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Three-phase inverter for induction motor in pump application
Šandera, Tomáš ; Huzlík, Rostislav (referee) ; Procházka, Petr (advisor)
The aim of this bachelor’s thesis is to propose a three-phase inverter for pumps with three-phase asynchronous motor with an output of 1 kW. The proposal was focused on quality and to resist any overloading during testing. Power part of the inverter module represents IRAMY20UP60B. Inverter control is separate and is implemented using NI sbRIO 9606. Until this facility was recorded control program created in LabVIEW FPGA.
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Laboratory machine-set with induction and DC machine
Hudák, Ondřej ; Feiler, Zdeněk (referee) ; Červinka, Dalibor (advisor)
The work addresses the design and implementation of a universal laboratory workstation designed to teach a course on electrical drives. Workplace will be formed sets consisting of DC motor with permanent magnet on a 400W power supply voltage of 24V and induction motor with 180W power on 3x24V. The engines are connected through a flexible shaft coupling. The asynchronous motor is located on the extended shaft resolver for scanning speed and rotor position. Both engines will be supplied from the transistor inverters. The workplace will be designed for maximum clearness and resistance to damage by improper handling.
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Multipurpose power supply for electroplating system
Pinďák, Michal ; Vorel, Pavel (referee) ; Procházka, Petr (advisor)
The aim of the bachelor thesis is the practical proposal of the multipurpose power supply for the electroplating system. The individual technological processes of electroplating, for which the parameters of the source have to be adapted, are presented in the theoretical part. This part includes the entire division of pulse DC/DC converters without a transformer from the aspect of working quadrants and finally the ways of their controlling. There is also introduced the analysis of parameters of the presumed DC power supply XP Power HDS3000PS60. The conclusion of the thesis is focused on the entire proposal of converter wiring, its construction and subsequent commissioning through the software LabVIEW.
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Multipurpose power supply for electroplating system
Pinďák, Michal ; Vorel, Pavel (referee) ; Procházka, Petr (advisor)
The aim of the bachelor thesis is the practical proposal of the multipurpose power supply for the electroplating system. The individual technological processes of electroplating, for which the parameters of the source have to be adapted, are presented in the theoretical part. This part includes the entire division of pulse DC/DC converters without a transformer from the aspect of working quadrants and finally the ways of their controlling. There is also introduced the analysis of parameters of the presumed DC power supply XP Power HDS3000PS60. The conclusion of the thesis is focused on the entire proposal of converter wiring, its construction and subsequent commissioning through the software LabVIEW.
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Three-phase inverter for induction motor in pump application
Šandera, Tomáš ; Huzlík, Rostislav (referee) ; Procházka, Petr (advisor)
The aim of this bachelor’s thesis is to propose a three-phase inverter for pumps with three-phase asynchronous motor with an output of 1 kW. The proposal was focused on quality and to resist any overloading during testing. Power part of the inverter module represents IRAMY20UP60B. Inverter control is separate and is implemented using NI sbRIO 9606. Until this facility was recorded control program created in LabVIEW FPGA.
|
|
|
Laboratory machine-set with induction and DC machine
Hudák, Ondřej ; Feiler, Zdeněk (referee) ; Červinka, Dalibor (advisor)
The work addresses the design and implementation of a universal laboratory workstation designed to teach a course on electrical drives. Workplace will be formed sets consisting of DC motor with permanent magnet on a 400W power supply voltage of 24V and induction motor with 180W power on 3x24V. The engines are connected through a flexible shaft coupling. The asynchronous motor is located on the extended shaft resolver for scanning speed and rotor position. Both engines will be supplied from the transistor inverters. The workplace will be designed for maximum clearness and resistance to damage by improper handling.
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