INDUSTRIAL PROCESS
CONTROL & INSTRUMENTATION

Day 1
I. Introduction to Process
• Identification of the Components that make up a Process Control System,
  & Terminology used in Process Control Systems
• Definition of Continuous Process Systems & Characteristics
• Definition of Batching Process Systems & Characteristics
• Definition of Discrete Process Systems & Characteristics

II. P&ID (Piping & Instrumentation Diagram or Process & Instrumentation Diagram
• Definition of P&ID – What is it & why use it?
• Schematic Symbols & Drawing Standards (ANSI / ISA S5.1)
• Equipment Reference & Labeling (ANSI / ISA S5.1)
• Lab - Complete P&ID for Process Cart

III. Programmable Logic Controller & Graphical User Interface
• Ethernet/IP Introduction  
• Introduction to Compactlogix system
  a. Studio 5000 - Open Blank Program and Configure Processor
  b. Configure Local Chassis IO
  c. Add Powerflex 525 Profile
  d. Add Pneumatic Manifold
  e. Add Point IO w/ HART Card
• Introduction to HART (Highway Addressable Remote Transducer)
  a. What is HART? Usage?
  b. Point to Point / Multidrop
  c. Smart Instrument Benefits
• Introduction to FactoryTalk View ME
  a. Create Design File
  b. Plant PAX Process Library Overview

Day 2 
I. Pressure
• Definition of Pressure
• Types of Pressure Measurements
• Mechanical Pressure Indicators
• Electronic Pressure Measurements

II. Flow
• Definition of Flow
• Mass Flow vs Flow Meters
• Difference between Flow Indication, Switch and Meter

III. Control Valves
• Common types of valves
• Common Actuators

IV. Temperature
• Definition of Temperature
• Temperature Scales / Converting
• Temperature Measurements  

Day 3
I. Level
• Point Level vs Continuous Measurement
• Types of Level Measurements / Indicators – Pros / Cons

II. PID Loop
• PID Theory / Terminology

III. PIDE Tuning
• Apply Gains to PIDE to demonstrate response
• Demonstrate PIDE Autotune Functionality