NSRT1024LCSEN Danaher
Wake Industrial LLC is not an authorized distributor of this product.
The Danaher NSRT1024LCSEN is a standard sensor in the Dynapar Encoders series, featuring a stainless steel body and an IP65 enclosure rating. It provides 1024 pulses per revolution with incremental magnetic signal type and uses an IC-WE differential line driver for its output. This encoder has ten connector pins and supports a frequency response up to 180 kHz.
Internal Product Review
The NSRT1024LCSEN is a Dynapar incremental magnetic encoder with 1024 PPR and an IP65 enclosure rating. An IC-WE differential line driver and 180 kHz frequency response support clean, stable feedback in motion-control circuits. A latching industrial connector adds dependable field integration, making this encoder a strong choice for reliable signal performance.
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Product Description:
The NSRT1024LCSEN is a magnetic incremental encoder produced by Danaher within the Dynapar Encoders series. It converts shaft rotation into two square-wave channels that automation controllers count to obtain position and speed feedback on conveyors, packaging stations, and servo axes. The device serves as a compact stainless-steel sensing head whose sealed construction helps maintain reliable pulse generation in industrial environments.
The encoder resolves one complete revolution into 1024 PPR, providing a mechanical resolution of approximately 0.35° per count. A maximum tracking rate of 180 kHz lets the sensor report high-speed motion without losing signal edges. Its housing is rated at IP65, so dust ingress and water jets do not compromise operation. Channel drivers can sink or source up to 150 mA, supporting long cable runs and multiple receivers. The output conforms to the IC-WE differential line driver format, which provides complementary signals that improve noise immunity. Stainless-steel construction resists corrosion, and the unit uses incremental magnetic sensing rather than optical discs. The encoder is configured as a standard sensor for industrial motion feedback. Electrical connections are made through a latching industrial connector that remains secure under vibration.
The channel direction is configured so that channel A leads channel B during counterclockwise rotation, allowing motion controllers to determine rotational direction from the channel order. Quadrature spacing is maintained at 90° ±45°, while duty-cycle symmetry is centered at 50% with an angular tolerance of ±15°, helping controllers calculate velocity consistently from the output pulses. A 10-pin interface carries power, differential outputs, and the shield ground through one keyed plug, simplifying cable connection and preventing incorrect alignment. The encoder does not provide an index pulse, so applications that require an absolute reference must home the axis by using an external sensor or a mechanical stop.
