Draw a program on the rungs below for the motor controller from the previous problem. When...
Draw a program on the rungs below for the motor controller from the previous problem. When a NO contact (I-0) is closed the motor rotates in the “forward” direction, and when a different NO contact (I-1) is closed the motor rotates in the “reverse” direction. If both contacts are closed at the same time the motor should do nothing.
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Draw a program on the rungs below for the motor controller from
the previous problem. When...
Draw a program on the rungs below for the motor controller from the previous problem. When...
Draw a program on the rungs below for the motor controller from the previous problem. When a NO contact (I-0) is closed the motor rotates in the “forward” direction, and when a different NO contact (I-1) is closed the motor rotates in the “reverse” direction. If both contacts are closed at the same time the motor should do nothing.
Draw a program on the rungs below that uses a timer function. When a NO contact...
Draw a program on the rungs below that uses a timer function. When a NO contact (I-0) is closed a coil is energized and stays energized for 10 seconds. Clearly indicate which timer function was used and what inputs and preset values were used.
Please show in PLC programming or draw out ladder rungs A PLC controls five sets of...
Please show in PLC programming or draw out ladder rungs
A PLC controls five sets of stage lights for an auditorium. For one particular stage production, the various acts and scenes require six different lighting sequences, each involving a different combination of the five light sets. The stagehand in charge of lighting has a control panel that controls the PLC. There are two switches on the panel: STEP a momentary N/O pushbutton switch that makes the PLC step to the...
Problem 1: Speed versus time plot of a small DC motor is obtained when 1 Volt input is applied. T...
Problem 1: Speed versus time plot of a small DC motor is obtained when 1 Volt input is applied. The response curve is shown below: a) Approximate the open loop transfer 6 function, G(s) of the DC motor. b) A simple proportional controller (P- controller) is applied to the same DC motor. The control goal is to track a constant target speed ofr 150 rpm. Determine the control gain Kp which guarantees an offset error of e 5 rpm. (i.e.,...
Design a circuit and Arduino program that accomplishes the following: An IR distance sensor will detect the presence (t...
Design a circuit and Arduino program that accomplishes the following: An IR distance sensor will detect the presence (through waving of a hand) A H-Bridge circuit with 9V battery power will control the direction of the DC motor as described in Chapter 4 (pp. 70-79) of your textbook. When a hand is waved over the IR sensor, the motor moves in one direction (simulating opening a door). There is a 2 second pause, and then the motor moves in the...
Trying to solve the following problem based on the below program. It's from Chapter 2 in...
Trying to solve the following problem based on the below program. It's from Chapter 2 in Computer Systems (Fourth Edition) by J. Stanley Warford Section 2.4 . The function sum in Figure 2.25 is called for the first time by the main program. From the second time on it is called by itself. "(a) How many times is it called altogether? (b) Draw a picture of the main program variables and the run-time stack just after the function is called...
Problem 1, 15 points Arocket i lunched vertically from point Po(0), with the rocket motor providing...
Problem 1, 15 points Arocket i lunched vertically from point Po(0), with the rocket motor providing thrust equivalent to an acceleration of 19.8 m/s2. After 3 seconds, the rocket reaches point P, and the rocket motor shuts down. For I second (up to a total flight time of 4 seconds), the rocket flies without thrust, while it rotates by 45o. Then, at point P2 the rocket motor is restarted, again providing thrust equivalent to an acceleration of 19.8 m/s? in...
Problem 1, 15 points Arocket i lunched vertically from point Po(0), with the rocket motor providing...
Problem 1, 15 points Arocket i lunched vertically from point Po(0), with the rocket motor providing thrust equivalent to an acceleration of 19.8 m/s2. After 3 seconds, the rocket reaches point P, and the rocket motor shuts down. For I second (up to a total flight time of 4 seconds), the rocket flies without thrust, while it rotates by 45o. Then, at point P2 the rocket motor is restarted, again providing thrust equivalent to an acceleration of 19.8 m/s? in...
. What is a programmable logic controller (PLC)?12. The , Identify four tasks in addition to...
. What is a programmable logic controller (PLC)?12. The , Identify four tasks in addition to relay switching operations that PLCs are capable performing. 3. List six distinct advantages that PLCs offer over controller operates in real time. What does this mean? of performing 13. Answer the following with reference to the f conventional relay-based control systems. control PLC ladder logic diagram of Figure 1-21 this etary PLC architecture. 5. State two ways in which LVO is incorporated into 4,...
Assuming the panel switches produce a logic high when in the on position and the motors...
Assuming the panel switches produce a logic high when in the on position and the motors are turned on when the motor control signal is a logic high, determine if the truth table below is a) I in the box beside each mistake. If nothing is in a box, it is assumed the signal is correct. Conditions are rewritten for your convenience. (7 points) 1. All motors cannot be on at the same time 2. Motor 3 and Motor 1...
Please show in PLC programming or draw out ladder rungs
A PLC controls five sets of stage lights for an auditorium. For one particular stage production, the various acts and scenes require six different lighting sequences, each involving a different combination of the five light sets. The stagehand in charge of lighting has a control panel that controls the PLC. There are two switches on the panel: STEP a momentary N/O pushbutton switch that makes the PLC step to the...
Problem 1: Speed versus time plot of a small DC motor is obtained when 1 Volt input is applied. The response curve is shown below: a) Approximate the open loop transfer 6 function, G(s) of the DC motor. b) A simple proportional controller (P- controller) is applied to the same DC motor. The control goal is to track a constant target speed ofr 150 rpm. Determine the control gain Kp which guarantees an offset error of e 5 rpm. (i.e.,...
Trying to solve the following problem based on the below program. It's from Chapter 2 in Computer Systems (Fourth Edition) by J. Stanley Warford Section 2.4 . The function sum in Figure 2.25 is called for the first time by the main program. From the second time on it is called by itself. "(a) How many times is it called altogether? (b) Draw a picture of the main program variables and the run-time stack just after the function is called...
Problem 1, 15 points Arocket i lunched vertically from point Po(0), with the rocket motor providing thrust equivalent to an acceleration of 19.8 m/s2. After 3 seconds, the rocket reaches point P, and the rocket motor shuts down. For I second (up to a total flight time of 4 seconds), the rocket flies without thrust, while it rotates by 45o. Then, at point P2 the rocket motor is restarted, again providing thrust equivalent to an acceleration of 19.8 m/s? in...
Problem 1, 15 points Arocket i lunched vertically from point Po(0), with the rocket motor providing thrust equivalent to an acceleration of 19.8 m/s2. After 3 seconds, the rocket reaches point P, and the rocket motor shuts down. For I second (up to a total flight time of 4 seconds), the rocket flies without thrust, while it rotates by 45o. Then, at point P2 the rocket motor is restarted, again providing thrust equivalent to an acceleration of 19.8 m/s? in...
. What is a programmable logic controller (PLC)?12. The , Identify four tasks in addition to relay switching operations that PLCs are capable performing. 3. List six distinct advantages that PLCs offer over controller operates in real time. What does this mean? of performing 13. Answer the following with reference to the f conventional relay-based control systems. control PLC ladder logic diagram of Figure 1-21 this etary PLC architecture. 5. State two ways in which LVO is incorporated into 4,...
Assuming the panel switches produce a logic high when in the on position and the motors are turned on when the motor control signal is a logic high, determine if the truth table below is a) I in the box beside each mistake. If nothing is in a box, it is assumed the signal is correct. Conditions are rewritten for your convenience. (7 points) 1. All motors cannot be on at the same time 2. Motor 3 and Motor 1...
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