Several industries benefit from wireless technology

Tangible benefits of utilizing wireless technology incorporate price reduction, more reputable control/processing systems and increased employee efficiency. Wireless technology could be used to develop a plant-large wireless network connecting mobile workers towards the production and/or business network. Maintenance workers are able to entry crucial data (such as a PLC program or recipe) while following a malfunctioning device or unproductive process. Get more information about Wireless Radio Design

So, the simple response is: Each industry now benefits from wireless technologies as part with their automation systems.

Oil and gas

Because the demand and expense of energy rises, energy companies are investing billions in search and production to fulfill the world’s energy requires. Automation technologies play a key role in making oil and gas extraction cost-effective. Wireless also has a key role as more remote locations are looked into.

Oil and gas production, refinery and syndication systems benefit greatly from spread spectrum technologies as part of PLC, DCS and SCADA communication systems. Wireless applications include communications to very remote sites devoid of phone/cellular service, cost-effective trustworthy substitute for leasing phone collections, significant cable installation cost savings at reservoir farms and refineries, more quickly installing and dismantling of drilling rigs and faster data assortment and monitoring tools for mobile employees. Along with solutions for SCADA and PLC/DCS automation, wireless could also be used for remote video surveillance for security and process control monitoring as well as voice-over IP (VOIP).

Water and wastewater

Automation strategies for this industry have dramatically bring about lessened manpower fees, far better drinking water quality and adherence to environmental rules. Wireless is surely an integral technique for this industry.

Similar on the oil and gas industry, water and wastewater systems often call for long range communication to remote pump stations, lift stations, stream m, reservoirs and storage tanks. This is a great fit for wireless technological innovation as it further more lessens the water authority’s month-to-month running expenses through the elimination of phone line fees. Original investment into wireless telecommunications will give back considerable costs savings over the years just in phone line cost savings.

Remote pump stations lift stations and tanks may be connected straight back to the treatment plants PLC network. Because water tanks tend to be found with the top peaks, they create superb repeater locations for attaining unobstructed line-of-sight to the remote pumps.

Wireless remote SCADA systems that happen to be Ethernet structured also can easily support operator interfaces (HMIs) at remote locations. Remote video for security can also be guaranteed with high speed wireless Ethernet systems.

Manufacturer automation

Wireless plays a vital role in factories and processing plants and flowers. Industries for example consumer goods production, precious metals, automotive, pharmaceutical, food processing, packaging and material managing can benefit greatly from wireless technologies.

Wireless can also be a great solution for communication to controllers on moving platforms for material dealing with systems such as expense cranes, automatic well guided vehicles (AGVs), transfer cars, turntables and conveyor systems. Wireless provides high speed communications (for example for Ethernet) while not suffering from mechanical wear and rip as wires harnesses, festooning, inductive side rails and slip rings commonly do. Wireless is a great method to enhance production by eliminating downtime.

Video is becoming a significant part of industrial systems both for remote surveillance (security) and remote process monitoring. High speed wireless technologies supply a means to cost-effectively include video information to the control and monitoring system.

Finally, wireless technological innovation have widened beyond standard serial and Ethernet networks, and also to other industrial networks and methods. Wireless solutions are available for PROFIBUS and HART permitting remote detectors and actuators to become connected to the primary control system (PLC or DCS) without making use of hardwiring.

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