Design of a multi purpose water booster

Introduction and State of the Art:

The first chapter contextualizes the project by presenting the current state of research and publications related to the chosen topic.

Functional Analysis and Technical Study:

The second chapter concentrates on the functional and technical analysis of water boosters, detailing their structures and components using PID diagrams.

Electrical Equipment and Sensors:

The third chapter addresses the calculation and selection of electrical equipment and sensors necessary for the proper functioning of the process, including electrical diagrams and wiring plans.

Programmable Logic Controler (PLC):

The fourth chapter explores the technological choice of the Programmable Industrial Automation (PIA) used, providing a general representation of its operation.

Testing and Simulation:

The fifth chapter presents the testing and simulation of the entire control system using the "AUTOMATION STUDIO" software. 1.5.1 Diagramme de tuyauterie et d’instrumentation P&ID :

Figure 11:PID de la station de surpresseur d'eau

1. CATIA Design: The diagram below has been conceived and developed using CATIA software

2. Electrical Diagram (Control Plan, Power Plan)

The diagram below has been designed and developed using AUTOMATION STUDIO software: it is a circuit design, simulation, and project documentation software for hydraulic and electrical systems created by Famic Technologies Inc. This software is utilized for Computer-Aided Design (CAD), maintenance, and training purposes. It is primarily employed by engineers, trainers, and service and maintenance personnel.

3. Power Plan

Table 2: Components

3.2 Control Plan (Ladder)

Simplified control diagram

3.3 Process Simulation