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Author:   Bernard Lewis ,  Richard Payant
Publisher:   McGraw-Hill Education - Europe
Imprint:   McGraw-Hill Professional
Dimensions:   Width: 12.70cm , Height: 3.00cm , Length: 20.60cm
Weight:   0.457kg
ISBN:  

9780071358743

ISBN 10:   0071358749
Pages:   352
Publication Date:   16 December 2000
Audience:   College/higher education ,  Tertiary & Higher Education
Format:   Spiral bound
Publisher's Status:   Out of Print
Availability:   Out of print, replaced by POD  
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Table of Contents

Developing a Condition Assessment Program. The Need for a Condition Assessment Program. The Condition Assessment Program. Condition Assessment Customer Survey and Find/Fix Program. Assessment Inspection Checklists. DIVISION 1: Building Systems Assessment. Chimneys and Stacks . Buildings/Structures Except Roofs and Trusses). Roofs. Trusses. Trailers Air-Conditioning Systems Refrigeration Machine (Centrifugal and Reciprocating). Air Conditioner- Unitary and Roof Top (Heating and Cooling). Compressor. Heating Unit (Gas and Oil Fueled). Heating Unit (Electrical). Cranes and Hoists. Food Preparation and Service Equipment. Heating Equipment. Plumbing Equipment. Ventilating and Exhaust Air Systems. Hot Water Systems. Electrical Systems. Lighting. Switchgear. DIVISION 2: Operational Facilities Assessment. Towers, Masts, and Antennas. Chemical Fuel Facilities (Receiving and Issue). Chemical (Fuel Facilities) Storage. Brows and Gangways. Camels and Separators. Piers, Wharves, Quaywalls, and Bulkheads. Disconnecting Switches. Electrical Grounds and Grounding Systems. Electrical Instruments. Electrical Potheads. Electrical Relay. Lightning Arrestors Power Transformers, Deenergized. Power Transformers, Energized. Safety Fencing. Steel Poles and Structures Vaults and Manholes (Electrical). Cathodic Protection Systems. Electric Motors and Generators. Pier Circuits and Receptacles. Distribution Transformers , Deenergized. Distribution Transformers, Energized Buried and Underground Telephone Cable. Telephone Substations. Fuses and Small Circuit Breakers (600 Volts and Below, 30 Amps and Below). Rectifiers. DIVISION 3: Utilities and Underground Improvement Assessment. Bridges and Trestles. Fences and Walls. Grounds. Railroad Trackage. Pavements. Storm Drainage. Tunnels and Underground Structures. Piping Systems. Steam Distribution. Pumps. Fresh Water Supply and Distribution System. Sewage Collection and Disposal Systems. Unfired Pressure Vessels. Underground Tanks. Utilities Plants. Electrical Generation and/or Distribution. Heating Generation. Air Conditioning Generation and Distribution. Fire Protection System Identification. Building Sprinkler Alarm Valves. Alarm Boxes. Security and Intrusion Alarm System. DIVISION 4: Special Systems Assessment. Structural Features (Foundations, Structural Frames, and Similar Items). Electrical Systems. Plumbing and Piping Systems. Motor Assemblies/Electric Motors. Fans, Fan Shafts, and Fan Shaft Bearings. Part 3-Assessment Inspection Checklists (Abbreviated). Building Systems Assessment. Electrical/Plumbing. Exterior Elements. Heating, Ventilating, and Air Conditioning. Clean Rooms. Interior Finishes. Structural. Exterior Facilities Assessment. Electrical/Plumbing. Grounds. Pavements. Railroad Trackage. Structural. Special Systems. Wind Tunnels. Vacuum Spheres/Pressure Vessels. Tunnels/Underground Structures. Bridges. Fuel/Chemical Storage/Distribution Facilities. Piers. Supplementary Inspection Checklists. Safety Management. Custodial Management. Grounds Management. Environmental Management. Indoor Air Quality Management. Predictive and Preventive Maintenance Energy Management Program. Appendices. Suggested Average Useful Life of Facility Components. Electrical Reference Sources. Electrical Data. Mechanical Engineering Data. HVAC Equations, Data, and Rules of Thumb. Measurement Data. Conversion Data.

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Author Information

Bernard T. Lewis (Potomac, MD) started his career as a supervisory industrial engineer for the Navy in 1958. He was a project engineer for NASA for 10 ears. He is currently a facilities management consultant, and teaches engineering management at George Washington University. He holds a BS in Civil/Mechanical Engineering from West Point, an MA in Mathematics from Columbia, and a PhD in MBA from Pacific Western. He is a registered professional Industrial Engineer, as well as a certified plant engineer. He has written 18 books and several magazine articles. He also lectures worldwide on facilities management. Richard P. Payant has more than 7 years of experience as Director of Facilities Management at Georgetown University and more than 23 years’ experience with the Army Corps of Engineers. A certified plant engineer and facility manager, an adjunct professor at George Mason, and the author of several professional publications, he has an M.A. in business management/public administration from Central Michigan University and a B.S. from Norwich University.

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