Advanced Diploma in Electrical Engineering
Study Option (1) Guided Online / USB Based flexible study
The units relevant to
guided online study notes given in the class for all courses up to date are
shown in tables. If you are doing self study , the reference
notes for relevant reference units are to be referred. Consult with teacher for
relevancy & mapping of the units.
Enter www.1790817794.zoomshare.com to access the
resources for self study
The students should do the units stage by stage as given in outline plan and
timetable.
The guided lessons cover the following courses.
332, 338, 249, 17908, 17794, 17788, UEE62211
The training is
provided for
312311 Electrical
Engineering Draftsperson
312312 Electrical
Engineering Technician
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You need to bring
your laptop to copy the lesson& exercise files from
USB instead of downloading.
Several
links are provided for backup purpose. If one link is not working, you can
still download the lessons from other link.
(1)DOWNLOAD LINK
FOR GUIDED STUDY ONLINE LESSON (ONLY WRITINGS) + EXERCISE ASSIGNMENTS
2008 to 2010 Class lessons with audio files.
(2)DOWNLOAD LINK
FOR EXERCISES
Click HERE to download the Exercises
http://www.mongroupsydney1.com/Advanced_Diploma_in_Electrical_Engineering_Exercises_EE011.pdf
Physics+ Advanced
Power System Exercise
G037+38+39+E046
Video Lesson Exercises.pdf (0.46MB)
Click HERE to download the exercises
(3)DOWNLOAD LINK
FOR PRACTICAL
Click HERE to download the
all engineering practicals
(4)DOWNLOAD LINK
FOR GUIDED STUDY ONLINE LESSON (WRITINGS ON WHITE BOARD + AUDIO FILES)
Amplifier+Power Supply+Digital H011+H012+H013.zip
UEENEEH011B -
Troubleshoot d.c. power supplies with
single phase input
(UEEEC0075 Troubleshoot
single phase input d.c power supplies*)
UEENEEH012B -
Troubleshoot digital subsystems
UEEEC0069 Troubleshoot
digital sub-systems*
UEENEEH013B -
Troubleshoot amplifiers
UEEEC0067 Troubleshoot
basic amplifier circuits*
http://www.highlightcomputer.com/AmplifierPower
SupplyDigital Mod.zip
http://highlightcomputergroup4.zoomshare.com/files/H011.zip
http://highlightcomputergroup4.zoomshare.com/files/H012.zip
http://highlightcomputergroup4.zoomshare.com/files/H012_I006-4.Digital_control.zip
http://highlightcomputergroup4.zoomshare.com/files/H013_Part_2.zip
http://highlightcomputergroup4.zoomshare.com/files/H013.zip
K151
|
UEENEEK151A Develop effective engineering
strategies for energy reduction in buildings |
|
Building Design+Material Science-K041+E047.zip
Building
Design +Material Science
www.highlightcomputer.com/K151A
Energy Efficient Building-Mod.zip
E125+G149
|
EEE125A Provide engineering
solutions for problems in complex multiple path circuits |
UEECD0036 Provide engineering
solutions for problems in complex multiple path circuits |
|
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Circuit
G048+E025.zip
www.highlightcomputer.com/Circuit
G048E025G049-Mod.zip
G101+G102+G006
|
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Elect
Fundamental E029+G012+G001+G002+G060.zip
www.highlightcomputer.com/ElectFundamentalE029G012G001G002G006Mod.zip
G143+G144+G145
Elect
Machine-G043+G044+G045.zip
|
UEENEEG144A Develop engineering solutions
for d.c. machine and control problems |
|
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UEENEEG145A Develop engineering solutions for
induction machine and control problems |
|
http://www.highlightcomputer.com/Elect
Machine-G043G044G045 Mod.zip
http://highlightcomputergroup4.zoomshare.com/files/G043_G045_Part_1.zip
http://highlightcomputergroup4.zoomshare.com/files/G043_G045_Part_2.zip
http://highlightcomputergroup4.zoomshare.com/files/G044_G010.zip
E101+102+104+105+107+108
|
HLTAID001 Provide cardiopulmonary resuscitation |
HLTAID001 Provide cardiopulmonary
resuscitation 10 |
|
UEECD0007 Apply work health and safety
regulations, codes and practices
in the workplace |
UEENEEE101A
Apply Occupational Health and Safety regulations, codes and
practices in the workplace |
|
UEECD0016 Document and apply measures to
control WHS risks associated
with electrotechnology work* |
UEENEEE137A
Document and apply measures to control OHS risks associated with
electrotechnology work |
|
UEECD0019 Fabricate, assemble and dismantle
utilities industry components* |
UEENEEE102A
Fabricate, assemble and dismantle
utilities industry components |
|
UEECD0020 Fix and secure electrotechnology
equipment* |
UEENEEE105A
Fix and secure electrotechnology equipment |
|
UEECD0051 Use drawings, diagrams, schedules,
standards, codes and specifications* |
UEENEEE107A
Use drawings, diagrams, schedules, standards, codes and
specifications |
Electrical Workshop+Wiring E001+2+3+4+5+7+8+33+G003+4+7.zip
http://highlightcomputergroup4.zoomshare.com/files/Electrical_WorkshopWiringMod.zip
Electrical
Workshop Wiring Mod
E126+127
Maths 1-E050+G047.zip
|
|
www.highlightcomputer.com/Maths1E050G047Mod.zip
www.iqytechnicalcollege.com/Maths
2-E026 Mod.zip
E082
Physics-E046
Part 1.zip
|
|
Physics-E046
Part 2.zip
http://highlightcomputergroup4.zoomshare.com/files/PhysicsE046_Part_2.zip
I Units
Power
Electronics -H025+H026.zip
|
UEE07 UEENEEH025B Provide solutions to single phase
electronic power control problems |
|
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UEE07 UEENEEH026B Provide solutions to polyphase
electronic power control problems |
|
http://highlightcomputergroup4.zoomshare.com/files/Power_Electronics_H025H026_Mod.zip
IS67+69
|
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Power
System 1-G015+G046+A010
www.highlightcomputer.com/G015-AA
Mod.zip
IS68+74
|
|
www.highlightcomputer.com/G015-AE
Mod.zip
IS69
www.highlightcomputer.com/G015-AG
Mod.zip
www.highlightcomputer.com/A010Mod.zip
Power
system 2-G037+G038+G039.zip
IS73
|
|
www.highlightcomputer.com/G040Mod.zip
IS71
Transmission Line G042
|
|
www.highlightcomputer.com/G042
Mod.zip
Transmission
line-G042.zip
E011+E117+E071+G169+G170
Projectplanning+management+Risk+OHS. G069+G070+E071+E011+E017.zip
|
UEECD0026 |
Manage risk in
electrotechnology activities |
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www.highlightcomputer.com/E01124G069G070Mod.zip
Project+Risk-E011+E017+G070+G069
Project Specification+
Variation
Risk
Management
Project Risk
Assessment and Management
http://www.mongroupsydney1.com/Electrical_Risk_Assessment.pdf
Project Management +Specification Delivery &
Assessment Plan
http://www.mongroupsydney1.com/ProjectManagementSpecificationDeliveryandAssessmentPlan.doc
K125+K135
|
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UEENEEK135A
Design grid connected photovoltaic power supply systems |
|
Renewable
Energy-K025+K035.zip
http://highlightcomputergroup4.zoomshare.com/files/Renewable_EnergyK025K035_Mod.zip
I units
|
UEE07 UEENEEI006B Solve problems in process
controllers, transmitters and converters |
|
Process
control-I006+I008+I020.zip
http://highlightcomputergroup4.zoomshare.com/files/Process_controlI006I008I020_Mod.zip
Process
Control I006+I008+I020
BUSINESS
UNITS
http://www.mongroupsydney1.com/Business_units_assignment_instruction.zip
E083
|
|
E083 Electro-technology Competency Development
http://www.mongroupsydney1.com/E083.pdf
E083 Electro-technology Competency Development
(Electronics)
http://www.mongroupsydney1.com/E083Electronics.pdf
Electronic
Workshop
www.mongroupsydney1.com/h102.htm
Programmable
Controllers
www.mongroupsydney1.com/plc.htm
M
Units
M units backup link
BAE 631E Maintenance &
Repair Works in Hazardous Areas
BAE 632E Electrical Wiring
in Hazardous Areas
BAE 633E Hazardous Area
Safety Audits
BAE 635E Testing in
Hazardous Areas
BAE 636 E Hazardous Area
Inspection
BAE 637E Hazardous
Chemical Management
BAE 638E Environmental
Engineering in Hazardous Areas
PRACTICALS
Stage 1
Electrical Workshop Update
CAD Drafting+
Computerized Electronic Circuit Development
ELECTRICAL
TRADE REFERENCES
www.mongroupsydney1.com/electricaltradereference.htm
POWER
REFERENCES
www.mongroupsydney1.com/powerreference.htm
ENERGENCY EFFICIENCY REFERENCES
www.mongroupsydney1.com/energencyefficiencereference.htm
ELECTRICAL MACHINE REFERENCES
www.mongroupsydney1.com/machinereference.htm
ELECTRONIC REFERENCES
www.mongroupsydney1.com/electronicreference.htm
COMPUTER REFERENCES
www.mongroupsydney1.com/computerreference.htm
PROJECT
MANAGEMENT BUSINESS REFERENCES
www.mongroupsydney1.com/projectmanagementbusinessreference.htm
ELECTRICAL PRINCIPLE REFERENCES
www.mongroupsydney1.com/electricalprinciplereference.htm
ASSESSMENT
|
Self study |
Guided Study online |
Guided study face to face |
|
(1) Study and do the assignments for
reference study notes inhttp://16051.zoomshare.com/files/1790817794V2.htm for each unit. (OR) May be
exempted based on previous
study Assessment Method 1—Theory Assignment |
(1)Study and
do the assignments for every power point slides that can be accessed from
this page for the unit that that you are doing and submit the assignments
(OR) May be exempted based on previous study Assessment Method 1—Theory
Assignment |
(1) Attend the face to
face class & sit test 1 and 2 Assessment Method 3—Class
participation Assessment Method
4-Test/Examination |
|
(2) Submit the compulsory practical
assignments AND Submit practical project or practical assignments for the
number of practicals as asked by teacher in the following study areas
Assessment Method
2-Practical Assignment /Project |
(2) Submit the compulsory practical
assignments AND Submit practical project or practical assignments for the
number of practicals as asked by the teacher in the following study areas
Assessment Method
2-Practical Assignment/Project |
(2) Submit the compulsory practical
assignments AND/OR Attend the practical class and submit the
report Assessment Method 2-
Practical Assignment/ Project Assessment Method 5-
Practical Observation |
|
(3)By submitting
the work experience records and references ,submission of practical
tasks may be exempted. Assessment
Method (6) -Portfolio Assessment |
(3) By submitting the work experience
records and references , submission of
practical tasks may be exempted. Assessment Method (6) -Portfolio Assessment |
|
There are total
numbers of 2000 + Questions & Problems to be worked out to complete the
whole advanced diploma. The questions & problems are mostly relevant to
the class room delivered lessons given in
the slides that can be accessed from this page.
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STUDY
Guided Online
study
PART (1) ESSENTIAL
KNOWLEDGE AND SKILLS-EKAS
· Study area (1)Power System
Power
System 1-G015+G046+A010
AA.zip
AE.zip
AG.zip
A010.zip
Power
system 2-G037+G038+G039.zip
Transmission
line-G042.zip
G015+7762AA+7762AE+7762AG
|
UEENEEG015 |
|
Find and rectify faults in
energy supply network equipment |
|
7762AA |
EA153 |
Electrical distribution 1 |
|
7762AE |
EB112 |
Power system protection |
|
7762AG |
EB114 |
Power systems operation |
UEE62211
|
UEENEEG015B |
Find and rectify
faults in energy supply network equipment |
|
UEENEEG046B |
Develop engineering solutions
for energy supply system protection problems |
G015
AA
1.OH Line mechanical design
2.Sag calculation
3.Sag calculation + % Ultimate
strength
4.Stay & guy wire design
5.Cross arm design+Assembly+Pin & bolt
6.Pole and line installation
technique
7.Line deviation+Galvanizing+Current rating+UG Cable
8.Stress in UG Cable
9.UG Cable capacitance, testing,connection
10.Di-electric strength & fault in
UG Cable
11,Voltage regulator+Booster transformer
12.Booster transformer
13UG cable infrastructure
Tariffs.pdf
AE
15.Overcurrent & earth fault
protection
16.Time and current grading
17.Power transformer protection
18.Connection of differential
relay
19.3 Phase differential relay
20.Connection of main transformer,
CT, differential relay
21.Definite minimum time point,
interpreting relay specification
22.Capacitor bank protection
23.Transmission line protection
24.Distance relay,pilot wire differential, 3 ph line protection
25.Distance protection scheme
26.Protective Transformer
27.CT Characteristics
28.Multi tapped CT,CT calculation,Testing CT
29.Digital relay,Telecom for protection
30.Typical control+Power Installation
diagram
31.3 Phase control diagram, comparator
32.Over current& earth
fault protection,Directional protection,Operating Characteristics
AG
33.2 Alternators supply load
34.Stability
35.Corona+Short circuit current+Transient fault+Voltage surge
36.Reactive power control+Static VAR compensation
37.Line power flow+Receiving end voltage comparison
38.Computerised control+Supervisory Control+IP based
telecom network+Digital Control
39.Metering+Location of CT+Power surge+Grounding+Harmonic
40.Power system economic+Synchroscope+CHP+Fuel cell+RAP
41.Hydro power+Alternator winding
42.Voltage & PF control+Static VAC
43.Air insulation+Short ckt current+Corona+Line surge
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G042+4269T+7762AH
|
UEENEEG042B |
|
Diagnose and rectify faults in
electrical energy supply transmission systems |
|
7762AH |
EA157 |
Power systems fundamentals |
|
4269T |
EB164 |
Transmission lines 1 |
UEE62211
|
UEENEEG042B |
Diagnose and rectify faults in
electrical energy supply transmission systems |
1.Comparing Power Systems
2.DC Transmission System
3.Reflection in transmission line
4.Power factor correction
5.Over head transmission
line
6.Waveforms in telecom line
7.Line impedance matching
8.Smith chart part 1
9.Transmission line overview
10.Smith chart part 2+Wave guide
11.Power Transmission Line+Per unit value
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G047+7762AH+4269T
|
UEENEEG047 |
|
Provide computational solutions
to power engineering problems |
|
7762AH |
EA157 |
Power systems fundamentals |
|
4269T |
EB164 |
Transmission lines 1 |
UEE62211
|
UEENEEE126A |
Provide solutions
to basic engineering computational problems Part 1 |
1.Linear-Exponential function
2.Ratio comparison
3.RLC Circuit
4.Gradient,Log function
5.Gradient application,Derivation
6.Oscillation function
7.Simultaneous equation
8.Fourier wave & harmonics
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G049+7762AB+7761M
|
UEENEEG049 |
|
Solve problems in complex
polyphase power circuits |
|
7762AB |
EA155 |
Fault calculations |
UEE62211
|
UEENEEG149A |
Provide
engineering solutions to problems in complex polyphase power circuits |
|
UEENEEG030B |
Design switchboards rated for
high fault levels |
G049 Part 1
6.Apparent,real,reactive power
7.Three phase voltage
8.Star delta load
9.Star delta unbalanced load
10.Unbalanced delta load
11.Three phase power
12.Three phase load
G049 Part 2
1. Delta-reverse sequence
2.Three ph power
measurement
3.Three ph 4
wires unbalanced
4.Three ph 4
wire system
5.Three ph 3
wire unbalance
6.Thevenin’s theorem
7.Three ph star
unbalance
8.Three ph delta
total power
9.AC ckt,
3 ph problems
10.J form
11.Positive,negative,zero sequence
12.Per unit system
13.Fault calculation
14.Four terminals network, fault
calculation pb
G049 Part 2
Exercises for slides
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G037+G038+G039
|
UEENEEG037B |
|
Diagnose and rectify faults in
energy supply apparatus |
|
UEENEEG038B |
|
Diagnose and rectify faults in
electrical energy distribution systems |
|
UEENEEG039B |
|
Diagnose and rectify faults in
distributed generation systems |
UEE62211
|
UEENEEG038B |
Diagnose and
rectify faults in electrical energy distribution systems |
|
UEENEEG039B |
Diagnose and rectify faults in
distributed generation systems |
1.Power Flow+ Supply Fault
2.Power System Control Equipments
3.Harmonics+Syn Machine+Governor
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Study area (2)Electrical Machines
Drive System + Magnetics
Elect Machine-G043+G044+G045.zip
Power Transformer+Line-G040.zip
G012
|
UEENEEG012B |
|
Solve fundamental problems in
electrical systems |
UEE62211
|
UEENEEG033A |
Solve problems in
single and three phase low voltage electrical apparatus and circuits |
|
UEENEEG006A |
Solve problems in
single and three phase low voltage machines |
1.Electrical components +Energy
& power
2.Industrial electrical
application, AC DC motor Sensor
3.Energy conversion, AC Principle,AC Circuits
4.Transformer,Voltage regulation,
Inductance, Capacitance, Power, Power factor
5.Multiphase system, AC DC Motor,
Induction motor
6.Motor starting, wound rotor
motor, motor construction
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G001+G002
|
UEENEEG001 |
|
Solve problems in
electromagnetic circuits |
|
UEENEEG002 |
|
Solve problems in single and
three phase low voltage circuits |
|
7793A |
NE160 |
Electrical principles 1 |
|
7793B |
NE161 |
Electrical principles 2 |
UEE62211
|
UEENEEG101A |
Solve problems in
electromagnetic devices and related circuits |
|
UEENEEG102A |
Solve problems in
low voltagea.c. circuits |
1.Magnetism+Electro magnetic+Reactance
2.Electro magnetic induction
test
3.Inductor
4.Relay
G001+G002 Exercises for slides
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G043+G045 +7762AF
|
UEENEEG043B |
|
Develop engineering solution
for synchronous machine problems |
|
UEENEEG045B |
|
Develop engineering solutions
for induction motor problems |
|
7762AF |
EB110 |
Advanced AC machines |
UEE62211
|
UEENEEG035B |
Diagnose and rectify
faults ina.c. motor drive systems |
|
UEENEEG045B |
Develop engineering solutions
for induction motor problems |
|
UEENEEG061B |
Design and develop
modifications to electrical machines |
1.AC Machine introduction
2.Induction motor
3.Motor equivalent circuit
4.Wound rotor motor
5.Torque+Motor test
6.Synchronous speed+slip+power of
motor
7.Motor starters
8.Three ph motor
equivalent ckt
9.Reduced starting methods
10.Reduced voltage starting
11.Synchronous machine
12.Synchronous generator
13.Effect of field excitation
14.Oscillation of synchronous
machine
15.Generator control
16.Single phase motor
17.Synchronous impedance
18.Single phase motor Problems
19.Force on motor
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G044+7762AC
|
UEENEEG044B |
|
Develop engineering solutions
for d.c. machine problems |
|
7762AC |
EA108 |
Advanced DC machines |
UEE62211
|
UEENEEG036B |
Diagnose and rectify
faults ind.c. motor drive systems |
|
UEENEEG061B |
Design and develop
modifications to electrical machines |
1.DC Machine
2.Armature winding
3.Torque production
4.Armature reaction +Commutation
5.Voltage regulation+Efficiency
6.DC Machine problems
7.Effect of flux on voltage
8.DC motor control+SCR
9.DC motor starter
10.DC motor starter circuit
analysis
11.DC motor speed control
12.DC generator characteristics
test
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G040+7762AD
|
UEENEEG040 |
|
Develop engineering solutions
for energy supply power transformer problems |
|
7762AD |
EB113 |
Power transformers |
UEE62211
|
UEENEEG040B |
Develop engineering solutions
for energy supply power transformer problems |
1.Transformer construction
2.Power transformer+Magnetisation
3.Transformer equivalent circuit
4.Polarity testing
5.Transformer losses+ Voltage
regulation
6.Parallel operation
7.Three phase transformer
connection
9.Harmonic in transformer +All day
efficiency
10.Unbalanced load+Parallel+Cooling+Tap changing+efficiency
11.Rating+Conservator system
12.Winding series& parallel+Phase shift
13.Polarity
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
Study area (3)Power
Electronics
Power Electronics -H025+H026.zip
H025
|
UEENEEH025 |
|
Provide solutions to single
phase electronic power control problems |
|
8273Z |
NE064 |
Variable speed drives |
UEE62211
|
UEENEEH025B |
Provide solutions to single
phase electronic power control problems |
|
UEENEEG041B |
Diagnose and rectify faults in
servo drive systems |
1.DC condition op-amp
2.Monostable ckt,Inverting,
3.Op-amp characteristics+Bandwidth compensation
4.Op-amp,Diode,Rectifier
5.Active filter,
6.Industrial transducers
H026
|
UEENEEH026 |
|
Provide solutions to polyphase
electronic power control problems |
|
8273Z |
NE064 |
Variable speed drives |
UEE62211
|
UEENEEH026B |
Provide solutions to polyphase
electronic power control problems |
|
UEENEEG041B |
Diagnose and rectify faults in
servo drive systems |
1.Variable speed drive
2.Converter
4.Chopper ckt,bridge rectifier
5.Three phase variable drive
system
7.Power SCR
8.AD-DC Converter, Chopper circuit
9.Three phase bridge rectifier,SCR circuit
10.Variable voltage variable
frequency
11.Pulse width modulator
12.Current fed inverter
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
H045+7761A
|
UEENEEH045 |
|
Develop solutions to analogue
electronic problems |
|
7761A |
EA100 |
Analogue electronics 1 |
UEE62211
|
UEENEEH044B |
Diagnose and rectify faults in
analogue circuits and components in electronic control systems |
1.Basic operational amplifier
2Analog amplifier configuration
3.Inverting, non inverting amplifier
4.Slew rate
5.Noise model for op-amp
6.Method to improve noise
performance
7.Phase margin and closed loop
bandwidth
8.Compensation capacitor critical
damping
9.Bandwidth, slew rate+Non inverting
10.Instrumentation amplifier
11.Construction of analogue
electronic circuit
12.Direct coupled amplifier,
differential amplifier
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
Amplifier+Power Supply+Digital H011+H012+H013.zip
H011
|
UEENEEH011B |
|
Troubleshoot d.c. power supplies with single phase input |
UEE62211
|
UEENEEH044B |
Diagnose and rectify faults in
analogue circuits and components in electronic control systems |
H011
H011 Exercises for slides
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
H012
|
UEENEEH012B |
|
Troubleshoot digital subsystems |
UEE62211
|
UEENEEI020B |
Provide solutions to problems
in basic industrial control systems Part 1 |
|
UEENEEH043B |
Diagnose and rectify faults in
digital subsystems of electronic controls |
H012 Part 1
1.Digital Introduction
2.Logic gates
3.Combinational logic
4.Digital logic simplification
5.Number system+DAC+Display
H012 Part 2
4.Digital control
6.Encoder+Decoder
7.Digital signal processing
8.DAC+Flipflop+Sensor
9.Analogue to Digital Conversion
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
H013
|
UEENEEH013B |
|
Troubleshoot amplifiers |
UEE62211
|
UEENEEH044B |
Diagnose and rectify faults in
analogue circuits and components in electronic control systems |
1.Amplifier,configuration
2.MultiStage+Feedback+FET
3.Power Output
Stage
4.Power Supplies
5.Power Amplifier
6.Op-amp calculations
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
Study area (4)Process Control
Process
control-I006+I008+I020.zip
I006
|
UEENEEI006B |
|
Solve problems in process
controllers, transmitters and converters |
|
6032A |
EA904 |
Control concepts |
|
7761L |
EA190 |
Electronic signals and systems |
UEE62211
|
UEENEEI019B |
Set up field control devices |
|
UEENEEI020B |
Provide solutions to problems
in basic industrial control systems Part 2 |
|
UEENEEI025B |
Provide solutions to fluid
circuit operations |
|
UEENEEI026B |
Provide solutions to
pneumatic/hydraulic system operations |
|
UEENEEI027B |
Analyse complex electronic
circuits controlling fluids |
|
UEENEEI038A |
Provide solutions to ELV
electro-pneumatic control systems and drives |
|
UEENEED004B |
Use engineering applications
software |
1.Process control transducer
2.Operational amplifier
3.Pnuematic
4.Digital control
5.PLC TL31
6.Encoder+Decoder
7.Digital signal processing
8.DAC+Flipflop+Sensor
9.Analogue to Digital Conversion
10.Temperature control
11.Industrial transducer
12.Control system evaluation
13.Proportional control
14.Electronic signal system
15.Types of transducers
16.Speed measurement
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
Study area(5)Renewable
Energy
K041+E047+7768T
Building Design+Material Science-K041+E047.zip
Renewable
Energy-K025+K035.zip
|
UEENEEK041 |
|
Develop strategies for
effective energy reduction in buildings |
|
UEENEEE047 |
|
Identify building techniques,
methods and materials used inelectrotechnology work
activities |
|
7768T |
EB151 |
Air conditioning system design |
UEE62211
|
UEENEEK051A |
Develop effective strategies
for energy reduction in buildings |
1.Passive solar design
2.Climate and human comfort
3.Solar calculation, thermodynamic
principle
4.Windows & shading
5.Insulation, Australian standard for
energy efficient building design
6.Ventilation, application of
psychometric chart
7.Thermal mass, centralised airconditioner, cooling load
8.Ventilation
9.Electrical & load
calculation
10.Building service energy management
11.Design for climate
12.Air movement
13.Solar effect and wind condition
14.HVAC
15.Solar hot water system
16.Lighting Problems
17.Fire protection smoke alarm
18.Energy management- human factor
19.Energy saving campaign
20.Hot water transmission
21.Motivation for energy savings
E047
E047+K041 Materials+Building-1
E047+K041 Materials+Building-2
K041+E047 Exercises for slides
K025+4291K
|
UEENEEK025 |
|
Solve basic problems in
photovoltaic energy apparatus |
|
4291K |
NUER01 |
Intro to renewable energy
technologies |
UEE62211
|
UEENEEK042A |
Participate in environmentally
sustainable work practices |
|
UEENEEK045A |
Implement & monitor,
policies & procedures for environmentally sustainableelectrotech work
practice |
|
UEENEEK032B |
Develop strategies to address
sustainability issues |
1.PV Equipments
2.Testing solar modules
3.Battery charging
4.Solar module principle
5.Distribution of Sun light
6.Solar module energy output
7.Solar geometry
8.Altitude and Azimath angle
9.Free electron
10.Fermi level
11.Light fall on solar cell
12.Production+Current equation of solar
cells
13.Solar radiation and shading
assessment
14.Irradiation calculation
15.Exciting of free electron by
sunlight
16.Solar irradiation
17.Battery charger system
18.Configuration of solar system
19.PV water pumping
20.Array efficiency+System design
21.Solar water pump calculation
K035
|
UEENEEK035C |
|
Design grid connected power
supply systems |
UEE62211
|
UEENEEK032B |
Develop strategies to address
sustainability issues |
1.Inverter Introduction
2.Inverter
3.Sine wave inverter
4.PWM
5.Grid connected inverter system
6.Switching model +photovoltaic
inverter
7.Grid connected inverter
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
Study area(6)Electrical
Fundamental+ Maths+ Physics+ Materials Science
Elect
Fundamental E029+G012+G001+G002+G060.zip
Maths 1-E050+G047.zip
Maths 2-E026.zip
Physics-E046
Part 1.zip
E025+4269S
|
UEENEEE025 |
|
Solve problems in complex
multiple path circuits |
|
4269S |
EB163 |
Circuit analysis 2 |
UEE62211
|
UEENEEE125A |
Provide solutions
to complex multiple path circuits problems |
E029
|
UEENEEE029 |
|
Solve electrotechnical problems |
UEE62211
|
UEENEEG006A |
Solve problems in
single and three phase low voltage machines Topic 1,2,3,13 |
|
UEENEEE081A |
Apply material
science to solving electrotechnologyengineering problems |
Topic 5,6,7,8,9,1011,12+E047
1.Electric motor-selection &
application(E029+G006)
2.Duty type of motor(E029+G006)
3.Induction motor
starting(E029+G006)
4.Induction and synchronous
motor(E029+G006)
5.Density ,friction, linear
motion(E029+G012+E046)
6.Force , mass,
acceleration(E029+G012+E046)
7.Torque,work,power,energy(E029+G012+E046)
8.Impulse(E029+G012+E046)
9.The law of
machine(E029+G012+E046)
10.Mechanical drives system(E029+G012+E046)
11.Power factor
measurement(E029+G006)
12.Stress and
strain(E029+G012+E046)
13.Power and machine(E029+G012)
E047
E047+K041 Materials+Building-1
E047+K041 Materials+Building-2
E047 Materials Science
|
UEENEEE047B |
|
Identify building techniques,
methods and materials used inelectrotechnology work
activities |
E047 Materials Science
Practical-E029-Maximum power transfer
theorem.zip
Practical-E029-Superposition
theorem.zip
Practical-E029-Maximum power transfer
theorem.pdf
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
G001+G002
|
|
|
|
|
UEENEEG002 |
|
Solve problems in single and
three phase low voltage circuits |
|
7793A |
NE160 |
Electrical principles 1 |
|
7793B |
NE161 |
Electrical principles 2 |
UEE62211
|
UEENEEG101A |
Solve problems in
electromagnetic devices and related circuits |
|
UEENEEG102A |
Solve problems in
low voltagea.c. circuits |
5.AC 3 phase circuit basic
G001+G002 Exercises for slides
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
G048+7769AC
|
UEENEEG048 |
|
Solve problems in complex
multiple path power circuits |
|
7769AC |
EB162 |
Circuit analysis 1 |
UEE62211
|
UEENEEE125A |
Provide solutions
to complex multiple path circuits problems |
1.Current source & voltage
source
2.Circuit solution
3.Nodal analysis
4.Maximum power transfer theorem
5.AC Network theorem
6.Transient
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
E026
|
UEENEEE026 |
|
Provide computational solutions
to basic engineering problems |
|
6032H |
EB916 |
Control/electrical calculations
3 |
UEE62211
|
UEENEEE027B |
Use advanced computational
processes to provide solutions to engineering problems |
1.Harmonic, fourier analysis
2.Calculation of harmonics
3.Ordinary differential equation
4.Linear differential equation
5.Application of logarithm
6.Beta Gamma function
7.Vector analysis
8.Laplace transform
9.Sufficient condition for LT
10.Inverse laplace
11.Gamma function in LT
12.LT in differential equation
13.Matrix+Numerical method
14.Legendre function
15.Partial differential equation+Multiple integral
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
E050+7759P
|
UEENEEE050 |
|
Undertake computations in
an electrotechnology environment |
|
7759P |
EA001 |
Calculus |
|
7759Q |
EA002 |
Engineering maths A |
|
7759R |
EA003 |
Engineering maths B |
UEE62211
|
UEENEEE126A |
Provide solutions
to basic engineering computational problems |
1.Power index + graphs
2.Log graph
3.Circular function +Trigo
4.Trigonometric function
5.Trigonometric identities
6.Vector
7.Area
8.Differentiation
9.Successive differentiation
10.Differentiation of functions
11.Integration
12.Integration application-electrical
13.Differential equation
14.RL-RC Ckt-2nd order
15.Statistics-Data collection
16.Statistics-Probability
17.Probability Distribution
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
E046
|
UEENEEE046B |
|
Identify affects of energy on machinery and materials
in anelectrotechnology environment |
UEE62211
|
UEENEEE082A |
Apply physics to solvingelectrotechnology engineering problems |
E046 Physics delivered concurrently
with G012+E047 (Mechanical)+G001+G002+G042
Reference Book
Fundamentals Of Physics
8th Extended 318MB
Physics Textbook
E046 Problem
Solutions
PART 1—Measurement, Force,
Motion, Momentum
Chapter 11Measurement
Cha pter 2 Motion Along a Straight Line
Chapter 3 Motion in
Two and Three
Dimensions
Chapter 4 Force and
Motion -1
Chapter 5 Force and
Motion - ll
Chapter 6 Kinetic
Energy and Work
Chapter 7 Potential
Energy and
Conservation of
Energy
Chapter 8 Center of Mass and Linear
Momentum
Chapter 9 Vectors
Chapter 10 Rotation
Chapter
1 1 Rolling, Torque, and Angular
Momentum------------------------------------E047(Material Science)+G012 (Mechanical) (E080)
--------------------------------------------------------------------------------------------------------------------------
PART 2—Equilibrium,Gravitation,Fluids,Oscillation,Wave,Heat,Thermodynamics
Chapter 12
Equilibrium and Elasticity
Chapter 13
Gravitation
Chapter 14 Fluids
Chapter 15
Oscillations
Chapter 16 Waves - |
Chapter 17 Waves
- ll
Chapter 18
Temperature, Heat, ohd the First
Law of Thermodynamics
Chapter 19 The Kinetic
Theory of Gases
Chapter 20 Entropy
and the Second Law
of Thermodynamics-------------------------------------------K041 (Building Heat Transfer)(K051)
-------------------------------------------------------------------------------------------------------------------
PART 3-Electricity
& Magnetism
Chapter 21 Electric
Charge
Chapter 22 Electric
Fields
Chapter 23 Gauss' Law
Chapter 24 Electric
Potential
Chapter 25
Capacitance
Chapter 26 Current
and Resistance
Chapter 27 Circuits
Chapter 28 Magnetic
Fields
Chapter 29 Magnetic
Fields Due to Currents
Chapter 30 lnduction and Inductance
Chapter 31
Electromagnetic Oscil lations and
Alternating Current
Chapter 32 Maxwell's
Equations; Magnetism
of Matter ----------------------- G001(Magnetic)+G002( 1 ph/3ph AC
Circuit)(G0101+G0102)
------------------------------------------------------------------------------------------------------------
PART
4-Electromagnetics Waves
Chapter 33
Electromagnetic Waves
Chapter 34 lmages
Chapter 35 lnterference
Chapter 36
Diffraction
Chapter 37 Relativity
-------------------------------------------------- G042 Transmission Lines
------------------------------------------------------------------------------------------------------------
PART 5-Nuclear
Physics
Chapter 38 Photons
and Matter Waves
Chapter 39 More About
Matter Waves
Chapter 40 All About
Atoms
Chapter 41 Conduction
of Electricity in Solids
Chapter 42 Nuclear
Physics-----------------------------------Gap Training
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
Study area(7)Electrical
Trade Study
Electrical Workshop
Electrical Workshop+Wiring E001+2+3+4+5+7+8+33+G003+4+7.zip
E001+E002+E007+E008+E005+E033+C002+C003
|
UEENEEE001 |
|
Apply OHS practices in
the work place |
|
UEENEEE002 |
|
Dismantle, assemble and
fabricate electrotechnology components |
|
UEENEEE005 |
|
Fix and secure equipment |
|
UEENEEE007 |
|
Use drawings, diagrams, schedules and manuals |
|
UEENEEE008 |
|
Lay wiring/cabling and
terminate accessories for extra-low voltage circuits |
|
UEENEEE033 |
|
Document occupational hazards
and risks in electrical work |
UEE62211
|
UEENEEE101A |
Apply
Occupational Health Safety regulations, codes and
practices in the workplace |
|
UEENEEE102A |
Fabricate,
dismantle, assemble of electrotechnologycomponents |
|
UEENEEE104A |
Solve problems
in d.c. circuits |
|
UEENEEE105A |
Fix and
secure electrotechnolgyequipment |
|
UEENEEE107A |
Use drawings,
diagrams, schedules, standards, cords and
specifications |
|
UEENEEE137A |
Document and
apply measures to control OHS risks associated
with electrotechnology work |
NOTES
1.OHS+Manual Handling.
2.Safety+Assembly+Drawing.zip
3.Lifting+Anchoring+Drawing+Sectioning.zip
4.Fixing accessories+Soldering.
5.Fixed electrical wiring+Home wiring ckt simplification.zip
6.Wiring ckt+2 ways switching.zip
7.Electrical safety test.zip
8.DC Circuits.zip
9.DC Series parallel circuits.zip
10.Lamp and resistor circuits.zip
11.Wheatstone bridge.zip
Electrical workshop Exercises for slides
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
G007
|
UEENEEG007B |
|
Select and arrange equipment
for general electrical installations |
UEE62211
|
UEENEEG106A |
Terminate
cables, cords and accessories for low
voltage circuits |
|
UEENEEG107A |
Select wiring
systems and cables for low voltage general electrical installations |
|
UEENEEG063A |
Arrange
circuits, control and protection for
general electrical installations |
1.Scope+Maximum demand
2.Maximum demand for 3
phase system
3.Maximum demand calculation
4.Cable selection
5.3Phase voltage drop
6.Questions & answers Part 1
7.Questions & answers Part 2
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
G003+G004
|
UEENEEG003B |
|
Install wiring and accessories
for low voltage circuits |
|
UEENEEG004B |
|
Install low voltage electrical
apparatus and associated equipment |
UEE62211
|
UEENEEG103A |
Install low
voltage wiring and accessories |
|
UEENEEG104A |
Install
appliances, switchgear and associated
accessories for low voltage electrical installations |
1.Basic wiring Circuit+Wiring rules
2.Water heater, switchboard wiring
RCD
3.Earthing+Wiring system+Safety Test
4.Cable installation
5.Earth fault, Hazard area
7.RCD+Cable selection
G003+G004+G007 Exercises for slides
G003+G004+G007 Part 2
1.Cable selection
2.Derating factor
3.Final subcircuit+Fault loop
impedance
4.Circuit testing 1
5.Circuit testing 2
G003+G004+G007 Part 2
Exercises for slides
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
G008+G009
|
UEENEEG008B |
|
Find and repair faults in
electrical apparatus and circuits |
|
UEENEEG009B |
|
Develop and connect control
circuits |
UEE62211
|
UEENEEG107A |
Select wiring
systems and cables for low voltage general electrical installations |
|
UEENEEG108A |
Trouble-shoot and
repair faults in low voltage electrical apparatus and circuits |
1.AC Machine
2.AC Motor control
3.Synchronous machine +DC Machine+
Transformer
G008+G009 Exercises for slides
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
Study area (8)Project+
Risk assessment+ Contracting
Projectspecification+planning+management+Risk+OHS. G069+G070+E071+E011+E017.zip
E011+E017
|
UEENEEE011B |
|
Manage risk
in electrotechnology activities |
|
UEENEEE017B |
|
Implement and monitor OHS
policies and procedures |
UEE62211
|
UEENEEE011C |
Manage risk inelectrotechnology activities |
|
UEENEEE017B |
Implement and
monitor OHS policies and procedures |
1.Hazard of electricity+ Risk
assessment
2.Risk analysis
3.LV safety
4.Safety in substation
5.Installation safety
6.Working near exposed main
(7) Hazard of electricity+ Risk
assessment
(8) Risk analysis
(9) LV safety
(10) Safety in substation
(11) Installation safety
(12) Working near exposed main
E011+E017 Exercises for slides
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
E071+MEM09004
|
UEENEEE071B |
|
Write specifications for
electrical engineering projects |
|
MEM09004B |
|
Perform electrical/electronic
detail drafting |
UEE62211
|
UEENEEC006B |
Prepare tender
submissions forelectrotechnology projects |
|
UEENEEE071B |
Write
specifications for electrical engineering projects |
|
UEENEEE080A |
Apply industry and community
standards to professional engineering activities |
|
UEENEEC005B
|
Estimate electrotechnologyprojects |
1.Project specification
2.HV conductor+Sale & marketing
3.Line infrastructure+materials storage+AS 1222
4.Mechanical fitting+Light fixture+Purchasing
5.Hazardous identification+Residential electrical
contract
6.Telecommunication+Insurance
7.Domestic electrical installation+Paper work
8.Pulling cable
into conduit +Management planning
9.Design Standard OH+Job accounting
10.UG Cable specification+Contract bid work+Concrete
11.HV OH
Line protection+Job schedule
12.Mechanical switches+manager, estimator and
superintendent
E071+MEM09004 Exercises for slides
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
G069+G070+E024
|
UEENEEG069B |
|
Manage electrical projects |
|
UEENEEG070B |
|
Plan electrical projects |
|
UEENEEE024B |
|
Compile and produce
an electrotechnology report |
|
UEENEEC001B |
|
Maintain documentation |
UEE62211
|
UEENEEE006B |
Apply methods to
maintain currency of industry developments |
|
UEENEEE015B |
Develop design briefs forelectrotechnology projects |
|
UEENEEE024C |
Compile and
produce anelectrotechnology report |
|
UEENEEG069B |
Manage electrical projects |
|
UEENEEG070B |
Plan electrical projects |
1.Project management introduction
2.Strategies in project management
3.Strategy objective
4.Customer requirement
5.Project system outline analysis
6.Activity link
7.Project Structure
8.Team Effectiveness
9.Software development project
10.Control of projects
11.Change control
12.Problem solving and decision
making
13.Management leadership
14.Development of management
thinking
G069+G070 Exercises for slides
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------
Study area (9) Professional +Trade
Practice
UEENEEE083A Establish and
follow a competency development plan
|
UEENEEE006B |
Apply methods to
maintain currency of industry developments |
|
UEENEEE080A |
Apply industry and community
standards to professional engineering activities |
|
UEENEEE083A |
Establish and follow a
competency development plan in an electrotechnologyengineering discipline |
UEENEEE083A Establish and follow a competency development
plan 1
UEENEEE083A Establish and follow a competency development
plan 2
Other UEE62211 units& relevant
resources
The relevant notes for the
following Power
units should refer ESI (Electricity Supply Industry) resources in www.1790817794.zoomshare.com
Based on candidates' work experience
& theoretical background study submission , the
competency for the following units can be granted by RPL.
|
UEENEEG021B |
Verify compliance and
functionality of special electrical installations |
|
UEENEEG022B |
Conduct compliance inspection
of single phase electrical installations |
|
UEENEEG023B |
Conduct compliance inspection
of electrical installations with demand exceeding 100A per phase |
|
UEENEEG024B |
Conduct compliance inspection
of special electrical installations |
|
UEENEEG025B |
Plan electrical installations
with a LV demand up to 400A per phase |
|
UEENEEG028B |
Plan switchboard and control
panel layouts |
|
UEENEEG057B |
Conduct electrical tests on low
voltage electrical machines |
|
UEENEEG058B |
Conduct electrical tests on
high voltage electrical machines |
|
UEENEEG059B |
Conduct mechanical tests of
electrical machines |
|
UEENEEG076A |
Install and replace low voltage
current transformer metering |
|
UEENEEG027B |
Design electrical installations
with a LV demand greater than 400 A per phase |
|
UEENEEG031B |
Evaluate performance of
electrical apparatus |
|
UEENEEG032B |
Carry out electrical field
testing and report findings |
|
UEENEEG072C |
Investigate and report on
electrical incidents |
The relevant notes for the
following Industrial control units should refer Computer &
Network resources in www.1790817794.zoomshare.com
|
UEENEED007B |
Develop, enter and verify programs for programmable logic
controllers using ladder instruction set |
|
UEENEED027B |
Develop structured programs to
control external devices |
|
UEENEED034B |
Configure and maintain
industrial control system networks |
|
UEENEED025B |
Design and configure
Human-Machine Interface networks |
|
UEENEED026B |
Design a computer based control system |
|
UEENEED028B |
Develop and test code for
microcontroller devices |
|
UEENEED050B |
Develop control programs for
micro-computer equipped devices |
|
UEENEED051B |
Provide programming solution
for engineering problems |
|
UEENEED052B |
Design embedded controller
systems |
PART (1) OVERVIEW OF
PRACTICAL ASSIGNMENT AND PROJECT TASK
Project Objective
The project involves the practical investigation and performance tasks
on integrated activities of power
system operation , power system protection , transmission line , electrical
distribution, electrical machine, drive system, power electronics and
electrical fundamental.
By performing some key aspects of simulated task on power system, the
students will get the good background and foundation for advanced power
engineering study.
Project structure
The project contains the following parts.
(a) Literature study
The students will need to collect the relevant background theories for
the practical tasks outlined in the project. Research, fact finding,
problem solving , organizing and
presentation skills are to be developed as required by AQF 6 level.
(b) Method analysis (Practical task)
The practical tasks are designed by using real equipment & by using
the images of the real equipment. By using simulated equipments,
the students will need to take own practices as much as they like in the mean time, the risk of electrical
danger and equipments damage can be
reduced.
The students will then need to find the way to do the practical
task. The need to connect the equipments either
using real physical equipments or
online simulated images of real equipments. The
correctness of connections are to be checked
physically or in diagrams are prepared by using the images of the real equipments.
The photograph for the connection of equipments are to
be pasted into project report.
(c) Analysis of devices & equipments
The students will need to perform the internet research on the equipments used in practical with real equipments or paper based practical with the image of
the equipments utilized in practical.
They will then need to provide the notes on the devices used in the
practical
(d) Result submission +Data analysis
(e) References
Together with the report, the students will need to provide any
references of theoretical and literature review and method analysis.
(f) OHS
The students will also need to provide any OHS aspects and risk minimizing and testing of apparatus used in the
project.
-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
PART
(2) EQUIPMENTS ARRANGEMENTS
Practical Equipments
The following link
contains the picture of equipments used in
all practical
http://www.filefactory.com/file/cf88135/n/Practical.zip
Practical
Equipments.pdf
Names of
practical equipments
|
Page Number |
Name of equipments |
|
1 |
DC Power supply |
|
2 |
Digital multimeter |
|
3 |
AC 12V Power supply |
|
4 |
Oscilloscope |
|
6 |
Isolation
transformer |
|
7 |
Function generator |
|
8 |
Regulated DC power
supply |
|
9,10 |
Three phase 41.5/
24V panel |
|
11,12 |
Varic |
|
13 |
Power oscilloscope
(Power scope) |
|
14 |
Oscilloscope |
|
15 |
Function generator |
|
16 |
DC power supply 0
to 30V |
|
17 |
Variable resistor
set |
|
18 |
Resistor set |
|
19, 20,21 |
Rheostat |
|
23 to 27 |
Variable resistor |
|
28,29 |
Variable resistor |
|
30,31,32 |
Resistor panel
(parallel) |
|
33,34 |
Series resistor |
|
35,36 |
Transformer panel |
|
37,38 |
Decade resistor box |
|
39 |
Decade inductor box |
|
40 |
Resistor |
|
42 |
Rectifier diode |
|
43 |
Phase sequence
meter |
|
44 |
Variable resistor |
|
45 , 46 |
Transformer 200/
16V |
|
47,48 |
Coil |
|
49 |
Underground cable |
|
50,51 |
Load resistor |
|
52 |
Decade inductor |
|
53,54 |
Connection panel |
|
55,56,58 |
Over current relay |
|
57 |
Varic |
|
59 |
Voltage regulator |
|
Page Number |
Name of equipments |
|
60 |
Ammeter |
|
61 |
Voltmeter |
|
63 |
Three phase transformer |
|
64,65 |
Mutual inductance |
|
66,67 |
Generator model (hand set) |
|
68,69 |
Main switch |
|
70 |
Multimeter |
|
71, 72,73,74,75 |
Current transformer |
|
76,77 |
DC ammeter |
|
78 |
Resistor plug |
|
79 |
Vaccum tube |
|
80 |
Single phase motor |
|
81,82,83,84,85,86,87,88,89,90 |
Silicon Controlled
Rectifier (SCR) (Thyristor) |
|
91,92,93 |
Power diode |
|
94,95,96,97,98,99,100 |
Power diode |
|
101,102 |
AC circuit |
|
103,104,105 |
Knife switch |
|
106,107 |
Resistor |
|
108 |
Transformer |
|
109 |
Series resistor |
|
110,111,112,113,114,115,116 |
Wattmeter |
|
117,118,119,120 |
Wheatstone bridge |
|
121,122,123 |
Function generator
(Feedback) |
|
124,125 |
Multimeter |
|
126,127,128,129 |
Current probe |
|
130,131,132 |
Power analyzer |
|
133 |
Connection (Glass
panel) |
|
134 |
SCR power control
device |
|
135,142 |
UJT relaxation
oscillator |
|
136 |
Current boosted
7812 regulator |
|
137 |
Three terminals
regulator LM 317T |
|
138 |
Test lamp |
|
139 |
Power control
device |
|
140,144 |
Zero voltage
switching |
|
141 |
Three terminals
regulator |
|
143,148 |
Transistor biasing |
|
145 |
Power supply
principle |
|
146 |
Trigger pulse
generator, Main synchronizing unit |
|
147 |
SCR |
|
149 |
Operational unit |
|
150 |
AC compensation
unit |
|
151 |
Modulator/Demodulator
unit |
|
152 |
Half wave
controller |
|
153 |
Operation unit |
|
154 |
AC compensation
unit |
|
155, 156 |
Power supply |
|
Page Number |
Name of equipments |
|
157 |
Switches |
|
158 |
Lamp load |
|
159 |
Capacitor,
resistor, diode |
|
160,161 |
Capacitor |
|
162 |
Lamp |
|
163 |
Panel connection |
|
164 |
Tee, Pi line
Resistor, Capacitor |
|
165 |
Resistor 0.01
Ω,100Ω,5000Ω |
|
166 |
Resistor 1Ω |
|
167,166,169 |
Hand generator |
|
170,171,172,173,174,175 |
Combination
instrument |
|
176 |
Electronic test
board plug |
|
177 |
Operational
amplifier |
|
178 |
Choke |
|
179 |
Cross over board |
|
179 |
IC socket |
|
180 |
Operational
amplifier |
|
181 |
Choke coil |
|
182 |
Resistor 1Ω |
|
183 |
Connector neutral/
earth |
|
184,185,186,187,188 |
Synchronous AC
motor |
|
189, 190,191,192 |
Mini lab |
|
193,194 |
Coil |
|
195 |
DC motor |
|
196,197,198,199 |
Coil |
|
200 to 221 |
Light meter |
|
222 |
DIAC/Triac |
|
224,225,226 |
SCR |
|
227 |
Syn |
|
228 |
SCR |
|
229 |
Precision ½ wave
rectifier |
|
230 |
Synchronisation |
|
231 |
SCR |
|
232 |
DIAC, TRIAC |
|
233 to 237 |
SCR |
|
238,238,240 |
VF Drive |
|
241 to 250 |
41.5V Three phase motor |
|
251,252 |
390Ω resistor |
|
253 |
560Ω resistor |
|
254 |
Lamp |
|
255 |
Resistor panel |
|
256 |
Voltmeter |
|
257 |
Ammeter |
|
258 |
Ammeter (mA) |
|
259 |
Ammeter |
|
260 |
Regulated power
supply |
|
Page Number |
Name of equipments |
|
261 |
Dual function
generator |
|
262, 263,264 |
30V dc supply |
|
265 |
Isolation
transformer |
|
266,267,268 |
Capacitor |
|
269 |
Variable resistor |
|
270,271,273,274 |
240/24V single
phase transformer |
|
275,276,277 |
41.5/24V
transformer |
|
278 to 283 |
Coil |
|
284 |
Underground cable |
|
285 ,286,287,288 |
Line insulator |
|
289,290,291 |
Pin insulator |
|
292,293,294 |
AC to DC rectifier,
bridge supply |
|
295 to 305 |
Digital trainer |
|
306 to 312 |
Communication
trainer |
|
313 |
Fault finding set |
|
314 |
Oscilloscope probe |
|
315,316 |
Connector |
|
317 |
Ammeter |
|
318 to 327 |
Current transformer |
|
328 to 334 |
Over current relay |
|
335 to 340 |
Electronic relay |
|
341 |
Grip |
|
The rest |
K 2.11 Power panels |
Practical Equipments for online lab
The following link
contains the images of equipments that can
be copied into word file, minimize the size and use Insert,
Shape Lines command to do circuit connection. They can be printed out, cut , paste on the worksheet and manually draw the
connection diagrams
See practical link
Example diagram for
online practical
The following links
contain the example connection of equipments by
using the images of the equipments. The students
who do the simulated practical will need to prepare the diagrams as shown in
the example.
The followings are
examples of the practical tasks performed in study areas related to power,
power electronics and renewable energy
· Example diagram for
online practical.doc
-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
PART
(3) COMPULSORY PRACTICALS FOR ALL POWER+POWER ELECTRONICS UNITS
The practicals are to be viewed at the following links
http://www.filefactory.com/file/cf88135/n/Practical.zip
Then see the following files/ folders
· Practical Semester
1(A).pdf
· Digital Practical
3.Compulsory Practicals
The students need to study the circuit connection
, instruction and equipments .
Then they will have to draw the physical connection diagrams by using the
images in the following links as given in example.
List of compulsory practicals
|
|
Practical |
Page number |
Study area |
|
1 |
Investigating DC variable speed drive system , tacho
meter, transducer |
2,3,4,5,6,7,8 |
(4)Process Control |
|
2 |
Amplifier gain |
9,10,11 |
(3)Power Electronics |
|
3 |
Investigating characteristics of SCR |
12 to 23 + 89+90+91 |
(3)Power Electronics |
|
4 |
Investigating the operation of over current relay |
37,34,25,26,27,28,29,30,31 |
(1)Power System |
|
5 |
Comparing AC & DC Distribution system |
39,32,34,35,36 |
(1)Power System |
|
6 |
Investigating single phase and three phase rectification |
40,41,42,43,44,45,46,47,48 |
(3)Power Electronics |
|
7 |
Three terminal regulator |
53,54,49,50,51,52 |
(3)Power Electronics |
|
8 |
Current & voltage transducer |
60,61,55,56,57,58,59 |
(4)Process Control |
|
9 |
Effect of transformer on line power
loss |
71,62,63,64,65,66,67,68,69,70 |
(1)Power System |
|
10 |
Tee and Pi equivalent line |
85,86,87,73,74,75,76,77,78,79,80,81,82,83,84 |
(1)Power System |
|
11 |
Variable dc drive with rectifier |
94,95,96,97,92,93 |
(2)Electrical Machines
Drive System + Magnetics |
|
|
Practical |
Page number |
Study area |
|
12 |
Three phase line and phase voltage measurement |
10,9,3,4 |
(6)Electrical Fundamental |
|
13 |
Three phase power measurement by two watt meters |
11,5,6 |
(6)Electrical Fundamental |
|
14 |
Three power measurement by poweranalyzer |
13,7,8 |
(6)Electrical Fundamental |
Ckt example.pdf
PART
(4) Study area (1)Power System Practicals
The practicals are to be viewed at the following links
Then see the following files/ folders
4.Power System
Practicals
List of practicals
1. CT PT- Ratio
measurement
2. CT Ratio
3. Real power, reactive
power, apparent power
4. Transmission line
project
5. HT line design
6. Inductive reactance
of series coil
7. Line air capacitance
test
8. Line insulator capacitance
measurement
9. Load centre
10. Over current
relay
11. Underground cable
capacitance test
12. Voltage profile chart
13. Pi and Tee network
14. Transformer effect on
transmission line loss
15. Transformer open
circuit & short circuit test
16. Transformer polarity
test
17. DC line efficiency
PART
(5) Study area (2)Electrical Machines Drive
System + Magnetics Practicals
The practicals are to be viewed at the following links
Then see the following files/ folders
5.Electrical Machine
Drive Magnetics Practicals
List of practicals
1. E029 practical
1/Practical E029 Induction motor star delta test
2. E029 practical
1/Practical E029-Motor
3. E029 practical
1/Practical E029-Testing motor polarity
4. Practical G044-DC
generator characteristics test
5. Three phase motor
no load test
6. Three phase motor
speed measurement
7. AC-DC drive
8. Auto transformer test
9. Coil inductance
10. CT ratio
11. Mutual inductance
12. Practical G040 –CT PT
Power system measurement
13. Practical G040-Power
transformer % Regulation
14. Practical
G040-Transformer connection
15. Practical-G040-Transformer
open circuit/ short circuit test
16. Variable speed drive
17. DC motor speed test
–Permanent magnet motor
18. DC motor speed test
–Wound field motor
PART
(6) Study area (3)Power Electronics
Practicals
The practicals are to be viewed at the following links
Then see the following files/ folders
6.Power Electronics Practicals
List of practicals
1. Class A,B Amplifier
2. Digital circuit
3. Digital counter
4. Inverting, Non inverting amplifier
5. Power control devices
6. Practical-H025+H026
–SCR Phase control
7. Practical-H025
Inverting amplifier
8. Practical-
H025-Op-amp comparator
9. Practical-H025-Precision
half wave amplifier
10. Practical
H025-Variable frequency drive
11. Practical-H026-Three phase rectifier
12. Practical-H026-Three
terminals regulator
13. Practical-H026-PWM
practical
14. Practical-H026-SCR
Drive system
15. Practical-H026-Variable
drive system
16. Practical-H045-Mini lab Op-amp
17. Rectification
PART
(7) Study area (4)Process Control Practicals
The practicals are to be viewed at the following links
Then see the following files/ folders
7.Process control practicals
List of practicals
1. Transducer (Voltage
to voltage)
2. Transducer –RPM to
Voltage
3. Signal
characteristics
4. Digital practical 1
(Gates)
5. Digital practical
2 –(Combinational Logic)
6. Digital practical 4-(Boolean Algebra)
7. Digital practical 3-(De-Morgan theorem)
8. Digital practical 5-(Equivalent gate)
9. Digital 2 Practical 1
(7 segment display)
10. Digital 2 practical 2
(JK Flipflop)
11. Digital 2 practical 3
(Counter)
12. Digital 2 practical 4
(Shift register)
13. Digital 2 practical 6
(Parallel adder)
14. Digital 2 practical
9(LED Indicator)
15. Digital practical 6
(BCD Encoder)
PART
(8) Study area(5)Renewable
Energy Practicals
The practicals are to be viewed at the following links
Then see the following files/ folders
8.Renewable Energy Practicals
PART
(9) Study area(6)Electrical
Fundamental Practicals
The practicals are to be viewed at the following links
Then see the following files/ folders
9.Electrical Fundamental
Practicals
List of practicals
(A) Practical Assignment
(1) Name of practical
(2) List of equipments used in practical (Page number of equipment
+ Name of equipment)+Method analysis
(3) Circuit connection by
using above equipments (Refer example
diagram)
(4) Print out the PDF
file that containing equipments
(5) Cut the picture,
paste on blank sheet
(6) Draw the circuit
diagrams
OR
(5)+(6)
Draw it on attached file "Practical Equipments Work
sheet.pdf" ( It can be sent by e-mail)
(7) Result/Table (Only for
the practicals using real equipments)
(B) Practical Project
Fill in the worksheet
(1) Name of practical
(2) Background theory
(3) List of equipments used in practical (Page number of equipment
+ Name of equipment)+ Method analysis
(4) Circuit connection by
using above equipment (Refer example diagram)
(5) Print out the PDF
file that containing equipment
(6) Cut the picture,
paste on blank sheet
(7) Draw the circuit
diagrams
OR
(6)+(7)
Draw it on attached file " Practical Equipment Work
sheet.pdf"( It can be sent by e-mail)
(8) Result/Table (Only
for the practicals using real equipment)
(9) Reference
Projects
Select the title for any ___________practicals listed in
Other references& (c) Method analysis
You need to find the relevant practical instructions from
List of equipments used in practical
(Page number of equipment + Name of equipment)+ Method
analysis
Circuit connection by using above equipments (Refer
example diagram)
(d) Data analysis
2006 to 2008 Teaching Notes + Practical Data