Contamination Control and System Service Assurance


Who should attend? | Course Text | Registration | Download the Seminar Flyer



Lack of contamination control can be devastating -- the results unforgiving

This two-day course is designed to give a better understanding of the role fluid contamination control plays in the overall success of a machine. Participants will learn the steps required to evaluate and interpret contamination levels, filtration performance, component contaminant sensitivity, and the aspects of system reliability.

The main objective of this course is to prepare the participants for the task of establishing an effective fluid contamination control program at their own organization and to improve the reliability and service life of their machine systems. A further objective is to introduce the participant to methods of assessing, rating and specifying components that are critical to the overall success of their machine systems and introduce contemporary terminology. The scope of the course covers all fluid dependent system components, applications, and environments.

Top


Who Should Attend?

This course was developed to meet the needs of all personnel responsible for the operational success of mechanical systems--both hydraulic and lubrication. The course is particularly designed for those who need definitive information on advanced techniques and concepts to reduce fluid contamination levels and to improve the contaminant tolerance of system components. The course content is especially valuable to those designing, manufacturing, selecting, procuring, operating, and maintaining machine fluid systems.

Top


The Course Text

Hydraulic System Design for Service AssuranceBook3a.gif (19531 bytes)

Each attendee will receive a copy of the book entitled Hydraulic System Design for Service Assurance written by Dr. E. C. Fitch and Dr. I. T. Hong. In addition to the topic of fluid contamination control, the book covers fluids, reservoir design, heat, leakage, tribological wear, and many other topics. Packed with 692 pages of valuable information, the book applies to both hydraulic and lubrication systems. This book is a most important reference book for any technical person involved with fluid systems.  

The course materials are available for purchase for those who cannot attend the course on any of the scheduled dates. With the materials you will receive a coupon to attend a future course. Contact us and we will provide you with complete information.

Top


Registration Information

The registration fee for the Contamination Control and System Service Assurance course is $995 per person or $895 per person for groups of three or more. 

To register for a course, please complete the registration form (Adobe Acrobat Reader required) and return it by mail, fax, or email. We will happily accept a company check, purchase order, Visa, MasterCard, or American Express for the cost of the course. All checks and purchase orders must be received before the course.

If for some reason you cannot attend, you may cancel your registration at any time or you may send a substitute. If you cancel less than 7 days before the course, there will be a $50 cancellation fee. If you cancel more than 7 days before the course, your entire payment will be refunded, or your invoice canceled. In addition, if you cannot attend, you may request that your payment be applied to a future course—and if requested, the course material will be sent to you.

Top

Copyright © 2008 BarDyne, Inc. All rights reserved.


Fluid Power and Hydraulics Consultants, Testing, and Software

(405) 743-4337


Training & Seminars


Computerized Hydraulic Component Analysis for System Design

Hydraulic System Modeling and Simulation

Contamination Control and System Service Assurance


Seminar Schedule


Expert Assistance

(405) 743-4337

BarDyne, Inc


Home


HyPneu Fluid Power Software


Publications, Books and Manuals


Training & Seminar Services  


Employment Opportunities   


Testing Services


About Bardyne


Contact Info


HyPneu Software   iPEC Courses  Publications