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Audel Managing Maintenance Planning and Scheduling »

Book cover image of Audel Managing Maintenance Planning and Scheduling by Michael V. Brown

Authors: Michael V. Brown
ISBN-13: 9780764557651, ISBN-10: 0764557653
Format: Paperback
Publisher: Wiley, John & Sons, Incorporated
Date Published: June 2004
Edition: (Non-applicable)

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Author Biography: Michael V. Brown

Michael V. Brown is an electrical and maintenance engineer with 30 years of experience in industry, and has held positions at both the plant and corporate levels of Fortune 500 companies. As founding partner and president of New Standard Institute, he has designed and implemented maintenance management improvement programs for numerous industrial clients. New Standard Institute provides seminars, consultations, and computer-based training programs specific to maintenance-related subjects. For more than a decade, he has written articles that have been published in many U.S. and Canadian magazines, as well as on the Internet. Other books he has written and published by Wiley include Audel Managing Maintenance Storerooms and Audel Managing Shutdowns, Turnarounds, and Outages.

Book Synopsis

Brown (a principal of New Standard Institute, Inc.) offers a primer on the management of industrial maintenance planning and scheduling. Chapters discuss defining the level of maintenance; job estimation methods; planning and estimating electrical work; understanding preventive and predictive maintenance; scheduling methods; planning for shutdowns, turnarounds, and outages; gathering data for maintenance performance indices; using indices to measure performance; and using multiskill training. Annotation © 2004 Book News, Inc., Portland, OR

Table of Contents

About the Authorx
Introductionxi
Chapter 1Defining the Level of Maintenance1
Era of Business Management Theories1
The Movement to Reliability and Availability3
Planned Maintenance under Attack5
Maintenance Work Performed during Maintenance Custody (Shutdowns)7
Maintenance Performed during Production Custody8
The Maintenance Budget9
Setting Goals Based on the Budget9
The Purpose of a Work Order System11
Objections to a Formal Work Order System12
Work Order Categories12
Generating a Work Order15
Cost Data17
Planning and Scheduling21
The Planning and Scheduling Profession21
Planning Defined23
Resources23
Scheduling Defined25
Resource Constraints26
Summary27
Chapter 2Estimating Methods31
Judgment versus Guessing31
How Job Estimates Are Used in Maintenance32
Planning and Estimating Methods34
Construction Planning and Estimating35
Methods Time Management (MTM)44
The Planning Thought Process50
Estimating Using Past Performance65
The Estimating Learning Curve71
Work Packages73
Factors Affecting the Accuracy of an Estimate74
Planning Conditions74
Direct Planner Problems76
Insufficient Time77
Assigning the Crew Size to a Job77
Parts and Material Requirements77
Kits78
Tagging Parts78
Saving Space79
Ordering Parts80
Special Orders80
Job Site Deliveries80
Handling Delays in an Estimate80
Summary84
Chapter 3Planning and Estimating Electrical Work87
Background87
Understanding the Single-Line Diagram88
Branch Circuit Checklist92
Feeder Checklist93
Conduit Installation Time94
Pulling Cables in Conduit94
Mounting Lighting Panels95
Motor and Motor Control Checklist95
Time Estimates for Mounting a Motor96
Estimating Time to Connect a Motor96
Medium Voltage (601 to 35,000 Volts) Feeder Checklist97
Estimating Troubleshooting and Repair Jobs97
Identifying and Estimating Maintenance Work During an Electrical Shutdown99
Summary99
Chapter 4Understanding Preventive and Predictive Maintenance101
Examining Preventive Maintenance (PM)102
Writing a PM Procedure104
Procedure Elements106
PM Development Worksheet107
Sources of PM Procedures109
Evaluating PM Procedures112
Evaluating PM Programs112
Unrecognized Benefits of PM113
Other Options and Pitfalls to Avoid114
PM Development Teams114
Computerized PM Systems115
Understanding Predictive Maintenance (PDM)115
Spectrum of Predictive Maintenance116
Vibration PDM Programs118
Defining Vibration Velocity Limits119
Lubrication Analysis121
Stress Crack Detection (Acoustic Emission)124
PDM Success Stories and Failures124
Correcting Common Problems126
The Four Ts of Correction127
Summary128
Chapter 5Scheduling Methods131
Prioritizing Maintenance Work131
Classification132
Requested Completion Date132
Schedule Priority133
Using a Maintenance Backlog135
Controlling Backlog135
Invalid Backlogs136
Calendars136
Scheduling with a Plotted Backlog137
Allocation Scheduling Method140
Weekly Schedules146
Daily Schedules148
Auditing a Completed Daily Schedule150
Sample Maintenance Daily Scheduling Procedure151
Scheduling in Computerized Maintenance Management Systems (CMMS)151
Key Work Order Scheduling153
Limitations to CMMS Scheduling153
Priority Numbering Systems154
Equipment List154
Equipment Priority155
Condition Priority155
Safety or Environmental Modifier156
Overall Priority156
Modifications to Priority Numbering Systems158
Summary158
Chapter 6Planning for Shutdowns, Turnarounds, and Outages161
Preparing for a Shutdown161
Job Input162
Shutdown Organization164
Execution Reporting164
Turnaround Checklist165
Critical Path Method (CPM)169
Logic Network Conventions170
Precedent Logic171
Salami Sandwich Project172
Finding the Critical Path173
Earliest Completion Time, Latest Completion Time, and Float173
Piping System Replacement Project174
Time Domain Logic Network178
Reducing Project Time178
Project Duration versus Project Cost179
Load Leveling and Project Constraints180
Computerized CPM Programs182
Shutdown Tips183
Summary183
Chapter 7Gathering Data for Maintenance Performance Indices187
Completed Work Data188
Total Completed Labor Hours189
Emergency Work Orders and Labor Hours189
PM Labor Hours Completed189
Overtime190
Backlog Data190
Backlog Hours190
Planner's Backlog191
Crew Week191
Schedule Data191
Scheduled Hours191
Actual Hours of Scheduled Work Completed192
Number of Days on the Schedule192
Base Cost Data192
Cost of the Maintenance Hour192
Total Maintenance Costs194
Cost by Equipment195
Total Contract Costs195
Cost of Production195
Book Value of Facility195
Other Data196
Downtime Hours196
Equipment Availability197
Inadequate Repairs197
Corrective Action Work Derived from the PM Effort198
Equipment Reliability Data198
Summary198
Chapter 8Using Indices to Measure Performance201
The Need for More Than One Index201
Backlog Indices204
Backlog Age207
Schedule Compliance209
Estimating Accuracy210
Evaluating Actual versus Estimate212
Possible Overstaffing212
Bad Labor Estimates213
Lack of Parts213
Equipment Still Running213
Poor Work Performance213
PM and Emergency Indices214
Other PM Indicators216
Overtime216
Productivity Indicators217
Ratio of Maintenance Labor Costs to Maintenance Material Costs218
Maintenance Cost per Unit of Production218
Actual Maintenance Cost Compared to Budget Costs218
A Discredited Index219
Managing with Indices219
Case Study: What's the Problem Here?220
Basic Maintenance Reporting220
Balance Sheet223
Performance Indices223
Graphical Presentation224
Summary225
Chapter 9Using Multiskill Training227
Understanding Multiskilling228
Multiskilling Pitfalls229
Successful Multiskilling Programs230
Identifying Friction Areas and Multiskill Opportunities231
Potential Friction Areas231
Identifying Potential Gains233
Defining the Training233
Negotiating the Multiskilling Program234
Implementing the Skills234
Multiskilling--A Win-Win Effort234
Summary236
Appendix AIdentifying Electrical Work to Be Performed During a Shutdown237
Electrical Shutdown Checklist240
Months and Weeks Prior to the Shutdown241
During the Shutdown247
Glossary255
Index267

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