Product Description

The HS35R00508220 Dynapar Encoder operates as an industrial-grade component. The manufacturing company Danaher guarantees stable performance outputs of this product. The encoder uses an Incremental Optical type that ensures precise signal transmission.

The HS35R00508220 dynapar encoder exists to serve demanding high-precision motion control systems. You can use this product effectively in challenging industrial automation systems. This Dynapar encoder supports feedback operations with a 250 Pulses Per Revolution signal rate. Secure shaft mounting requires the 5/8 inch bore size that the encoder provides. Operation stability through the 6-pin connector termination results from its secure electrical connection. The aluminum structure of its housing provides resistance to external damage as well as enhanced durability levels. This unit achieves IP167 protection standards, which defend it from dust particles and water intrusion. The aluminum housing, together with disk materials, forms an enhanced mechanical system that increases stability. The device can operate through multiple rounds without interruption because of its design features. The encoder implements a design that simplifies its integration within different automation systems. It has exceptional sealing capability, which enables its usage in challenging industrial situations. The encoder achieves a 250 PRP rating, which enables medium-resolution functions. The optical components of the design system control rotation monitoring accuracy and signal transmission clarity.

Engineering customers benefit from the HS35R00508220 dynapar encoder because it combines exceptional performance with easy upkeep capabilities. The speed and position readings this device provides establish dependable feedback for motor systems as well as machinery components. The unit serves engineers who need systems to perform under challenging environmental conditions. This device fulfills all industrial standards regarding precision and reliability requirements. The device operates with stability in different workplace environments because of its protective design.