HS35R50007267
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The HS35R50007267 encoder is a heavy-duty hollow shaft encoder with a bore size of 1/2 inch, input voltage range of 5-26 VDC, and signal format offering two-channel quadrature. Part of the Dynapar Encoders series by Danaher, it features industrial-grade environmental protection and compliance with EN61326-1 standards.
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Product Description:
The product code HS35R50007267 Dynapar Encoder produced by Danaher belongs to its Dynapar Encoders series. This industrial automation device operates using incremental code and supports 5000 pulse outputs during one revolution cycle. This encoder system fulfills the specifications needed by precise motion systems. The encoder accepts 5 to 26 VDC and 5 to 15 VDC as input voltage.
Total power consumption in HS35R50007267 Dynapar encoder reaches 50 mA maximum while carrying out any function that does not generate an output signal. Supported output types include ET7272, ET7273, and 4469. The encoder demonstrates a frequency response limit of 125 kHz which applies to its data signals as well as index transmissions. The temperature specifications for the encoder function are between -40°C and +85°C. The 4469 line driver allows the maximum operating temperature to reach only +70°C. The device should have a temperature derating of 10 degrees Celsius for every 1000 RPM increase beyond 3000 RPM shaft pace. The device operates at high temperatures after a broader temperature range has been achieved for continuous use beyond +100°C. Storage conditions exist between -40°C and +100°C. The unit endures mechanical shock of 400g over 6 milliseconds while resisting axial and lateral vibration from 5 to 3000 Hz at 20g rated torque.
The HS35R50007267 Dynapar encoder protects its internal components from complete dust ingress and offers strong water resistance through its IP67-rated housing. Users can connect this device through the MS Connector and M12 Connector or by sealing the exit cable. The included sealed connections defend against contamination while enabling deployment in difficult installation sites. The design elements of both mechanics and electronics in the encoder enable use in demanding industrial applications under challenging conditions. The encoder operates in conditions of complete humidity without losing its operational abilities.
Frequently Asked Questions about HS35R50007267:
Q: How does the wide input voltage range benefit the HS35R50007267 in integration?
A: The 5 to 26 VDC input range offers compatibility with a wide variety of control systems. It allows flexible integration of HS35R50007267 into different industrial setups.
Q: How does mechanical vibration resistance enhance performance in HS35R50007267?
A: Vibration resistance up to 20g from 5 to 3000 Hz reduces error generation. This makes HS35R50007267 suitable for rotating equipment in dynamic environments.
Q: How does the 400g shock resistance benefit the HS35R50007267 encoder in industrial use?
A: With 400g shock resistance, HS35R50007267 withstands sudden mechanical impacts. This enhances reliability in rugged environments with high machine activity.
Q: Why is the frequency response limit important for the HS35R50007267 encoder?
A: The 125 kHz frequency response enables accurate data and index signal capture. It ensures consistent performance during high-speed operations in HS35R50007267.
Q: Why is temperature derating essential beyond 3000 RPM in HS35R50007267?
A: Temperature derating prevents thermal stress on internal components. It maintains stability and lifespan of the HS35R50007267 encoder during high-speed operations.
