Temperature Sensor Using SCADA

Abstract

Automatic temperature control is first step in applications such as industries. The main aim of temperature sensor using SCADA is to sense the temperature and perform the required performance using temperature sensors. It continuously senses the environment temperature and according to it performs its function. It works on the sensation of temperature that when temperature is above 40 degree celsius then fan is on and when temperature is below 23 degree celsius then only a bulb is on which increases the temperature of environment. The project paper focuses on developing a combination of hardware and software to monitor and control various parameters in industry. Almost all the Industrial Data Acquisition and control systems today use connection oriented concepts for interfaces. However, the variety of physical shapes and functional commands that each cable or wire based system has also raises numerous problems: the difficulties in locating the particular area affected by the industrial parameter, the complexity in operation of the system, the maintenance issue and so on. The control of temperature by using SCADA-based wireless technology has gained significant industry attention. The control of the temperature of a room has provides effective and efficient role in industry. They have used cables and bulky equipment which require large amount of space, high degree of the maintenance and are easily destroyed by moisture and excessive heat. Additionally, the Data acquisition and control techniques used so far have imposed considerable computational burden and have not provided a consistent and accurate results expected by the employees and their industries.

Authors and Affiliations

Lokita Dewangan, Amit Pathak, Divya Ojha, Surbhi Pal, Bhavana Sahu, Shailendra Kumar Singh

Keywords

Related Articles

Optimal Power Allocation and Power Control Parameter in OFDM-Based Cognitive Radio Systems

In orthogonal frequency division multiplexing (OFDM)-based cognitive radio (CR) systems, the optimized algorithms for sub-carrier power allocation face the problems of complex iterative calculation and difficult realiza...

slugAdvanced Chord Algorithm

Network is a peer to peer (P2P) increasing popularity and now over a day. Systems on top of peer-peer overlay network abstraction of the machine or the physical network topology. Networks for structured and unstructured...

slugA Novel Semiautomatic Crowdsourcing Predictors for Faster Statistical Analysis Based Upon User Inputs

Creating models from multiple data sets and deciding which data set is to be mined is now a day become more and more automated. But for selecting required data we required knowledge and experience, usually provided by d...

Assessment of Fluoride Concentration and water quality of Khadakpurna Reservoir of Buldana District, Maharashtra, India

The aim of this research was to investigate the Fluoride concentration and Water quality of Khadakpurna Reservoir situated at Buldana District,Maharashtra. In this present study the Water quality with respect to Fluorid...

Application of Internet to Manufacturing Technology: E-Manufacturing Approach

With a rapid vicissitude in technology, especially in the manufacturing sector, customers are authoritatively mandating more value, less peril, and better integration of products, hence there is a desideratum to transmu...

Download PDF file
  • EP ID EP24220
  • DOI -
  • Views 258
  • Downloads 9

How To Cite

Lokita Dewangan, Amit Pathak, Divya Ojha, Surbhi Pal, Bhavana Sahu, Shailendra Kumar Singh (2017). Temperature Sensor Using SCADA. International Journal for Research in Applied Science and Engineering Technology (IJRASET), 5(5), -. https://europub.co.uk/articles/-A-24220