Courses

Throughout the course, students will learn the fundamentals of measurement, control loops, sensors, and transducers. Emphasis is placed on understanding various types of instruments, their applications, and the principles behind their operation. IAC TECH provides a hands-on experience through practical exercises and laboratory sessions where you will learn how to calibrate instruments, troubleshoot common issues, and interpret measurement data.

Topics covered:

1. Intro to instrumentation
2. Measurement principles
3. Sensors and transducers
4. Signaling conditioning
5. Control system basics
6. Control loops
7. Calibration techniques
8. Troubleshooting methods
9. Data interpretation

Throughout the course, participants will delve into principles of flow measurement, including various types of flow devices, their applications, advantages, and limitations. Emphasis is placed on understanding the factors influencing flow measurement accuracy, such as fluid, piping configurations and installation considerations.

Topics covered:

1. Intro to flow measurement
2. Types of flow devices
3. Differential pressure flow measurement
4. Velocity-based measurement
5. Mass flow measurement
6. Volumetric flow measurement
7. Installation considerations
8. Calibration procedures
9. Troubleshooting techniques

Throughout the course, participants will explore different methods of level measurement, including direct and indirect measurement techniques. Emphasis is placed on understanding the operating principles, advantages, limitations, and applications of different level measurement technologies.

Topics covered:

1. Intro to level measurement.
2. Direct and indirect level measurement techniques
3. Time of flight measurement principles
4. Pressure based measurement principles
5. Calibartion and maintenance procedures

Throughout the course, participants will explore the principles of pressure and temperature measurement, including the behavior of gases and liquids under varying conditions. Emphasis is placed on understanding the operating principles, advantages, limitations and applications of different pressure and temperature measurement technologies, such as pressure gauges, pressure transmitters, thermocouples, RTD.

Topics covered:

1. Introduction to pressure and temperature measurement
2. Properties of gases and liquids
3. Pressure measurement techniques
4. Pressure gauges and transmitters
5. Temperature measurement techniques
6. RTDs
7. Thermal couples
8. Installation considerations
9. Calibration procedures

Throughout the course, participants will delve into the principles and applications of various analytical techniques. Emphasis is placed on understanding the underlying principles of techniques, as well as practical considerations such as preparation, calibration and data interpretation.

Topics covered:

1. Intro to analytical instrumentation
2. Calibration and validation methods
3. Transmitter interfaces
4. Data interpretation and analysis
5. Memosense technology
6. Quality assurance and compliance

Throughout the course, participants will explore fundamentals of load cell technology including load cell types and operating principles. Emphasis is placed on understanding the factors influencing accurate weight measurement, such as environmental conditions, mounting considerations and calibration procedures.

Topics covered:

1. Introduction to load cells and weight measurement
2. Principles of load cell technology
3. Types of load cells
4. Factors influencing weight measurement accuracy
5. Mounting considerations
6. Installation
7. Calibration procedures
8. Data analysis
9. Troubleshooting techniques

Throughout the course, participants will explore the fundamental principles of control valves, including valve types, flow characteristics, and sizing considerations. Emphasis is placed on understanding the interaction between control valves and process conditions, as well as the importance of proper valve selection for achieving desired process control objectives.

Topics covered:

1. Introduction to valves and actuation
2. Types of control valves
3. Valve flow characteristics
4. Valve sizing and selection
5. Actuation systems
6. Valve positioners and accessories
7. Installation and calibration procedures
8. Troubleshooting techniques
9. Maintenance and repairs

Throughout the course, participants will explore the fundamentals of gas detection, including the properties of different gases, gas detection principles, sensor technologies and detection system configurations. Emphasis is placed on understanding the importance of gas detection in ensuring workplace safety and environmental protection.

Topics covered:

1. Introduction to gas detection
2. Properties of hazardous gases
3. Gas detection technologies
4. Types of gas sensors
5. Sensor selection and placement
6. System configuration
7. Installation and calibration procedures
8. Testing, maintenance, and communication protocols

Our expert instructors will develop a curriculum tailored to your organization’s requirements. Reach out to IACTECH@instandcontrols.com  or call 480-921-0498 for more information.