An overview of SCADA:
The SCADA full form is Supervisory Control and Data Acquisition, it is a computer-based system, It is used for the purpose of gathering and analyzing real-time data to control and monitor the equipment that deals with sensitive or critical and time-sensitive materials or events. These systems were used in the early 1960s. But now integral components are used by all industrial plants and production facilities virtually.
SCADA systems are crucial for automation. It enables an organization to thoroughly research, forecast, and consistently carry out the best reaction to assessed conditions. Human error is practically eliminated when equipment and processes are monitored by accurate machine control. More importantly, it automates mundane, boring jobs that were previously completed by humans, which boosts productivity, enhances the management of critical machine failure in real time, and reduces the likelihood of preventable environmental disasters.
What is Wireless SCADA?
Nowadays, many sectors or organizations are adopting the principle of the latest wireless communication technology to make interaction easier. Moreover, to replace certain sections of their hardware Supervisory Control and Data Acquisition system infrastructure with wireless equipment for enhancing reliability and cost-effectiveness. Here wireless technology plays a vital role and helps in cost-effectively providing remote and localized transfer and control of live historical information to the industry sector’s home centralized location operation.
The implementation of wireless infrastructure is specifically beneficial to new production sites. And also facilitates since installing wireless equipment can gradually reduce installation cost and time, on the other hand, it reduces permit costs and eliminates trenching and running conduit, while reducing wire failure due to degradation and other environmental issues. The SCADA full form is Supervisory Control and Data Acquisition, When we again utilize wireless technology it minimizes cost by entirely eliminating the need for long-distance burial analog of 4-20 mA cabling.