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DATE
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VENUE
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FEES
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REGISTRATION
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06 Jun - 09 Jun, 2016 |
Ho Chi Minh, Vietnam |
SGD 4289 |
Closed |
Following information: Venue at
Ho Chi Minh, Vietnam
| Training Date from
06 Jun 2016 till
09 Jun 2016
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COURSE LEVEL
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DURATIONS
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Early Bird Discount
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Standard Price
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MASTER
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4
day/s
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SGD 3431 Purchase it before
09 May 2016
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SGD 4289
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WORKSHOP OVERVIEW
In any
competitive industry, cost control is essential. One way to improve your bottom line, is to
have your process running as effectively as possible. If your control is poor, then not only is
your final product going to be of a poor quality, but there is also a good
chance that you are wasting vital resources and material. The reality is that:
- In some plants, as many as 1/3 of all
loops operate in manual;
- Of the remaining automated loops, it is
estimated that two thirds of them have not been tuned efficiently;
- Even if they have been tuned, there is
a strong probability that they have not been optimised.
The PID
controller has been around for very many years.
Unfortunately, few people have the essential skills required, to ensure
that these devices always perform at optimum levels. This is often considered as the domain of
experts but, with the correct training, almost anyone can be taught how to do
this properly, effectively and efficiently.
WHAT WILL YOU LEARN?
Loop Tuning for other disciplines - Concepts, Function & Methods:This 2 days course will be vital to any disciplines (Process Control Engineers, Electrical Engineers, Mechanical Engineers, Industrial Engineers, designers) who are doing any sort of control in your plant. This will be an intensive 2 days training with the use of software simulator at end of day one. Delegates start off by learning all about process control, including all of its facets and options. They then get to learn all about the practicalities of the various PID settings and then starting off straightaway with loop tuning.
Advanced Loop Tuning - Advanced Strategies & Methods: An intensive 3 days training with the use of (software simulator). Practical sessions are held throughout each day, allowing delegates the opportunity to apply the theoretical concepts in various scenarios. Attention is focused on advanced process control, as well as performance monitoring. Each section will be dealt with theoretically, and then experimented with, practically, by means of a computer simulator. There will be a (roughly) 50 / 50 split, between academic and practical work.
PROGRAMME
Delegates will learn about the latest market
techniques and trends, insights and crucially the practical methods of putting
these into practice. By the end of the sessions delegates should be able to:
- How processes
work
- Types of
processes
- Process Dynamics
and Stability
- Controller
Action (Direct vs Reverse / Indirect)
- Control
Philosophy and Terminology
- PID Control
- P, I, PI, PD,
PID control, and when to use certain combinations
- Assorted open
loop tuning methods
- Closed loop
tuning methods
- Tuning methods
specific to customised responses
- Tuning methods
that are NOT formulae dependant (i.e. trial and error methodologies)
- Feedback vs feed
forward control
- Cascade control
- Ratio control
- Decoupling
- Anti-reset windup
- Gain scheduling
- Making the most
out of controller features that are offered
- Dead time
compensation using a normal controller
- Dead time
compensation, making use of a model
- Combining
feedback and feed forward control
- Adaptive /
auto-tuning controllers
- Fuzzy logic
- Saturated vs
Non-Saturated outputs
- Real vs Ideal
algorithms
- Making use of a
Smith Predictor
- Internal Model
Control (IMC)
- Implementing
Dahlin’s model
- Model Predictive
Control (MPC)
- Override control
- Noise
- Sticky valves,
used with controllers
- Using valve
positioners, via controllers
- Performance
monitoring
AUDIENCE
Who Should Attend this
MasterClass?
Process Control Engineers,
Electrical Engineers, Mechanical Engineers, Industrial Engineers, Designers and
the like who have a keen interest in the field. Instrumentation
/ process / control discipline, who are actively involved in the tuning and
optimization of the various loops in their plant (whether they be level,
temperature, pressure, flow, pH, conductivity, etc.), and who would like to
take their knowledge up to an advanced level, using some of the latest control
strategies that are available.
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