| This
course can be tailored to a time frame of 2-4 days. Two days is
classroom only, four days would include a field trip to a switchyard
followed by interactive sessions to discuss the data acquired.
Substation Predictive Maintenance Course Outline
Applying New Technologies to:
- Manage Maintenance of your switchyard/substation assets
- Improve Equipment Reliability
- Reduce Maintenance Costs
Date:
Location:
Contact Person:
Speakers: List of speakers
Kick Off:
Course Goals:
A. Overview: Managing the Maintenance of
Your Substation Asset
B. Determining Which Equipment to Monitor
C. PdM Diagnostic Tests, What they are & what they are
designed to detect.
D. Partial Discharge, Ultrasonic Noise Analysis
E. Infrared Imaging
F. Vibration analysis (Paper Included)
G. Airborne Ultrasonic Analysis
H. Sound Level Monitoring
I. Insulating Oil Quality
J. Visual Inspections & Functional Tests K.
Diagnostic Testing of Insulating Materials (Book Included)
c. Diagnostics
- Paper Insulation and transformer life
- Assessing life expectancy
- Degree of polymerization and furfural tests
- Effects of acidity, moisture, and heat on life
expectancy
d. Sulfur Hexafluoride (SF6)
Testing
- Condition monitoring without internal inspections
- SF6 gas analysis
- Non-intrusive testing of arcing contacts and Teflon arcing
chamber condition
- Safety and environmental concerns.
L.Transformer Diagnostics (LTC paper Included)
M. Circuit Breaker Diagnostics
N. The Magic of Substation Thermography (Paper
Included)
O. Data Base Survey Forms
P. Analysis of PdM Test Data and Reporting
- Equipment Condition indicators matrix
- Establishing a baseline
- Trending
- Levels and rates of change
- Alerting
- PdM Report Format
Q Severity Criteria & Action Plan
R. Avoided Cost Analysis
S. Quiz
T. Technical Review (Paper)
U. User Case Histories
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