K500B4B01

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K500B4B01 is a model of electromagnetic three-point brake. With its unique characteristics and advantages, it is widely used in a variety of industrial machines and other fields. In this article, we will discuss the application field and working principle of K500B4B01.

The application field of K500B4B01 is mainly concentrated in the mechanical fields. It can be employed to brake the linear and rotating movement of mechanical machines. For example, it can be deployed in the form of brake on the lifting system of crane, transfer system of conveyor belt, winch, or in the form of retarding brake on the cart running system, and acceleration or deceleration system. Besides, it is also widely used in printer and office automation equipment, projection machine and other device for long time parking.

In addition, the application fields of K500B4B01 also extends to the fields of automatic control, such as error correction in encoder system, and torsion damper control in copiers, printing at high speed. Last but not least, it can be used as the retarder on the drive system of synchronous motor.

So how does K500B4B01 work? To understand this, one needs to first understand its structure. K500B4B01 contains a coil, the armature, a reaction plate, a commutator, and an excitation source. These are all housed inside a permanent magnet casing.

Upon energizing the coil, the attractive force between the armature and reaction plate generates a braking force, which locks the armature in place. The commutator is then used to direct the current into the coil. As the current is circulated through the coils, the external magnetic field created by the permanent magnet casing induces an electromagnetic force on the armature. This electromagnetic force is used to hold the armature in a fixed position.

In application, K500B4B01 uses electromagnetic field generated by the permanent magnet housing and the armature to apply the brake. As the current is applied to the coil, it produces the electromagnetic force, which, in turn, pulls the armature towards the reaction plate, causing the locking action. This locking action creates the braking force which keeps the rotation stopped at the desired position.

With its wide application field and precise braking capabilities, K500B4B01 has been appreciated by many industrial machine manufacturers. Not only does it prevent excessive loads, but it also serves as a safe and reliable braking device. Moreover, its electromagnetic design makes it capable of providing uniform braking force due to its consistent braking torque.

In conclusion, the application fields of K500B4B01 range from industrial use to manual and automatic control. Its working principle is mainly based on using the applied current to generate magnetic force, which, in turn, locks the armature and prevents motion from taking place. Its superior performance makes it an ideal choice of device for various industrial machinery and other fields.

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