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InstrumentationELC-213Today Presentation by Clifford T. Johnson, PE, Control Systems Engineer Instrumentation and Control Systems Documentation Honeywell.

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Presentation on theme: "InstrumentationELC-213Today Presentation by Clifford T. Johnson, PE, Control Systems Engineer Instrumentation and Control Systems Documentation Honeywell."— Presentation transcript:

1 InstrumentationELC-213Today Presentation by Clifford T. Johnson, PE, Control Systems Engineer Instrumentation and Control Systems Documentation Honeywell Chapter 4.1-3 Chapter 8 Installation Diagrams & Location Plans These documents are for the contractors use

2 TodaysAssignment & LabELC-213 Assignment & Lab Installation Diagrams Honeywell Algorithms

3 DP Transmitter Installation InstallationELC-213Xmitter

4 Flexible Conduit Installation detail InstallationELC-213Conduit

5 Location Plan InstallationELC-213Conduit

6 Location Plan InstallationELC-213Conduit Conduit ID Number Conduit routing

7 InstallationELC-213Lab Lab Assignment Instruments that have a tag, use it for Description

8 InstallationELC-213Lab Lab Assignment Download drawing Installation dwg from resources determine the items by studying the Flow Lab Level control that employs the Honeywell controller, Fairchild Indicating Station, E&H Pressure transmitter (as inches water bubbler), Diaphragm Control Valve, M-systems and I/P transducer. Fill out parts list on drawing, U/I stands for Units (like Feet & Inches)/ Item ( 1, 2, 3 or more) so a contractor can buy them. The better the description is the more points you will recieve Don’t forget the title block

9 Algorithms ELC-213 Algorithms Chapter 4 ON-OFF Honeywell

10 Algorithms ELC-213 PID- A Algorithm Honeywell In the “A” form of the PID equation, all three modes— proportional, integral, and derivative—act on the error. Figure 4-3 shows the implementation of the difference equations for the three modes when all three are active.

11 AlgorithmsELC-213 Algorithm PID-A Honeywell Proportional (Gain) — regulates the controller’s output in proportion to the error signal (the difference between Process Variable and Set point). Integral (Reset) — regulates the controller's output to the size of the error and the time the error has existed. (The amount of corrective action depends on the value of proportional Gain.) Derivative (Rate) — regulates the controller's output in proportion to the rate of change of the error. (The amount of corrective action depends on the value of proportional Gain.)

12 AssignmentELC-213 Homework ASSIGNMENT Web Link Find an example of a installation drawings on the web, email web page LINK only to me, do NOT email images or web pages Email Ex: Johnson-Installation- AD All Emails Subjects and File names must have File Ex: Johnson-Installation- AD.vsd You will lose 1-3 points for incorrect subject Subject Subject : Subject :Your last Name-Subject-Assignment Date (AD)

13 InstrumentationELC-213 The End End


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