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Desarrollo y optimización de un almacén logístico usando PLCs de Industrial Shields basados en Raspberry Pi.

Installing an Arduino based industrial PLC in all your vehicles, allows you to improve the control, efficiency and safety of your entire fleet.

Our customer is looking for a solution to optimize some
part of the semiconductor manufacturing, reducing costs
to compete in the market. The goals are to implement sensors and and electrical solution to regulate the lights and optimize their consumption.

How to implement a versatile system in terms of communication to control the storage and labeling of wine production. This project consists of using different PLCs connected using several types of communications.

Implementación de una línea de selección de carne controlada por un PLC de Industrial Shields basado en Arduino. Tiene varias ventajas como la ausencia de manipulación por parte del personal, higiene total, alto grado de precisión en la selección y condiciones climáticas perfectas para la carne.

On this case study, we will build a demo consisting in the automatization of some sensors and actuators using an Arduino based PLC. We will program it with the Open Source Arduino IDE.

El control del CO2 permite una monitorización efectiva de la calidad del grano y otros indicadores clave, para asegurar que el producto esté en condiciones óptimas y siga siendo competitivo en el mercado.

CO2 control allows effective monitoring of grain quality and other key indicators, to ensure that the product is in optimum conditions and remains competitive in the market.

El sistema Smart Street Lighting permitirá satisfacer la demanda de los sistemas de alumbrado flexibles, utilizando un controlador lógico programable (PLC). La principal diferencia respecto a otros ordenadores es que los PLCs están protegidos contra inclemencias meteorológicas como la humedad, el calor, el frío, el polvo, etc. y tienen la facilidad de disponer de amplias combinaciones de entrada / salida (I / O).

This project is designed to measure the current consumption in a company using a current sensor. Through a database in the Ethernet PLC itself, it is possible to know the consumption statistics for medium and long-term tracing and even stop the current in case they exceed the allowed limit.

The information can be accessed remotely, through a VPN connected to our MQTT server.
In the company, a Panel PC based on Raspberry Pi3 will monitor the results in graphic form.

Are you ready for the 'new normal'?
For less than 2,000 euros, adapt your business to the new measures of hygiene and social distancing.

El objetivo de este estudio de caso es mostrarle una forma de activar una alarma de hospital y comunicar la emergencia al equipo de enfermeria utilizando un Telegram Bot.