Process Control Training

Model No. DL VPC-LAB-4.0

The Dl Vpc-Lab 4.0 Is A Software That Has Been Developed To Teach Process Control Techniques In A Unique And Effective Way.
With This Software, Students Can Improve Their Individual Experience On Studying Process Control In Practice.
Students Will Be Able To Carry Out Several Experiments Dealing with the following topics:

1- Control systems, open and closed loop system.
2- Sensors, transducers and actuators.
3- Input and power signal conditioning.
4- Level, flow, pressure, temperature.
5- Error, offset, calibration, response time, ON-OFF control, hysteresis, PID controller, Proportional control (P), Proportional-Integral control (PI), Proportional-Integral-Derivative control (PID).

This software will be able to reproduce the features and behaviours of the DE LORENZO Process Control Trainer – DL 2314.
This system can work with or without a PLC. Students can easily implement the controllers using the virtual control modules or connecting the plant
to a real PLC or to a SoftPLC, such as Siemens S7-1200/1500, PLCSIM and Codesys.
With this type of software developed by DE LORENZO, students can learn in their own rhythm and teachers have more time to support the class, manage and improve the process because – unlike any other simple simulator – it grants the following benefits:

1- EFFECTIVE GUIDE FOR STUDENT
2- AUTOMATIC VALIDATION OF STUDENTS’ TASKS

LIST OF EXPERIMENTS
– Level sensor settings
– Characteristics of the pump
– Characteristics of the static process
– Time constant of the process
– ON – OFF control of the level
– ON – OFF control of the level with “Sol Valve”
– ON – OFF control of the level with “Float Switch”
– Closed loop control of the LEVEL
– Closed loop Proportional control of the level
– Closed loop Proportional-Integral control of the level
– Closed loop Proportional-Derivative control of the level
– Closed loop Proportional-Integral-Derivative control of the level
– Flow sensor
– Closed loop control of the FLOW
– Closed loop Proportional control of the flow
– Closed loop Proportional-Integral control of the flow
– Closed loop Proportional-Derivative control of the flow
– Closed loop Proportional-Integral-Derivative control of the flow
– Temperature sensor
– Measurement of the characteristics of the heating
– ON – OFF control of the TEMPERATURE
– Closed loop control of the TEMPERATURE
– Closed loop Proportional control of the temperature
– Closed loop Proportional-Integral control of the temperature
– Closed loop Proportional-Derivative control of the temperature
– Closed loop Proportional-Integral-Derivative control of the temperature
– Pressure sensor
– Pressure sensor as a level sensor
– ON – OFF control of the level through the pressure sensor