PROJECT DESCRIPTION
The aim of this project is the budgeting, design and implementation of an automated control system for an evaporation machine used to measure the densities of different materials in test trials.
To this end, a programmed and wired automatism will be developed that will allow the efficient management of the different process parameters, guaranteeing precision and repeatability in the operation of the equipment. The control system will include the selection and integration of electronic and automation devices, such as sensors, actuators, programmable logic controllers (PLC) and a human-machine interface (HMI) for the supervision and adjustment of variables in real time.
This project seeks to optimise the operation of the equipment through precise and automated control, ensuring its reliability and improving efficiency in the characterisation of materials in test environments.
Methodology
Both parts of the project began with a preliminary design, which was later reviewed with the company. Once validated, implementation was carried out. Throughout the process, the company was consulted as needed in order to make the appropriate decisions and thus ensure a final result consistent with the original specifications.
Requirements from the company
Definition of the evaporator control sequence and system components. Definition of specifications and validation of the enclosure design.
Resources
PLC programming software
CAD software for enclosure design
Results & Achievements
The evaporator prototype has been automated according to the defined sequence (electrical assembly and programming), and the enclosure has been built according to the agreed specifications.
The programming and electrical assembly of the evaporator control system were completed, ensuring proper operation first manually and eventually automatically. A robust enclosure was created, adapted to the specific needs of the work environment (preventing chip projection and using appropriate materials for coolant use).