In recent history the requirement for wireless technologies has been growing fast, including in the automation industry. There are that many potential applications in manufacturing that the sheer options can become overpowering. The key has a sound method for wireless applications, realising that some systems benefit from hard-wiring, and that hard-wiring also makes a good 'back up ' plan for when a wireless system goes down.
There are several common applications for wireless technology in the automation industry. One is easy monitoring. This regularly eliminates the requirement for a human eye. Over a period of time that will save a company cash. Think about inventory control as an excellent example, including remote inventories. Especially in established firms this becomes a difficult task for workers doing it by hand. Having a wireless, automated application simplifies everything and also provides higher precision.
Another wonderful application for wireless monitoring is for identifying issues with energy usage and management. By pin-pointing variables in say gas usage a company can then find out how to lower consumption (again saving money). The same sort of monitoring applies to pipeline instrumentation. The wireless mechanical system can track remote data habitually.
Having asserted all that, there are limits. Some control processes simply aren't fitted to underlying wifi network necessities. The key here is how swiftly the wireless system provides reply, and what response time is needed. In these time sensitive eventualities, hard-wiring remains the right way to go.
The simplest way to know for certain if your automation systems suit the wireless world is by checking your present infrastructure. What needs to be added to that sub-structure to handle the wireless service insuring correct performance? Those elements must be part of your position and your planning process. Think about this like laying a foundation to a building. Each time-honoured stone needs to be solid and placed in the right order, especially if you selected mesh networking. The great part of this design is that every device communicates with every other device in the network, and can also become a router if it's required. As you expand the quantity of sensors in this system, the father your wifi network stretches.
What about overall tenets for wireless technology in automation? There have been steps made here as well. The industry standards is called WirelessHART. These standards provide customs for a wide-range of wireless communications. While this is no means a unified standard, it's a start.
There are several common applications for wireless technology in the automation industry. One is easy monitoring. This regularly eliminates the requirement for a human eye. Over a period of time that will save a company cash. Think about inventory control as an excellent example, including remote inventories. Especially in established firms this becomes a difficult task for workers doing it by hand. Having a wireless, automated application simplifies everything and also provides higher precision.
Another wonderful application for wireless monitoring is for identifying issues with energy usage and management. By pin-pointing variables in say gas usage a company can then find out how to lower consumption (again saving money). The same sort of monitoring applies to pipeline instrumentation. The wireless mechanical system can track remote data habitually.
Having asserted all that, there are limits. Some control processes simply aren't fitted to underlying wifi network necessities. The key here is how swiftly the wireless system provides reply, and what response time is needed. In these time sensitive eventualities, hard-wiring remains the right way to go.
The simplest way to know for certain if your automation systems suit the wireless world is by checking your present infrastructure. What needs to be added to that sub-structure to handle the wireless service insuring correct performance? Those elements must be part of your position and your planning process. Think about this like laying a foundation to a building. Each time-honoured stone needs to be solid and placed in the right order, especially if you selected mesh networking. The great part of this design is that every device communicates with every other device in the network, and can also become a router if it's required. As you expand the quantity of sensors in this system, the father your wifi network stretches.
What about overall tenets for wireless technology in automation? There have been steps made here as well. The industry standards is called WirelessHART. These standards provide customs for a wide-range of wireless communications. While this is no means a unified standard, it's a start.
About the Author:
Todd Smith owns of psifla.com, a website that offers info about automation goods and services.
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