H220500041300PS Danaher
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The Danaher H220500041300PS is part of the Dynapar Encoders series and features a 500 pulses per revolution resolution with a quadrature A/B output format. It has a 10 mm shaft diameter, a maximum speed of 10,000 RPM, and is housed in an enclosure rated NEMA12/IP54. The encoder uses a 6-Pin MS3106A-14S-6S connector and supports up to 80 lb of radial or axial shaft load.
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Product Description:
The H220500041300PS is an incremental rotary encoder built by Danaher for the Dynapar Encoders series. By translating mechanical rotation into electrical pulse trains, the unit supplies velocity and position data to drives, PLCs, and other control electronics used in industrial automation. Its metric shaft couples directly to small and medium-frame motors, while the compact housing keeps added mass minimal. This design simplifies installation on light-duty axes commonly found in conveyors, feeders, and packaging machines.
The encoder delivers a resolution of 500 PPR, so each revolution produces 500 equally spaced pulses that allow motion controllers to resolve positions down to 0.72 degrees. Its electronics support a minimum transition rate of 100 kHz, maintaining accurate pulse counts on fast-moving axes. Output signals are provided by an open-collector driver that operates in sinking mode and supports a maximum sink current of 40 mA, helping maintain clean logic levels over long cables. Channel timing follows a quadrature A/B pattern, enabling direction sensing and four-times edge multiplication when finer interpolation is required. The stainless-steel shaft supports a maximum speed of 10,000 rpm, and its 10 mm diameter fits common servo and stepper motor couplings.
Installation uses a 0.69-inch male pilot that centers the encoder, while a face-mount pattern with four #10-32 screws on a 1.63-inch bolt circle secures it to motor end bells or brackets. The bearings tolerate a maximum radial or axial load of 80 lb, allowing the encoder to withstand belt tension or end thrust. Mechanical drag remains low because the starting torque is 1.0 oz-in and the moment of inertia is 3.0 × 10-4 oz-in-s2, preserving rapid shaft response. Field wiring connects through a 6-pin MS3106A-14S-6S plug, providing a secure connection for power and output channels. The cast enclosure meets NEMA 12 and IP54 requirements to resist dust and splashed fluids. Its total mass is 10 oz, which helps minimize imbalance on the drive shaft.
