6134-201-21149

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6134-201-21149, also known as the 2-phase hybrid stepping motor, is a widely used kind of stepping motor. It is often applied in various kind of equipment, ranging from industrial automation machines, to home appliances, to many others. This paper provides a brief introduction to 6134-201-21149 in terms of its application field and working principle.

Application Field of 6134-201-21149

The 6134-201-21149 is known for its robustness and accurate size. Compared to other stepping motors, the 2-phase hybrid stepping motor is able to output higher torque within a smaller frame size. It is widely used in many kind of industrial automation machines, such as robotic arms and machine tools. Furthermore, its relatively low cost also makes it a popular choice for applications such as vending machines, ATMs, and home appliances.

The 6134-201-21149 is very versatile and can be used in almost any kind of electrical motor system. With proper installation and configuration, it can be used to drive various load driving, positioning, and motion control applications such as pumps, cup loading, handhold tools, and some consumer applications.

Working Principle of 6134-201-21149

The 6134-201-21149 is a two-phase hybrid stepping motor. It consists of two main parts: the stator and the rotor. The stator consists of two electromagnetic coils which generate a magnetic field when a current is passed through them. These coils are divided into two phases, A phase and B phase, and are connected in series. The rotor is a permanent magnetic core made of ferromagnetic materials. It is connected to the output shaft and spins when a current is applied to the stator.

When a current is passed through the coils in A phase, the resulting magnetic field attracts and pulls the rotor towards it. When the current in A phase is reversed, the rotor is pushed away from it. At the same time, the current in B phase is switched on and off, creating a second magnetic field that pulls or pushes the rotor away from or towards itself. Through this process, the rotor is incrementally moved and translating a rotational motion into a linear one. In this way, the 6134-201-21149 is able to generate an accurate motion.

The output shaft speed of the 6134-201-21149 is determined by the frequency of the current, which can be adjusted by a host controller. The direction of the output shaft is controlled by the direction of the current. By alternating between the A phase and B phase, the current can be reversed, and hence the direction of the output shaft can be changed.

Conclusion

In conclusion, the 6134-201-21149 is a robust and accurate two-phase hybrid stepping motor. It is widely used in industrial automation, home appliances, and a variety of other applications. Its precise size and ability to output large torque makes it a great choice for use in many kind of systems. Finally, its working principle is based on applying a current to two stator coils, which generate a magnetic field that is used to move the permanent magnetic rotor, hence translating a rotational motion into a linear one.

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