Abstract
Networking is a major component of the processes and control instrumentation systems as the network’s architecture solves many of the Industrial automation problems. There is a great deal of benefits in the process of industrial parameters to adopt the Ethernet control system. Hence an attempt has been made to develop an Ethernet based remote monitoring and control of temperature. In the present work the experimental result shows that remote monitoring and control system (RMACS) over the Ethernet.
Highlights
The exponential growth of Internet and computer technology enables the development of complex, hybrid systems which offers greater concern in maintenance and has more flexibility in servicing and fault finding [1, 2]
With the advanced technology industries are interested in automation by introducing remote monitoring and control system for the measurement control of industrial process parameters very precisely and accurately for the quality products
The main objective of the present work is to develop a system for remote monitoring and control of temperature over the Ethernet
Summary
The exponential growth of Internet and computer technology enables the development of complex, hybrid systems which offers greater concern in maintenance and has more flexibility in servicing and fault finding [1, 2]. With the advanced technology industries are interested in automation by introducing remote monitoring and control system for the measurement control of industrial process parameters very precisely and accurately for the quality products. The Ethernet provides an inexpensive gateway through which to data transfer for real-time interaction of the remote monitoring and control of the parameter give many advantages. RMACS is an effective on-line monitoring and control system and to transmit the real time data on to the terminal [3]. The main objective of the present work is to develop a system for remote monitoring and control of temperature over the Ethernet. Accurate measurement and control of temperature is essential nearly in all chemical processes which require some times below than +1oC or – 1oC accuracy. Most of the temperature sensors produce an analog at present which is further convert to digital form using A/D converter interfacing with the processing like microprocessor, microcontroller and PC or their combination
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