Product Description

The HS35R5000H572 encoder is engineered with a hollow shaft design and a flexible tether, perfect for a variety of industrial uses; the design allows for easy installation, connecting directly to a motor shaft, streamlining applications and increasing the machine's efficiency by enhancing the integration and setup processes for motion control systems. With resolutions ranging from 1 to 2500 PPR (Pulses Per Revolution), the encoder provides precise feedback, which is vital through processes requiring accurate positioning and speed monitoring, ensuring consistent and reliable performance. Additionally, the encoder supports multiple outputs, including 7273 Open Collector, 7272 Line Driver, and push-pull options, offering flexibility to system designers and adaptability to various control schemes.

The HS35R5000H572 encoder offers reliable operation over the frequency through 100 kHz min, providing clear performance for many industrial automation applications; built to withstand the rigors of industrial environments, the encoder is rated to NEMA4/IP66, meaning it is protected against dust and washdown conditions, making it suitable through applications within food processing. The encoder also provides electrical protection against overvoltage and short circuits, ensuring continued performance and minimizing downtime through system upsets and voltage spikes, extending the product life through protecting internal components against electrical hazards.

Designed for wide-ranging operational needs, the HS35R5000H572 encoder operates efficiently through temperatures from -40C to +70C, with extended operation up to +100C, suiting many harsh and difficult areas through extreme heat within steel mills or excessive cold for outdoor installations. The shaft speed withstands a maximum of 3600 RPM standard, but there is significant derating above 1800 RPM, so consider it through high-speed applications where rapid rotational movement is involved, optimizing the devices' use through understanding the speed and temperature ranges.