FP4LDST013MR2XA

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High performance four-phase linear drive stepper motors (FP4LDST013MR2XA) have been widely used in various types of motion control applications, such as robotics, medical devices, converters, and printers. This type of motor is designed with four phases, providing higher efficiency, accuracy and better control than two phase and three phase motors. Therefore, the FT4LDST013MR2XA is specifically designed for demanding motion control applications.

The FP4LDST013MR2XA is a linear drive stepper motor with a rated voltage of 12/24Vdc and a maximum rated current of 0.54/1.2Amp. It is constructed with a carrier-less rotor block, providing smoother acceleration and deceleration profile than conventional hybrids stepper motors. The motor has a step angle of 0.7°/phase and has a holding torque of 61/102mN·m. In addition, it has a resolution of 1/4 step, which ensures smooth and precise positioning accuracy.

The FP4LDST013MR2XA is widely used in automation applications, such as high-speed printing machines, medical equipment, industrial automation, food packaging machines and other areas with precise motion control requirements. The applications of this motor can be divided into two main types: linear motion and rotary motion.

In linear motion applications, the FP4LDST013MR2XA is used to move a specific object in a straight line. Examples include the drive belt of a printer, the encoder of an automated equipment, and a gantry machine loading goods. In rotary motion applications, the motor is used to rotate an object. Examples include conveyor belt systems, medical equipment for scanning and imaging, and robot manipulators.

In addition to its applications in motion control, the FP4LDST013MR2XA can be used in various other applications, such as flow control, optical scanning, and capacitive sensing. Thus, its versatility makes it perfect for a wide range of applications.

The working principle of the FP4LDST013MR2XA is based on the principles of magnetic field interaction. The motor uses permanent magnets embedded in its stator and a three-phase winding which generates a three-phase rotating magnetic field. When current is passed through the winding, torque is generated which helps drive the motor. In addition to this, the motor also uses feedback circuitry to ensure the precise alignment of the motor shaft and the actual position of the motor. This helps to ensure that the desired objectives are met.

In conclusion, the FP4LDST013MR2XA is a high-performance linear drive stepper motor used for various motion control applications. It is constructed with a carrier-less rotor block and a step angle of 0.7°/phase. In addition to this, its versatility makes it suitable for various other applications, such as flow control, optical scanning, and capacitive sensing. The working principle of the motor is based on the principles of magnetic field interaction, which helps to generate torque which enables the motor to move.

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