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	Course Detail

PID AND BASE LAYER CONTROL IMPROVEMENT COURSE

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Duration
(Day/s)

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(USD)

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Course Brochure

OP02

2267

2010	Jan	Feb	Mar	Apr	May	Jun	Jul	Aug	Sep	Oct	Nov	Dec
From	25	-	-	26	-	-	26	-	-	25	-	-
To	27	-	-	28	-	-	28	-	-	27	-	-

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COURSE OVERVIEW

This course will be conducted for Three-days. The focus will be both on the theoretical and practical aspect of PID control and based layer control strategies, reinforced by exercises and hands on tuning practice on simulated process using CENTUM DCS.

WHO CAN TAKE THIS COURSE

Control, Process and Instrument Engineers who are:

Responsible for tuning the control loops and ensure performance
Responsible for achieving higher levels of Process Performance.

COURSE BENEFITS

To understand the theory behind the PID controllers
Familiarize with the PID Tuning Rules to be adopted to characterize the various types of Process Responses
Tuning of Flow, Temperature, Pressure and Level Loops
To analyze Process interactions and identify ways and means of overcoming them to provide improved base Layer Control.

COURSE METHODOLOGY

Classroom Instruction

Hands-on on our Loop Tuning Simulator

Exercises and Discussions

COURSE HARDWARE/SOFTWARE NEEDS

CENTUM CS3000

Simulator Program to be supplied by YEA

Personal Computer

TOPICS COVERED IN THE COURSE

You will learn ….

Introduction to Proportional, Integral and Derivative action.
Practical implementation of PID control action.
Open loop response of PID controller.
PID tuning rules
PID Tuning Practice using simulated processes
  - Temperature Loop
  - Cascade Loop
  - Level Loop
  - Pressure Loop
Monitoring and Diagnostic of PID Controller
Different form of PID controller in CENTUM DCS.
- Non-linear PID Control
Advanced DCS configuration, and complex loop tuning.
  - Cascade Control
  - Ratio Control
  - Pressure compensated temperature
  - Signal processing.
  - Feed forward control.
  - Constraint control.
  - Temperature Pass Balancing.