Reference no: EM133350809
Learning Outcome 1: Identify and specify the interface requirements between electronic, electrical and mechanical transducers and controller
Learning Outcome 2: Identify the interface requirements between electronic, electrical and mechanical transducers and controllers
Learning Outcome 3: Justify the choice of transducers and controllers for a given task
Learning Outcome 4: Predict the behaviour of an electronically controlled industrial system by applying a variety of transducers to the solution of a given problem and choose a ‘best' solution
Learning Outcome 5: Critically investigate the behaviour of a given control system to compare different electrical, electronic, and mechanical approaches to control
Industrial Systems Assignment: Electronically controlled systems
Task 1
You are junior engineer working in an automation factory and there are some transducers which you need to interface to a micro controller. Using appropriate simple diagrams describe how you would interface the following transducers.
a. Thermistor
b. Capacitive sensor
c. Serial sensor
d. 4-20mA control loop
e. Photo sensor
In the automotive industry ultrasonic sensors like HC-SR04 can be used to detect an object. Explain how a simple car object detection parking system works.
Task 2
You are an Electronics Systems Engineer working in a plastic manufacturing company. The plastics are prepared in rolls before they can be shipped to customers. The machine which rolls the plastic sometimes over tension the plastic film causing some breakages resulting in a lot of downtime in production. You have been assigned a task to design an electronically controlled system applying the speed control of the servo motor which drives the take-up roll of this motion system. You want to apply your knowledge of controlling a servo motorelectronically using the potentiometer and a differential amplifier. In the process of researching different control systems, you came across the set up shown in fig 1 below. The setup shows a servomechanism velocity control system. The purpose of the system is to provide a constant tension on the plastic film and move up or down the rider roll. One of the apprentices want to know how this system works and how it is going to prevent breaking the plastic film. Give a technical explanation of how this system is going to control the speed of the servo motor and control tension in the plastic roll without breaking it. Your explanation should include the following technical control terms.
• Set point (potentiometer)
• Actuator (DC motor)
• Sensor (wiper)
• Differential amplifier (Error)
• Signal from the rider roll
• Feedback
Draw a block diagram of the closed loop system to show the elements of this system
Task 3
Critically examine and analyse the performance of this electronically controlled paper rolling system and make recommendations for improvement.
Attachment:- Industrial Systems Assignment.rar