Analisa Pengaruh Variasi Sudut Drive Pulley, Berat Roller, Dan Gaya Pegas Spring Driven Pada Sistem Cvt Sepeda Motor 4 Langkah 110cc Terhadap Torsi Dan Daya
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Institusion
Politeknik Negeri Jember
Author
Purnomo, Eko Mega
Subject
431 - Teknik Mesin (dan Ilmu Permesinan Lain)
Datestamp
2022-08-22 04:40:01
Abstract :
Inside the CVT, there are face comp movable drive, roller, and spring driven components. To increase torque and power on automatic motors, it is necessary to choose various components of face comp movable drives, rollers, and spring drives. The purpose of this research was to determine the value of torque and power produced by the variation of the three components and to determine the effect of the component on the value of torque and power. This research was conducted at the Yamaha Anugrah Sejahtera Arjasa workshop. The method used is an analysis of the torque and power values that are read through the dynotest engine based on the 8 specified variations. The result is that the highest torque value is obtained by variation 2 with a face comp movable drive component 14º, roller 11 grams and spring driven 3590 N/m with a value of 12.52 N.m. The highest power value is obtained with variation 4 with a face comp movable drive component 14º, roller 11 grams, and spring driven 4600 N/m with a value of 10.1 Hp. Can be concluded that the effect of a high angle face comp, a light roller and a light spring driven will cause the torque value to increase while the higher the face comp value, the lighter the roller and the greater the value of the spring driven spring, the greater the power value generated will be. . Key Word : Face Comp Movable Drive, Torque, Power
Inside the CVT, there are face comp movable drive, roller, and spring driven components. To increase torque and power on automatic motors, it is necessary to choose various components of face comp movable drives, rollers, and spring drives. The purpose of this research was to determine the value of torque and power produced by the variation of the three components and to determine the effect of the component on the value of torque and power. This research was conducted at the Yamaha Anugrah Sejahtera Arjasa workshop. The method used is an analysis of the torque and power values that are read through the dynotest engine based on the 8 specified variations. The result is that the highest torque value is obtained by variation 2 with a face comp movable drive component 14º, roller 11 grams and spring driven 3590 N/m with a value of 12.52 N.m. The highest power value is obtained with variation 4 with a face comp movable drive component 14º, roller 11 grams, and spring driven 4600 N/m with a value of 10.1 Hp. Can be concluded that the effect of a high angle face comp, a light roller and a light spring driven will cause the torque value to increase while the higher the face comp value, the lighter the roller and the greater the value of the spring driven spring, the greater the power value generated will be. . Key Word : Face Comp Movable Drive, Torque, Power
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