Non-magnetic model equipped with an incremental rotary encoder.
Non-magnetic ultrasonic motors are designed for use in high magnetic fields such as MRI, and the metal components are made only from special aluminum and copper alloys. They can be safely used in environments where the magnetic flux density exceeds 3[T]. The USR60-EN series is a non-magnetic model equipped with an incremental rotary encoder. The maximum torque is 1.0[Nm], and the maximum rotational speed is 150[rpm]. The encoder resolution can be selected from two options: 500 [P/R] and 1,000 [P/R]. The USR60-E3 is equipped with a 500 [P/R] encoder, while the USR60-E3T features a 1,000 [P/R] encoder. For more details, please download and view the catalog.
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basic information
The USR60-EN series is a non-magnetic model equipped with an incremental rotary encoder. The maximum torque is 1.0 [Nm], and the maximum rotation speed is 150 [rpm]. The encoder resolution can be selected from two options: 500 [P/R] and 1,000 [P/R]. The USR60-E3 is equipped with a 500 [P/R] encoder, while the USR60-E3T has a 1,000 [P/R] encoder. 【Available Drivers】 ●D6060 ●D6060E ●D6060S ◎ You can view detailed specifications and more by downloading the catalog. If you are interested, please download the catalog to take a look.
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Company information
Our company, Shinsei Kogyo Co., Ltd., was the first in the world to put ultrasonic motors into practical use, commercializing them in 1986. Since then, we have continuously improved ultrasonic motors, aiming to enhance their functionality and reliability. The culmination of that technology is the USR series (USR30 and USR60 series). The USR series features compact size, low speed, high torque, and high holding power when not powered, making it ideal for actuators. With high responsiveness and very low operating noise, ultrasonic motors are widely used in applications such as camera autofocus and lifting mechanisms in measuring instruments. In recent years, our non-magnetic ultrasonic motors have gained significant attention as motors that can be used within MRI machines, serving as embedded actuators for medical devices.