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Practical Lubrication for Industrial Facilities - 2nd Edition
Heinz P. Bloch, P.E.

 

 

Price: $154.00

Format: Hardback
Publisher: Taylor & Francis Ltd.
Publish Date: 2009
Pages: 465

Review | Book Excerpts | Table of Contents


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The world's best manufacturers and formulators of lubricants are constantly seeking to improve products to keep pace with the development of higher speed machinery, or equipment that is run at over 100% nameplate capacity, or subjected to a variety of extreme operating conditions.

This book provides an important reference which will enable the reliability professional, mechanic, machinist, or lubrication specialist to understand what matters most in a lubricant, and to distinguish mere sales talk from relevant facts. The information provided in this book is intended to assist the professional in insuring that machinery operates at optimum performance levels, with a minimum of costly downtime.

Completely revised, this new edition includes the latest material on oil analysis, the energy conservation aspects of lube oil application and selection and bearing protector seals. Information on synthesized hydrocarbons and oil mist lubrication is thoroughly revised. It addresses the full scope of industrial lubricants, including general purpose oils, hydraulic fluids, food-grade and environmentally friendly lubricants, synthetic lubricants, greases, pastes, waxes and tribosystems. Detailed coverage is provided on lubrication strategies for electric motor bearings, gear lubrication, compressors and gas engines, and steam and gas turbines. Other topics include proper lubricant handling and storage, as well as effective industrial plant oil analysis practices.

Review

No Review Available

Excerpt

Because viscosity is so important it is often monitored on-site by the reliability team. It is used as an acceptance test for new oil deliveries and to verify the correct lubricant is in use. When viscosity changes with in-service lubricants, the cause is either oil degradation or oil contamination.

Oil degradation relates to the changes to the base oil and additive chemistry (molecular changes). Contamination of an oil can either thicken or thin the oil depending on the viscosity and emulsifying characteristics of the contaminant.


Table of Contents

Principles of Lubrication

Lubricant Categories

Lubricant Testing

General Purpose R&O Oils

Hydraulic Fluids

Food Grade and Environmentally Friendly Lubricants

Synthetic Lubricants

Lubricants for Forest Products and Paper Machines

Lubricating Greases

Pastes, Waxes and Tribosystems

Constant Level, Centralized and Oil Mist Lubrication Systems

Bearings and Other Machine Elements

Lubrication Strategies for Electric Motor Bearings

Gear Lubrication

Compressors and Gas Engines

Steam and Gas Turbines

Lube Oil Contamination and On-Stream Oil Purification

Storage Methods and Lubricant Handling

Successful Oil Analysis Practices in the Industrial Plant

Appendix A – Lubrication Program Work Process Manual

Appendix B – Tables, Charts and Factors

Glossary of Terms

Index


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