Product Description:

The H5610241431 is a shaft-mounted rotary encoder produced by Danaher within the Dynapar Encoders series. This incremental magnetic unit converts mechanical rotation into discrete electrical pulses so motion controllers can monitor position and speed in automated machinery. Dual quadrature channels allow direction detection, and the compact package fastens directly to motor or conveyor shafts to deliver real-time feedback for indexing, registration, and velocity regulation tasks on production lines exposed to vibration, temperature changes, and airborne contaminants.

The encoder tolerates shaft speeds up to 3,600 rpm, and it can track rapid changes with a permissible acceleration of 3,600 rpm/s. Magnetoresistive electronics support an output frequency ceiling of 120 kHz, maintaining pulse fidelity at maximum speed. The encoder uses an incremental magnetic format, and the rotor requires only 7 in-oz of starting torque, minimizing additional load on the drive train. Channel timing is arranged so that A leads B when the shaft turns counterclockwise, with quadrature maintained at 90° ±22°. Duty cycle symmetry remains within 180° ±54° to keep the high and low states even for accurate edge counting.

For mechanical durability, the housing is machined from hard-anodized aluminum, while the overall mass is 9.3 lb. The assembly withstands shocks up to 30 G and continuous vibration up to 18 G, permitting installation on presses, gearboxes, and other high-impact equipment. End play is limited to ±0.150 in, runout is limited to 0.015 in TIR, and at least 2.0 in of shaft engagement is required to keep the magnetic gap stable under dynamic loads. The encoder tolerates relative humidity up to 98%, allowing reliable signal generation in humid or lightly sprayed processing areas.