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e-Learning Gaskets and Bolted Flange Connections |
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Gaskets and Bolted Flange
Connections
Containing fluids (liquids and gases) is
essential to both safe and efficient process operation. Leaky systems can be
costly as well as dangerous. The US EPA has set down regulations aimed at
limiting emissions of volatile organic compounds (VOC) in pumps,
compressors, valves, and flanged equipment. This training shows you how to
achieve a good flanged connection as well as the essentials of studs, bolts
and nuts. Selected as a Finalist for the 2004 Product of the Year Award by
Plant Engineering Magazine.
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The Physics of a Bolted Flange
Connection
- Fugitive Emissions and
Moving Toward a Leak Free System
- VOC's (EPA 40 CFR Part
60)
- Gasket Terminology and
Selection Criteria
- The Mechanics of a
Gasketed Joint
- ASME Boiler and
Pressure Vessel Code
- Minimum Seating Force
- Minimum Operating Bolt
Load
- Pressure (P),
Temperature (T), and PxT Ratings
- Gasket Materials
The Function of Bolts, Studs,
and Nuts
- Hooke's Law and the
Physical Limits of Bolts
- The Stress vs. Strain
Relationship
- Standard Bolt
Components
- Bolt and Stud
Terminology
- Bolt and Stud Size and
Thread Standards
- Stud, Bolt, and Nut
Grades
- Using a Torque Wrench
- Determining Bolt
Torque Values
- Friction Factor and
Nut Factor
- Other Ways to Achieve
Proper Bolt Load
Types of Flange Connections
- Standard Pressure
Ratings
- Flange Faces and
Connections
- Types of Gaskets
Bolted Connection Maintenance
- Establishing a Flange
Connection Program
- Flange Connection
Guidelines
- Flange Tightening
Sequence and Torque Progression
- Flange Leakage and
Maintenance
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Ordering Information:
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Buy Now |
Part # |
Description |
Price |
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NEW-Gasket |
e-Learning Gasket and Bolted Flange Connections |
$139.95 |
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