157
Unbalance Vibration	p 118-124	Mechanical Looseness Vibration	p 157-160
Causes of Unbalance	p 119-124	Electrical Problem Vibration	p 160-167
Deposit and Build-Up	p 119	Slip Frequency	p 162
Corrosion and Wear	p 119,120	Torque Pulsations	p 162,163
Eccentricity	p 120	Armature Problems	p 163-165
Keys and Keyways	p 120-122	Stator Problems	p 165-167
Clearance Tolerance	p 122	Belt Drive Vibration	p 167-174
Distorsion	p 122,123	Determining Belt Frequency	p 169-170
Casting Imperfections	p 123,124	Belt Tension	p 170,171
Misalignment Vibration	p 124-131	Belt Slippage	p 171,172
Types of Misalignment	p 124-130	Defective Belts	p 172,173
Parallel Offset	p 124,125	Balancing Belt Pulleys	p 173,174
Angular	p 124,125	Damaged Gear Vibration	p 174-177
Parallel Offset & Angular	p 124,125	Resonance Vibration	p 178,179
Misalignment Sources	p 131	Aerodynamic & Hydraulic Vibration	p 179-195
Eccentric Forces Vibration	p 131-135	Cavitation	p 181-187
Bent Shaft Vibration	p 135-137	Recirculation	p 187-189
Resonant Whirl	p 136,137	Discharge Recirculation	p 189,190
Anti-Friction Bearing Vibration	p 137-146	Suction Recirculation	p 190,191
Frequency Analysis	p 137,142	Flow Turbulence	p 191-194
Bearing Loads	p 142,143	Random Vibration	p 195
Causes of Bearing Failure	p 143-146	Reciprocating Forces Vibration	p 195-198
Vibration from Journal Bearings	p 146-157	Rubbing Vibration	p 198,199
Excessive Bearing Clearance	p 148,149	Rotor Flex Vibration	p 199-201
Detecting Faulty Bearing	p 149,150	Beat or Pulsation Vibration	p 201-203
Oil Whirl	p 150-156	Hydraulic System Vibration	p 203-206

SECTION FOUR – EQUIPMENT BALANCING
Introduction	p 208, 209	Balancing Methods	p 234-251
In-Place Balancing	p 209	Single Plane Balancing	p 235-246
Balancing Machine	p 210,211	Static Balancing	p 235,236
Unbalance	p 212-214	Vector Method	p 236-240
Types of Unbalance	p 214-218	Balancing in One Run	p 241-243
Static Unbalance	p 214-217	Four Run Method	p 243-246
Couple Unbalance	p 217	Two Plane-Cross Effect	p 247,248
Quasi-Static Unbalance	p 217,218	Single Plane Solutions	p 248,249
Dynamic Unbalance	p 218	Two Plane Vectors	p 249
Natural Frequency	p 219,220	Two Plane Overhung Rotors	p 250,251
Critical Speeds	p 221-223	Multi-Plane Balancing	p 252
Rigid or Flexible Rotors	p 223	Weight Changes	p 252,253
Balancing Tools	p 224	Changing Weight Radius	p 253,254
Trial Weights	p 224-227	Dividing a Balance Weight	p 254-257
How Much Trial Weight	p 225-227	Combining Balance Weights	p 257,258
Attaching Trial Weights	p 227	Balancing Tolerances	p 259-261
Phase Angle Measurement	p 228-232	Residual Unbalance Tolerances	p 261-266
Trial Weight	p 228,232	ISO Tolerances	p 264-266
Before Balancing	p 233,234	Conclusion	p 266

SECTION FIVE – LUBRICATION
Introduction	p 268	Greasing Intervals	p 305,306
Lubrication Functions	p 268,269	Oil Lubrication	p 306
Lubrication Selection	p 269	Oil Classifications	p 306-319
Friction	p 269-272	Industrial Classifications	p 306-309
Lubrication Principles	p 272-278	Gear Oil Classifications	p 310,311
Viscosity	p 272,273	Engine Oil Classifications	p 311-316
Consistency	p 273	Automotive Gear Oils	p 317-319
Lubrication Film	p 274	Lubricating Oil Types	p 320-322
Boundary Layer	p 274	Mineral Oils	p 320
Hydrodynamic (Full Film)	p 274,275	Animal & Vegetable Oils	p 321
Partial Hydrodynamic	p 275	Synthetic Oils	p 321,322
Surface Finish	p 276-278	Common Oil Additives	p 322-325
Grease Lubrication	p 276-279	Oxidation Inhibitors	p 323
Grease Ingredients	p 279,280	Pour Point Depressant	p 323
Grease Types	p 280-282	Rust Inhibitors	p 323
Calcium Soap	p 280	Anti-Wear Additives	p 324
Sodium Soap	p 280	Foam Depressants	p 324
Lithium Soap	p 281	Detergent-Dispersant	p 325
Complex Soap	p 281	Viscosity Index	p 325,326
Mixed Soap	p 281	Load Carrying Tests	p 326
Inorganic Thickener	p 281	Flash & Fire Points	p 326,327
Synthetic Greases	p 282	Oil Analysis	p 327-350
Grease Additives	p 282,283	Oil Analysis Program	p 327-330
Grease Properties	p 283-294	Oil Sample Slip	p 330-332
Consistency	p 284,285	Oil Analysis Tests	p 333
Temperature and Load	p 285-289	Spectrographic Analysis	p 333-339
Dropping Point	p 287,290	TBN and TAN	p 339-342
Miscibility	p 290,291	Allowable Soot Test	p 343,344
Mechanical Stability & Wear	p 291	Viscosity Test	p 343-346
Sealing Properties	p 292-294	Wear Metal – Iron	p 345-347
Grease Selection Factors	p 294	Allowable Oxidation	p 345
Bearing Greasing	p 294-303	Oil Sampling Procedures	p 348-350
Correct Mounting	p 295	Conclusion & Decision	p 349,351
Correct Time	p 295,296	Changing Lubricant	p 351,352
Correct Quantity	p 296	Oil Lubrication Systems	p 352-354
Correct Methods	p 296-301	Oil & Grease Storage	p 355-357
Replacing Grease (anti-friction)	p 301-303	Lubrication Scheduling	p 357
Correct Amount	p 303,304	Lubrication Department	p 358-360
Application Methods	p 304,305

SECTION SIX – NON-DESTRUCTIVE TESTING
NDT Purpose	p 362,363	Inspection and Interpretation	p 376
Direct Visual Inspection	p 363	Ultrasonic Testing	p 376-385
Remote Visual Inspection	p 364-368	Types of Sound Waves	p 377
Videoimagescope	p 364-368	Ultrasonic Requirements	p 377-379
Fiberscope	p 364-368	Surface Preparation	p 379
Borescope	p 364-368	Ultrasonic Testing Methods	p 379-385
Liquid Penetrant Testing	p 368-371	Resonant Frequency	p 379,380
Preparation and Application	p 369,370	Transit Time Method	p 380
Developing and Inspection	p 370,371	Intensity Method	p 380-385
Magnetic Particle Testing	p 371-376	Intensity & Transit Time	p 380-385
Magnetizing the Part	p 373-375	Eddy Current Testing	p 386
Particle Application	p 375,376	Radiography Testing	p 387-389

SECTION SEVEN – BEARING FAILURE ANALYSIS
Bearing Problems	p 392	Electric Current Passage	p 409,410
Anti-friction Bearing Life	p 392,393	Journal Bearing Failure	p 410-418
Load Path Patterns	p 393-398	Unsuitable Design	p 410,411
Premature Anti-friction Failure	p 398-399	Unsuitable Operating Environment	p 411-413
Lubrication Failure	p 399-401	Lubrication Problems	p 414,415
Lubrication Contamination	p 401-403	Misalignment	p 415-417
Incorrect Tolerances	p 403-405	Ove

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IPT’s Rotating Equipment Handbook: Machinery Reliability & Condition Monitoring

SECTION ONE – MAINTENANCE AND RELIABILITY

SECTION TWO – VIBRATION ANALYSIS

SECTION FOUR – EQUIPMENT BALANCING

SECTION FIVE – LUBRICATION

SECTION SIX – NON-DESTRUCTIVE TESTING

SECTION SEVEN – BEARING FAILURE ANALYSIS

Reviews

Be the first to review “IPT’s Rotating Equipment Handbook: Machinery Reliability & Condition Monitoring” Cancel reply

IPT’s Rotating Equipment Handbook: Machinery Reliability & Condition Monitoring

SECTION ONE – MAINTENANCE AND RELIABILITY

SECTION TWO – VIBRATION ANALYSIS

SECTION FOUR – EQUIPMENT BALANCING

SECTION FIVE – LUBRICATION

SECTION SIX – NON-DESTRUCTIVE TESTING

SECTION SEVEN – BEARING FAILURE ANALYSIS

Reviews

Be the first to review “IPT’s Rotating Equipment Handbook: Machinery Reliability & Condition Monitoring” Cancel reply

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