In this final thesis, a detailed procedure for creating a model of an automated church bell using a real bronze bell, a linear electric motor IMPULS - B LM-50 with the VEGA-M controller, and a UNITRONICS V350 PLC+HMI is described. The base is constructed using steel L profiles, and its overall dimensions are 460 mm x 500 mm x 500 mm. The electrical components are housed in a protective enclosure. The motor comes with built-in thermal protection. The PLC program is reliable and user-friendly. The PLC is internet-connected, allowing for automatic clock adjustment via the internet. It can be remotely controlled using a local network and easily adapted for wide-area network control. Remote control is achieved through the use of the mobile application Remote Operator, providing convenient and practical system control from any location. This project represents the integration of mechanical components with modern automated control, making it a comprehensive example of a system automation with advanced customization and remote management capabilities. It encompasses all the mechanical, electronic, and software elements necessary for creating a simple automated system.