Exercise 3 In this exercise, we will conveniently use a 5/2 (five-port, two-position), spring return, manually operated, directional control valve (DCV) to control component A1. FM1 A1 FM2 0 SLPM 0 SLPM 18 1 point What is the name of component A1? Throttle Valve Compressor Flowmeter (One Direction) Rotary Actuator (Oscillating Motor) S1 P1 M1 0 bar F1 R1 L1 V2 19 1 point 20 How is A1 in Exercise 3 different than that of Exercise 2? In Ex3 A1 is always on, In Ex2 A1 is always off In Ex3 A1 rotates partially, In Ex2 A1 rotates continuously In Ex3 A1 fast, In Ex2 A1 is slow In Ex3 A1 rotates only CCW, In Ex2 A1 rotates CW and CCW 1 point Exercise 3 In this exercise, we will conveniently use a 5/2 (five-port, two-position), spring return, manually operated, directional control valve (DCV) to control component A1. A1 FM1 0 SLPM FM2 0 SLPM V1 V2 20 1 point Complete the following steps and then answer the questions: In the simulation software assigned by your instructor, within your Week1_Lab1_LastName_FirstName project file open a new diagram named Ex3. Build the circuit using the components shown or their equivalents. Start the simulation. Click and hold down the left mouse button (LMB) on the lever of valve M1. What happens to A1? A1 Rotates CW A1 Rotates CCW S1 00 P1 M1 0 bar F1 R1 L1 A1 Does Nothing 21 1 point Release the LMB from M1 What happens to A1? A1 Rotates CW A1 Rotates CCW A1 Does Nothing S1 Exercise 3 In this exercise, we will conveniently use a 5/2 (five-port, two-position), spring return, manually operated, directional control valve (DCV) to control component A1. A1 FM1 0 SLPM FM2 0 SLPM 22 1 point Which of the Variable Throttle Valves (Flow Control Valve) V1 or V2 controls the clockwise speed of A1? V1 V2 Both V1 and V2 Neither V1 or V2 -00 P1 M1 0 bar F1 R1 L1 V1 V2 23 1 point Which of the Variable Throttle Valves (Flow Control Valve) V1 or V2 controls the counterclockwise speed of A1? 000 V1 V2 Both V1 and V2 Neither V1 or V2 24 1 point Why can the Variable Throttle Valves only control the motion of A1 in one direction? Their check valves force air through the controlled orifice in both directions. They do not need to be installed in the correct orientation to work as intended. Their check valves force air through the controlled orifice in one direction but allow air to flow past freely in the opposite direction. They must be installed in the correct orientation to work as intended. Variable Throttle Valves that control extension can only be installed on the right side of pneumatic actuators. Variable Throttle Valves can only be installed in one direction.