Design and construction of Instrumentation trasducer PID Controller Board

This project is basically a Trainer in which we Design and Construct the Instruments with the help of Pressure Sensor, Thermal sensor, Water tank, Flow sensor, Level sensor, Pump Driver, Motor valve driver. These Instruments control the Flow, Temperature, Level and Pressure. These Instruments give S

Project Title

Design and construction of Instrumentation trasducer PID Controller Board

Project Area of Specialization

Electrical/Electronic Engineering

Project Summary

This project is basically a Trainer in which we Design and Construct the Instruments with the help of Pressure Sensor, Thermal sensor, Water tank, Flow sensor, Level sensor, Pump Driver, Motor valve driver. These Instruments control the Flow, Temperature, Level and Pressure. These Instruments give Signals to the PID Controller and PID Process on other Function. Then the PID give the Signals to Instruments Who will control the other valves and perform the other Functions.

Project Objectives

This project is basically a Trainer in which we Design and Construct the Instruments with the help of Pressure Sensor, Thermal sensor, Water tank, Flow sensor, Level sensor, Pump Driver, Motor valve driver. These Instruments control the Flow, Temperature, Level and Pressure. These Instruments give Signals to the PID Controller and PID Process on other Function. Then the PID give the Signals to Instruments Who will control the other valves and perform the other Functions

Process Control Trainer contains an educational board with a pressurized vessel and a set of sensors and actuators for level, pressure, temperature and flow. A control module, containing the interface circuits for the sensors and the actuators and the ON/OFF, proportional, integral and derivative control circuits (PID).

• Flow Control
  User can control flow of liquid manually, through ON/OFF control or through software PID control algorithm with the help of flow sensor
• Level Control
  User can maintain level of liquid manually, through ON/OFF control or through software PID control algorithm with the help of level sensor
• Temperature Control
  User can control temperature level manually, through ON/OFF control or through software PID control algorithm with the help of thermal sensor
• Pressure Control
  User can control pressure of liquid manually or through software PID control algorithm with the help of thermal sensor
• Others
   

Project Implementation Method

TITLE OF ACTIVITY

1. Data searching

1. Data Collection

1. Data Selection

1. Material collection

1. Material assembling

1. Testing

Benefits of the Project

• Study of the Level Sensor
• Study of the Flow Sensor
• Study of the Pressure Sensor
• Study of the Temperature Sensor
• Study of the Characteristics of the Pump and of the Motorized Valve
• Study of the characteristics of the static process and of the time constants
• ON-OFF, P, PI, PD and PID Closed Loop Control of the Level
• P, PI, PD and PID Closed Loop Control of the Flow
• ON-OFF, P, PI, PD and PID Closed Loop Control of the Temperature
• ON-OFF Control of the Level with the Pressure Sensor

we can able to perform these experiments in alab with this trainer and help to learn controling 

Control the Flow of Liquid, Maintain the Temperature, Control the pressure of Liquid through the Pressure valve and Control and Check the level of liquid manually or automatically by PID Controller.

PID controller is one of the methods for temperature control and is widely used in process control industry due to simple design and easy to implement in industrial. PID controller consists of three controllers, which is proportional (P) controller, Integral (I) controller, and derivative (D) controller [2]. The equation for output of the PID control can be described as: u (t) =K (e(t)+ 1/T_i ?_0^t??e(?) d?+ T_(d ) de(t)/dt?
Which e is the control error, K is the proportional (P) gain, Ti is the integral (I) time, and Td is the derivative time. the PID controller design PID controller design Proportional controller functions
 

Controlling the 4 variable inputs (Level, Flow, Temperature & Pressure)

PLC Controller is usually Used but it has many issues. It cannot fix the that problem. So That’s why we use PID Controller. It can process better than the other controller method.

after thisa project we able to make atrainer board as pid controller and sale its in a  market as busness 

Technical Details of Final Deliverable

TITLE OF ACTIVITY

1. Data searching

1. Data Collection

1. Data Selection

1. Material collection

1. Material assembling

1. Testing

Final Deliverable of the Project

Hardware System

Core Industry

Education

Other Industries

Energy

Core Technology

Others

Other Technologies

Augmented & Virtual Reality

Sustainable Development Goals

Quality Education

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com