Course Description
The primary goal of
this course is to learn participants how to protect themselves and others from
injuries coming, directly or indirectly, from electricity. Learning
common-sense electrical troubleshooting techniques will help them to achieve
this goal as well as keeping facilities and equipment up and running. This
course covers the basic electrical and electronics including fundamentals of
electrical principles and electrical practices and electricity problems
Course
Objectives
·
Learning how
to use electrical installation tools
·
Beaing able to
read control system schematics
·
Learning how
to recognize the elements and operations of circuits
·
Being familiar
with the types of faults
·
Understanding
the types of controls and their operation
·
Practicing
hands-on troubleshooting
Who
Should Attend?
·
Maintenance
supervisors
·
Beginner
electrician
·
Technician
·
Building
maintenance worker
·
Service
technicians
·
Contractors
·
Energy
auditors
·
Layout professionals
Program Schedule
DAY 1
·
Electrical
theory, atoms and elements and compounds
·
Electric
charges and electron flow
·
The importance
of electrical safety and safe electrical practices
·
Electrical
references and tools needed for electric troubleshooting
DAY 2
·
Color codes
encountered as an electrician
·
Capacitive
circuits, inductive circuits, and resistive circuits
·
Insulators and
conductors
·
Metering and
explain the types of meters
·
Analog and
digital meters
DAY 3
·
Ghost voltage
·
Reading
measurements
·
Circuit conductors,
connections, and protection
·
Ohms law and
power formula
·
What are
series circuits and parallel circuits
DAY 4
·
Magnetism and
electromagnetism
·
The difference
between solenoids and transformers
·
Current draw
·
Temperature
compensation
·
Transformer
taps / connections
DAY 5
·
Electric
motors in industry
·
What circuit
elements and what are complex circuits
·
Load power
requirements and power sources
·
High and low
voltage and voltage stabilizers and transient voltage
·
Electrical
requirements for control, protection, monitoring, and improper phase sequencing