Page 446 - Intro Predictive Maintenance

Index 437

generators, 93 Pumps
process equipment, 94, 312 centrifugal, 218
pumps, centrifugal, 95 reciprocating
pumps, positive displacement, 97
steam turbines, 77 R
v-belt drives, 83 RCM, 6, 9
RMS
N Record keeping, 380
Narrowband trending, 162, 165, 391 Reliability-center maintenance, 6, 9
Narrowbands, 74, 131, 345, 391 Reliability improvement, 16
Nitration, 204 Resonance, 297, 324
Non-destructive testing, 6, 400 Rolling fatigue, 206
Root-cause failure analysis, 392
O Rotating machinery, 122
OEE, 8, 402 Rubbing wear, 206
Objectives and goals, 325 Run-to-failure, 2
Operating dynamics analysis, 14, 267
interpreting data, 281 S
Overall equipment effectiveness, 8, 402 Signature analysis, 164, 344
Oxidation, 204 Sliding wear, 206
Software, 341
P Solids content, 204
Particle count Spectrographic analysis, 206
Periodic motion, 125 Standard procedures, 424
Plant optimization, 16
Predictive maintenance, 4, 16, 115, T
414 TAN, 204
assessing the need for, 24 TBN, 204
benefits of, 60, 64, 325 TPM, 6
database development, 343 Technical support, 350, 393
designing a program, 50, 208, 325 Tilting pad bearings
economics of, 32 Thermography, 16, 105, 172, 354, 400
functional requirements, 326, 335 blackbody, 172
getting started, 348 emissivity, 172, 178
justifying, 29 instruments, 178
keys to success, 330 graybody, 172
primary uses of, 16, 61 infrared imaging, 174
reasons for implementation, 61 infrared thermometers, 106, 175
cost of, 25, 62 line scanners, 106, 175
optimizing, 10 safety issues, 107, 179
proper use of, 12 uses of, 179, 182
selecting a systems, 334 Thermal imaging, 174
Preloads Time domain, 118, 146
Preventive maintenance, 3, 357, 414 Total productive maintenance, 6
calibration, 362 Training, 7, 337, 349, 382, 392, 400
lubrication, 353 Transducers, 121, 346
Process instability, 296 Tribology, 108, 202, 355, 399
Process dynamics, 217, 353 ferrography, 207
Process parameters monitoring, 217, lubricating oil analysis, 108, 202, 203
353 uses of, 108