Process Variables

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Overview: Basic Process Control Series - Process Variables

• Course seat times vary for each individual topic.
  
  
• Individuals receive a certificate of completion and 0.4 CEUs (Continuing Education Units) upon successful completion of final course examination.

• Match the term pressure with its definition
  
• Using an example, calculate the amount of fluid pressure exerted on a given object
  
• Recognize the relationship between PSI, PSIG, PSIA, and gage pressure
  
• Determine how hydrostatic head, density, and specific gravity are used to calculate pressure values
  
• Match the terms level and volume with their definitions
  
• Describe how a sight glass is used to measure level
  
• Recognize how hydrostatic head is related to level measurement in open and closed systems
  
• Identify the operational characteristics, construction and function of a bimetallic thermometer
  
• Identify the operational characteristics, construction and function of a thermocouple
  
• Identify the operational characteristics, construction and function of a resistance temperature detector and a thermistor detector
  
• Recognize the advantages of a temperature loop system containing non-intrusive detection methods
  
• Distinguish the characteristics and operation of the different types of flow meters
  
• Recognize the relationship between flow rate and differential pressure
  

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