We are glad to welcome Victor Blasco-Ortuño, an Electronic Engineer to work on design microprocessors-based boards and firmware programming.
Our clients often ask us if it is prudent to use a Raspberry Pi in an industrial environment and, despite doubts, more and more companies are choosing to base their new developments on a Raspberry. The reasons are well known: reasonable computing power, excellent video camera handling, wifi / ethernet connectivity, I/O expansion bus, and a huge and very active community of enthusiasts.
There are only three weaknesses inherent to the hardware and the operating system to consider:
1) The ambient temperature cannot exceed fifty degrees centigrade
2) The SD card on which the operating system resides is sensitive to vibrations
3) NOTHING SHOULD BE WRITTEN to the SD, due to the risk of corrupting the file system by abruptly shutting down the Raspberry.
Wait, temperature below 50 degrees, no vibrations and no writing to the SD? Seriously?
Well, the truth is that yes, it’s not as bad as it’s made out to be the so-called “industrial environment”.
Yes, of course, the official temperature range of an industrial environment is -20 up to 85 degrees, but the truth is that the control electronics are usually placed in a connection cabinet located inside the facilities, which translates into a very comfortable and fairly controlled temperature range (far from the Siberian cold and the Saharawi heat)
Therefore, if we know that the destination of our equipment is a switch cabinet, we do not have to fear neither the temperature nor the vibrations.
It only remains to solve the detail of NOT WRITING ANYTHING IN THE SD. Well, the trick is to create a “ghost” drive, which, instead of residing in the SD, resides in the RAM.
In this disk unit, we will direct all those writing operations that the operating system needs to maintain its activity. Operations that, for the most part, are log files that are not very important or temporary semaphores.
Okay, but what about our data?
In the cloud: The Raspberry has ethernet, wifi and all the communications and network support that Linux offers us. There is no need to save permanent data on the SD.
We trust that this reflection will be useful to you.
We are pleased to welcome Aaron Peruga Ortiga, a software engineer dedicated to AI applications and Augmented Reality.
It is just a paper, but behind there are hours and hours of work (and many months of waiting …)
Number of the certificate: Numero del Certificato: XEF 21 ATEX 0040 X Issue Number: 0
Equipment or protective system: Apparecchiatura o sistema di protezione: Precintank ESLC
Manufacturer: Fabbricante: Equiptank Engineering, S.L.
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We are glad to welcome Xènia Gonzalez, an Electronic Engineer to work on design microprocessors-based boards and firmware programming.
We are glad to welcome Andrés Martínez, a Mobile Engineer to connect our microprocessors to the smart phones
Our own methodology to program multi task control systems on a low cost microcontroller is published at Amazon.
You can find it searching for “Francesc Escudero multi task”.
Hope it would be useful to you!
COVID-19 Llamada de emergencia para la producción de electroválvulas
AMETIC, la asociación de la industria digital en España, por iniciativa de su Junta Directiva y en colaboración con el Ministerio de Industria, Comercio y Turismo del Gobierno de España, está gestionando el apoyo para ampliar la producción en las empresas de España que fabrican ventiladores artificiales. Un equipo de profesionales de empresas asociadas a AMETIC, ha sido designado para ayudar y coordinar los esfuerzos técnicos e industriales. Necesitamos tres modelos de electroválvulas en miniatura con urgencia:
Parker X-Valve X-1-05-L-F
Parker VSO LowPro model 8 (0.08 inch, 2.03 mm) REF: 935-800050-000
Parker VSO LowPro model 4 (0.04 inch, 1.02 mm) REF: 935-400050-000