Start-Up, Commissioning and Testing Of Electrical Systems Course
Electrical and Power Engineering
Select Other "city & date"
Start-Up, Commissioning and Testing Of Electrical Systems Course
Course Overview:
The course comprehensively examines the electrical systems and modules focusing on start up, commissioning, testing, and diagnostics methods.
AC and DC systems along with emergency and cogeneration power, transformers, switchgear, motors, and motor control centers are included. Students will work with a variety of test equipment and learn proper procedures for system installation and servicing.
Among them, to mention only a few, electrical wiring protection, electrical wiring configurations and electrical safety protocols are studied, including examples, case studies and practical exercises.
The audience for this course is electrical engineers and supervisors or technicians who are responsible for the commissioning or maintenance work.
Course Objectives:
- To develop a structured approach to electrical systems using common terminology and to provide methods and solutions for various electrical systems start-up and commissioning.
- To develop a better understanding of various test equipment used in electrical testing.
- To develop a better understanding of various electrical equipment and control systems design, functionality and failure modes.
- To better understand work practices, which allow for successful start-up, commissioning and troubleshooting including job plans.
- To provide examples of successful techniques and ‘hands on experiences plus case studies and group problem solving exercises
Who Should Attend?
This course is intened for Electrical Maintenance Engineers, Supervisors and Technicians working in start-up, commissioning or testing related roles that need either a greater awareness of, or to become more proficient in, the aspects of electrical systems and electrical maintenance activities. Because the methods and examples are generic, personnel from all industries will benefit.
Course Outlines:
Definitions Procedures
- Testing, Start-Up, Commissioning and Troubleshooting
- Electrical Systems: AC (High Voltage, Medium Voltage, Low Voltage)
- DC
- Emergency Power and/or Cogeneration Power
- HVAC
- Lighting
- Fire Detection, Alarm and Suppression
- Safety, Security and Surveillance
Industrial Electrical Symbols
- Circuit Interrupter, Disconnect, Circuit Breaker
- Overload, Contacts
- Switch
- Transformer
- Meter
- Motor
- Electrical Components and Logic Symbols
Drawings
- Single Line HV (Switchgear)
- Single Line MV (Switchgear)
- Single Line LV (MCC)
- Single Line Wiring Schedule
- Single Line MV (Distribution)
- Protective Device Schematic
Test Equipment
- Digital Volt Meter with Temperature and Frequency accessories
- Oscilloscope/ScopeMeter
- Megger
- Ohm Meter
- Ammeter
- Pyrometer
- Power Meter/Power Quality Analyzer
AC Electrical System – High Voltage (7.5kV to 750kV)
Input Power from Local Utility Company
Power Transformer
- Bushings
- Mechanical Protection Devices and Indicators
- Electrical Protection Devices and Indicators
- Cooling Fans and Radiators
- Configuration
- Electrical Bus and Wiring Connections
- Current and Potential Transformers
Switch Gear
- Bus and Wiring Connections
- Knife Edges/Disconnects
- Insulators
- Fusing/Circuit Breaker/Tie Breaker
- Feeder Protection Relays
- Current and Potential Transformers
AC Electrical System – Medium Voltage (750V to 7.5kV)
Transformer
- Bushings
- Mechanical Protection Devices and Indicators
- Electrical Protection Devices and Indicators
- Cooling Fans and Radiators
- Configuration
- Electrical Bus and Wiring Connections
- Current and Potential Transformers
Switch Gear
- Bus and Wiring Connections
- Knife Edges/Disconnects/Contactors
- Insulators
- Control Metering/Indicators
- Fusing/Circuit Breaker/Tie Breaker
- Feeder Protection Relays
- Current and Potential Transformers
Motors
- Motor Protection Relays
- Vibration Analysis
- Hand-Off-Auto Functions
- Wiring Connections
AC Electrical System – Low Voltage (up to 750V)
Transformer
- Bushings
- Mechanical Protection Devices and Indicators
- Electrical Protection Devices and Indicators
- Radiators
- Configuration
- Electrical Bus and Wiring Connections
- Current and Potential Transformers
Motor Control Centre (MCC)
- Bus and Wiring Connections
- Fusing/Circuit Breaker
- Feeder Protection Relays
- Current and Potential Transformers
- Control Metering/Indicators
- Control Transformers
- Contactors
- Overloads
- Lighting Contactors
- Variable Frequency Drives (VFD)
Motors
- Motor Protection Relays
- Vibration Analysis
- Hand-Off-Auto Functions
- Wiring Connections
Miscellaneous Loads
- Heaters
- Pumps
- Wall Outlets
- Distribution Panel Boxes
- Distribution Transformers
- Solenoid Valves
- Electric Valve Actuators
DC Electrical System
Transformer
- Bushings
- Mechanical Protection Devices and Indicators
- Electrical Protection Devices and Indicators
- Radiators
- Configuration
- Electrical Bus and Wiring Connections
- Current and Potential Transformers
AC Motor Control Centre (MCC)
- Bus and Wiring Connections
- Fusing/Circuit Breaker
- Feeder Protection Relays
- Current and Potential Transformers
- Control Metering/Indicators
- Control Transformers
- Contactors
- Overloads
DC Motor Control Centre (MCC)
- Rectifier
- Bus and Wiring Connections
- Fusing/Circuit Breaker
- Wiring Connections
- Variable Speed Drives (VSD)
- Rectifier
- Control Metering/Indicators
Motors
- Motor Protection Relays
- Vibration Analysis
- Hand-Off-Auto Functions
- Wiring Connections
Miscellaneous Loads
- Heaters
- Solenoid Valves
- Electric Valve Actuators
Emergency Power and/or Cogeneration Power
Generation
Generator
- Wiring Connections
- Driver and Fuel Source
Transformer
- Bushings
- Mechanical Protection Devices and Indicators
- Electrical Protection Devices and Indicators
- Radiators
- Configuration
- Electrical Bus and Wiring Connections
- Current and Potential Transformers
Motor Control Centre (MCC)
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