Key Features
◆Magnetic Particle Braking Mechanism
- Utilizes magnetic particles suspended in a dielectric fluid within the braking disc. When energized, the magnetic field aligns the particles, generating resistance and controlling rotational speed or stopping force.
- Enables infinitely variable torque adjustment by modulating the input current, ensuring flexibility across different load conditions.
●High Torque Capacity (300 Nm)
- Rated for a maximum braking torque of 300 Newton-meters, suitable for medium- to heavy-duty applications requiring robust stopping power.
- Maintains consistent performance under varying speeds and loads, minimizing wear and extending service life.
●Compact and Durable Design
- Housed in a rugged, corrosion-resistant casing, the device is built to withstand harsh industrial environments, including dust, moisture, and vibrations.
- Space-efficient layout allows for easy integration into existing machinery with minimal modifications.
●Rapid Response and Precision Control
- Electromagnetic activation ensures near-instantaneous braking (millisecond-level response), critical for applications like emergency stops or dynamic load balancing.
- Low hysteresis and high linearity between input current and torque output enable precise speed regulation and positioning.
●Low Maintenance Requirements
- Fewer moving parts compared to mechanical brakes reduce the need for frequent adjustments or replacements.
- Sealed construction prevents contamination of magnetic particles, ensuring long-term reliability.
