Permanent Magnet Brakes for Precision Industrial Applications
Compact and reliable braking solutions for precision-driven industrial systems.
Send Enquiry
Permanent Magnet Brakes
Key Features
Industries and Applications
Servo Motors
Robotic Applications
Medical Technology
Automation Wind Turbines
Technical details
|
Description |
Value |
|---|---|
| Nominal Torque Range | 0.4 N-m to 130 N-m |
|
Voltage |
24 V DC |
|
Type |
Normally ON Type |
|
Class |
IP 43 |
Frequently Asked Questions
1. What are the advantages of permanent magnet brakes?
Permanent magnet brakes offer compact design, high torque density, low power consumption, and fast response. They provide reliable holding performance in precision motion-control systems.
2. Are permanent magnet brakes fail-safe?
Many permanent magnet brakes engage when electrical power is removed and release when energized. This power-off braking principle supports secure holding during power interruptions.
3. What happens during a power failure?
A power-off permanent magnet brake normally engages when the electrical supply is interrupted. This helps hold the motor shaft and prevent unwanted machine movement.
4. Are permanent magnet brakes suitable for holding applications?
Yes, permanent magnet holding brakes provide reliable static holding for motors, shafts, and robotic axes. They are ideal for applications requiring accurate and secure positioning.
5. Why are permanent magnet brakes used in collaborative robots?
Permanent magnet brakes provide compact size, low weight, and precise holding for collaborative robot joints. They support safe positioning and smooth robotic motion control.
6. What industries use permanent magnet brakes?
Permanent magnet brakes are used in robotics, medical technology, machine tools, packaging, semiconductor equipment, and industrial automation. They support high-precision motion-control applications.
7. What is the braking torque of a permanent magnet brake?
Permanent magnet brake torque depends on brake size, magnetic design, friction surface, and application requirements. The correct torque should be selected according to load and safety factors.
8. Do permanent magnet brakes require maintenance?
Permanent magnet brakes require periodic inspection of the air gap, friction surfaces, mounting, and electrical connections. Correct maintenance supports reliable operation and longer service life.
9. Why choose Knott Vortex permanent magnet brakes?
Knott Vortex permanent magnet brakes provide compact design, precise holding, and responsive braking performance. They are developed for robotics, servo motors, automation, and precision machinery.
10. Is Knott Vortex a permanent magnet brake manufacturer in India?
Yes, Knott Vortex provides permanent magnet braking solutions in India for OEMs and industrial manufacturers. Its brakes support precision motion control, robotics, and automation applications.
Ready to discuss your braking requirements?
Our engineering team is ready to support your project.