The bearingless absolute magnetic feedback encoder is ideal for integration into electric drives, power transmissions, and other drivetrain components.

Its space-saving design is particularly impressive in confined spaces.

By precisely measuring speed and position, they enable optimal control of drive components, minimizing energy losses and maximizing overall performance.

An autonomous vehicle must precisely control its drivetrain while navigating seamlessly through complex construction sites. It continuously monitors the steering position, regulates the drive force, and ensures that obstacles are reliably avoided. To ensure these functions, the MSAC200 is the ideal choice for integration into drives, power transmissions, and steering gears. With its precise absolute position measurement, it provides exact data for controlling steering angles, monitoring rotation angles, and measuring speeds. Even after a power failure or system interruption, it guarantees reliable position data to ensure safe and efficient operation.

A key advantage of the MSAC200 is its slim design, making it one of the narrowest radial scanning sensors on the market. Thanks to its compact form, it can be easily integrated into component housings while remaining optimally protected. Even in the tightest installation spaces, it impresses with its simple installation and versatility. The innovative flexCoder technology enables flexible adaptation to customer-specific designs and supports continuous hollow shaft diameters of up to 230 mm. With a generous reading distance of ≤0.6 mm and an axial tolerance of ±0.5 mm, it simplifies system design and is ideally suited for use in dynamic applications.