S1 F1 R1 O bar P2 22 M1 L1 Figure for Exercise 4 P1 C1 0...

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S1 F1 R1 O bar P2 22 M1 L1 Figure for Exercise 4 P1 C1 0 SLPM FM1 V1 a. Give the complete descriptive name the following components: M1: P1: C1: b. What will happen to C1 when M1 is actuated while the compressor is on? C. Build the circuit using the components shown or their equivalents. V2 d. Start the simulation. Before manually actuating anything what happens to the cylinder piston/rod (C1)? e. Now, click and hold down the Left Mouse Button (LMB) on the lever of M1. What happens to the cylinder rod? f. Release the LMB allowing M1 to be unactuated. What happens to the cylinder rod? g. Which Variable Throttle Valves V1 and V2 control the cylinder extension stroke speed? h. Which Variable Throttle Valves V1 and V2 control the cylinder retraction stroke speed? i. Take a screenshot of the working simulated circuit, copy and paste it into the Word document MET230L Pneumatics Lab 1 Page - 8 - S1 F1 R1 O bar P2 22 M1 L1 Figure for Exercise 4 P1 C1 0 SLPM FM1 V1 a. Give the complete descriptive name the following components: M1: P1: C1: b. What will happen to C1 when M1 is actuated while the compressor is on? C. Build the circuit using the components shown or their equivalents. V2 d. Start the simulation. Before manually actuating anything what happens to the cylinder piston/rod (C1)? e. Now, click and hold down the Left Mouse Button (LMB) on the lever of M1. What happens to the cylinder rod? f. Release the LMB allowing M1 to be unactuated. What happens to the cylinder rod? g. Which Variable Throttle Valves V1 and V2 control the cylinder extension stroke speed? h. Which Variable Throttle Valves V1 and V2 control the cylinder retraction stroke speed? i. Take a screenshot of the working simulated circuit, copy and paste it into the Word document MET230L Pneumatics Lab 1 Page - 8 -