Objective: 1. The students will learn search and selection of sensors, actuators and controller and design for a given i
Posted: Sun May 15, 2022 4:38 pm
1)Do complete process of selection and interfacing of sensors and actuators
2)Show Controller design and simulation
3)Draw interconnection diagram and Ladder diagram
Objective: 1. The students will learn search and selection of sensors, actuators and controller and design for a given industrial process. The students will also learn signal conditioning and interfacing of sensors and actuators with PLC. Problem Statement 2. Search the market and select suitable sensors and actuators. Properly interface these elements with the controller. Design and simulate controller for the PLC to implement the process as follows. Process 3. Figure below shows a system which stacks metal plates in a group of tens. Conveyor#1 carries the metal plates to be stacked onto conveyor#2. The lighter detector detects the metal plates as it falls from conveyor#1 to conveyor#2 ( you may select any other sensor if you desire), Every time a metal plate from conveyor#1 breaks the detector's light beam it produces a logic 1. Conveyor#2 moves for five seconds (one position) only after it stacks 10 plates. When conveyor#2 moves conveyor#1 must not move. To initiate and stop the system there are two momentary contact switches. 4. The process commences by a pressing a push button. The process can be stopped by a stop push button. The two motors(220Vac 50 Hz 5Amp each) are moving the two conveyor belts. You will have to install two relays at the output of PLC to switch ON and OFF two AC motors. Select sensors/ actuators and design interfacing of these sensors and actuators. Make interconnection diagram of system. Design and test the controller for implement the process as discussed ealier. 5. FATEC PLC is to be used for the CEP. The chapters of FTEC PLC manual are also given for looking up input/output specifications of the PLC. Distribution of Marks 50 1. 2. Selection and interfacing of sensors and actuators Controller design & simulation 50
Complete Stack (Stack of 10) Metal Plates o Conveyor 1 Light Source Detector To Input Module Conveyor 2
2)Show Controller design and simulation
3)Draw interconnection diagram and Ladder diagram
Objective: 1. The students will learn search and selection of sensors, actuators and controller and design for a given industrial process. The students will also learn signal conditioning and interfacing of sensors and actuators with PLC. Problem Statement 2. Search the market and select suitable sensors and actuators. Properly interface these elements with the controller. Design and simulate controller for the PLC to implement the process as follows. Process 3. Figure below shows a system which stacks metal plates in a group of tens. Conveyor#1 carries the metal plates to be stacked onto conveyor#2. The lighter detector detects the metal plates as it falls from conveyor#1 to conveyor#2 ( you may select any other sensor if you desire), Every time a metal plate from conveyor#1 breaks the detector's light beam it produces a logic 1. Conveyor#2 moves for five seconds (one position) only after it stacks 10 plates. When conveyor#2 moves conveyor#1 must not move. To initiate and stop the system there are two momentary contact switches. 4. The process commences by a pressing a push button. The process can be stopped by a stop push button. The two motors(220Vac 50 Hz 5Amp each) are moving the two conveyor belts. You will have to install two relays at the output of PLC to switch ON and OFF two AC motors. Select sensors/ actuators and design interfacing of these sensors and actuators. Make interconnection diagram of system. Design and test the controller for implement the process as discussed ealier. 5. FATEC PLC is to be used for the CEP. The chapters of FTEC PLC manual are also given for looking up input/output specifications of the PLC. Distribution of Marks 50 1. 2. Selection and interfacing of sensors and actuators Controller design & simulation 50
Complete Stack (Stack of 10) Metal Plates o Conveyor 1 Light Source Detector To Input Module Conveyor 2