Consider a pneumatic transferring station shown in Figure Q.3, where two cylinders areused to transfer parts from a lower deck to upper deck of conveyors.Cylinder 2ACylinder 1AEject(b) Draw the displacement step diagram of the two cylinders.LIRFigure Q.3The operation can be described by the following steps:Step 1: Cylinder 1A extends.Step 2: Cylinder 2A extends.Step 3: Cylinder 2A retracts.Step 4: Cylinder 1A retracts.Step 5: Repeat Step 1.The limit switches are used to detect the presence of parts on cylinder 1A and to monitorthe positions of the piston rod of cylinders. The process will only start when a part isdetected on cylinder 1A.(a) Determine the sequence of movements of the two cylinders for Step 1 to 5.(e) Sketch a pneumatic circuit of the system if all the cylinders are of double actingcylinders and all the DCVs are of 4/2 double solenoid valves.(d) Design an electrical circuit diagram using direct control technique to control thetransferring process.(e) Use an appropriate diagram to explain the working principle of one-way light barriertyped optical proximity sensor.(f) Redesign the electrical circuit in (d) by incorporating non-contact sensing for pistonposition detection using optical proximity sensor.(g) A problem has arisen in the operation above. The Step 1 takes place, but the Step 2 doesnot. Identify two possible problems and suggest a solution for each problem.

Here is the solution for the above question.A)Determining the sequence of movements of the two…

Consider a pneumatic transferring station shown in Figure Q.3, where two cylinders are used to transfer parts from a lower deck to upper deck of conveyors. Cylinder 2A Cylinder 1A - Eject (b) Draw the displacement step diagram of the two cylinders. Lift Figure Q.3 The operation can be described by the following steps: Step 1: Cylinder 1A extends. Step 2: Cylinder 2A extends. Step 3: Cylinder 2A retracts. Step 4: Cylinder 1A retracts. Step 5: Repeat Step 1. The limit switches are used to detect the presence of parts on cylinder 1A and to monitor the positions of the piston rod of cylinders. The process will only start when a part is detected on cylinder 1A. (a) Determine the sequence of movements of the two cylinders for Step 1 to 5. (c) Sketch a pneumatic circuit of the system if all the cylinders are of double acting cylinders and all the DCVs are of 4/2 double solenoid valves. (d) Design an electrical circuit diagram using direct control technique to control the transferring process.

Consider a pneumatic transferring station shown in Figure Q.3, where two cylinders are used to transfer parts from a lower deck to upper deck of conveyors. Cylinder 2A Cylinder 1A - Eject (b) Draw the displacement step diagram of the two cylinders. Lift Figure Q.3 The operation can be described by the following steps: Step 1: Cylinder 1A extends. Step 2: Cylinder 2A extends. Step 3: Cylinder 2A retracts. Step 4: Cylinder 1A retracts. Step 5: Repeat Step 1. The limit switches are used to detect the presence of parts on cylinder 1A and to monitor the positions of the piston rod of cylinders. The process will only start when a part is detected on cylinder 1A. (a) Determine the sequence of movements of the two cylinders for Step 1 to 5. (c) Sketch a pneumatic circuit of the system if all the cylinders are of double acting cylinders and all the DCVs are of 4/2 double solenoid valves. (d) Design an electrical circuit diagram using direct control technique to control the transferring process.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Concept explainers

Free Body Diagram

The system of forces acting on a body tends to either rotate it or make the body undergo motion. In general, when an external agent exerts a force on a body, the body undergoes translational motion and rotational motion. The body has six degrees of freedom under the influence of that force. Here, three degrees of freedom are from the translational motion while the other three are from the rotation motion. However, sometimes the bodies are not allowed to undergo any motion and are fixed, under such conditions the body is said to be constrained.

Question

Consider a pneumatic transferring station shown in Figure Q.3, where two cylinders are
used to transfer parts from a lower deck to upper deck of conveyors.
Cylinder 2A
Cylinder 1A
Eject
(b) Draw the displacement step diagram of the two cylinders.
LIR
Figure Q.3
The operation can be described by the following steps:
Step 1: Cylinder 1A extends.
Step 2: Cylinder 2A extends.
Step 3: Cylinder 2A retracts.
Step 4: Cylinder 1A retracts.
Step 5: Repeat Step 1.
The limit switches are used to detect the presence of parts on cylinder 1A and to monitor
the positions of the piston rod of cylinders. The process will only start when a part is
detected on cylinder 1A.
(a) Determine the sequence of movements of the two cylinders for Step 1 to 5.
(e) Sketch a pneumatic circuit of the system if all the cylinders are of double acting
cylinders and all the DCVs are of 4/2 double solenoid valves.
(d) Design an electrical circuit diagram using direct control technique to control the
transferring process.
(e) Use an appropriate diagram to explain the working principle of one-way light barrier
typed optical proximity sensor.
(f) Redesign the electrical circuit in (d) by incorporating non-contact sensing for piston
position detection using optical proximity sensor.
(g) A problem has arisen in the operation above. The Step 1 takes place, but the Step 2 does
not. Identify two possible problems and suggest a solution for each problem.

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