Product Description

The HS20036070221 encoder of Danaher operates under the Dynapar Encoders series to fulfill demanding incremental applications in motion control and industrial automation. The device stands as a dependable rotary feedback element because it presents strong electrical behaviors together with versatile installation choices. This device supports general-purpose and high-precision operations through its resolution capability which spans from 50 to 2540 pulses per revolution (PPR). The diverse resolution options cover both simple speed monitoring and precision positioning functions thus supporting different industrial machines.

he HS20036070221 demonstrates an outstanding frequency response of 100 kHz and higher to prevent signal loss during fast rotational motion. The feature provides exceptional value to systems that require quick motion adjustments or operate with fast rotating shafts. The encoder adjusts for shaft bore diameters from 6 mm through 16 mm to serve various mechanical systems. The device fits different shaft dimensions well thus enabling smooth integration into operating systems through minimal hardware changes. The HS20036070221 generates directional and positional feedback data through two signal channels within its output system. The device provides two output options consisting of 7272 Push-Pull and differential line drivers which enable reception by single-ended and differential receiving circuits.

Power efficiency is another highlight. This encoder functions between 5 to 26 VDC of input voltage which allows it to accept multiple power systems while maintaining conservative power consumption. This HS20036070221 industrial device was made to withstand demanding operating conditions while maintaining high technical accuracy standards. The unspecified enclosure ratings do not affect the electrical stability or adaptive signal features which contribute to its strong performance potential in controlled secure environments or semi-industrial facilities. The device serves as a dependable motion control system component because it accepts various shaft types and accommodates different voltage inputs while delivering precise performance.