ชุดการควบคุมการไหล ระดับ ความดัน และอุณหภูมิสำหรับการควบคุมกระบวนการ Flow, Level, Pressure and Temperature Regulation for Process Control

INTRODUCTION

Today, control systems play an essential role in most industrial processes due to the significant improvements they can provide in terms of production quality, efficiency, costs and performance.
The Flow, Level, Pressure and Temperature Regulation Unit for Process Control, “FLPTU”, have been designed by EDIBON to study the fundamentals of process control systems, the behavior and configuration of the devices involved and the design of the control strategies that regulate them.
“FLPTU” is available in two versions: the modular version, “FLPTU/MOD”, and the compact version, “FLPTU/COM”. Both “FLPTU” versions contains the same components and allows to perform the same practical exercises, but the “FLPTU/MOD” version is divided in small structures or modules that perform simple tasks inside the unit, and the “FLPTU/COM” version contains all the components together.

INTRODUCTION

1. Familiarization with the main components of a control system: sensor, actuator and controller.
2. Preparation of the piping and instrumentation diagram (P&ID) of flow, level, pressure and temperature control system.
3. Effect of the parameters of a PID controller.
   Flow control loop:
4. Flow control open loop (manual).
5. Flow control loop (on/off).
6. Flow control loop (Proportional + Integral + Derivative).
7. PID tuning of a flow control system.
8. Effect of disturbances in a flow control system with PID controller.
   Level control loop:
9. Level control open loop (manual).
10. Level control loop (on/off).
11. Level control loop (Proportional + Integral + Derivative).
12. PID tuning of a level control system.
13. Effect of disturbances in a level control system with PID controller.
    Pressure control loop:
14. Pressure control open loop (manual).
15. Pressure control loop (on/off).
16. Pressure control loop (Proportional + Integral + Derivative).
17. PID tuning of a pressure control system.
18. Effect of disturbances in a pressure control system with PID controller.
    Temperature control loop:
19. Temperature control open loop (manual).
20. Temperature control loop (on/off).
21. Temperature control loop (Proportional + Integral + Derivative).
22. PID tuning of a temperature control system.
23. Effect of disturbances in a temperature control system with PID controller.