TEL 203/03 Process Control and Instrumentation Course Assessment 2 (CA2 – 30%)

School

Wawasan Open University (WOU)

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Assignment Type

Individual Assignment

Subject

TEL 203/03 Process Control and Instrumentation

Uploaded by Malaysia Assignment Help

Date

10/24/2025

Evidence of plagiarism or collusion will be taken seriously, and the University regulations will be applied fully. You are advised to be familiar with the University’s definitions of plagiarism and collusion.

Instructions:

This is an individual assignment. No duplication of work will be tolerated. Any plagiarism or collusion may result in disciplinary action, in addition to the ZERO mark being awarded to all involved.
You are to submit online of your answers in OAS system and it is your responsibility to submit your CA correctly and timely. OAS system does not allow re-submission of the assignment. Marks will be awarded for correct working steps and answers.
The total marks for CA2 are 100 and contribute 30% towards the total grade.
CA2 must be done individually.
Your assignment must be word-processed (single spacing) and clearly laid out. Any additional appendices or attachments must be placed at the end of the submitted document and must be referred to in the main body of the assignment, or it will not be read by the marker.
All files or documents submitted must be labeled with your WOU ID and name.
Please be advised to use following naming convention to your assignment:

<class code>_<student ID>_CA2

PLAGIARISM DECLARATION FORM (T-DF)

Instructions

Please complete and attach this Plagiarism Declaration Form to each Assignment that you submit into the Online Assignment Submission (OAS) system for marking.

I declare that the attached work is entirely my own (or when submitted to meet the requirements of an approved group assignment is the work of the group), except where materials cited, quoted or paraphrased are acknowledged in the text. I also declare that this work / assignment has not been submitted for assessment in any other course or university without due acknowledgement.

I understand that plagiarism, collusion, and copying are grave and serious offences.

I understand that disciplinary action (which may include deduction of marks in the Assignment) will be taken against me if I am found to be an offender of Assignment plagiarism.

Full name and IC No: Date

Assignment (Asgmt) Declaration Form
Semester/Year
Student’s Name
Student’s ID No:
Course Code
Course Title
Class Code
Assignment No:
No. of pages of this Assignment (including this page)
Tutor
Course Coordinator	DR Mohd Hezri Bin Marzaki

T-DF Assignment Declaration Form (1/2020 version #003)

Rubric Lab 1

QUESTION		Mark(s)	Grade
			F, D- , D	C-, C , C+	B-, B, B+	A-, A
			Poor	Mediocre	Good	Outstanding
Weight			0.25	0.5	0.75	1
Lab 1	1.Write the short introduction, some explanation on TRiLOGI software and experimental procedure	10	The question answered is erroneous or irrelevant	The question answered is partially identified and is stated in a somewhat unclear manner.	The question answered is identified but is stated in a somewhat unclear manner.	The question answered is identified but is clearly identified and stated.
	2. By using the TRiLOGI software, simulate the steps and generate the ladder diagram. You should capture results based on each condition of your simulations and present them in your report. You may use “Print Screen” to capture your simulation results. You must also include the ladder diagram generated from your simulations in your report.	30	Needed diagrams are missing OR are missing important labels.	Diagrams are included and are labelled.	Diagrams are included and are labelled neatly and accurately.	Clear, accurate diagrams are included and make the experiment easier to understand. Diagrams are labelled neatly and accurately.
	3. Write a short report to discuss your answers. discussion on explanation on ladder logic and the results you obtain at every stages of the simulation.	10	Report illustrates inaccurate understanding of ladder logic, concepts underlying the lab.	Report illustrates a limited understanding of ladder logic, concepts underlying the lab.	Report illustrates an accurate understanding of most ladder logic, concepts underlying the lab.	Report illustrates an accurate and thorough understanding of ladder logic, concepts underlying the lab.

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Lab Exercise 1 (50 Marks)

Title:

Ladder Logic Programming Using TRiLOGI

Objective:

To explain the concept and procedure in designing the ladder diagram (CLO1/3, P2)

Software:

TRiLOGI

Procedures

Below is a brief procedure to guide you to download and install the TriLogi freeware which will be used during the de-couple lab session for TEL203/05. This freeware is only valid within seven days after installation. Hence it can only be installed a few days prior to the de-couple lab session. Please kindly follow the procedures as listed below:-

Click on the link below to go to the webpage where the freeware can be downloaded.

http://www.triplc.com/iTrilogi6Edu/

Then, you will see the figure below.
Click on the statement in red which read “I Agree to the Above Agreement Proceed to Download”.
You will then be directed to the below page:
Click on “SetupTL7Edu.exe” to begin download.
Follow the procedure as you are being prompted to install the freeware. You will be prompted to key in the password (please see below):-

Password: LadderBasic2009

Results

By using the TRiLOGI software, simulate the steps and generate the ladder diagram based on narrative statement, input and output port table and flowchart below. You should capture results based on each condition of your simulations and present them in your report. You may use “Print Screen” to capture your simulation results. You must also include the ladder diagram generated from your simulations in your report.

1. Narrative Statement

I) Start the bottle conveyor
ii) When a bottle is in position
a. Stop the conveyor
b. Open the output valve
iii) When the bottle is full
a. Close the output valve
iv) Repeat i)

2. Input and Output Port Table

Input Port		Output Port
X₀	Start	Y₀	Conveyor Motor
X₁	Stop	Y₁	Valve
X₂	Sensor BP
X₃	Sensor BF

3. Flow chart

Discussion

Write a short report to discuss your answers. Your report should contain a short introduction, some explanation on ladder logic, your experimental procedure, and the results you obtain at every stage of the simulation.

Rubric Lab 2 (CLO1/3)

QUESTION		Mark(s)	Grade
QUESTION		Mark(s)	Poor	Mediocre	Good	Outstanding
Weight			0.25	0.5	0.75	1
Lab 2	1.Write the short introduction, some explanation on Wheatstone bridge simulation and experimental procedure	5	The question answered is erroneous or irrelevant	The question answered is partially identified and is stated in a somewhat unclear manner.	The question answered is identified but is stated in a somewhat unclear manner.	The question answered is identified but is clearly identified and stated.
	2.You are required to include a picture of circuit output results in your report -Measure and record (screenshot) the value of voltage between point V1 and V3?. -Verified the answer in (1) with the theoretical calculation. -Explain why is voltage between point V1 and V3 has minus sign? -Find value of Rx if R1=1 kΩ, R2=3 kΩ and R3=4 kΩ under balance condition. (measure and record (screenshot)	15	The question answered is erroneous or irrelevant. Needed diagrams are missing OR are missing important labels.	The question answered is partially identified and is stated in a somewhat unclear manner. Diagrams are included and are labelled.	The question answered is identified but is stated in a somewhat unclear manner. Diagrams are included and are labelled neatly and accurately.	The question answered is identified but is clearly identified and stated. Clear, accurate diagrams are included. Diagrams are labelled neatly and accurately.
	3. Write a discussion for this lab. The discussion should be as detailed as possible covering the following aspects: -Operation of Wheatstone bridge simulation	5	Report illustrates inaccurate understanding of limitation circuit design underlying the lab.	Report illustrates a limited understanding of limitation circuit design underlying the lab.	Report illustrates an accurate understanding of most limitation circuit design concepts underlying the lab.	Report illustrates an accurate and thorough understanding of limitation circuit design concepts underlying the lab.