Disc magnet motors
| Manufacturer | Portescap |
| Product Code | P110 064 068 12 |
| Shipping | Shipped in 6-8 weeks |
| Stock Availability | Available On Demand |
PRODUCT DESCRIPTION / OVERVIEW
Advantage of the Disc magnet motors:
- Very compact and thin design with a flat, disc-shaped construction provides a low axial length, making it ideal for space-constrained applications.
- High torque in a small size is achieved through a permanent disc magnet rotor, delivering strong torque performance, especially at low speeds.
- Low rotor inertia due to the lightweight disc rotor enables fast acceleration and deceleration, improving overall dynamic response.
- Accurate step positioning ensures precise and repeatable movement, making the motor suitable for open-loop positioning applications.
- Smooth and quiet operation is provided by an optimized magnetic circuit that reduces vibration and audible noise compared to conventional stepper motors.
- Low power consumption is ensured through an efficient magnetic design, resulting in reduced current draw and suitability for battery-powered devices.
- Simple drive electronics allow the motor to be operated with basic stepper motor drivers, keeping control systems cost-effective and easy to implement.
ABOUT THE PRODUCT
| Country of Origin: | USA | ||||||
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| Supplier location: | Navi Mumbai |
PRODUCT SPECIFICATIONS
| Motor Type: | Disc Magnet Stepper Motor |
| Frame Diameter: | 16 mm |
| Rated Torque: | 7 mNm |
| Shaft Type: | Double Shaft |
| Make: | Portescap |
FAQs
A disc magnet motor is a flat electric motor in which the rotor uses a disc-shaped permanent magnet. This design is commonly used in axial-flux or pancake motors to achieve a very thin and compact form factor.
Disc magnet motors offer a slim profile, high torque density for their size, low rotor inertia, fast acceleration, and smooth, quiet operation, making them suitable for compact and precision applications.
Disc magnet motors are available in brushed DC, brushless DC (BLDC), and axial-flux configurations, depending on the application and performance requirements.
They are commonly used in medical devices, robotics, optical systems, gimbals, compact drives, aerospace equipment, and applications where limited axial space is a key constraint.
Disc magnet motors can have limited cooling due to their flat design, may be more expensive than conventional motors, and are typically not used for very high-power applications.
