|







Training
Courses













Site
Map
| |
|

|
|
Instrumentation
& Process Control - Combo Training Course (3.5 days)
|
|
|
|
Course Information:
|
| Course
Description: |
This popular
training course is a combination of our Instrumentation and Calibration
training course and our Process Controls & Loop Tuning
training course. The course consists of approximately 2.5 days of
Instrumentation & Calibration training, and 1 day of Process Control
& PID Loop Tuning training.
This course is designed to provide the big picture for persons needing to understand
or troubleshoot the full control loop (including the sensor, controller,
and the process).
Students will setup, calibrate, configure, and tune various
real-world instrumentation and control loops on our pressure,
temperature, and level training stations.
A heavy emphasis is placed on understanding the
operation of the entire control loop, and understanding how the control
loop is affected by the instrumentation and control components, and by
the process.
|
| Length: |
3.5
days (2 to 5 days for custom onsite training)
|
| Percent
Hands-on: |
Approximately
50%
|
| Training
Equipment: |
Miscellaneous
sensors, transmitters & calibration equipment; Temperature control
loop stations; Pressure control loop stations; Dell laptop computers;
Various controller units
|
| Pre-requisites: |
Basic
computer skills & basic electrical knowledge helpful.
|
| Target
Audience: |
Operators,
Electricians, Technicians, Engineers, and Managers
|
| Textook: |
Provided
for each student:
Hardcover text book, approx 700 pages with
hundreds of excellent color pictures & diagrams. Oriented at
practical aspects of I&C field. Instrumentation 5th edition, by Kirk
& Weedon. Amazon.com price approximately $140-$150.
|
| Maximum
Class Size: |
10 students
|
|
Typical
Course Topics (partial listing of topic areas, not in sequence):
|
 |
Parts
of the typical control loop |
 |
Process
& Instrument Diagrams (P&ID's) |
 |
Commonly
used process control signals |
 |
Signal
quality terminology (accuracy, linearity, span, etc.) |
 |
Understanding
purpose of standards (NIST, etc.) |
 |
Understanding
the 4-20 milliamp current loop |
 |
Signal
conversions |
 |
Calibration
basics |
 |
Position
and speed sensors |
 |
Temperature
sensors (Thermocouples, RTD's, Thermistors, etc.) |
 |
Pneumatic
and hydraulic pressure concepts |
 |
Pressure,
force, and strain sensors |
 |
Level
detectors |
 |
Fluid
and gas flow concepts |
 |
Flow
sensors |
 |
Typical
problems in instrumentation systems |
 |
Smart
instruments |
 |
Common
Instrumentation networks |
 |
Troubleshooting
instrumentation systems |
 |
Controller
types |
 |
Controller
setup concepts |
 |
Understanding
process dynamics (dead-time, capacity, etc.) |
 |
On/Off
control concepts |
 |
Control
actuator basics (AC/DC/Stepper motors, hydraulic/pneumatic actuators,
etc.) |
 |
Control
valve concepts |
 |
Variable
frequency drive basics (AC) |
 |
Variable
speed drive basics (DC) |
 |
Common
control system errors and problems |
 |
PID
control systems basics |
 |
PID
control details (windup, CV limiting, feedforward biasing, bumpless
transfer, dead-bands, etc.) |
 |
PID
control system advanced features |
 |
Controller
tuning concepts and methods |
 |
Advanced
control strategies (cascade, ratio, feed-forward, etc.) |
 |
Real
world applications, common problems, issues, tips and tricks |
 |
Troubleshoot
and solve problems in Instrumentation systems |
 |
Improve
overall control system performance (accuracy, consistency, productivity,
efficiency, safety, etc.) |
 |
Understand
physical concepts related to instrumentation systems |
 |
Troubleshoot
and solve problems in control loops |
 |
Setup
standard control loops |
 |
Methodically
tune standard control loops |
 |
Logically
diagnose control loop related problems |
 |
Apply
advanced controller features to improve system performance |
|
Typical
Lab Exercises (partial listing, not in sequence):
|
 |
Hookup
various standard 4-20mA transmitters & actuators |
 |
Convert
mA readings to percentages & scaled readings |
 |
Use
a multifunction calibrator to simulate and read thermocouples and
RTD sensors and trasmitters |
 |
Determine
accuracy of transmitters & identify various instrumentation
errors |
 |
Perform
calibration checks & calibration adjustments on analog
instruments |
 |
Develop
& be able to read Process & Instrument Diagrams
(P&ID's) |
 |
Hookup
a thermocouple sensor & transmitter |
 |
Identify
various issues & common problems associated with thermocouple
systems |
 |
Measure
RTD resistance & determine temperature (use & understand
RTD resistance tables) |
 |
Configure
/ calibrate a SMART temperature transmitter using a HART
communicator |
 |
Configure
/ calibrate a SMART Rosemount pressure transmitter using a HART
communicator |
 |
Save
& load configurations from HART communicators to/from SMART
field transmitters |
 |
Calibrate
an I/P (current to pressure) transmitter using the Fluke pressure
calibrator |
 |
Run
pressure control loop & experiment with proportional feedback
(gain), offset, and integral values |
 |
Tune
the pressure control loop (intuitively - trial & error /
guided) |
 |
Tune
the pressure control loop using various established tuning
procedures & methods (Zeigler Nichols open/closed loop, etc) |
 |
Adjust
tuning parameters to achieve various different tuning goals &
criteria |
 |
Adjust
deadband & observe effects |
 |
Observe
effects of CV limits & reset windup issues |
 |
Observe
feedforward feature of controller |
 |
Observe
bumpless transfer feature of controller |
 |
Hookup
speed control loop & test run in manual (test drive - get a
feel for the loop) |
 |
Tune
the speed control loop using various methods |
 |
Hookup
and tune the temperature control loop using various methods, with
various criteria & goals |
 |
Troubleshoot
various problems in each control loop |
 |
This course is also
available as onsite training at your
location, to suit your organizational needs. Contact us or complete an onsite
training cost worksheet for a quick, no obligation quote. |
 |
If you have additional
questions about our training, or would like more detailed information,
please call us and we will be glad to answer your questions and help in
any way that we can. |
 |
If you do not see the
course you are interested in on the course
schedule,
please contact us and let us know which courses you are interested in
and we will try to put together a course to suit your needs as soon as
possible, or complete a course
interest form to be automatically informed of courses meeting your
specific criteria. |
 |
We offer a money-back satisfaction
guarantee on
all of our training services. |
| Page Updated: July 12, 2011 |
Copyright © 2000-2011 Orion
Technical Solutions, LLC |
|