Automatic three-zone temperature control furnace microprocessor PID controller company «OWEN».

Khandozhko, Viktor; Fedonin, Oleg; Матлахов, Виталий; Matlakhov, Vitaliy

doi:10.12737/23021

Bulletin of Bryansk State Technical University

2015

DOI: 10.12737/23021

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Automatic three-zone temperature control furnace microprocessor PID controller company «OWEN».

Viktor Khandozhko¹,

Oleg Fedonin²,

Виталий Матлахов³

et al.

Abstract: The system of automatic control of temperature in chambers three-zone furnace with PID algorithm. Presented educational stand, imitating the work of a three-zone furnace, with independent control of each of the three zones, with microprocessor PID controller model TRM101 company "OWEN". The stand can work both independently and under the control of the SCADA-system.

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Implementation of the Methods of Identification of Static Control Objects

Pachkin¹,

Kotlyarov²

2017

Science Evolution

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One of the main tasks solved in the development of automatic control systems is the identification of the control object, which consists in obtaining its mathematical description. The nature and type of the mathematical model is determined by the goals and tasks for which it will be used. In the present case, the aim of obtaining the model is the synthesis of an automatic control system. Proceeding from the requirements of control problems, the identification problem consists in determining the structure and parameters of the mathematical model that ensure the best similarity of the model and object responses to the same input action. The article considers the experimental method of obtaining a mathematical description of the control object based on the results of measuring its input and output parameters and then processing the obtained results. The control object is the EP10 emulator made by the Oven Company, which is a miniature furnace. The emulator is used in experimental research in the process of commissioning using thermostat controls, and also applicable for educational purposes as part of training and research stands. As a result of structural identification with subsequent adjustment of the coefficients with the help of parametric identification, a model of the control object in the form of a second order aperiodic link is obtained. Parameters and type of the mathematical model allowed to make calculations and determine the parameters of adjustment of the TRM251 PID-controller. The software implementation of the automatic control system in the MatLAB environment made it possible to evaluate transient processes in a closed system. Thus, the calculation and analysis of the automatic control system in the first approximation were made. The final result can be obtained at the stage of commissioning the automatic temperature control system in the EP10 emulator using adaptation algorithms.

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Implementation of the Methods of Identification of Static Control Objects

Pachkin¹,

Kotlyarov²

2017

Science Evolution

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Stand of Systems and Means of Automation of Equipment Refueling of Petroleum Reservoirs

Matlakhov

Khandozhko

2021

Bulletin of Bryansk State Technical University

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The aim of the work is to develop a general structure of the stand that simulates the operation of systems and means of automation of equipment for tank farms of oil products using modern hardware and software, for researching the operation of algorithms for protection and interlocks, alarms and automatic control in accordance with the current regulatory documentation based on modern micro- processor systems. The method of system analysis, the theory of automatic control, structural solutions of human-machine systems intended for the automation of production and intelligent support of control processes and the necessary data processing in organizational, technological and distributed control systems were used. The concept of the stand, the block diagram of the control system and the hydraulic diagram of the stand have been developed. The novelty of the work lies in the creation of a compact model of a tank farm with a complex distributed control system for researching its operation.

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Automatic three-zone temperature control furnace microprocessor PID controller company «OWEN».

Cited by 2 publications

References 1 publication

Implementation of the Methods of Identification of Static Control Objects

Implementation of the Methods of Identification of Static Control Objects

Stand of Systems and Means of Automation of Equipment Refueling of Petroleum Reservoirs

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