The Determination of Theoreticall Electricity Consumption when Assembling Fixed Threaded Joints with Screwdriver using Pulse-Width Modulator

Proceedings of 16th International Research/Ekspert Conference “Trends in the Development of Machinery and Associated Technology” (TMT 2012) 2012
Ivans Griņevičs, Natālija Mozga

In given article the nut driver’s electric power consumption studies depending on the corresponding fixed threaded joint’s assembly time are made. So far there are no recommendations from the tool manufactures for nut driver’s optimal operating modes (the conclusion is made based on the attached instructions which provide instrument manufacturers), when evaluating this aspect taking into account the electrical power consumption and assembly time for different types of fixed threaded joints (wood, metal, plastic, etc.) and also taking into account obtainable tightening moments. In the examined literature sources which deal with the opportunities concerning the optimization of the automated assembly processes of fixed threaded joints, not enough attention is paid to the reduction of the instrument’s energy consumption which is one of the main tasks in the industrial process because it directly impacts production costs.

Keywords
fixed threaded joints, nutdriver, electric power, power consumption calculations, assembly time, optimization, optimal operating modes.
Hyperlink
http://www.tmt.unze.ba/zbornik/TMT2012/103-TMT12-007.pdf

Griņevičs, I., Mozga, N. The Determination of Theoreticall Electricity Consumption when Assembling Fixed Threaded Joints with Screwdriver using Pulse-Width Modulator. In: Proceedings of 16th International Research/Ekspert Conference “Trends in the Development of Machinery and Associated Technology” (TMT 2012), United Arab Emirates, Dubai, 10-12 October, 2012. Dubai: 2012, pp.435-438. ISSN 1840-4944.

Publication language
English (en)