# data[].attributes.body
How motor works?
https://www.youtube.com/watch?v=CWulQ1ZSE3c

Alternators and Dynamos | Magnetism:

https://www.youtube.com/watch?v=AdwWgvIAFQA

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2.1 Semiconductors – P N type

2.2 Types of Electronic Devices

2.3 Analog and Digital Electronics

2.4 Microprocessors

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Topic 2 AC Circuits (Inductance and Capacitance)_V1

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11/5/2022 TASKS:

1. Tabulate the differences of sensors and transducers.
2. Tabulate the differences of analog and digital instrumentation (refer Topic 6 notes)

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PLC Programming Courses for Beginners | RealPars

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Ok... let's summarize what we've discussed...

- A transducer is a device that converts one form of energy to another

- A sensor is a device or element that performs the initial measurement of a physical variable

- All sensors are transducers, but not all transducers are sensors

- All Pressure Sensors, pressure switches, and pressure transmitters must have a sensing transducer

- A pressure switch consists of a transducer and an electrical switch that opens or closes a contact at a specific pressure

- A pressure transmitter is a device that converts the electrical signal from the transducer into a much larger electrical signal.

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Pressure Sensor vs Transducer vs Transmitter | Application of Each

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Ok... let's summarize what we've discussed...

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Control & Monitoring Instrumentation for Oil & Gas

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Control & Monitoring Instrumentation for Oil & Gas

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Industrial instrumentation is used to control and monitor conditions including temperature, pressure and fluid levels in processing facilities, oil refineries, petrochemical plants, oil and gas pipelines, and distribution operations. Common applications of oil and gas instrumentation include monitoring the presence of flammable and combustible gases in production and storage areas and monitoring emissions for pollution control. Instrumentation is also used for monitoring and controlling flow in delivery systems.

There are two types of instrumentation used in equipment monitoring: input and output. Input instruments are used to monitor or measure temperature, flow, pressure and levels in equipment including transport pipes and vessels. Output instruments, on the other hand, include controls and alarms that display readings or provide an alert to warn of potentially hazardous situations.

The three primary components of industrial instrumentation are sensors, transducers and transmitters.

Sensors: measure the physical properties of a solid, fluid or gas. In the oil and gas industry, sensors provide continuous measurement to detect and monitor gas and gas emissions.

Transducers: convert variations in temperature, pressure, flow or level into an electric signal that is then picked up by a transmitter.

Transmitters: serve as an interface between sensors and measurement instrumentation such as level sensors, flow meters, and pressure sensors. This equipment is responsible for sending a digital signal to the main control system.

Oil & Gas Instrumentation for Improved Safety and Compliance

The oil and gas industries process a variety of hazardous substances that can cause explosions or catastrophic events and endanger the safety of humans and the environment. Field instrumentation provides monitoring and control that is essential for ensuring compliance with safety and environmental regulations. When integrated into automation systems, petrochemical processing equipment also helps manufacturers increase productivity and product consistency by delivering data regarding process efficiency and product quality.

Branom Instrument Co. is an industry leader in control and monitoring equipment for oil and gas applications. We know how crucial reliable, high precision process instrumentation is for petroleum production, and we can help you find the right equipment for your specific application.

Request a quote today or contact us to discuss your petrochemical application requirements.

Ultrasonic Flow Meters & Instrumentation for Oil & Gas Processing

Branom Instrument Co. distributes process instrumentation for effective and reliable control and monitoring of petroleum processing equipment. Our huge, ready-to-ship inventory includes superior quality products from the world's foremost manufacturers. We offer a full line of instrumentation and processing equipment including:

Gas Analytics Equipment: Gas instrumentation and monitoring equipment including continuous gas analyzers, toxic gas detectors, flame detection sensors, and gas analysis systems for monitoring toxic and combustible gases, oxygen depleting gases and emissions.

Pressure Instrumentation: Includes a variety of pressure gauges, switches and transmitters that provide real-time measurement of your process in tanks, vessels & piping, and display in engineering units such as PSI, BAR, vacuum, inH2O and more.

Temperature Monitoring Instrumentation: Includes manual and automated field instruments that are used to measure and monitor temperature fluctuations in critical and non-critical applications. Different types of temperature instrumentation include heaters, controllers, thermal imagers, and infrared pyrometers.

Flow Meters: Measure the flow of gas, oil and other substances through pipes and channels. Options include instruments for thermal mass flow, open channel flow, positive displacement flow, Ultrasonic flow and much more.

Level Sensors: Provide point level and continuous level measurement for various oil and gas applications including monitoring levels in tanks and other vessels. Oil & gas level sensors are integrated into control systems to provide a visual or audible signal when levels become dangerously low or high.

And more

We understand that each petrochemical processing application is unique, which is why all the oil & gas instrumentation offered by Branom can be configured based on your exact requirements. Our experienced staff can also assist you with finding the instrumentation or processing equipment that meets the operational needs of your facility.

Contact us to learn more about our options for petroleum processing instrumentation.

Considerations for Selecting Oil and Gas Instrumentation

It is important to consider the following criteria when researching options for oil and gas instrumentation:

Operating conditions: The environmental conditions of your operating environment are a critical consideration in selecting processing instruments. Exposure to extreme heat and chemicals or other caustic substances can damage sensors or impact the reliability of the readings.

Performance Characteristics: Different applications have different requirements for sensitivity, sensor reading range and accuracy, screen type and resolution, and general performance.

Maintenance Requirements: Field instrumentation requires regular maintenance, including calibration, to ensure accuracy reliability. Choose instruments that are easy to maintain and are from a company that provides onsite maintenance services when required.

Reliability & Durability: Processing instrumentation should be durable enough to withstand your operating conditions and frequency of use.

Impact on Processes: Determine if and how the type of oil and gas instrumentation you select will impact flow control or equipment processes.

Startup, Calibration & Service for Petrochemical Instruments

We offer complete programming and startup for new equipment, as needed. We can also provide service and onsite calibration for instrumentation already in the field. Our team of experts will help you get the most out of your control and monitoring devices.

Contact Branom for Oil & Gas Instrumentation Solutions

Request a quote on the process instrumentation your oil and gas applications require, or contact us for more information.

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Oil & Gas Instrumentation | Industrial Processing Instrumentation | Branom Instruments

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Branom Instrument Co. is a leading provider of processing instrumentation for the oil & gas industry. Field instrumentation is critical for monitoring flammable and combustible gases and for pollution control. Contact us to learn more about instrumentation and equipment for petroleum processing applications.

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4.1 DC and AC motors

4.2 Torque, starting and speed control

4.3 Motor selection

4.4 DC-AC measuring instruments

4.5 Electrical Control and

Instrumentation

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Everyone need to comment at least one important point that you learn from this video.

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Electrical Safety Awareness for Non-Electrical Workers | Schneider Electric

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3.1 Power distribution

3.2 Transformers operation

3.3 Three phase transformer and auto-transformer

3.4 Switchgear and cabling

3.5 Circuit Protection

3.6 Regulations and Health and Safety at Work Act

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Self Learn Thevenin Theorem. Next, in pairs, solve this problem.

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Coverage: Chap 1 only.

ALL THE BEST GUYS!

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Topic 1: INTRODUCTION TO ELECTRICAL TECHNOLOGY

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Topic 1: INTRODUCTION TO ELECTRICAL TECHNOLOGY

# data[].attributes.body
Age: 41
Asal: Muar, JDT
Status: Married with 3 children
Passion:
Enjoys new method of teaching and hope you guys too!
Website:
https://sitirafidah660.wixsite.com/rafidah-portfolio

Area of Expertise:
Process System Engineering  - Process Control, Process Design, Process Integration, Process Safety

# data[].attributes.body
I'll be using this medium to:
1. Upload notes/assignments/tutorial (alternative to UiTM MOOC)
2. Receive student's assignments
3. Communicate (alternative to Whatsapp) to students

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Power Generation:
https://www.youtube.com/watch?v=A4E35Akk7kM

Transformers:
https://www.youtube.com/watch?v=-9QGEzSKF30

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3.6 Regulations and Health and Safety at Work Act

# data[].attributes.subject
3.6 Regulations and Health and Safety at Work Act

# data[].attributes.body
Lesson Plan & PO-CO-LO

# data[].attributes.body
1. Create GOOGLE Account/gmail account.
2. Go to PADLET website - use this link
https://padlet.com/referrals/sitirafidah660
3. Sign in to PADLET using GOOGLE Account.
4. Join a PADLET and copy this link.
https://padlet.com/sitirafidah660/CGE545_20222

# data[].attributes.body
Source: https://www.dmp.wa.gov.au/Documents/Safety/MSH_TB_ElectricalHazardAwareness.ppt (as seen on 15/12/21)

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Capacitors Explained - The basics how capacitors work working principle

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https://youtu.be/iEx6bKIM2KA

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A full series starting from battery basics all the way up to integrated circuits & 8-bit computers!

# data[].attributes.body
1. Introduce yourself in the designated columns according to your class groupings.
2. Attach/provide the link to your video resume.
3. Suggestion to the video contents are:
Nama:
Asal:
Passion:
Interest:

# data[].attributes.attachment_link.title
Transistors - The Invention That Changed The World

# data[].attributes.headline
MIRZA QADDRIENA BINTI ZAMRI (2021868272)

# data[].attributes.subject
MIRZA QADDRIENA BINTI ZAMRI (2021868272)

# data[].attributes.body
https://youtu.be/HL7G3Hn1efU

# data[].attributes.body
Starting this semester, the syllabus were revised. Hence some of the topics in the previous exam papers will not be assessed this semester.

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https://youtu.be/WXwQH1MNUXI

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Inductors Explained - The basics how inductors work working principle

# data[].attributes.headline
Nur Aleeya Natasha binti Ramli (2021622046)

# data[].attributes.subject
Nur Aleeya Natasha binti Ramli (2021622046)

# data[].attributes.body
https://youtu.be/kZ2_a_8Vo7g

# data[].attributes.attachment_link.readable_text
The power distribution grid delivers electricity from a power plant to your house. Inside your house, the electric charge moves in a large circuit, which is composed of many smaller circuits. One end of the circuit, the hot wire, leads to the power plant. The other end, called the neutral wire, leads to ground. Because the hot wire connects to a high energy source, and the neutral wire connects to an electrically neutral source (the earth), there is a voltage across the circuit -- charge moves whenever the circuit is closed. The current is said to be alternating current, because it rapidly changes direction. (See How Power Distribution Grids Work for more information.)

The power distribution grid delivers electricity at a consistent voltage (120 and 240 volts in the United States), but resistance (and therefore current) varies in a house. All of the different light bulbs and electrical appliances offer a certain amount of resistance, also described as the load. This resistance is what makes the appliance work. A light bulb, for example, has a filament inside that is very resistant to flowing charge. The charge has to work hard to move along, which heats up the filament, causing it to glow.

In building wiring, the hot wire and the neutral wire never touch directly. The charge running through the circuit always passes through an appliance, which acts as a resistor. In this way, the electrical resistance in appliances limits how much charge can flow through a circuit (with a constant voltage and a constant resistance, the current must also be constant). Appliances are designed to keep current at a relatively low level for safety purposes. Too much charge flowing through a circuit at a particular time would heat the appliance's wires and the building's wiring to unsafe levels, possibly causing a fire.

This keeps the electrical system running smoothly most of the time. But occasionally, something will connect the hot wire directly to the neutral wire or something else leading to ground. For example, a fan motor might overheat and melt, fusing the hot and neutral wires together. Or someone might drive a nail into the wall, accidentally puncturing one of the power lines. When the hot wire is connected directly to ground, there is minimal resistance in the circuit, so the voltage pushes a huge amount of charge through the wire. If this continues, the wires can overheat and start a fire.

The circuit breaker's job is to cut off the circuit whenever the current jumps above a safe level. In the following sections, we'll find out how it does this.

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The power distribution grid delivers electricity from a power plant to your house. Inside your house, the electric charge moves in a large circuit, which is composed of many smaller circuits. One end of the circuit, the hot wire, leads to the power plant. The other end, called the neutral wire, leads to ground.

# data[].attributes.headline
Sharifah Nur Shahirah binti Syed Sulaiman (2021468744)

# data[].attributes.subject
Sharifah Nur Shahirah binti Syed Sulaiman (2021468744)

# data[].attributes.body
https://youtu.be/EZ19S3AlJkk

# data[].attributes.headline
NUR NADIA NAJIHA BINTI MAT ZAKI (2021468486)

# data[].attributes.subject
NUR NADIA NAJIHA BINTI MAT ZAKI (2021468486)

# data[].attributes.headline
NUR ALIA NAJEEHA BINTI ABDUL WAHAB (2021614738)

# data[].attributes.subject
NUR ALIA NAJEEHA BINTI ABDUL WAHAB (2021614738)

# data[].attributes.body
https://www.canva.com/design/DAEs_Mtet1o/9gfb1t6V66x-swNPx8uuiA/watch?utm_content=DAEs_Mtet1o&utm_campaign=designshare&utm_medium=link&utm_source=publishsharelink

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Amazingly Simple Graphic Design Software – Canva

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Sorry, the page you are looking for does not exist.

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Assignment 0 - Video Resume: EH2432A students

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Assignment 0 - Video Resume: EH2432A students

# data[].attributes.body
Post your video resume link in this column dearie.
Don't post it as a comment BUT as a posting. Click on the '+' (plus sign) to paste the youtube link!

# data[].attributes.body
1. kuliah 1 : Week 1 - Week 5
2. Cuti Hari Raya : 1 - 8/5/2022
3. Lecture 2: Week 6 - Week 8
4. Cuti Perayaan Gawai: 30/5 - 5/6/2022
4. Lecture 3: Week 9 - Week 14
5. Cuti Ulangkaji - 18/7 - 24/7/2022
6. Final Exam - 25/7 - 14/8/2022

# data[].attributes.headline
AKMAL SYAZANI BIN ABDUL SAMAD (2022771925)

# data[].attributes.subject
AKMAL SYAZANI BIN ABDUL SAMAD (2022771925)

# data[].attributes.body
VIDEO RESUME CGE545

# data[].attributes.headline
Luqman Hakim Bin Safian-Thuri (2022971559)

# data[].attributes.subject
Luqman Hakim Bin Safian-Thuri (2022971559)

# data[].attributes.headline
MUHAMMAD NUQMAN BIN NAJIR@NAJIB (2022971897)

# data[].attributes.subject
MUHAMMAD NUQMAN BIN NAJIR@NAJIB (2022971897)

# data[].attributes.body
https://youtu.be/8lxWjFEQal0

# data[].attributes.headline
MUHAMMAD ZIMAM AKID BIN MOHD HANIFFA (2022792259)

# data[].attributes.subject
MUHAMMAD ZIMAM AKID BIN MOHD HANIFFA (2022792259)

# data[].attributes.body
https://youtu.be/1xxfg4yZ-DI

# data[].attributes.headline
ABDULLAH AMMAR BIN ABDUL HALIM (2022971877)

# data[].attributes.subject
ABDULLAH AMMAR BIN ABDUL HALIM (2022971877)

# data[].attributes.body
https://youtu.be/F3gW3ngbutk

# data[].attributes.headline
AIDA NAJWA KHADIJAH BINTI MOHAK (2021627282)

# data[].attributes.subject
AIDA NAJWA KHADIJAH BINTI MOHAK (2021627282)

# data[].attributes.body
HI THERE...HERE, MY VIDEO RESUME

# data[].attributes.headline
CHE MUHAMMAD FARIS BIN CHE MOHD NURAN (2022991447)

# data[].attributes.subject
CHE MUHAMMAD FARIS BIN CHE MOHD NURAN (2022991447)

# data[].attributes.body
CGE 545 - VIDEO RESUME

# data[].attributes.body
MUHAMMAD ILMAN AIZAT BIN MUSTAZA ( 20214809 )

# data[].attributes.body
1. Tabulate the Differences of sensors and transducers

2. Tabulate the differences of analog and digital instrumentation

# data[].attributes.attachment_link.title
-MUHAMMAD ILMAN AIZAT BIN MUSTAZA (2021480824)
-NOOR ZAWANI (20222764299)
-AIDA NAJWA KHADIJAH BINTI MOHAK (2021627282)

# data[].attributes.headline
- MUHAMMAD HAKIMI BIN JAMIL(2022771943) - AKIF BIN MOHD NAZRIL (2022738981) - AHMAD FURQOON BIN PAUZI (2022971623)

# data[].attributes.subject
- MUHAMMAD HAKIMI BIN JAMIL(2022771943) - AKIF BIN MOHD NAZRIL (2022738981) - AHMAD FURQOON BIN PAUZI (2022971623)

# data[].attributes.body
1. Tabulate the Differences of sensors and transducers

2. Tabulate the differences of analog and digital instrumentation

# data[].attributes.body
1. ABDULLAH AMMAR BIN ABDUL HALIM (2022971877)
2. MUHAMMAD AZRI BIN KHASHIM (2022792261)
3. MUHAMMAD NUQMAN BIN NAJIR@NAJIB (2022971879)
4. AHMAD AIZUDDIN BIN MOHAMAD (2022771959)

# data[].attributes.headline
1. JAMILLUL IKHMAL BIN RASHID (2022764421)                                         2. LUQMAN HAKIM BIN SAFIAN-THURI                                                               (2022971559)                                              3. CHE MUHAMMAD FARIS BIN CHE MUHD. NURAN                                 (2022991447)  

# data[].attributes.subject
1. JAMILLUL IKHMAL BIN RASHID (2022764421)                                         2. LUQMAN HAKIM BIN SAFIAN-THURI                                                               (2022971559)                                              3. CHE MUHAMMAD FARIS BIN CHE MUHD. NURAN                                 (2022991447)  

# data[].attributes.body
1. Tabulate the differences of sensors and transducers.
2. Tabulate the differences of analog and digital instrumentation.

# data[].attributes.body
AHMAD AIZUDDIN BIN MOHAMAD (2022771959)

# data[].attributes.body
Ahmad Furqoon Bin Pauzi (2022971623)

# data[].attributes.headline
Muhammad Ilman Aizat Bin Mustaza (2021480924)

# data[].attributes.subject
Muhammad Ilman Aizat Bin Mustaza (2021480924)

# data[].attributes.body
Noor zawani
2022764299

# data[].attributes.headline
Abdullah Ammar Bin Abdul Halim (2022971877)

# data[].attributes.subject
Abdullah Ammar Bin Abdul Halim (2022971877)

# data[].attributes.body
Muhammad Nuqman bin Najir@Najib

# data[].attributes.attachment_link.title
CHE MUHAMMAD FARIS BIN CHE MOHD NURAN - 2022991447

# data[].attributes.body
AIDA NAJWA KHADIJAH BINTI MOHAK
2021627282

# data[].attributes.attachment_link.title
AIDA NAJWA KHADIJAH BINTI MOHAK_CEEH2432C