HS35R1024A372
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The HS35R1024A372 is a sealed hollow shaft incremental encoder with direct shaft mounting and a resolution of 1024 pulses per revolution. Designed by Danaher, it belongs to the Dynapar Encoders series and supports input voltages of 5–26 VDC. This encoder offers IP66 environmental protection and high noise immunity.
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Product Description:
The Dynapar encoder HS35R1024A372 is manufactured specifically for motion control applications that require high precision. Manufactured by Danaher, this encoder delivers precise signal feedback and high mechanical integrity under continuous operations. The encoder produces high-resolution information through its 1024 pulses per revolution (PPR) output that enables real-time position tracking accuracy.
This encoder contains a differential ABZ output format for high-speed performance with electrical noise immunity. The encoder generates an output from 7272 line driver circuits that accepts an input voltage between 5 to 26VDC for a corresponding 5-26VDC output. This compatible range ensures easy integration of this encoder with various control systems and drives. The HS35R1024A372 Dynapar encoder features a 16 mm bore dimension that enables direct shaft mounting when the shaft diameter matches the specified bore measurement. For mechanical stability, this encoder employs a slotted tether fixing to give a solid linkage to diminish the influence of mechanical drift and vibration. The maximum rated continuous operating speed of this encoder is 6000 RPM. This encoder also provides maximum frequency response up to 125 KHz for accurate signal generation.
The starting torque of this encoder is rated at 7.06 Ncm at 25°C, while the running torque is rated at 3.53 Ncm in ambient conditions. The low torque specifications enable the encoder to minimize substantial mechanical loads on the drive shaft thus enhancing system efficiency and lifetime. The duty cycle of this encoder is kept between 45 and 55% to provide a consistent signal output and precise timing of the pulses. The termination of the Dynapar encoder HS35R1024A372 is with a 10-pin connector. This provides a standard and reliable electrical connection so that the installation becomes easier and compatible with the existing system wiring layout.
Frequently Asked Questions about HS35R1024A372:
Q: Why is the 16 mm bore size significant in HS35R1024A372?
A: It enables direct mounting onto standard motor shafts, eliminating the need for couplings and reducing axial load stress.
Q: What role does the 6000 RPM speed rating play in HS35R1024A372?
A: It ensures the encoder can operate reliably in high-speed applications like servo motors or conveyors without risking signal loss or mechanical damage.
Q: Why is the 45–55% duty cycle range important in HS35R1024A372?
A: This balanced duty cycle guarantees uniform pulse widths, improving resolution accuracy and consistent input signal timing to the controller.
Q: How does low running torque in HS35R1024A372 improve system longevity?
A: At just 3.53 Ncm, the low torque reduces mechanical load on shafts and bearings, helping maintain efficiency and reducing wear over time.
Q: How does the wide voltage range (5–26 VDC) enhance HS35R1024A372 compatibility?
A: It allows the encoder to work with a broader range of PLCs and drives, simplifying integration across various industrial systems.
