
Course 8
When
Monday July 16, 2018 at 8:00 AM CDT
-to-
Friday July 20, 2018 at 12:00 PM CDT
Where
University of Tennessee, Knoxville Campus
The Learning Lab, Estabrook Building
Knoxville, TN
***Food/Drinks provided during breaks and lunch each day of training...
Nearby Hotels
Hilton Knoxville 501 West Church Ave. Knoxville, TN 37902 Hotel Registration Information
Crowne Plaza Hotel Knoxville
401 West Summit HIll Drive
Knoxville, TN 37902 Hotel Registration Information
Holiday Inn Knoxville Downtown
Worlds Fair Park
Knoxville, TN 37902
Hotel Registration Information
Other Hotels Available:
Clarion Inn Knoxville
Red Rood Inn Knoxville
Four Points Knoxville
Holiday Inn Express
Days Inn Knoxville North
Knoxville Marriott
Contact
University of Tennessee
Kim Kallstrom
Reliability Solutions
Terry Southall

What can you expect to learn in Essential Asset Care, Operation, and Troubleshooting?
Preface:
Upon successful completion of this seminar, candidates will be ready to identify and correct common fluid power problems including, the effects of poor fluid conditioning, pump and actuator assembly errors, cavitation and
aeration, incorrect control adjustments, excessive
temperature, fluid conductor leaks, and provide a
“performance” report that states “as found” and
“as left” conditions with the use of dynamic
measurement tools to extend asset reliability.
Objectives:
Candidates will have a higher knowledge of fluid
power bearing, seal, and lubrication failures and
the degradation of machine life within fluid systems.
Attendees will be able to clearly communicate the
“why it failed” and “how to improve” fluid system knowledge to improve asset performance. Participants will have a detailed understanding of the principles of operation, common failure modes, monitoring strategies and failure prevention strategies. Candidates will be able to apply this knowledge as part of an equipment care strategy review based on, asset operating context and available technologies. This work allows for further development of and the validation of initially developed ASD strategies as part of the continual improvement process and suggest improvements to monitoring strategies.
Subjects (included but not limited to):
- Fluid Power (hydraulics and Pneumatics)
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Major Components
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Design
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Principles of Operation
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Safety with hydraulics
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Unique Failure modes
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Precision Maintenance Application
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Troubleshooting Guides
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Applicable PdM
-
PdM route Building
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Gearboxes
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Types
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Spur
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Helical
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Worm
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Principles of Operation
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Unique Failure modes
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Precision Maintenance Application
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Troubleshooting Guides
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Applicable PdM
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PdM route Building
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Power transmission
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Types
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Belts
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Couplings
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Principles of Operation
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Unique Failure modes
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Troubleshooting Guides
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Applicable PdM
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PdM route Building
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Compressors
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Types
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PD
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Centrifugal
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Principles of Operation
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Unique Failure modes
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Precision Maintenance Application
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Troubleshooting Guides
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Applicable PdM
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PdM route Building
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Applicable PdM
-
PdM route Building
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Target Participants:
ERMS has been carefully designed for anyone who has a role in reliability including Production and Maintenance leaders, supervisors, engineers, and lead hands. Reliability leaders, managers and engineers.
Prerequisite:
ERMS Bootcamp and Course 2
Duration:
4 1/2 days of formal training


