Training system (carbonatation) of flow, pressure control and instrumentation
Flow measures (=> thermal mass)
Pressure measures (=> Relative)
Temperature measures(=> PT100)
Several other measures (=> Disolved CO2, pH)
valves (=> Thermal mass process controller CO2 measurer)
Storage (=> pressure vessel : Cylinder of CO2)
Process components (=> static mixer)
Communication & fieldbus (=> Ethernet, Profibus, Hart)
Process controls (=> controller, IPD PLC, DCS)
Analysis of the different measurement principals (Physical laws, sensors, transmeters..)
Meter proving of the different sensors (Pressure, flow, temperature, CO2)
Analysis of Fieldbus, Hart and Ethernet communication protocoles
Analysis of the control valve (orientation of the action, DP, Cv, Caracteristics)
Analysis of a simple IPD control (Flow and Pressure)
Analysis of a three-ganged regulation (open loop, closed loop, double loop)
Programming of different process control tools (controller, PLC, DCS)
Three types of used controls
Ideal training system to implement the industrial instrumentation and flow and pressure controls
Training system based on a real application (Carbonation of water/Syrup mix of a soda flow line)
Industrial process controller module
PLC module with IPD board
DCS Module
Supervision software for PLC and DCS module (with a Regulflex application)
Supervision software for controller module (with regulflex application)
Sensors calibratin bench (Level, Pressure, Temperature)
RL10 : System Power and Safety Cabinet (For use with one or more systems)
RG10 : Carbonatation (Regulation Flow rate Gas pressure)
RG11 : Option: Disolved CO2 measurer
RG12 : Optional In-line Dissolved CO2 Transmitter
RM10 : Depressor option (Diaphragm)
RM11: Option: Differential pressure sensor (4-20mA / Hart)