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It is a motor that features low inertia and low inductance coils, making it smooth and easy to control.
The FAULHABER DC micro motor, model 1724…SR, has a size of 17 mm in diameter and 24 mm in length, equipped with precious metal brushes, and can operate at a maximum speed of 10,000 rpm and a maximum torque of 13.2 mNm.
It is a motor that features low inertia and low inductance coils, making it smooth and easy to control with cogging resistance.
The FAULHABER DC micro motor, model 1727…CXR, has a size of 17 mm in outer diameter and 27.2 mm in total length, equipped with graphite brushes, and can operate at a maximum speed of 9000 rpm and a maximum torque of 12.2 mNm.
It is a motor that is smooth and easy to control, featuring low inertia and low inductance coils with cogging resistance.
The FAULHABER DC micro motor, model 1741…CXR, has a size of 17 mm in outer diameter and 41.2 mm in total length, equipped with graphite brushes, and can operate at a maximum speed of 9000 rpm and a maximum torque of 30.6 mNm.
This motor features low inertia and low inductance coils, making it smooth and easy to control.
The FAULHABER DC micro motor, model 2224…SR, has a size of 22 mm in diameter and 24.2 mm in length, equipped with precious metal brushes, and can operate at a maximum speed of 9000 rpm and a maximum torque of 21.4 mNm.
It is a motor that is smooth and easy to control, featuring low inertia and low inductance coils adopted in cogging-less design.
The FAULHABER DC micro motor, model 2230…S, has a size of 22 mm in diameter and 30 mm in length, equipped with precious metal brushes, and can operate at a maximum speed of 11,000 rpm and a maximum torque of 14.7 mNm.
It is a motor that features low inertia and low inductance coils, making it smooth and easy to control.
The FAULHABER DC micro motor, model 2233…S, has a size of 22 mm in diameter and 33 mm in length, equipped with precious metal brushes, and can operate at a maximum speed of 9000 rpm and a maximum torque of 20.2 mNm.
It is a motor that features low inertia and low inductance coils, making it smooth and easy to control.
The FAULHABER DC micro motor, model 2237…CXR, has a size of 22 mm in diameter and 37 mm in length, equipped with graphite brushes, and can operate at a maximum speed of 8000 rpm and a maximum torque of 48.7 mNm.
It is a motor that features low inertia and low inductance coils, allowing for smooth and easy control.
The DC micro motor 2642…CR manufactured by FULHABER has a size of 26 mm in diameter and 42 mm in length, equipped with graphite brushes, and can operate at a maximum speed of 7000 rpm and a maximum torque of 144 mNm.
It is a motor that is smooth and easy to control, featuring low inertia and low inductance coils adopted in cogging-less design.
The FAULHABER DC micro motor, model 3242…CR, has a size of 32 mm in diameter and 42 mm in length, equipped with graphite brushes, and can operate at a maximum speed of 6000 rpm and a maximum torque of 02 mNm.
A long-life brushless rectifier motor with a high volume-to-output ratio. It can be combined with a gear head to achieve the desired output.
The FAULHABER brushless DC micro motor 0308…B has a diameter of 3 mm and a total length of 8 mm, with a speed range of up to 96,000 rpm, and can operate with a maximum torque of 0.026 mNm.
A long-lasting brushless rectifier with a high volume-to-output ratio flat motor. It is equipped with a Hall sensor for servo control.
The FAULHABER brushless flat DC micro motor 2610…B has an outer diameter of 26 mm and a total length of 10 mm. It can be set within a speed range of 40,000 (rpm) and can operate with a maximum torque of 7543 (mNm).
Foul Harbor Inc.: The SXR series provides additional power for demanding applications. It features high output and long lifespan.
FAULHABER's SXR series is designed to provide greater flexibility and a wide range of applications. The expansion of this SXR series sets a new standard for the performance and versatility of small drive systems. The new DC motors 1218 SXR and 1228 SXR offer flexible voltage variations from 3V to 18V and various bearing configurations. Furthermore, it is possible to customize the motors, including changes to the front/rear shaft shapes, expansion of the operating temperature range, and options for vacuum compatibility. Optimized rotor balance ensures long life and smooth operation.
