Russian Federation
UDC 666.3.047
The article discusses the automation of brick drying using modern control systems. It discusses the advantages of using the basic principles of automatic control theory and algorithmic support for controlling drying processes. The control algorithm was specifically developed for controlling the electric drives of the tunnel dryer's gate. This algorithm allows for the automatic, manual, and remote control of the tunnel dryer's process equipment. By implementing these automated technologies, the quality and reliability of the drying process are improved, leading to reduced production costs and increased overall economic efficiency for the enterprise.
automation, drying, ceramic bricks, control systems, heat carrier, transfer function, block diagram, frequency response, algorithmic software, electric valves, opening, closing, thermometer
1. Besekerskiy, V. A. Teoriya sistem avtomaticheskogo upravleniya: lineynye sistemy. Nelineynye sistemy. Impul's. sistemy. Cifrovye i adaptiv. sistemy. Kriterii ustoychivosti. Sluchaynye processy / V. A. Besekerskiy, E. P. Popov. – 4-e izd., pererab. i dop. – SPb.: Professiya, 2004. – 747 s. – ISBN: 5-93913-035-6.
2. Verevkin, A. P. Modeli v zadachah razrabotki avtomatizirovannyh sistem upravleniya tehnologicheskimi ob'ektami / A. P. Verevkin, T. M. Murtazin. – Vologda: Izdatel'stvo «Infra-Inzheneriya», 2025. – 196 s. – ISBN: 978-5-9729-2517-9.
3. Klepikov, V. V. Avtomatizaciya proizvodstvennyh processov: ucheb. posobie / V. V. Klepikov, N. M. Sultan-zade, A. G. Shirtladze. – Moskva: INFRA-M, 2025. – 208 s. – ISBN: 978-5-16-013871-8.
4. Polyakov, S. I. Avtomatika i avtomatizaciya proizvodstvennyh processov : ucheb. posobie / S. I. Polyakov ; Fed. agentstvo po obrazovaniyu, GOU VPO «VGLTA». – Voronezh, 2008. – 372 s. – ISBN 978‑5‑7994‑0273‑0.
