Computing,Industry,can,tget,aw computer Computing in Industry
----------------------------------------------------------Permission is granted for the below article to forward,reprint, distribute, use for ezine, newsletter, website,offer as free bonus or part of a product for sale as longas no changes a Gone are those times when the companies and the organisations didn't need a hi-tech system to handle them. Owing to the considerable increase in the business sector and thus, an enormous increase in the complexity of the organisational struc
We cantget away from them - computers are everywhere, from the washing machine to thecar it seems everything is now run by a computer and with the exponential ratethey are advancing there is probably more computing power in the average mobilephone than NASA used to put a man on the moon.And thathas always been a problem for industry, as unlike other areas that computershave to function in, such as the home or office, computers in industry have tobe manufactured to a robust standard and have to deal with all sorts of hostileenvironments from dust filled warehouses and baking hot furnaces to soaking wetproduction lines and deep freeze lockers.Mostindustry computers are specially made, designed specifically for whatever environmentthey are to be used in, whether by being intrinsically sealed for dusty orhazardous atmospheres or being air-conditioned or heated to control extremetemperatures.Whilstthese industrial computers can function perfectly well they are highly expensiveand replacing them can cost, not just in replacing the PC but also in downtimeduring the re-installation.And that iswhy industry has always struggled to keep up with the ever increasing advancesin technology - in fact many industrial computers have been in use for a decadeand contain very old operating systems and couldnt cope with modern ones.Whilst thismay make many industrial PCs quite stable, running ten-year-old technology doesmean many manufacturing processes are not running as efficiently or using thelatest software developments as they should be.Of course,the time eventually comes when a complete upgrade can no longer be put off andthe industrial machines are ripped out and replaced costing a fortune inreplacement units and production downtime.This hasalways been a catch-22 for industry, weighing up the cost of upgrading comparedwith the possible improvements to production an upgrade will bring but there isan alternative.For severalyears industrial computer enclosures have been designed and manufactured thatcan house a conventional PC yet still provide the robustness of that of aconventional industrial machine.Theseenclosures are made from all types of material including food-grade stainlesssteel and can be used in all hazardous and hostile environments from dust andexplosive atmospheres to wet rooms, furnaces and freezers.As well asbeing far less expensive than buying a bespoke industrial computer theseenclosures have allowed industry to use conventional low cost PCs inenvironments that they could normally not function in. Furthermore it is nowpossible to replace and upgrade machines in a matter of minutes whilst stillusing the same enclosure and reducing production downtime.
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