Product Description

Danaher's Dynapar Encoders series provides the H222048104143PS encoder which serves as a precise motion control device for dependable feedback applications. The device operates based on an incremental optical sensing system to generate precise output measurements from 1 to 2500 pulses per revolution. The encoder provides a wide range of resolution options that benefit low-speed positioning operations as well as high-speed motion detection requirements. The encoder utilizes a TC1428 differential line driver to output signals in two-channel quadrature form which improves signal accuracy and reduces noise interference. The device works optimally in environments with electrical interference because its design features make it suitable for industrial automation systems and motor feedback applications.

Direction sensing capabilities are enabled through the dual-channel output to benefit more complex control systems design. The device enables adaptable voltage input between 5 and 15 VDC without requiring supplemental voltage regulation to integrate into different electronic control systems. The use of a 5/8 inch shaft diameter provides mechanical suitability with industry-standard mountings and couplings and housing units that appear frequently in industrial applications. The H222048104143PS operates sufficiently within controlled industrial environments because its physical design supports temperatures between 0 to 54°C.

The device features an efficient thermal profile together with a compact structure which leads to stable performance during extended operating periods. The H222048104143PS delivers reliable precision with signal integrity through its mechanical adaptability which serves both automated production designs and servo system feedback loop updates. This encoder meets Danaher's demanding quality criteria during production as it belongs to an industrial encoder series identified for its top-quality engineering attributes. Users who select the H222048104143PS encoder will obtain a dependable instrument designed to work smoothly with contemporary control frameworks and handle industrial operating precision requirements and environmental standards.