22L91000000
by Danaher
Original price
$875.88
-
Original price
$875.88
Original price
$875.88
$875.88
-
$875.88
Current price
$875.88
Condition:
Unused Surplus
The Danaher 22L91000000 encoder is a precision rotary device from the Dynapar Encoders series, engineered for accurate incremental position detection in industrial automation applications. This model features an incremental encoder code design with a resolution of 1–270 pulses/rev and a robust 3/8 inch shaft diameter constructed from stainless steel. Encased in a durable aluminum housing, it operates across a temperature range of 0–70 °C, making it ideally suited for factory and process environments where reliable feedback on rotational position is critical.
Incorporating a glass disk material for high optical fidelity, the 22L91000000 delivers stable signal integrity with a minimum frequency response of ≥120 kHz, supporting rapid changes in speed without loss of precision. Quadrature phasing is maintained at 90°±25° (electrical), and phase sense is defined as "A leads B for CCW rotation (viewed from shaft end)," ensuring compatibility with standard motion controllers. Power is supplied via an input voltage range of 4.5–26 VDC, and the encoder communicates through a 6-pin connector, facilitating straightforward integration and reliable data transmission in complex automation systems.
Additional features include a low moment of inertia of 2.83×10⁻⁴ oz·in·s², optimizing the encoder’s responsiveness to rapid acceleration and deceleration. Symmetry is specified at 180°±18° (electrical), providing balanced output waveforms for precise motion synchronization, while storage temperature ratings from –25–90 °C ensure resilience during equipment downtime or transport. The stainless steel shaft and aluminum housing combine strength with corrosion resistance, enhancing durability in harsh environments. By delivering consistent, high-accuracy feedback and robust construction, the 22L91000000 encoder supports improved process control, reduced downtime, and increased throughput in demanding industrial applications.
