HS35R2000H3E265
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The Danaher HS35R2000H3E265 is part of the Dynapar Encoders series and features an incremental, optical design with a resolution of 2000 pulses per revolution. It operates with a maximum shaft speed of 10,000 RPM and offers input power options of 10-30VDC or 5VDC. The device supports frequencies up to 300 kHz.
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Product Description:
The industrial-designed encoder carries the product identification HS35R2000H3E265 Dynapar Encoder. Powered by Danaher, this device is tailored for specialized industrial automation needs. The device uses an incremental optical sensing method to track motions accurately. The output resolution for this device stands at 2000 pulses for one complete revolution.
The HS35R2000H3E265 Dynapar encoder accepts mechanical shafts with dimensions of 3/8 inches. The two-channel quadrature signal output system is included in the encoder. The device provides users with either push-pull or line driver signal output capabilities. The push-pull output functions between ±30 mA through protection against short circuits. The output from the line driver provides ±20 mA current capacity. This product operates under two different power supply ranges which depend on the selected output configuration. The push-pull output function requires 10 to 30 VDC power with a current limitation of 60 mA. A line driver of this encoder requires a power supply from 5 VDC within 10% of the rating with a 40-mA current limit. The product provides multiple options that adapt to different control system requirements. Systems operate at their most responsive level while data transmission occurs rapidly. The encoder can use MS connectors when transmitting electrical signals.
The HS35R2000H3E265 Dynapar encoder provides three interface options including the 7-pin and 10-pin together with the NEMA4 style option. Users have the option to add an Index (Z) channel for reference positioning purposes. The encoded shaft has its speed limitations set to 10,000 RPM as its maximum value. The push-pull configuration offers frequency response up to 200 kHz as its minimum operating limit. A line driver setup must work at frequencies starting from 300 kHz. The designed operating range extends from zero to seventy degrees Celsius. Users can store the unit between –25 °C to +90 °C.
Frequently Asked Questions about HS35R2000H3E265:
Q: Why is the A±30 mA push-pull output capacity important for HS35R2000H3E265 encoder systems?
A: The A±30 mA push-pull output ensures stable current delivery with short circuit protection. This supports reliable operation of the HS35R2000H3E265 even in demanding environments.
Q: How does the dual-channel quadrature output in HS35R2000H3E265 improve motion detection?
A: The dual-channel quadrature output enables precise direction sensing and pulse differentiation. This enhances resolution and motion control in automation tasks using the HS35R2000H3E265 encoder.
Q: How does the A±20 mA line driver output affect signal integrity in HS35R2000H3E265?
A: The A±20 mA line driver output maintains signal quality over longer distances. This minimizes data degradation in high-speed transmission environments like in HS35R2000H3E265 applications.
Q: How does the NEMA4 style interface enhance durability in the HS35R2000H3E265 encoder?
A: The NEMA4 style interface provides enhanced resistance to dust and moisture. This makes the HS35R2000H3E265 suitable for rugged industrial use.
Q: How does the encoder's 10,000 RPM rating enhance its application range for HS35R2000H3E265?
A: The 10,000 RPM speed rating supports high-speed rotation applications. This allows the HS35R2000H3E265 encoder to operate in rapid automation systems without performance loss.
