Design of Milling Spindle Module
Spindle module consists of spindle shaft and its case, transmission, and main drive. Spindle module is main part of machining center. Because of that, principles of spindle module design need to be developed. Methodologies used for research are literature study and spindle module design. First step...
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id-itb.:100092017-09-27T10:41:02ZDesign of Milling Spindle Module RAHMAN HAKIM (NIM 13102048), ARIF Indonesia Final Project INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/10009 Spindle module consists of spindle shaft and its case, transmission, and main drive. Spindle module is main part of machining center. Because of that, principles of spindle module design need to be developed. Methodologies used for research are literature study and spindle module design. First step in spindle module design is define machining parameter. Second step is choose motor, transmission, and cutter-holder clamping unit. Third step is define spindle and its housing dimension and also bearing position to obtain static and dynamic characteristic of spindle module. Last step is choose bearing lubrication and analyze bearing heat generation and grease lubrication interval. Design of milling spindle module has been made, by specification power 11 kW and maximum rotation 5300 rpm. Maximum spindle static-deflection is 15 um and spindle resonant frequency about 1900-5300 Hz. Motor chosen for spindle module is Siemens 1PM4-133 and holder nose designed based on DIN 2079. This spindel design can be reference for milling spindle module producer. text |
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Spindle module consists of spindle shaft and its case, transmission, and main drive. Spindle module is main part of machining center. Because of that, principles of spindle module design need to be developed. Methodologies used for research are literature study and spindle module design. First step in spindle module design is define machining parameter. Second step is choose motor, transmission, and cutter-holder clamping unit. Third step is define spindle and its housing dimension and also bearing position to obtain static and dynamic characteristic of spindle module. Last step is choose bearing lubrication and analyze bearing heat generation and grease lubrication interval. Design of milling spindle module has been made, by specification power 11 kW and maximum rotation 5300 rpm. Maximum spindle static-deflection is 15 um and spindle resonant frequency about 1900-5300 Hz. Motor chosen for spindle module is Siemens 1PM4-133 and holder nose designed based on DIN 2079. This spindel design can be reference for milling spindle module producer. |
| format |
Final Project |
| author |
RAHMAN HAKIM (NIM 13102048), ARIF |
| spellingShingle |
RAHMAN HAKIM (NIM 13102048), ARIF Design of Milling Spindle Module |
| author_facet |
RAHMAN HAKIM (NIM 13102048), ARIF |
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RAHMAN HAKIM (NIM 13102048), ARIF |
| title |
Design of Milling Spindle Module |
| title_short |
Design of Milling Spindle Module |
| title_full |
Design of Milling Spindle Module |
| title_fullStr |
Design of Milling Spindle Module |
| title_full_unstemmed |
Design of Milling Spindle Module |
| title_sort |
design of milling spindle module |
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https://digilib.itb.ac.id/gdl/view/10009 |
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1820664845899399168 |