Tallmadge, OH September 24-28, 2018

Advanced Transformer Maintenance and Planning

This course will get the student familiar with the substation and system equipment, as well as additional understanding of transformer design and construction. This course provides the advanced knowledge and develops the skills to identify and analyze / interpret chemical test results, identify maintenance recommendations based on chemical and electrical tests, manage service specifications, and make critical maintenance / planning decisions.

Learning Objectives

This course provides the knowledge and develops the skills necessary to identify and interpret test results, manage service specifications, and make critical maintenance decisions. It takes you beyond the foundational concepts taught in the Half Century Transformer Applied Maintenance, preparing you for administrative roles as well as direct maintenance. Go beyond reactive transformer maintenance to proactive management of your critical power assets.

You will be able to make recommendations based on analysis of chemical and electrical test results, learn the reactive, predictive, and preventive maintenance of transformers, and develop a cost-effective maintenance plan to prolong the reliable life of the transformer.

Experience

You will have four days of required learning consisting of multiple education formats such as classroom instruction with advanced case study analysis, practical application exercises, group discussions, break-out activities, interactive electrical test demonstration and learning, as well as a tour of a Vacuum Oil Purifier (Rig) with Vacuum Fill Demo. You will be able to add an additional class (elective) of your choice that is specific to a topic, piece of equipment, or area of expertise.

Benefits

You will be able to plan, develop and implement an effective transformer maintenance program. You will review electrical test reports and understand the significance and applicability of those reports to the maintenance program. You will also learn to interpret oil analysis test reports, including DGA reports, and formulate an appropriate diagnosis and response concerning the next steps in the maintenance program.

Participation in practical exercises, activities, and case study analysis performed in class will equip you in planning and implementing a maintenance program based on oil and electrical test results.

Demonstrations & Tours

  • Vacuum Oil Purifier (Rig) with Vacuum Fill Demo
  • Electrical Testing Demonstration
    (Power Factor, Single-Phase Excitation, Bushing C1/C2, SFRA)
  • Transformer Learning Lab
  • Diagnostic & Analytical Testing Lab Tour

Course Outline

SESSION ONE: SUBSTATION AND SYSTEM EQUIPMENT

  • Substation Overview
  • Key Substation Components

SESSION TWO: CONCEPTS IN TRANSFORMER DESIGN & CONSTRUCTION

  • Types of Transformers
  • Advanced Transformer Principles
  • Nameplates
  • Design Practices

SESSION THREE: NEW TRANSFORMER MINERAL OIL

  • New Oil Specifications
  • SD Myers’ Suggested New Oil Specifications
  • Testing Oil During Processing and Filling
  • Testing New Installations

SESSION FOUR: ADVANCED DIELECTRIC FLUID TESTING & ANALYSIS

  • Mineral Oil Dielectric Fluid Review
  • Testing and Results for Alternate Fluids
  • Testing for Other Mineral Oil-filled Equipment

SESSION FIVE: ADVANCED FIELD ELECTRICAL TESTING

  • Broadband Tests
  • Narrow Band Tests
  • Emerging Technologies

SESSION SIX: ADVANCED TRANSFORMER MAINTENANCE PLANNING

  • Intro/review of Applied Maintenance
  • Operate Under a Structured Maintenance Plan
  • Maintenance Operatives
  • Specify Repair and Fluid Processing Standards
  • Qualify Vendors for Safe and Effective Service
  • Build a Program to Protect and Extend the Life of Your Transformer

SESSION SEVEN: APPLYING ADVANCED MAINTENANCE CONCEPTS

  • Understanding Maintenance Services and Tools
  • Existing Technologies
  • Wrap-Up
09/28/18

Load Tap Changer Principles & Maintenance

Increase transformer reliability and life cycle through proper maintenance of load tap changers.

Topics:

  • Brief History of Load Tap Changing
  • Basic Electrical Theory
  • Components and Configurations
  • Operating Principles
  • Monitoring and Testing
  • Internal Inspections and Maintenance
  • Developing a Detailed Maintenance Program
Credits: 0.7 CEU, 7 PDH
09/28/18

In-Service Inspection & Sampling of Fluid-Filled Transformers

Learn how to properly inspect and safely obtain fluid samples from energized electrical transformers.

This class is for substation personnel whose responsibilities include sampling and monitoring the overall condition of fluid filled transformers.

Topics:

  • Safety
  • Special Care Transformers
  • Transformer Part & Visual Inspection
  • Inspection Forms/Nameplates/Gauges
  • Sampling Containers
  • Proper Sampling
  • Nitrogen Blanket
  • Packaging
  • Why Oil Test
  • The importance of monitoring the insulation
Credits: 0.7 CEU, 7 PDH

Register to Attend:

Advanced Transformer Maintenance & Planning
09/24/18-09/27/18
$3000
Load Tap Changer Principles and Maintenance
09/28/18
$800
In-Service Inspection & Sampling of Fluid-Filled Transformers
09/28/18
$800
BUNDLED Courses Advanced Maintenance & Planning and LTC
09/24/18-09/28/18
$3500
BUNDLED Courses Advanced Maintenance & Planning and Inspection & Sampling
09/24/18-09/28/18
$3500
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