Automation Technology for Food Processing and Manufacture :: Industrial Manufacturing Technological Essays

Automation Technology for Food treat and Manufacture Industrial manufacturing technology is constantly changing. In the 1700s, we first rattling saw the concept of specialization of labor in which an individual vary in one aspect of an items issue. With the Industrial Revolution the 1800s, people began use machines to do their work for them. Through the 1900s to today, we argon seeing electronics take on fifty-fifty more sophisticated machines possible. It seems with each new step of technology, industry is neat more and more automated, completely changing the role people mutant in production. The average worker is nearly extinct, having been replaced by engineers, technicians, and the machines originally created to make their jobs easier. Automation technology is use in every large get over production industry. I chose to learn about automation technology with regards to solid food processing in particular because it is a field I am familiar with, and it w ill continue to exist and evolve as broad as people and animals need to eat. Overview Large scale food production is more involved than one may think. The following are illustrations of a generalized food processing plant, such as one used to make cereal Food Process Packaging Process These processes are automated using technology created by companies such as Rockwell, Siemens, and Texas Instruments. For the saki of example, I will talk about Rockwell, because it tends to be the leader in the industry. The Technology PLCs (Programmable Logic Controls)- actual sensor inputs are called tags . speed sensors . counters . thermocouples . characterisation sensors . scales . density sensors . on/off switches . anything that can measure the change of the body politic of something - each sensor is connected by hardwire to the PLC - PLCs are connected by Ethernet to a central hub, making data available to all place on the network - form elaborate logic trees - offers near interminable flexibility