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Pump Curves/Applications: Installation & Troubleshooting

Course length: 
One day
Topic(s): 
Pumps
Theory & design
Course description

The most common machine to be driven by an electric motor is a pump. Centrifugal pumps are by far the most common devices for moving industrial liquids of all types. A thorough understanding of the design, implementation and maintenance of centrifugal pumps is essential for those working in the electric motor repair industry. This one-day seminar provides the practical knowledge service center personnel need to address customers’ pump-related motor issues, and the broader opportunities for pump maintenance, system optimization and energy savings.

Partial List Of Topics

Using pump curves to evaluate pump applications

  • What is a centrifugal pump?
  • Centrifugal vs. PD pumps
  • Centrifugal impeller design

Pump parameters

  • Flow
  • Press & head
  • Pressure & head
  • Efficiency/power relationship

Head/flow curves
Multi-trim curves
Efficiency curve
Power curve
Cavitation

  • Causes of cavitation
  • Affects of cavitation
  • NPSHA & NPSHR

Controlling pumps with variable speed
Matching pump performance to applications
Series and parallel pumps
Positive displacement pump relationships
Pump installations

  • Piping concerns
  • Foundations and bases
  • Shaft alignment
  • Startup precautions

Troubleshooting

  • Measuring pump performance
  • Isolating pump, system and fluid problems
  • A simple troubleshooting flowchart
Instructor(s) available to teach the course: 
Gene Vogel, EASA Pump & Vibration Specialist
Cost
Chapter/Region fee (+expenses): 
$1500 + $15/student
Member company fee (+expenses): 
$2000 + $15/student
Nonmember fee (+expenses): 
$4000 + $15/student
Maximum number of students: 
N/A
(Additional fees may apply if travel time exceeds 5 hours. Contact EASA for details.)
Condensed course alternatives
Available as a condensed course: 
No