Özet:

The Supervisory Control and Data Acquisition (SCADA) frameworks are generally embraced checking methods in control measures. This study is to execute the equipment segments for the controlling DC motor interaction and to express between field station and control unit for dealing with the data. This paper gathers the constant data acquisition remotely under supervisory control for little and huge scope distant mechanical climate. In enormous mechanical premises numerous issue go on, subsequently it is irreplaceable to screen every one of the cycles and control the variables influencing them. Adjusting an innovation like wireless SCADA the above-expressed goal can be achieved usefully, and in this way monitoring a great deal of labor. Here temperature sensors and voltage sensors are properly interfaced to the PIC 16F 877A microcontroller. Data is assembled from the temperature sensors, voltage sensors, current sensor, and MEMS accelerometer are tirelessly sent over 2.4 GHz ZIGBEE transmitter remotely to the microcontroller which is then gotten at the coordinated with 2.4 GHz ZIGBEE recipient associated with a PC. Low cut-off and high breaking point is set on the PC screen which is known as set point. Thus risky regions can be controlled with more exactness and better security utilizing SCADA. This paper basically centre on controlling and stores the data utilizing Internet of Things (IoT) based cloud data putting away framework

Anahtar Kelimeler: