King Abdulaziz University
Faculty of Engineering, Rabigh
Dep. of Chemical & Mat. Engineering
Festo MPS Process Automation
The systems and stations of the modular production system for Process Automation (MPS® PA) facilitate vocational and further training in line with industrial practice. The hardware is comprised of didactically prepared industrial components.
MPS PA Stations
Applications
PLC HMI SCADA PID Alarm
Control of a process
MPS PA Filtration Station, MPS PA Mixing Station, MPS PA Reactor Station, MPS PA Bottling Station
MPS Process Automation Software MPS PA Components
King Abdulaziz University
Faculty of Engineering, Rabigh
Chemical and Materials Engineering Department
1- collecting tank, 2- heater,
3- pump,
4- expansion vessel, 5- control valve,
6- flow rate sensor, 7- switch cabinet, 8- heat exchanger,
9- heating circuit pump, 10- graduated tank
Control of 4 Variables from Process Engineering (RT 578)
The RT 578 trainer for "Control of 4 Variables from Process Engineering" is a complete process engineering plant. Its concept and equipment allow the experimental investigation of all the major problems in control engineering. It offers a total of 4 different controlled systems that can be controlled with an electronic industrial controller. In addition, two forms of cascade control are possible and a switching two-point control can be carried out. For each control, two different actuators are available.
The process variables that can be controlled on the trainer
Level Flow rate Pressure Temperature
King Abdulaziz University
Faculty of Engineering, Rabigh
Dep. of Chemical & Mat. Engineering
Control of four variables
The RT 578 facilitates practical learning in the control of four controlled variables (Level, Flowrate, Pressure and Temperature) which are commonplace in process engineering. Two forms of cascade control are possible
RT 578 Gunt Combined multivariable systems
The piping and instrumentation diagram (P&ID):
1. collecting tank, 2 pump, 3 control valve, 4. expansion vessel, 5. heater, 6. heating circuit pump,7. heat
exchanger, 8. controller, 9. graduated tank: F. Flow rate, P. Pressure, L. Level, T. Temperature
Actuators.
Pump (P1), Control Valve (V6), and Heater (H2)
Applications
Level Flowrate Pressure Temperature Cascade
Control of four variables from process engineering 1. collecting tank, 2. heater, 3. pump, 4. expansion vessel, 5.. control valve, 6. flow rate sensor, 7. switch cabinet, 8. heat exchanger, 9. heating circuit pump, 10.
graduated tank.
GUNT process control software via PCIe under Windows 7, 8.1, 10
King Abdulaziz University
Faculty of Engineering, Rabigh
Chemical and Materials Engineering Department
