DESAIN WELDING POSITIONER ROTARY TABLE TYPE DENGAN SOFTWARE AUTODESK INVENTOR PROFESSIONAL 2019
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Institusion
Universitas Muhammadiyah Yogyakarta
Author
Diky Fajar Rifai
Subject
Datestamp
2021-11-19 03:10:19
Abstract :
Welding Positioner Rotary Table Type is a tool in the process of welding around tubular and square workpieces using automatic and semi-automatic operations that can rotate back and forth, with the position of the welding table can be set at 0° (Vertical) and 90° (Horizontal) positions. The tool design and design process begins with designing the frame parts, table discs, chucks, center axles, UCP and UCF bearings, reducer gearboxes, electric motors, rotation handles, horizontal shafts and rotation angle regulators, additional gears and part assembly processes. The Welding Positioner Rotary Table Type tool has three frame parts, namely the main frame, base frame, and wing frame with dimensions of 770 x 600 x 920 mm (LxWxH), using an electric motor drive and a speed reducer, a speed reducer and additional gear. In the frame load simulation using the stress analysis feature with a maximum loading of 25 kg, the results obtained are a safety factor of 15 ul, Von misses stress of 1.54 Mpa, and a displacement of 0.0056 mm. It can be concluded that the frame with maximum loading is still safe for the safety of the welder during the welding process.
Welding Positioner Rotary Table Type is a tool in the process of welding around tubular and square workpieces using automatic and semi-automatic operations that can rotate back and forth, with the position of the welding table can be set at 0° (Vertical) and 90° (Horizontal) positions. The tool design and design process begins with designing the frame parts, table discs, chucks, center axles, UCP and UCF bearings, reducer gearboxes, electric motors, rotation handles, horizontal shafts and rotation angle regulators, additional gears and part assembly processes. The Welding Positioner Rotary Table Type tool has three frame parts, namely the main frame, base frame, and wing frame with dimensions of 770 x 600 x 920 mm (LxWxH), using an electric motor drive and a speed reducer, a speed reducer and additional gear. In the frame load simulation using the stress analysis feature with a maximum loading of 25 kg, the results obtained are a safety factor of 15 ul, Von misses stress of 1.54 Mpa, and a displacement of 0.0056 mm. It can be concluded that the frame with maximum loading is still safe for the safety of the welder during the welding process.
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