HS20036070221
by Danaher
Original price
$1,374.97
-
Original price
$1,374.97
Original price
$1,374.97
$1,374.97
-
$1,374.97
Current price
$1,374.97
Condition:
Unused Surplus
The Danaher HS20036070221 encoder, part of the Dynapar Encoders series, is engineered to deliver precise incremental feedback for industrial motion control applications. This sealed hollow-shaft encoder supports resolutions from 50 to 2540 PPR and boasts a frequency response of 100 kHz minimum, ensuring rapid response to fast rotational changes. With a versatile shaft bore diameter range of 6–16 mm, it integrates seamlessly into a wide variety of machinery. The primary function of this device is to convert mechanical motion into accurate quadrature signals for speed monitoring and position control in demanding automation systems.
Featuring an accuracy of ±1.5 arc-min at resolutions ≥1024 PPR (±7.5 arc-min below 1024 PPR), the HS20036070221 delivers reliable performance across its entire resolution range. The encoder’s index output response is rated at 75 kHz minimum under extended temperature conditions, ensuring precise homing functions. It provides multiple output types—Push-Pull, differential line driver, and open collector (40 mA max)—and outputs AB quadrature signals with optional Index (Z) and complementary outputs. Phase sense is configured so that A leads B for counter-clockwise rotation, facilitating intuitive integration with control electronics.
Powered by a 5–26 VDC supply and drawing ≤100 mA (no load), this encoder combines power efficiency with robust signal integrity. Its sealed design and optimized supply current make it well suited for industrial automation environments where reliability and minimal maintenance are critical. Although specific enclosure ratings are not specified, its Dynapar sealed hollow-shaft construction ensures stable electrical performance in controlled and semi-industrial settings. By offering versatile shaft compatibility, high resolution, and multiple output formats, the HS20036070221 enhances system accuracy and uptime, delivering measurable benefits in industrial motion control applications.
