Product Description:

The HS35204883005 incremental encoder is manufactured by Danaher within the Dynapar Encoders series. It is a hollow-shaft feedback device that slips over a 5/8-inch motor shaft and is secured by a fan-cover motor mount. By translating mechanical rotation into electrical pulse trains, the unit supplies real-time speed and position data to drives or PLCs, enabling closed-loop regulation of conveyors, winders, and other motion equipment in industrial automation. Its compact housing and single-ended signal format streamline installation in retrofit projects where cabinet space is constrained.

A native resolution of 2048 PPR delivers 2,048 pulses per revolution for sub-degree speed and position information. The sealed housing carries a NEMA 4/IP66 rating, allowing use in dusty areas and during washdowns. The maximum mechanical speed is 3600 rpm, so the encoder can mount on a standard four-pole motor without overspeed risk. Electrical fidelity is maintained by a minimum bandwidth of 100 kHz, keeping each square-wave edge accurate at top speed. The open-collector channel supports an output voltage of up to 30 VDC, and supply draw stays below 100 mA, making the encoder suitable for low-power control cards.

Installation uses a hollow bore of 5/8 inch, so the encoder mounts without couplings or alignment hubs and is retained by the supplied fixing screws. The open-collector driver can sink up to 40 mA, allowing it to energize optically isolated inputs or multiple parallel counters on long cable runs. Field wiring terminates at a 6-pin connector with a mating connector, which simplifies wiring access during maintenance and preserves shielding continuity. Dynamic load on the host motor is minimized by an inertia of 7.9 × 10^-4 oz-in-s^2, and starting torque never exceeds 5.0 oz-in, so the sensor contributes negligible drag. The single-ended, unidirectional “A” channel supports applications that require only directionless speed feedback.