OPEN PARA LA SEGURIDAD Y EL RENDIMIENTO
Mejore la seguridad y el rendimiento de su planta gracias a la gestión de alarmas, la supervisión de rendimiento y de activos, la visualización web de datos, la optimización, el control avanzado y la sintonía con la nueva herramienta TaiJi.
Repiensen sus métodos de trabajo y obtengan resultados inmediatos gracias a nuestros servicios, nuestra capacitación y nuestra pericia en asesoría. Manejen el cambio inteligentemente con nuestras soluciones probadas.
TJ-101-3 - Workshop on Loop Analysis with Matrikon TaiJi
Objectives
This workshop will allow you to effectively use Matrikon TaiJi's PID tuning and analysis tools in your plant.
Whot should attend
Anyone with a basic knowledge of instrumentation who wishes to use loop analysis and optimization software with PID controllers.
Schedule
From 8:30h to 12h and from 13h to 16h30
Each day
Content
Day 1 : Important concepts
Introduction
- Control loops
- Noise, disturbances, load
- Feedback-Feedforward
- Matrikon TaiJi 5 steps to optimize loops
- Control objectives
- Simple model
- Types of processes
- Process flaws
- Exercises
- Proportional, integral, derivative, filter
- Structures of industrial controllers
- Exercises
- Intuitive tuning
- Performance criteria
- Load change, setpoint change
- Tuning: a compromise
- Traditional tuning methods
- Natural frequency
- Important time delay
- Limits of traditional tuning methods
- Exercises
Day 2 : Tuning and analyzing a loop using Matrikon TaiJi
Matrikon TaiJi software
- Basics principles
- Matrikon TaiJi 5 steps to optimize loops:
- Configure
- Diagnose
- Test
- Identify
- Tune
- Exercises
- Data generated by TaiJi
- Good data, from a controller ouput change (manual)
- Good data, from a setpoint change (automatic)
- Exercises
- TaiJi Analysis
- Quality of frequency data
- Filtering
- Selecting tuning parameters, safety factor, Lambda value
- Load rejection and setpoint tuning
- Tuning comparison with Lambda and Ziegler/Nichols tuning
- Simulation, response to load change, setpoint change, noise
- Robustness plot
- Performances: IAE, robustness, valve travel, etc.
- Exercises
- Loop analysis vs loop tuning
- Hysteresis check
- Linearity
- Basic reporting
- Exercises
Day 3 : Matrikon TaiJi step-by-step
Steps to tune a loop
- Matrikon TaiJi 5 steps to optimize loops
- Control objectives
- Process knowledge, P&ID and wiring diagrams
- Bump sizes, preliminaries
- Configuring TaiJi
- Automatic bump tests to check hysteresis, stiction, linearity
- Loop analysis, design, 4 rules of 3
- Exercises
- How to detect hysteresis, stiction, high process gain
- How to detect bad tuning parameters
- Exercises
- Tips and tricks
- Hysteresis, noise and process gain check
- Stiction test
- Linearity
- Exercises
- Aliasing
- Matrikon TaiJi and scan time to acquire data
- Exercises: real cases, self-regulating and integrating processes
- Analyzing the data
- Editing the data
- Tuning the loop to quickly remove disturbances
- Robustness analysis
- Matrikon TaiJi report
- Adding items to report
- Tuning methods comparison
- Time to tune loops
- Robustness and performance
- Practical rules, tips and tricks
- Windows of acceptable tuning parameters
- Process control and economics
Manual included
Ruel, Michel. Fundamentals of process control, Lévis, v.2 1999, 279 p. (not included in price of a discounted course)
Software used
Matrikon TaiJi (latest revision)
Matrikon Control Performance Optimizer (latest version)
Please note that each participant must have a laptop computer to attend the course. If you do not have one, we will arrange to rent one for you, at your cost.









