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In this use case, an automatic car wash process is implemented.
For this purpose, a PLC of the MDuino family has been used and a set of sensors and actuators which are described below.

This project is designed to make an order system for restaurants, capable to be adapted to different needs and made to fit in the modern restaurant sector of nowadays. The system will be automated using a PLC as the center of control and data bank, a switch and some PC Panels to monitorize and interact with the information input-output feed.

This application is thinked to work with two types of connection, Ethernet and WiFi and it will be necessary an MQTT server connected through a VPN to the WiFi PLC. This database could be shown on several Panel PCs based on Rasberry Pi3 that will monitor all the information.

En este caso de uso, se implementa un proceso automático de lavado de coches

Para este propósito, se ha utilizado un PLC de la familia MDuino y un conjunto de sensores y actuadores que se describen a continuación.

Case study Control Parking with Arduino PLC based

En este proyecto se ha utilizado un PLC basado en Arduino para automatizar el etiquetado de botellas en una cinta transportadora. Se utilizan dos motores paso a paso, el primero se usa para controlar el rollo de etiquetas grandes y el segundo mueve la cinta transportadora.

Nuestro cliente estaba buscando una solución Open Source para implementar la automatización de su invernadero, de esta forma podría elegir qué protocolos de comunicación usaría, así como los lenguajes de programación o el uso de software Open Source entre otros motivos.

This project is designed to make an automobile production line system capable to be adapted to different needs. The production line will be automated using a PLC that wiil control all the processes and the robots behaviours and a Panel PC will be able to monitorize them and to become the management point respect the input-output data feed.

Este proyecto ha sido diseñado con el propósito de hacer un equipo de seguridad totalmente equipado capaz de centrarse en diferentes peligros, adaptándose a objetivos específicos. Este va a abarcar un gran abanico de posibles peligros como los robos, los incendios y las contaminaciones de gas. Todos estos van a ser analizados por diferentes tipos de sensores, controlados por un PLC basado en Arduino. Los datos van a poder ser monitorizados por varios Panel PCs y un Servidor MQTT el cual va a brindar la posibilidad de conexiones simultaneas de distintos dispositivos. También proveerá una copia de seguridad 24/7, guardando la información en la tarjeta SD y enviándola al Server a través de un optimizado y seguro método llamado FTP.

This project is designed to make a fully-equipped security system capable to be focused to different dangers, adapting itself to specific objectives. It is going to encompass a large range of possible hazard points as the steals, the fires and the gas contaminations. All of these will be tracked by different kind of sensors, managed by an Arduino based PLC. The data is going to be monitored by several PC Panels and a MQTT Server which will provide the possibility of the simultaneous connection of distinct devices. It will provide a 24/7 backup, saving the data in the SD card and sending it to the Server through an optimized and secure method called FTP.

In this project we describe a model to control an asynchronous motor using a frequency inverter in one of our PLCs based on Arduino.

It has been used an MDuino 42 I / Os PLUS and a frequency inverter.

An Industrial Shields Panel PC has also been used to manually monitor and control the speed of the conveyor belt and make it more intuitive.

On this occasion, a current analyzer was used together with the Industrial Shields equipment to have a real-time control of the consumption in street lamp post

In this particular case, a fleet management is implemented.
It consists in installing, in each vehicle that composes the fleet, an equipment based on Arduino of Industrial Shields with its set of sensors and actuators.