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Analysis of traverse of bridge magnet crane 15t
Bartušek, Filip ; Jelínek, Petr (referee) ; Pokorný, Přemysl (advisor)
The diploma thesis deals with some parts of bridge magnet crane with 15 tons of nominal lifting capacity. This crane is designed for operation in the steel mill for handling billets using magnets suspended on the traverse. This work is focused on design of hoisting and traverse mechanism of crane trolley, selection of individual components on the basis of relevant standards and calculations. Next part of this thesis is investigation magnet traverse in terms of its strength according to standard ČSN EN 13001.
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Traveling Mechanism of Crane Trolley Capacity 25 tons
Bartušek, Filip ; Řezníček, Milan (referee) ; Pokorný, Přemysl (advisor)
The bachelor thesis deals with the design of trolley traverse mechanism of workshop overhead crane with rated capacity 25 000 kg. This work contains one particular variant of traverse mechanism, it is an electric drive with two gear motors. The outcome of this thesis is the technical documentation, which includes the solution concept, design of the drive components (motor, gearbox, brake) and calculations of selected components (travelling wheels, shafts, bearings), and drawing documentation.
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Analysis of traverse of bridge magnet crane 15t
Bartušek, Filip ; Jelínek, Petr (referee) ; Pokorný, Přemysl (advisor)
The diploma thesis deals with some parts of bridge magnet crane with 15 tons of nominal lifting capacity. This crane is designed for operation in the steel mill for handling billets using magnets suspended on the traverse. This work is focused on design of hoisting and traverse mechanism of crane trolley, selection of individual components on the basis of relevant standards and calculations. Next part of this thesis is investigation magnet traverse in terms of its strength according to standard ČSN EN 13001.
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Traveling Mechanism of Crane Trolley Capacity 25 tons
Bartušek, Filip ; Řezníček, Milan (referee) ; Pokorný, Přemysl (advisor)
The bachelor thesis deals with the design of trolley traverse mechanism of workshop overhead crane with rated capacity 25 000 kg. This work contains one particular variant of traverse mechanism, it is an electric drive with two gear motors. The outcome of this thesis is the technical documentation, which includes the solution concept, design of the drive components (motor, gearbox, brake) and calculations of selected components (travelling wheels, shafts, bearings), and drawing documentation.
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