In this exercise, you are asked to design, on your own, a pneumatic circuit based on that of Exercise 4. (Hint: only components C1 and P1 need to be replaced by appropriate ones). I. a. In the simulation software assigned by your instructor, within your MET230L_Week1_Lab1_LastName_First Name project file open a new diagram named Ex5 Based on Exercise 4, build a circuit meeting the following requirements: It (the circuit) controls a single-acting cylinder using an air piloted DCV, Only the cylinder forward stroke speed can be controlled. b. Start the simulation. C. What happens to the cylinder piston/rod? d. Now, left click on the lever of M1. What happens to the cylinder rod? e. Click LMB on the FCV and set the "Internal Diameter (Di) to 0.5 (mm) as shown. Click LMB and hold on M1 lever and observe the cylinder forward stroke speed. Settings Internal Diameter (Di) (mm): Release the LMB and note the return stroke speed Which stroke is faster? 0.5 TT 0 f. Take a screen shot of the working simulated circuit, g. copy and paste in the Word document. Save the simulation and Word files. M1 R1 O bar S1 F1 P2 L1 Cracking Pressure (CP) (bar): P1 5.00 0 C1 0 SLPM FM1 MET230L Pneumatics Lab 1 Page - 10 - V1 V2 20.00 35.00