伸缩数据PLC控制电机步进伸缩挤出机

Muhamad Rifa’i, H. ., H. K. Safitri, Abrar Kadafi
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Data hasil didapatkan melalui pengujian simulasi persamaan matematis scaling pada PLC dengan sampel input periode pulsa setpoint antara 100us sampai 1000us. Hasil pengujian dengan daya motor 24Watt menunjukkan kecepatan putar motor stepper antara 49,3rpm sampai 9,4rpm berbanding terbalik dengan torsi motor stepper antara 0,49Nm sampai 2,55Nm. Pada setpoint 800us didapatkan hasil scaling setpoint 820us nilai error sebesar 2,5%, cukup ideal diaplikasikan dengan kecepatan putar 11,4rpm serta torsi 2,1Nm untuk menjalankan extruder dimensi kecil. \n  \n \n \n \n \nPLC data scaling for stepper motor drive in extruder system affects the shape of product produced during extrusion process through motor rotational speed and torque. Printed product will fail if  rotational speed of stepper motor is too fast or slow due the working torque influence of the motor. It is necessary to limit rotational speed of stepper motor to be regular to avoid failure of extrusion process. 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引用次数: 0

摘要

PLC数据的数据扩展到挤出系统中的塞子电机驱动器,影响其通过旋转速度和扭矩生产的产品形式。如果活化剂的旋转速度在工作的扭力作用下太快或太慢,则将产品打印出来。为了避免挤压过程失败,需要限制转向电动机。本研究的目的是设计比例集和旋转速度(rpm),以及电机扭矩(Nm),通过旋转电机的速度来控制电机的扭矩。使用的方法是使用数学方程scaling setpoint、旋速(rpm)和电机扭矩(Nm)进行的定量数据扩展实验。结果数据是通过PLC上的数学参数方程模拟测试获得的,PLC上的输入样本在100us到1000us之间。检测结果显示,从24瓦特电动机计算出,从49.3转/分钟到94.4转/分钟,将同步电机从0.49 nm到2.55nm。在setpoint 800us中,用于scaling setpoint 820我们的误差值为2.5%,这是理想的应用速度为11.4转/分和2.1nm扭矩来运行小尺寸扩张器。PLC数据拼装在排气系统中的塞子驱动器上,影响在驱动自行车的高速和扭矩过程中生产的形状。如果同步电机的速度太快或太慢,打印将会失败。需要限制电机的旋转速度以防止故障进行。这项研究的目的是设计分解分解,与转矩保持同步,控制转矩通过轨道速度。可用的方法是通过数学方程、旋转速度和扭矩计算数据的数量。数据Result是通过PLC的mathematical equation进行的模拟验证的,PLC上的分子脉冲输入是100us到1000us之间的setpoint脉冲的样本。24瓦特电动机显示电机转速为49.3rpm至9.4在800us setpoint, 820我们的setpoint再计算误差为2.5%,这是理想的应用速度与2.4rpm的自转速度和2.1nm的二维次冲击波。
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Scaling data PLC sebagai pengontrol motor stepper penggerak ulir extruder
Scaling data PLC untuk penggerak motor stepper pada sistem extruder memengaruhi bentuk produk yang dihasilkan saat proses ekstrusi melalui kecepatan putar dan torsi motor. Produk hasil cetakan akan gagal jika kecepatan putar motor stepper terlalu cepat atau lambat karena pengaruh torsi motor yang bekerja. Dibutuhkan pembatasan kecepatan putar motor stepper menjadi beraturan untuk menghindari kegagalan proses ekstrusi. Tujuan penelitian ini adalah mendesain scaling setpoint dan kecepatan putar motor (rpm) beserta torsi motor (Nm) untuk kontrol torsi motor melalui kecepatan putar motor stepper. Metode yang digunakan adalah eksperimen kuantitatif data scaling dengan menggunakan persamaan matematis scaling setpoint, kecepatan putar motor (rpm) dan torsi motor (Nm). Data hasil didapatkan melalui pengujian simulasi persamaan matematis scaling pada PLC dengan sampel input periode pulsa setpoint antara 100us sampai 1000us. Hasil pengujian dengan daya motor 24Watt menunjukkan kecepatan putar motor stepper antara 49,3rpm sampai 9,4rpm berbanding terbalik dengan torsi motor stepper antara 0,49Nm sampai 2,55Nm. Pada setpoint 800us didapatkan hasil scaling setpoint 820us nilai error sebesar 2,5%, cukup ideal diaplikasikan dengan kecepatan putar 11,4rpm serta torsi 2,1Nm untuk menjalankan extruder dimensi kecil.   PLC data scaling for stepper motor drive in extruder system affects the shape of product produced during extrusion process through motor rotational speed and torque. Printed product will fail if  rotational speed of stepper motor is too fast or slow due the working torque influence of the motor. It is necessary to limit rotational speed of stepper motor to be regular to avoid failure of extrusion process. The purpose of this research is design scaling setpoint and motor rotational speed (rpm) along with motor torque (Nm) to control motor torque through stepper motor rotational speed. Method used is quantitative experimental data scaling using mathematical equations of scaling setpoint, motor rotational speed (rpm) and motor torque (Nm). Result data is obtained by simulation testing the scaling mathematical equation on PLC with input samples of the setpoint pulse period between 100us to 1000us. Test results with 24Watt motor power show that stepper motor rotational speed is between 49.3rpm to 9.4rpm and inversely proportional to stepper motor torque between 0.49Nm until 2.55Nm. At 800us setpoint, the 820us setpoint scaling results in error value of 2.5%, which is ideal for application with rotational speed of 11.4rpm and torque of 2.1Nm to run small-dimensional extruder.
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