The diploma thesis describes the process of design, implementation and I/O testing of the entire electrical assembly of the cleaning system, represented by a sink disinfection system for pharmaceutical purposes. The system is a product of Belimed Life Science company.
The cleaning system consists of the main electrical cabinet SS2, intended for communication
with the electronic system, the power electrical cabinet SS1, which takes care of the power
supply system, and the electrical cabinet VT1, VT2 and VT3, which connect the individual
elements of the PH 840 machine. The device itself is intended for cleaning and disinfecting
pharmaceutical equipment, where the system automatically performs a specific cleaning
sequence with the help of sensors that recognize the insert in the system. The device was
produced as part of a project at Belimed Life Science company. At the beginning of the project, I participated in the design and construction of the electrical diagram of the entire system in the EPLAN electric P8 program. Afterwards, I assembled the mechanical components, installed and connected the electrical components, and finally tested the operation of the system. The PH 840 cleaning and disinfection device with all used modules is presented at the beginning of the thesis. In the following, a presentation of the communications used in the system and a description of the work contributed to the project is given.Together with the project team, we initially determined the basic components for proper operation, the necessary connecting elements, the necessary functionality according to the customer's requirements and ensured the optimal use of the device.
By planning the electrical wiring diagram, I have included the elements and their connections
in the implemented project, which serves the user of the system for a better understanding of the operation and enables him to make simpler and faster corrections in case of possible errors or incorrect display of the operation of a certain component. The process of electrical assembly and mechanical assembly of the same system is also described.
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