PEMBUATAN SPROCKET DRIVE SEPEDA MOTOR JUPITER MX DENGAN MENGGUNAKAN MESIN CNC VMC-200
| Main Author: | MAWAHE, BARNEST |
|---|---|
| Format: | Thesis NonPeerReviewed |
| Terbitan: |
, 2014
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| Subjects: | |
| Online Access: |
http://eprints.umm.ac.id/16159/ |
Daftar Isi:
- Use of Computer Numerical Control Machine Tools (CNC) machining process is a new procedure in organizing the information needed in the design of the machining process. The CNC has the advantage in the production process, for example: a short production time / fast (Fast), has a high accuracy (accurate), flexibility in the (flexible) and more productive (productive), so that the optimization and production targets can be achieved. In this case would be tested for manufacturing CNC Sprocket Drive Jupiter-MX bike, while the CNC programming includes three stages of Preparation Step, Step Programming and Correction Program. With the opening of the utilization of numerical control machine tools on the computer numerical control (CNC) system which enables a powerful effect on increasing accuracy and dimensional control, data entry is easy and high speed production processes resulting in efficiency could be improved. Compared with conventional machines. Step workmanship Drive Sprocket with CNC machine VMC-200 is not always in accordance with the dimensions that have been planned in the Computer Aided Design (CAD), due to changes in the dimensions must have occurred due to lack of perfect workmanship performed, Example: chucks objects uneven or errors in setting tool and cutting tool wear of the resulting dimensions of imperfect workmanship. Formulation of the problem in this thesis is as follows (1) How to achieve the desired specifications using the VMC-200 CNC machines in manufacturing motorcycle Sprocket Drive Jupiter MX to be made? (2) How parts program for the process Motorcycle Sprocket Drive Jupiter-MX using VMC-200 CNC machine? (3) What is the time used to complete construction of bike Sprocket Drive Jupiter-MX using VMC-200 CNC machine? Thesis Writing This method uses literature study and direct observation on the tools / equipment that already exists, namely the Motor Bike Sprocket Drive Jupiter-MX to know the specifications and data search conducted in labolaturium CNC VEDC Malang. Observations indicate that the parameter values of the cutting speed (m / min) = 80 roughing, finishing = 80, main shaft speed (rev / min) roughing = 1000, finish = 1000, feeds depth (mm) roughing = 0.5, finishing = 1, speed feeds (mm / rev) = 0.1 roughing, finishing = 0.1.