Product Description

The Danaher R561024088222 serves as a durable incremental optical encoder designed for industrial applications which need precise motion tracking functionality. The R561024088222 represents a Dynapar Encoder series unit which targets users who need precise measurements alongside robust construction alongside straightforward implementation capabilities in their automated systems. The model generates two-channel directional and velocity tracking information through its quadrature output system. Users who need absolute position reference once per revolution have the option to use the Index channel. The encoder maintains adaptability which allows users to modify it for different control systems.

The R561024088222 stands out due to its built-in rugged design. The NEMA4/IP66-rated enclosure safeguards the device from dust contamination and direct water washdown making it suitable for harsh industrial environments. The encoder successfully operates under all conditions including oil exposure and coolant and water jet exposure while keeping its performance steady. This device accepts wide power input between 10 to 30 VDC that requires a maximum power consumption of 60 mA. Different control system architectures can be used due to this design feature which simplifies overall system complexity. The encoder’s solid-state optical construction increases endurance because it reduces component deterioration across time.

The engineering excellence demonstrated by Danaher Corporation appears throughout all components and features of this product. This sensor represents more than an ordinary detection device since it serves as a rugged precise solution dedicated to enhancing industrial motion system performance. The R561024088222 maintains superiority in its category due to its high resolution performance and durable construction and adaptive electrical features. Engineers and system integrators who need dependable high-performance encoders should consider the R561024088222 as it provides sufficient answers to demanding industrial automation requirements.