Unfortunately, setting new regulations into place is often a process that happens behind closed doors, without consulting industry players. Industrial wireless regulations are different around the world and whenever they are changed or updated, there is a lot at stake. This means regulations that refer to industrial wireless are crucial for how the technology is used and how much of a competitive advantage it offers companies. Regardless of whether we’re talking about oil and gas, food and beverage, pharmaceutical, automotive, aerospace, plastics and packaging, renewable energy or any other industry sector, wireless plays a huge role on a company’s smooth operation and success. The supporting architecture is called Industrial Wireless LAN (IW) and has a long history of successful implementation across industries, including in the case of critical or continuous applications. The most common application is plant-wide field wireless, which refers to the communication between the control system and peripherals. The standard networking technology is Wireless HART, which allows communication between field devices – like pressure sensors, for example – and the control system. The second type of applications involves the wireless monitoring of sensors within a plant. The first one is cross-plant wireless communication and refers to accessing information in parts of the plants that are located at a significant geographic distance or in inconvenient locations. There are at least three fields of application for industrial wireless communication. The theoretical benefits of wireless, including increased flexibility, reduced cabling and minimal maintenance cost only become reality if the entire system is completely reliable. With such a wide spread, it’s easy to see why industry would want to make the most of wireless technology. In 2014, the installed base of active wireless devices is expected to exceed 16 billion, according to the latest market study by ABI Research. Consumer devices and industrial automation systems alike have become so dependent on wireless, that if it failed, the consequences could be ruinous. It’s called the Internet of Everything and we’re heading towards it like wheel-shaped cheese rolling down a hill. Imagine a world where all electrical and electronic devices are connected together using a wireless link.
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