not use ai please 3.Provide the PLC ladder logic for a self-resetting up counter that is incremented by a 5sone-shot, can be manually reset by 117.0 and has a maximum value of 600. Variousoutputs should be turned ON according to the following conditions;time value between 00M and 02M 29Stime value between 02M 30S and 04M 59Stime value between 05M and 07M 29Stime value between 07M 30S and 09M 59S(both times included) OUT1 (Q0.1)(both times included) OUT2 (Q0.2)(both times included) OUT3 (Q0.3)(both times included) OUT4 (Q0.4)NOTE: Please use a MINIMUM number of COMPARE instructions

Answered: Image /qna-images/answer/2235ca8a-bc72-4185-b04c-ca63ac6f9837.jpg

Answered: 3. Provide the PLC ladder logic for a…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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30) Coils labeled ( S ) and ( R )A) must appear in that order (S before R) in a ladder logic programB) may be used only in subroutines in programs for Siemens PLCsC) are Short and Repeated coils, used in timing programsD) may be used instead of a seal-in arrangement to provide latching
In IC 74153,the input at pin number 14 is Options A-Connected to ground B-Connected to power/VCC C-Connected to LOGIC State D-Connected to LOGIC Probe
Q9- Complete the following timing diagram for the circuit shown below. Assume a small delay for DFFS. All inputs and signals are active high. Note the inverter : data D Q Do Qo CE CE en CIk Clk data en
Draw a clock signal CLK with five 0-to-1 timing events, a nonzero setup time, tsu, and a nonzero hold time,th. Also draw one excitation input signal EI that follows the sequence 10110 and meets the setup and hold timerequirements. In the excitation input, the first bit in the sequence (1) occurs in time for the first clock timingevent, the second bit in the sequence (0) occurs in time for the second clock timing event, and so forth.
need handwritten with explanation Clear
Y=f(A,B,C)=(0,4,5)+don't care(2)
A temperature control system consists of four thermostats controlling three heating units. The thermostat contacts are set to close at 50°, 60°, 70°, and 80°F, respectively. The PLC ladder logic program is to be designed so that at a temperature below 50°F, three heaters are to be ON. From 50° to 60°F, two heaters are to be ON. For 60° to 70°F, one heater is to be ON. Above 80°F, there is a safety shutoff for all three heaters in case one stays on because of a malfunction. A master switch is to be used to turn the system ON and OFF. Prepare a typical PLC program for this control process.
B)- Write the Boolean expression and draw the gate logic diagram and typical PLC ladder logic diagram for a control system wherein a fan is to run only when one of the following conditions are met: • Input A is ON, or either B or C are ON. • Inputs D and E are both OFF. • At least two out of three of inputs F, G, or H are ON.
1. Consider the CRC generator shown below. Determine the output of the CRC circuit (i.e. Q4 Q3 Q2 Q1 Q0, expressed as a decimal number) for the input sequence "1010" (input one bit at a time, left to right). Assume the CRC circuit is initialized to state 11111. D Q0 Q2 Q4 Q1 Q3 Clock - Data In
please type so that i can read it
8) Answer the questions, in sequence, for the MCR program in the figure, assuming the program has just been entered and the PLC is placed in the RUN mode with all switches turned off a. Switches S2 and S3 are turned on. Will outputs PL1 and PL2 come on? Why? b. With switches S2 and S3 still on, switch S1 is turned on. Will output PL1 or PL2 or both come on? Why? c. With switches S2 and S3 still on, switch S1 is turned off. Will both outputs PL1 and PL2 deenergize? Why? d. With all other switches off, switch S6 is turned on. Will the timer time? Why? e. With switch S6 still on, switch S5 is turned on. Will the timer time? Why? f. With switch S6 still on, switch S5 is turned off. What happens to the timer? If the timer was an RTO type instead of a TON, what would happen to the accumulated value? 10 Inputs Ladder logic program Outputs L1 L2 S1 (MCR)- oo s1 PL1 S2 PL1 oo s2 2 PL2 oo S3 S3 PL2 3 oo S4 S4 PL2 oo S5 oo S6 (MCR) 5- S5 (MCH)- 6 S6 TON EN TIMER ON DELAY Timer Time base Preset…
1-2 Show the PLC implementation of the hardwired logic shown in Figure below, for the following scenarios using only one push button connection: (a) with the normally open contact connected to the input module and (b) with the normally closed contact connected to the input module. Describe the operation of each implementation as well. Use input address 10 for the push button and addresses 30 and 31 for pilot lights PL1 and PL2, respectively. Indicate the lights in the ON condition (without PB1 being pushed) using a shaded PL indicator. I

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