Rahmat Doni Widodo, FT Teknik Mesin and Widya Aryadi, - and Ahmad Rozikin, - (2018) The Comparation Study of Orbital Electro Motor Patent IDP00201300116 with BLDC Motor Construction to the Force and Torque of the Electric Motor. In: EIC 2018 - The 7th Engineering International Conference (EIC), Engineering International Conference on Education, Concept and Application on Green Technology.

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Abstract

This study aims to compare the force and torque generated between orbital electric motor patent IDP00201300116 with BLDC electric motor. This research was conducted based on magnetic simulation modelling method using software. Coil wire material using Copper: 5.77e7 Siemens with dimensional cross�section area of 5x3 cm, iron core using Miscellaneous Steel Material 20PNF1500 with dimensional cross�section area of 6x2 cm, and permanent magnet using Neodymium Iron Boron 28/23 material with dimensional cross-section area of 6x2 cm. Simulations are carried out on six rotor magnet position stages which represent the rotor rotation motion. The simulation results produce the greatest force data that can be generated by orbital electric motor of 180 N compared to the greatest force of BLDC motor of 159 N, while the greatest torque capable of being produced by orbital electric motor is 3.58 Nm compared to the torque produced by BLDC motors of 2.79 Nm. The average force that can be generated by the orbital electric motor is 106.57 N compared to the BLDC motor of 132.83 N, the average torque produced by the orbital electric motor is 1,619 Nm compared to the BLDC motor of 1,623 Nm. Based on these data, it can be concluded that the construction of orbitals electric motor at certain test points produces greater force and torque than the BLDC motor, but BLDC motors have a higher average force and torque.

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