|
 INTRODUCTION
(4 h)
• Structure of a basic feedback control loop.
• P&ID’s drawing standards.
• Basic electricity, 4 - 20 mA loop.
INDUSTRIAL
MEASUREMENT (12 h)
• Pressure (concept, different pressure types, units, sensors,
analog electronic and smart transmitters, installation and
calibration, pressure switch).
• Level (indicator, hydrostatic head, capacitive, ultrasonic,
nuclear, radar, float, slack detector, buoyancy, resistive,
mechanical type, vibrating blades, rotating paddle).
 •
Flow (differential pressure, rotameter, electromagnetic, ultrasonic,
turbine, vortex, rotary, Coriolis, thermal, flow indicator and
switch).
• Temperature (thermocouple, RTD, infrared radiation pyrometer.
CONTROL VALVES
(4 h)
• Theory of operation, bodies, trim, actuators, flow
characteristics, sizing, cavitation, shutoff pressure, leakage,
calibration, positioners.
HANDS - ON
TRAINING - WEEK 1 (18 h)
• Installing, wiring, setting, checking and troubleshooting
various industrial measuring instruments, control valves and
positioners.
 •
Designing and building a complete feedback control loop.
PID CONTROLLER
(4 h)
• Standard functions.
• P.I.D. control modes.
• Structure.
• Operation.
• Complementary functions.
PARTICULAR
CONTROL ARRANGEMENTS (3 h)
• Cascade control.
• Feedforward control.
 •
Override, split-range and ratio control.
• On/off control.
CONTROL-LOOP
TROUBLESHOOTING (1 h)
HANDS - ON TRAINING - WEEK 2 (18 h)
• Wiring, setting and checking digital controllers.
• Tuning P.I.D. control loops on simulated process.
• Tuning and troubleshooting P.I.D. control loops on genuine heat
exchangers.
|
