Product Description:

The H5802500010B0 incremental rotary encoder is manufactured by Danaher and belongs to the Dynapar Encoders series. It attaches to a machine shaft and translates mechanical rotation into electrical pulses for closed-loop speed or position control in industrial automation. Channel outputs A, B, and Z provide quadrature information plus a once-per-revolution index, enabling controllers to determine direction and establish a precise zero reference. The unit is intended for general-purpose feedback on compact motors, small conveyors, or auxiliary axes where moderate resolution and a high electrical frequency response are required.

The encoder’s electrical section has a minimum frequency response of 100 kHz, so it can process pulse trains generated at high rotational speeds without signal loss. Its internal code disk delivers 250 PPR, providing 1,000 quadrature counts per revolution after standard 4× decoding, which is adequate for low-to-mid-accuracy servo loops. Mechanical durability is supported by a maximum shaft speed of 10,000 rpm; exceeding this limit risks damage to the bearings or code wheel. A push-pull driver sources or sinks up to 40 mA per channel, allowing direct connection to PLC input cards over moderate cable runs while maintaining clean logic levels.

The solid shaft measures 6 mm in diameter and projects 10 mm beyond the face, matching common coupling hubs. The shaft tolerates radial or axial loads of up to 356 N, so the device can support substantial loading without premature bearing wear. Startup friction is limited by a starting torque of 0.014 N·m, and the integrated shaft seal blocks contaminants while maintaining the stated load capacity. Electrical leads exit through a 3 m sealed side-exit cable, which simplifies routing in tight enclosures and preserves the housing’s ingress protection. The installed mass remains below 283 g, keeping dynamic imbalance negligible on lightly supported shafts.