Valve Trim
Why take this course?
Learn how valve trim affects flow, leakage, and material selection. Examine flow direction, stem retention, and trim damage examples. Includes video lectures, quizzes, and a certificate with PDH credits.
What you'll learn
After this course, you....
• know how the required flow capacity relates to the valve size and weight,
• are familiar with Internal leakage, its causes and how it can be determined,
• have seen the effect of choosing the flowing direction through the valve,
• know how stem retention is designed into the valve,
• understand the many different design details of valve trims,
• know why hard facing of trim materials will avoid damage to the trim.
About the course
Valve trim, that is the components that determine the flow capacity of a valve, is the subject of this Self-Paced course. Learn about the flow capacity and inherent characteristic of a control valve.
Internal leakage, trim material selection, why the flow direction matters, and stem retention (blow-out prevention) are also explained. The course concludes by showing typical examples of trim damage in industry.
Who should attend this course
• Those involved in the maintenance and operation of valves.• Those looking to understand the documentation and testing aspects of requisitioning and manufacturing.
• Those needing to become familiar with the fundamentals of using an actuated valve in industry.
Prerequisites
An affinity with working on or designing for an industrial plant.Program & Details
-
Valve Trim
1. Flow capacity
2. Internal leakage
3. Inherent characteristic
4. Flowing direction
5. Stem retention
6. Trim design
7. Trim materials
8. Trim damage
Certification


Why choose EngineeringTrainer
-
Unlimited Team-wide Access
-
Advance Technical Competences
-
Courses by Industry Authorities
Since using EngineeringTrainer our internal mentorship has a much more matured character.
Logan Chapman - COO at Chapman Consulting Inc.