Designing of wireless remote control of an automated climate control system indoor
Abstract
Luta A. V., Hryakov A. V., Afanasieva M. A. Designing of wireless remote control of an automated climate control system indoor // Herald of the DSEA. – 2019. – № 2 (46). – Р. 136 –140.
In order to improve the usability of the automated climate control system in the room, a wireless control panel based on the laboratory stand - the software and hardware complex KONTAR of the Moscow Thermal Automation Plant, equipped with controllers, sensors and actuators used in climate control systems for indoor air was developed in the article. The wireless control panel of the automated microclimate control system was designed for the previously developed system of automatic control of air temperature and the air ventilation system in the room. Using this wireless remote control at any time, you can perform some operations for changing the climatic parameters in the room without getting up from the workplace, very easily, by pressing the buttons on the wireless control panel. Software algorithms of automatic control of air temperature and air ventilation in the room were successfully implemented on the stands of an experimental model of a climate control system based on instruments of the KONTAR software complex. It provided the basis for developing a wireless control panel of this climate control system. To fully cover the functionality of the system in the wireless control panel 4 buttons are implemented with functions: switching between automatic and automated control modes; on / off the air heating system; on / off the air cooling system; on / off the air ventilation system. KiCad software was used for designing electrical circuit diagrams and printed circuit boards. Electrical circuit diagrams of the receiver and transmitter have been developed. An electrical circuit diagram of the interface board has been developed. Designed circuit board has been developed. The developed schemes and the wireless control panel can be used in automated climate control systems in the room.
References
Makshantsev V.G. Lecture notes on the discipline "Fundamentals of computer-integrated management" (for students majoring 7.092501). Kramatorsk: DSEA. 2012, 80 p. (in Russian).
Lyutaya A.V., Kovbasa A.A. Development of a software algorithm for the system of automatic control of air temperature using the PTK KONTAR. Herald of the DSEA. 2014, 2 (33), pp. 123-128. (in Russian).
Lyutaya A.V. Development of a software algorithm for controlling the shutters with the help of PTK KONTAR. Automation and computer-integrated technologies in production and education: status, achievements, prospects. Proceedings of the All-Ukrainian Scientific and Practical Internet Conference, March 16-20, 2015. Cherkasy. 2015, pp. 4-5. (in Russian).
Project Manager KiCAD. User's manual [Online]. https://www.kicad-pcb.org (in Russian).
