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Design a PLC program that will correctly execute the following industrial control process: A part is placed on a conveyor. The part automatically moves down the conveyor. In the middle of the conveyor the part goes through a two-foot-long painting section. The sprayer paints for the time the part is under the painting booth, during which time the conveyor does not stop. When the part reaches the end of the conveyor, the conveyor stops, and the part is removed. Assume that only one part can be on the conveyor at one time. Use a limit switch at the front of the painting booth and another at the end. Spray Booth (#1) or Stamper Enclosure (#2) Start Here Stops Here Define all inputs and outputs and label the PLC diagram.

Design a PLC program that will correctly execute the following industrial control process: A part is placed on a conveyor. The part automatically moves down the conveyor. In the middle of the conveyor the part goes through a two-foot-long painting section. The sprayer paints for the time the part is under the painting booth, during which time the conveyor does not stop. When the part reaches the end of the conveyor, the conveyor stops, and the part is removed. Assume that only one part can be on the conveyor at one time. Use a limit switch at the front of the painting booth and another at the end. Spray Booth (#1) or Stamper Enclosure (#2) Start Here Stops Here Define all inputs and outputs and label the PLC diagram.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Design a PLC program that will correctly execute the following industrial control process: A part is placed on a conveyor. The part automatically moves down the conveyor. In the middle of the conveyor the part goes through a two-foot-long painting section. The sprayer paints for the time the part is under the painting booth, during which time the conveyor does not stop. When the part reaches the end of the conveyor, the conveyor stops, and the part is removed. Assume that only one part can be on the conveyor at one time. Use a limit switch at the front of the painting booth and another at the end. Spray Booth (#1) or Stamper Enclosure (#2) Start Here Stops Here Define all inputs and outputs and label the PLC diagram.
Transcribed Image Text:Design a PLC program that will correctly execute the following industrial control process: A part is placed on a conveyor. The part automatically moves down the conveyor. In the middle of the conveyor the part goes through a two-foot-long painting section. The sprayer paints for the time the part is under the painting booth, during which time the conveyor does not stop. When the part reaches the end of the conveyor, the conveyor stops, and the part is removed. Assume that only one part can be on the conveyor at one time. Use a limit switch at the front of the painting booth and another at the end. Spray Booth (#1) or Stamper Enclosure (#2) Start Here Stops Here Define all inputs and outputs and label the PLC diagram.
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