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Desain Mekanisme Ballscrew untuk Retrofit Drilling axis Mesin Ficep H-Beam Drilling LFB-200-49

Kimar Turnip  -  Departement of Mechanical Engineering, Universitas Kristen Indonesia, Indonesia
Priyono Atmadi  -  Departement of Mechanical Engineering, Universitas Kristen Indonesia, Indonesia
*Andreas Agung Novianto  -  Mechanical Engineering, Universitas Kristen Indonesia, Indonesia
Open Access Copyright (c) 2021 ROTASI

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Abstract
The retrofit process is the process of replacing or adding a component to a machine with the aim of adding value to the machine's performance. In this study, the retrofit process was applied to the replacement of the Ficep H-beam Drilling LFB-200-49 drilling machine axis. This retrofitting process requires a servo motor component as driving energy and a ballscrew to convert the motor rotation into a linear twist drill motion during the drilling process to replace the hydraulic system used previously. In the retrofit design carried out on the Ficep H-beam Drilling machine, the thrust generated by the hydraulic system is used as a reference to determine the dynamic load requirements that must be transmitted by the ballscrew while the thrust axial force from the drill bit is used as a reference in determining the power of the servo motor. In designing the replacement of the hydraulic system to this servo motor system, the recommended components are a ballscrew with a pitch of 10 mm and a ballscrew shaft diameter of 38 mm which meets the requirements for dynamic load transmission of 50,210.56 N and a servo motor with a power of 8.12 kW with the addition of a gear ratio of 3. : 1.

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Keywords: Retrofit; Hydraulic; Servo motor; Ballscrew

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Last update: 2024-04-19 02:30:21

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