Induction Module – Instrumentation Engineering

Objectives

• To gain knowledge on variety of instrumentation systems used in the plant s

• To develop skills in installations, trouble shooting and maintenance

• To develop the ability to read and interpret P & I D circuit diagrams

• Basics of Field Instrumentation

• Transmitters and Signal types: Types of signals, Function of a transmitter, Block Diagram of a transmitter

• Commonly used field instruments and their applications

• Physical Parameters and their measurements: Temperature, Pressure, Flow

• Temperature measurement

• Basic principles , Scales, Thermocouples & RTD’s, Thermostats

• Radiation thermometry

• Temperature transmitters

• Selection, Installation and Commissioning

• Pressure and Flow measurement

• Basic principles

• Sensors and Transmitters

• Erection and Commissioning Guidelines

• Calibration practices

• Maintenance & Trouble shooting

• Technical advancement in instrumentation

• HART Communication

• Field bus technology

• Data Acquisition & Control System

• Data Acquisition Systems

• Introduction to Data Acquisition Systems

• Acquiring and Accessing Real‐time and Historical trends

• Alarm Management

• Reporting

• Control Systems

• Introduction to process control technique

• Types of control systems used in the plant

• Introduction to PID Controllers, PLC and DCS control system

• Comparison between various control systems

• Selection of control system to suit the local requirement