卷板机传动系统电气安装与计算分析

S. Susilawati, M. Fahmi, A. Abadi
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引用次数: 0

摘要

苏邦县的弯曲和轧制服务提供商仍然很少,根据五个车间的观察数据,只有一个车间提供弯曲和轧制服务,此外,在弯曲轧辊机的制造中,必须有一个电气安装作为驱动驱动系统的动力,并对驱动系统进行分析计算作为规划,以确定和安装要使用的驱动系统。这个最终的项目是一个定性的描述性研究,包括数据收集,接线图和计算,安装,测试和分析阶段。研究结果表明:(1)电气安装采用1相1.5 HP电动机和15 a凸轮启动器两大主要部件;(2)驱动系统的分析计算包括电机驱动功率的计算,结果为:驱动转矩= 269,66 Nm,从动转矩= 210.66 Nm,计算出滚子的最终转比,结果为:最终的转速比n3 = 39.94 rpm,链条计算与链条速度比结果:v = 0.15 m / s,链条工作量= 88 kg,理论计算与技术计算的比较(实测试验)包括电动机:(1400转/分):(1403转/分)差= 3转,减速机=(46.6转/分):(59.93转/分)差= 13.33转,主轴链轮=(39.94转/分):(33,83)差= 7.11转。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electrical Installation and Calculation Analysist of Roll Bending Machine Drive System
Bending and rolling service providers in Subang Regency are still minimal, based on observation data in five workshops, there is only one workshop that provides bending and rolling services, in addition, in the manufacture of the bending roll machine, it is necessary to have an electrical installation as the power that drives the drive system and analysis of the calculation of the drive system as planning to determine and install the drive system to be used. This final project is a qualitative descriptive study with the stage of data collection, wiring diagrams and calculations, installation, testing, and analysis.  The results of the study can be concluded that: (1) the electrical installation uses two main components including a 1 phase 1.5 HP electric motor and a 15 A cam starter 3, (2) the analysis of the calculation of the drive system includes the calculation of the power of the motor drive with the results: driving torque = 269 , 66 Nm, Driven torque = 210.66 Nm, calculation of the final rotation ratio of the roller with the results: the final rotation ratio n3 = 39.94 rpm, chain calculation ratio with chain speed results: v = 0.15 m / s, the amount of chain workload = 88 kg, comparison of theoretical calculations with technical calculations (measured tests) which include electric motors: (1400 rpm): (1403 rpm) difference = 3 rpm, speed reducer = (46.6 rpm): (59.93 rpm) difference = 13.33 rpm, main shaft sprocket = (39.94 rpm):(32, 83) difference = 7.11 rpm.
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