Torka Motor Induksi pada Mesin CNC di PT. Dirgantara Indonesia menggunakan Software PSIM

Seni Nurjanah, Nasrun Hariyanto, Sabat Anwari
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引用次数: 0

Abstract

AbstrakMesin CNC digunakan untuk membuat kerangka pesawat terbang, motor induksi sebagai tenaga penggerak diatur kecepatan putarnya untuk menghasilkan torka sesuai kebutuhan dikendalikan oleh VSD. Pengendalian VSD pada mesin CNC menggunakan software PSIM untuk mengetahui karakteristik mesin CNC dengan tegangan dan frekuensi yang divariasikan agar menghasilkan torka konstan. Analisis karakteristik motor induksi digunakan rangkaian pengganti dan perhitungan matematis. Untuk mengetahui rentan kerja mesin CNC maka arus starting 61,83Ampere; torka starting 23,28N.m; torka maksismum 14,1N.m; putaran sinkron 1500rpm. Pengolahan data dilakukan secara matematis, pada pengukuran mendapatkan torka 35N.m sedangkan simulasi beban 30% menghasilkan torka 4.2N.m; beban 60% menghasilkan torka 8.3N.m; beban 90% menghasilkan torka 12.5N.m. Dapat disimpulkan kendali V/f menghasilkan torka konstan sepanjang pengaturan kecepatan putar. Kata kunci: PSIM, Variable Speed Drive, Torka Motor Induksi, Mesin CNCAbstractCNC machines are used to make aircraft frames, the induction motor as the driving force is set to rotate its speed to produce torque as needed, controlled by a variable speed drive. VSD control on CNC machines uses PSIM software to determine the characteristics of CNC machines with varied voltages and frequencies to produce constant torque. Analysis of the characteristics of the induction motor used a replacement circuit and mathematical calculations to determine the working range of the CNC machine. Then the starting current is 61.83Amperes; starting torque 23.28N.m; maximum torque 14.1N.m; synchronous speed 1500rpm. Data processing is done mathematically, the measurement gets 35N.m of torque while the 30% load simulation produces 4.2N.m of torque; 60% load produces 8.3N.m torque; 90% load produces 12.5N.m of torque. It can be concluded that the V/f control produces constant torque throughout the rotational speed setting.Keywords: PSIM, Variable Speed Drive, Induction Motor Torque, CNC Machine
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PT. Dirgantara Indonesia的CNC机器Torka电动机感应功能使用PSIM软件
CNC发动机是用来制造飞机骨架的,感应电动机是调节扭矩以产生所需的扭矩,由VSD控制。CNC引擎的VSD控制使用PSIM软件来确定CNC引擎的电压和频率变化以产生常数扭矩。对电磁学特征的分析使用了替换序列和数学。要知道易燃机工作然后电流开始61.83ampere;23.28nm;torka maksismum 14.1nm;同步旋转1500rpm。数据处理是数学上的,通过测量获得托卡35N。而30%的负载模拟产生torka 4.2nm;60%的负载导致torka 8.3nm;90%的负载导致扭矩12.5 nm。可以推断V/f控制在整个旋转速度设置中产生恒定的扭矩。关键词:PSIM,可变速度驱动器,Torka电动机,CNCAbstractCNC机器用来制造飞机的框架,而驱动电机的作用是使它的速度旋转以产生所需的扭矩,由可变速度驱动。VSD控制在CNC机械上的应用程序通过技术确定了CNC机械的特点,其变化的voltages和频率来产生康更糟的扭矩。分析生产电机的特点,使用替代电路和数学计算来确定CNC机器的运行范围。现在的航向是61。[引擎启动]最大扭矩为14.1nm;同步速度:1500rpm。数据处理完成mathematisis,金额得到35N。30%的库存模拟生产4.2牛。扭矩的m;60%的负载生产8。m的扭矩;90%的产量是12.5牛。扭矩的m。这可以得出结论,不断的V/f控制产品不断地旋转速度设置。键盘:裸动、变速速度、诱导马达扭矩、CNC机器
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