Information Technologies for Digital Control of Transporters of Book Blocks Conveyor Dryers Drive
Keywords:
asynchronous motor, printing products, pulse speed sensor, lattice functions, structure, digital structural modeling, drying quality, thermodynamic interactionAbstract
This article explores information technologies for the digital control of conveyor dryer transporter drives used in the drying of book blocks. The article analyzes the requirements for automated control systems for electric drives, particularly variable-frequency induction motors used in printing production lines. A digital control system architecture is proposed, ensuring flexible adjustment of operating modes, energy consumption optimization, and increased reliability of drying installations. The study describes advanced control algorithms for regulating the speed and torque of the electric drive using modern microcontrollers and sensor technologies. These solutions enable real-time adaptive adjustments to technological conditions, thereby improving overall system efficiency. Particular attention is paid to the integration of predictive maintenance functions and fault detection mechanisms, which enhance system reliability and reduce downtime. Experimental studies confirm the effectiveness of the developed approach, demonstrating improved performance and energy efficiency. The proposed solutions can be applied to modernize automated control systems in the printing industry, contributing to increased productivity, higher drying quality, and lower operational costs.
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