Troubleshooting Principles and Commissioning of Electrical Equipment

• Introduction to electrical troubleshooting and
  maintenance
• Basic principles of using wiring diagrams and electric
  meter in troubleshooting circuits
• Checks for circuit continuity with disconnected and live
  circuits
• Tests and methods
• Testing devices
• Equipment Commissioning

Fundamentals of Test Equipment

• Why carry out measurements
• History of measuring instruments.
• Types of Test Equipment
• Best practices in measuring
• Standards and ratings of Test equipment.
• Precautions when taking measurement

Maintenance

• Types of Maintenance
• Impact of maintenance
• Role of the maintenance organization.
• Maintenance Improvement
• Condition Monitoring
• Scheduling Maintenance
• Safety in Electrical Maintenance

Condition Monitoring for Electrical Equipment

Approaches Based on Mathematical Models.

• Reliability Centered Maintenance(RCM)
• Condition Based Maintenance(CBM)
• Partial Discharge
• Insulation resistance Monitoring
• Insulation resistance testing
• Dielectric Absorption Ratio test
• Polarization index test
• Dc hi-pot test
• Tracking insulation degradation
• Insulation Power factor
• Online Measuring Partial discharge activity for insulation

On-line Monitoring of Transformers

• Local indicators

Optimum efficiency, reliability, and longevity of electrical equipment such as motors, VFDs, transformers, generators, inverters, UPS, circuit breakers, fuses, etc. are of great concern to many industries. Only a good understanding of the characteristics, selection criteria, common problems, repair techniques, and the proper maintenance regimen can keep electrical equipment working at its optimum.
This Electrical System Maintenance, Measurement, and Troubleshooting training course provide students with the requisite skills to take advantage of the latest technology in the
troubleshooting and maintenance of electrical equipment.
It also explains how the equipment operates, and important measurements and provides guidelines and rules that must be followed for their successful operation. Their basic design,measurements,operatingcharacteristics, specification, selection criteria, as well as all maintenance issues are covered in detail.

Comprehend the hazards associated with working with
electrical power systems.
Perform safe electrical switching operations on all switchgear
and associated equipment in preparation for maintenance
tasks.
Understand what constitutes a correct working methodology
and safe operation when working on electrical equipment,
switchgear in electrical distribution systems in production
plants.
Understand diagnostic testing and inspection, advanced
fault detection techniques, critical components, and
common failure modes.
Study selection criteria, commissioning requirements,
predictive and preventive maintenance, reliability, testing
and cost.
Discover the maintenance required to minimize operating
cost and maximize efficiency, reliability, and longevity.
Understand industrial best practices when working with
specific electrical equipment like Generators, Transformers,
Electric Motors, UPS, Inverters, Batteries, etc.