dear eng pls ans quicklythanks IN4IN3IN2IN1OUT3[北]-()-INSIN7IN6IN5OUT3IN3ннаINSIN10HIN6水OUT4IN9Figure Q2 Ladder diagram for conveyor belt sorting station (b) The phrase "latch circuit" refers to the specific circuit responsible for executingsuch an action. This circuit is self-sustaining, as once it receives power, it retainsthat state until it receives a different input. Explore the two types of latchingmethods utilized in PLC programming, supported by a ladder diagram.

The image you sent appears to be a ladder diagram for a conveyor belt sorting station. Here's a…

Answered: IN4 IN3 IN2 IN1 OUT3 [北] -()- INS IN7…

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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Design a PID controller for this system.
I want you to draw a ladder logic diagram of a garage door to control it by PLC. In my case we have different inputs and outputs and all of them gotta be used in the diagram. I can perfectly interpret the diagram so no need to explain it, I will just require you to draw it. INPUTS : open push button ( OPB ) - close push button ( CPB ) - open limit switch ( OLS ) - close limit switch ( CLS ) - obstacle detection sensor ( ODS ) - safety sensor ( SS ) - emergency stop push button ( ESPB ) - reset button ( RB ) OUTPUTS : motor starts ( MS ) - motor stops ( MSTP ) - motor forward ( MF ) - motor reverse ( MR ) - Error display ( ER ) OPERATİNG MODES : automatic mode ( AM ) - manual mode ( MM ) NECESSARY TIMERS : T1 ( delay door movement after obstacle detection ) - T2 ( delay door movement after reversing ) Here is my excercise for today. Please I am requiring a good logic diagram taking into consideration all what was mentioned before. so to sum up, I want you to write a logic ladder diagram…
Identify the following elements of the given closed loop control system.(i) Process Element(ii) Feedback Element (iii) Control Element (iv) Correction Element
Traffic Light System Construct a PLC program for a traffic light system with the following condition: The green light will be ON for 10 second, followed by the yellow light for 3 second and red light for 20. The system will run continuously until the START/STOP switch is deactivated. Figure 12: The traffic light system Two Directional Control of Traffic Light Extend the PLC program for the traffic light system with the following condition:. Red = north/south Green = north/south Amber = north/south Green = east/west Amber = east/west Red = east/west -25 s ·5 s 25 s 5 s
The governor is a mechanically-controlled feedback device which maintains the speed of an engine within permissible range whenever there is a variation of load. There is various type of governor in the industry as shown in Q6(a). With the aid of a diagram of forces acting on the governor at the equilibrium, explain the limitations of a Watt governor and how these are rectified in the Porter governor. Figure Q6(a): Various types of governor.
2.Can an open-loop mechanism be studied as a closed-loop mechanism? Clearly state How and give an example?
For the following symbolic representation of a robotic manipulator arm: 1. Use the Denavit-Hartenberg (DH) convention to draw the correct coordinate frames on the diagram 2. Define the DH variables and draw them on the diagram 3. Construct and fill a DH table with variables for each joint/link.
B. Use your own words to describe the method to derive the A-matrix that represents each joint of the SCARA robot above?(Hint: Use your own symbols for joint parameters and links’ lengths).C.Arrange the A-matrices described in part (B) in the correct order necessary to derive the kinematic matrix that defines the motion of the end-effector of the SCARA robot?
9 Reduce the following block-diagram into one block. (Describe the control system with one transfer function and write it.) * W2 W1 W3
Problem 3: Crankshaft mechanism is one of the most important mechanical system used to convert translational motion or reciprocating motion to rotational motion and vice versa. It is widely used in cars' engines and hydraulic pumps. Your role in car's engine manufacturing company is to analyze the displacement, velocity and acceleration diagrams for crankshaft planer mechanism to later find the forces of the links to avoid overloading the system. Your manger asked you the provide detailed analysis of the crankshaft planar mechanism shown in Figure.3. Part.1: -140 mm 60 mm Crank Connecting Rod x(t) V(t) a(t) F(t) (OB Piston x(t) Reference Figure.3: Crankshaft planar mechanism for a car 'engine. If the zero-position x=0 at the extreme right as shown in Figure.3, perform the following tasks: 1. Derive a mathematical relation for displacement, velocity and acceleration x(t), v(t) and a(t) of the piston B. 2. Derive a mathematical relation for force F(t) on the piston B by making use of the…
A proportional controller is used to control the height of water in a tank where the water level can vary from 0 to 4.0 m. The required height of water is and the controller is to close a valve fully when the water rises to 3.9 and open it fully when the water falls to 3.1 m. What transfer function will be required? source : Mechatronics: Electronic Control Systems in Mechanical and Electrical Engineering 6th Edition by W. Bolton question 22.4
Weight Ple Figure 4: Schematic of a pile driver f(t) m+bv=f(1) m by 3 X pile Figure 5: First-order model of the pile in soil 5. Figure 4 shows a pile driver that is used to drive piles into soil to provide foundation support for buildings. Two major components of a pile driver are a pile and a weight. The pile is in the form of a long rod going into the soil. The weight is to impact the pile at the top with an impulsive force, thus driving the pile into the soil. Figure 5 shows a first-order model of the pile in the soil. The impulsive force produced by the weight is f(t). The resistance of the soil is modeled via a viscous damping coefficient. b. The weight of the pile is balanced by the normal forces in the soil, so it does not need to be considered. In addition, the elasticity of the soil is ignored. Let z(t) and v(t) be the downward displacement and velocity of the pile, respectively. The equation of motion governing the pile velocity v(t) is dv (5) where m is the mass of the pile.…

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