9FGL1216AGLF

9FGL1216AGLF is a gearless direct torque control vector-type brushless motor drive produced by FIGEL. It is currently widely used in many industries, such as: CNC machining center, precision winding machine, textile machinery, printing and packaging machinery, machine tools, etc. Today, we will discuss the application field and working principle of 9FGL1216AGLF.

In terms of its application field, 9FGL1216AGLF runs with a rated output current of 12A and a rated output voltage of DC 160V. Its frequency range is rated at 0-400 Hz and its speed dynamic range is 40: 1. It can be used for the stepless velocity control of 3-phase AC induction motor. The motor Applications field includes: precision winding machine, textile machinery, printing and packaging machinery, air compressor, electric air valves, machine tools, medical equipment, food machinery, CNC machining center, and other field.The 9FGL1216AGLF has all of the features that is needed for these application, such as high performance, adjustable speed control, low noise, and high reliability.

In terms of its working principle, when 9FGL1216AGLF receives the output signal, it will send it to the digital control system and the control loop will adjust its running speed. The digital control system will calculate the motor torque command and send it to the servo-driver, and then the driver will control the inverter output. The frequency conversion output will drive the motor to start and adjust the speed, and the motorized spindle will follow the command of the servo motor and output the mechanical energy. By controlling the stator current of the motor, the output torque of the motor can be adjusted directly and the speed regulation can be achieved.

In short, 9FGL1216AGLF is a gearless direct torque control vector-type brushesless motor drive, which has many features, such as high performance, adjustable speed control, low noise, and high reliability. It can be used for both speed and torque control for a wide variety of applications, and its working principle is based on the feedback of motor speed and torque and the calculation of stator current to regulate the output of the motor and achieve the desired effect.