ECET 405 Experience Tradition/newtonhelp.com

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• Chapter 2 Homework
• 1)A discrete 120 V ac output module is to be used
  to control a 230 V dc solenoid valve. Draw a
  diagram showing how this could be accomplished
  using an interposing relay.
• 2)Assume a thermocouple generates a linear
  voltage of from 20 mV to 50 mV when the
  temperature changes from 750F to 1250F. How
  much voltage will be generated when the
  temperature of the thermocouple is at 1000F?

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• A Control Problem with Multiple Inputs and
  Outputs
• 1.Complete Table 1 below per lab instructions
• 2.Take a digital photo of your completed circuit
  and insert it below.
• 3. In a paragraph write your comments on any
  wiring issues or challenges that you encountered.
  How did you

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•  
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• Chapter 2 Homework
• 1)A discrete 120 V ac output module is to be used
  to control a 230 V dc solenoid valve. Draw a
  diagram showing how this could be accomplished
  using an interposing relay.
• 2)Assume a thermocouple generates a linear
  voltage of from 20 mV to 50 mV when the
  temperature changes from 750F to 1250F. How
  much voltage will be generated when the
  temperature of the thermocouple is at 1000F?

5
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• ECET 405 Week 2 Chapter 4 Homework

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• 1.Per step 6 of Lab 2 instructions, turn on the
  power supply and touch the loose end of the red
  wire shown in Figure 7 to input terminals X0, X1,
  X2, X3, X4, X5, X6, and X7. Indicate which of
  LEDs marked X0 to X7 will turn on.
• 1.Explain why some of the input LEDs do not turn
  on as you touch the loose red wire to some of the
  input terminals of the PLC.

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• ECET 405 Week 3 Chapter 4 Homework and Chapter 5

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• ECET 405 Week 3 Chapter 7 Homework

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• 1. Once you have completed step 6 of lab 3, Print
  Screen your ladder logic program that contains
  your last name on rung 3 and paste it below.
• 2. Once you have completed step 12 of lab3,
  Print-screen the ladder logic program you created
  and paste it below.

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• ECET 405 Week 3 Chapter 7 Homework

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• Hardwiring your PLC, Downloading a Program
  Containing Timer and Counter Instructions, and
  Running the Process
• 1.Take a digital photo of your circuit and attach
  to this worksheet
• 2. Print a copy of the ladder logic program from
  your PC and attach to this worksheet.
• 3. Briefly describe the operation of each rung.

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• Chapter 10 - PP 298-300
• Chapter 11 - PP 318-321
• Chapter 13 PP 377-378

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• LogixPro Simulation
• 1.Copy and paste the ladder logic program you
  obtained in step 4 of the lab to this worksheet.
• PLC Hardware

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• Chapter 14 problems 1, 2, and 7
• Chapter 15 problem 2
• Chapter 14
• Problem 1 Give an example of an open-loop
  control system. Explain why the system is
  open-loop, and identify the controller and final
  control element.

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• ECET 405 Week 6 iLab Project Design

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• 1.Fill in the values for voltages applied to the
  motor and corresponding speeds from steps 6 and 7
  in Table 1.
• 4.Write a brief report on the functionality of
  your system. Describe any troubleshooting or
  challenges you experienced during the lab.

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