Q12 kboard.com/webapps/assessment/take/launch.jsp?course_assessment_id=_132181_1&course_id=Question Completion Status:VATLZ will be oII, ILT Wir de umOB. Both PL1 & PL2 will be onOC. Both PL1 or PL2 will be offQUESTION 12L1Inputsoo-S10-S3-S40-S5Ladder logic programS1PL3-S510S2S410JMPPL1PL4PL2OutputsPL1PL2PL3-PL4-L2Referencing the above Ladder Logic Program.Assume all switches are turned off after each operation.All switches are turned on in order according to the following sequence: S1, S2, S3, S5, S4.Which pilot lights will turn on?OPL1OPL2OPL3OPL4OPL1, PL2OPL1, PL2, PL3, PL4OPL2, PL3OPL3, PL4

Given a ladder logic program When all the switches are turned on in order according to the following…

QUESTION 12 L1 Inputs o-S1 0-S2 0-S3 0-S4 o-S5 2 3₂ 4 Ladder logic program S1 PL3 36 S3 H S5 36 10 S2 HE S4 10 IMP PL3 PL4 O PL1, PL2 OPL1, PL2, PL3, PL4 PL2, PL3 PL1 PL4 PL2 () Outputs PL1 PL2 PL3 PL4 L2 Referencing the above Ladder Logic Program. Assume all switches are turned off after each operation. All switches are turned on in order according to the following sequence: S1, S2, S3, S5, S4. Which pilot lights will turn on? OPL1 OPL2

QUESTION 12 L1 Inputs o-S1 0-S2 0-S3 0-S4 o-S5 2 3₂ 4 Ladder logic program S1 PL3 36 S3 H S5 36 10 S2 HE S4 10 IMP PL3 PL4 O PL1, PL2 OPL1, PL2, PL3, PL4 PL2, PL3 PL1 PL4 PL2 () Outputs PL1 PL2 PL3 PL4 L2 Referencing the above Ladder Logic Program. Assume all switches are turned off after each operation. All switches are turned on in order according to the following sequence: S1, S2, S3, S5, S4. Which pilot lights will turn on? OPL1 OPL2

Electric Motor Control

10th Edition

ISBN:9781133702818

Author:Herman

Publisher:Herman

Chapter7: Relays

Section: Chapter Questions

Problem 9SQ: What is optoisolation?

See similar textbooks

Similar questions

2. The impulss resporse kinl * a decree-sime LTI system is shown in Figure tia) Deramine and skotch ha cuput y(n] of this sysaem so the inp.r [x) shown in Figure 1it) without using the corvoluian technique. ta) () gure 1.
a) Determine total admittance and impedance. b) Draw admittance diagram and impedance diagram. c) Determine the values of C and L. d) Determine the voltage ?? ⃗ and the currents ?? (Se image ! last task)
In your own words and from your own understanding, avoid plagiarism or copying from the Course Material, explain or describe MOLDED CASE CIRCUIT BREAKER.
What is optoisolation?
I have a wooden toy train that runs on wooden tracks. I would like to place two ESP-WROOM-32 Boards on top of the train. Broadcast communication (which involves radio frequency, not Wi-Fi) would help communicate about the train's lateness to five other wooden trains on the same track. Local communication would help communicate to the train station about the train's lateness. I would also need radio frequency Tx-Rx Modules for discharging and undergoing the signal, and repeaters just in case the signal loses power due to long-distance traveling. My wooden train should be automated. It should run at 4 inches per second, keep a minimum distance of 30 seconds away from the other wooden trains, and make a 17-second-long stop every 500 seconds. What's the procedure to connect the components? What's the Arduino code (C++) for this project?
What is ampere circuital law?
(c) Draw a circuit diagram to represent a TN-C-S earthing system and briefly explain its advantages and disadvantages. (d) Briefly explain how to estimate the height of air termination of a lightning protection system network using the rolling sphere method and protection angle method. (e) Briefly explain what is meant by Ground Potential Rise (GPR) and explain why an animal like cow would not be adequately protected against GPR. Note : answer all or else dnt attempt the question
Control System: Simplify the block diagram
QUESTION 3 a) b) Briefly describe the following terms for a generic second order instrument response. i. time constant (T) ii. rise time (Tr) iii. settling time (Ts) iv. peak time (Tp) Indicate the following characteristics on the generic second order response given in Figure Q3(b). i. Rise Time ii. iii. iv. Settling Time Min Settling Time Max Settling Time V. Overshoot vi. Undershoot vii. Maximum peak viii. Peak Time Amplitude 4 3.5 3 2.5 1.5 1 0.5 0 0 5 Step Response 10 Time (seconds) Figure Q3(b) 15 20 25
(ii) Determine the range K to keep the system stable using the Routh-Hurwitzcriterion.
Test the accuracy of the equation by applying the operation in Ampere law (del.)? If there is a mistake, correct this mistake.
How does TP4056 works? What is the purpose of red and blue lights in the components?