The diploma thesis describes a design and implementation process of a test device for testing WA290 transport systems for medical washer-disinfection systems, which are products of the company Belimed. The test device consists of the main electrical cabinet A02 and the electrical cabinet A01, which simulates the machine WD290 / WD290 IQ and autonomusautonomous transport module. The testing device is intended for testing individual modules of an automated system. The test device was manufactured as part of a project at Belimed. For the test device, I first created an electrical diagram in the EPLAN Electric P8 program, installed the mechanical components, installed the electrical components and connected them, and wrote instructions for operating the test device.
At the beginning of the diploma work, the automated transport system WA290 with all implemented modules is descriptively presented, followed by a presentation of the type of communication used in the system itself. I then described my contribution to the project in chronological order, with the team starting with the design of the test device itself, where we determined its basic components, the process of installing them, providing the necessary connections of the elements themselves, determining the layout and functionality needs for the most optimal use of the device. By creating an electrical wiring diagram, I showed the electrical elements and their connections in a completed project, which serves the user of the testing device to understand the operation and allows him easier corrections in the event of a failure or failure of a particular component. The process of mechanical and electrical assembly is also described, where I have outlined the more important components of the test device.
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