Course Details
TROUBLESHOOT AND DIAGNOSE FAULTS IN ELECTRICAL EQUIPMENT
Location
Date
Duration
Language
Discipline
Electrical EngineeringIntroduction
This training course discusses the practical troubleshooting of electrical equipment and control circuits. It helps to increase the knowledge and skills of delegates in improving equipment productivity whilst reducing maintenance costs. This training course focuses on the main issues of troubleshooting electrical equipment and control circuits of today to enable delegates to walk onto their facilities to troubleshoot and fix problems as quickly as possible. The delegates will be able to identify, prevent and fix common electrical equipment and control circuits. The delegates will be aware of practical issues that go beyond typical electrical theory and focus on providing them with the necessary toolbox of skills in solving electrical problems which normally faced at industrial fields
Objective
• Diagnose electrical problems
• Eliminate the expensive trial and error approach
• Reduce unexpected downtime on electrical motors and other equipment
• Improve plant safety
• Learn specific techniques to troubleshoot equipment and control circuits
• Analyze Equipment problems
• Determine causes of equipment failure
Audience
Electrical engineers
• Junior Electrical engineers.
• Elect. Technicians
• Operations technicians
• Electrical technicians and supervisors
Content
Basic Principles
a. Basic principles of Electrical machines
b. AC Power systems
c. Meters used in Trouble shooting
Devices, Symbols, and circuits
a. Devices and Symbols
b. Electrical circuits
c. Reading and understanding electrical drawings & Ladder logic
d. Wires and terminal numbering
Basic Trouble Shooting principles
a. Basic principles in using a drawing and meter in trouble shooting circuits
b. Checks for circuit continuity with disconnected supply
c. Checks for circuit continuity with live supply
d. Tests and methods
e. Testing devices
f. Circuits, wiring and connections
g. Tests for installation and trouble shooting
Trouble shooting AC motors and starters
a. Fundamentals of 1 phase and 3 phase AC motors
b. DC motors
c. Motor enclosures
d. Motor identification and connection diagram
e. Motor rating and insulation types
f. Starting of Motor – Forward and Reverse
g. Motor Braking methods
h. Measurements and motor testing
i. Motor failures and methods to extend life
Switches, Circuit Breakers and Switchboard
a. Switches and Circuit Breakers
b. Overloads and fault protection
c. Switchboards
d. Motor Control Centre
Troubleshooting Variable Speed Drive
a. Basics of VSD and its need
b. Power electronic Rectifiers and Inverters (AC/DC/AC – Converters)
c. Overall protection and diagnostics
d. Installation and commissioning
e. Power supply connections and earthing requirements
f. Precautions for start/stop control of AC drives
g. Control wiring for VSDs
Troubleshooting Control Circuits
a. Basic control circuits
b. Ladder logic circuits
c. Two-wire control
d. Three-wire control – start/stop
e. Jog/inch sequence
f. Sequence start and stop
g. Automatic sequence starting
h. Reversing circuit
i. Plug stop and anti-plug circuits
j. Two-speed motor
k. Overload protection
l. Troubleshooting examples
m. Troubleshooting strategies
n. Ladder logic design exercise
Summary
a. Group Discussions
b. Last Day Review & Assessments
c. Q&A
Certificate
MAESTRO CONSULTANTS Certificate of Completion for delegates who attend and complete the training course
Methodology
Our courses are highly interactive, typically taking a case study approach that we have found to be an effective method of fostering discussions and transferring knowledge. Participants will learn by active participation during the program through the use of individual exercises, questionnaires, team exercises, training videos and discussions of “real life” issues in their organizations.
The material has been designed to enable delegates to apply all of the material with immediate effect back in the workplace.