Micromotor Brake
Working Principle
When an electromagnetic coil is powered by DC voltage, a magnetic field is created. The magnetic force pulls the armature through a small air gap and compresses several springs built into the magnet body. When the armature is pressed against the surface of the magnet, the friction pad attached to the hub is free to rotate.
As power is removed from the magnet, the springs push against the armature. The friction liner is then clamped between the armature and the other friction surface and generates a braking torque. The spline stops rotating, and since the shaft hub is connected to the friction lining by a spline, the shaft also stops rotating
Product Features.
Reliable braking force and holding force: The micro-motor brake uses high-quality friction materials to ensure reliable braking and holding force, which effectively improves the efficiency of the equipment.
Small size and compact structure: The small size and compact structure of the micro-motor brake can meet users' space requirements and improve the overall performance and reliability of the equipment.
Easy installation: The micro-motor brake is simple and easy to install and can be used by simply mounting on the motor without additional installation equipment, which can reduce the installation cost for users.
Advantages
High safety performance: Certificated by national hoisting and conveying machinery quality supervision and inspection center-type test.
Good sealing: Reach electromagnetic brakes feature excellent sealing, which prevents dust, moisture, and other contaminants from entering the brake, ensuring its reliability and long-term operation.
High protection level: It is designed with a high protection level, which ensures that it can operate safely and effectively even in harsh and demanding environments.
Multi-torque capability: Our electromagnetic brakes are capable of producing multiple torque values, making them ideal for both the Scissor Aerial Work Platform and Boom Aerial Work Platform
High-temperature resistance: The brakes are designed to operate at high temperatures, making them suitable when the temperature of the equipment becomes high due to long-time work.
Large moment of inertia: The large moment of inertia, which makes brakes ideal when requiring high precision and accurate braking control.
Long lifetime: The brakes are built with high-quality materials and advanced technology, ensuring a long life and reducing the need for maintenance and replacement.
Applications
The product is suitable for a variety of motors, such as micro motors, aviation high-speed rail, luxury lift seats, and packaging machinery. It can be used to brake or hold the engine in a specific position.
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Micromotor Brake