Industrial Instrumentation Technology

What You Will Learn

• 1 Learn the foundational principles of industrial measurement, including SI units, measurement error, accuracy, precision, and the role of instrumentation in process control.
• 2 Understand pressure measurement technology, covering manometers, Bourdon tubes, diaphragm sensors, and electronic pressure transmitters with their calibration procedures.
• 3 Explore temperature measurement instruments including thermocouples, RTDs, thermistors, and infrared sensors, and analyze their selection criteria for industrial applications.
• 4 Apply flow measurement principles by examining differential pressure flowmeters, magnetic flowmeters, vortex meters, and ultrasonic flow devices in process piping systems.
• 5 Analyze level measurement technologies such as float switches, hydrostatic pressure methods, ultrasonic level sensors, and guided wave radar for tanks and vessels.
• 6 Understand signal transmission standards including 4-20 mA current loops, HART protocol, Fieldbus, and wireless instrumentation networks used in modern process plants.
• 7 Develop knowledge of control valves, actuators, and final control elements, including valve sizing, Cv calculations, and positioner configuration for regulatory control loops.
• 8 Explore process control fundamentals covering PID controller theory, tuning methods, cascade control, ratio control, and feedforward strategies for industrial loops.
• 9 Implement instrumentation calibration and maintenance programs by applying calibration standards, traceability requirements, preventive maintenance scheduling, and instrument reliability concepts.
• 10 Build proficiency in instrumentation safety systems, including Safety Instrumented Systems (SIS), SIL ratings, functional safety standards under IEC 61511, and alarm management principles.