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INSTRUMENTATION 13 | Técnicos Industriais
13 | Technicians (Industry)
Requirements
Knowledge on Instrumentation

Instrumentation can be used to discuss the work of technicians and engineers who deal with industrial processes (operating and
instrumentation technicians and processing, instrumentation and automation engineers), but it can also refer to the different methods and
techniques that can be applied to instruments. To control an industrial process, it is necessary to measure and Control several physical
variables and that requires the use of instruments.

CONTENTS
OBJECTIVES
Module 1 - Fundamentals of Physics for Instrumentation
At the end of this training course, trainees will have acquired - Classic Mechanics – Velocity, Acceleration, Strength
specific technical skills to efficiently carry out all duties - Law of Universal Attraction
related with instrumentation. - Newton’s Laws
- International System of Units
- Work, Kinetic Energy and Potential Energy
ADDRESSEES - Circular Movements
Every instrumentation professionals who want to learn more - Oscillatory Movements, Period, Frequency, Phase
on this subject. - Mechanic of Fluids – Hydrostatics, Drainage, Flow, Bernoulli’s Principle, Cargo
Losses

Module 2 - Thermodynamics
- Work, Heat, Temperature, Specific Heat
- Principles of Thermodynamics
- Electrothecnics
- Electrostatics
- Condensers
- Electrical Current
- Resistance
- Ohm’s Law
- Voltage and Current Laws
- Magnetism, Magnetic Field, General Law of Induction
- Continuous and Alternate Current Circuits

Module 3 - Industrial Processes
INFORMATION - Automatic Control System
Hours: 40h - Measurement Instrument
Time: See Training Plan - Generic Constitution
Material Delivered: Training Support Material - Chain of Electric Measurement
Training: Attendance Required - Sensors and Actuators and Respective Characteristics
Regime: Working Hours / Post-Working Hours
Module 4 - Symbols
- Pressure Sensors
- Barometers, Manometers, Pressure Switches
- Units Outside International System and Conversions
METHODOLOGIES - Absolute, Relative and Differential Pressure

Methodologies used by the trainer will be - Static, Dynamic and Total Pressure
- Liquid Column, Bourdon and Diaphragm Manometers
expository, demonstrative and/or active, favouring - Pressure Transmitters
the latter whenever possible. - Calibration: Deadweight Scales
- Specification, Selection and Installation
Module 5 - Principles of Pneumatic Instrumentation
- Nozzle, Reed and Pneumatic Relay
- Forces Scale
- Transmitters, Controllers and Converters
- Pneumatic Valves: Constitution and Functioning

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