HS351024C3342
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The Danaher HS351024C3342 encoder, part of the Dynapar Encoders series, operates as an incremental optical encoder with a resolution of 1 to 2500 PPR. It features a TC1428 differential line driver with 40 mA sink/source. The housing is aluminum, the shaft is stainless steel, and it meets NEMA 12/IP54 standards.
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Product Description:
The incremental optical feedback device HS351024C3342 Dynapar Encoder is powered by Danaher for Industrial automation purposes. Users can select between 1 and 2500 pulses that emit per rotation from this encoder system. The device employs a two-channel quadrant output that also includes an optional index transmission.
The HS351024C3342 Dynapar encoder incorporates a TC1428 differential line driver that operates at a 40 mA sink and source rating. The sensor configuration selects A channel to precede B channel when the shaft rotates clockwise. The encoder device offers a maximum frequency response rate of 50 kHz. The Mylar material used for the optical disc ensures stable signal accuracy. The encoder implements stainless steel shaft technology inside an aluminum housing body. The standard diameter of the shaft amounts to 5/8 inches. The shaft can bear a maximum radial stress of 45 pounds together with a maximum axial stress of 15 pounds. This unit provides typical starting torque of 15 oz-in which allows up to 285 gram-centimeter squared maximum inertia. The encoder functions with a 5 to 15 VDC power supply and accepts current up to 115 mA while needing enhanced power based on system blueprint specifications. Its incremental output and optical operation support real-time position tracking.
Within a temperature range from 0 to 54 degrees Celsius, the HS351024C3342 Dynapar encoder performs as intended. The device accepts up to 98 percent humidity in non-condensing operational conditions. The standard housing of this unit complies with NEMA 12 and IP54 certification standards for industrial applications. The enclosure features optional shaft seals which make it possible to achieve NEMA 4 and IP66 protection. This encoder works effectively within motion control systems because it provides reliable feedback to these systems.
Frequently Asked Questions about HS351024C3342:
Q: What benefit does a two-channel quadrant output provide in the Dynapar HS351024C3342 encoder?
A: A two-channel quadrant output allows precise directional sensing and improved resolution. This is critical for motion control applications using the HS351024C3342 encoder.
Q: How does the TC1428 line driver enhance signal reliability in the HS351024C3342 encoder?
A: The TC1428 line driver in the HS351024C3342 encoder improves noise immunity and ensures signal integrity over long cable runs. It is suitable for demanding industrial environments.
Q: What is the significance of the 50 kHz frequency response in the HS351024C3342 encoder?
A: The 50 kHz frequency response ensures the HS351024C3342 encoder can support high-speed applications without signal lag. It is ideal for fast rotational systems.
Q: How does clockwise shaft rotation affect channel output sequencing in the HS351024C3342 encoder?
A: In the HS351024C3342 encoder, A channel leading B indicates clockwise rotation. This helps determine shaft direction in quadrature decoding systems.
Q: How does a 5/8 inch shaft diameter benefit the HS351024C3342 encoder's mechanical integration?
A: The 5/8 inch shaft diameter allows easy integration with standard motor systems. It supports robust mechanical coupling in the HS351024C3342 encoder.
