HS35R0360H341
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The Danaher HS35R0360H341 is a high-performance encoder from the Dynapar Encoders series, featuring a maximum shaft speed of 3600 RPM. It boasts a shock resistance of 50 G’s for 11 milliseconds and an enclosure rating of NEMA4/IP66. The encoder delivers 1 to 2500 PPR with ±7.5 arc-min accuracy and weighs 16 ounces.
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Product Description:
The HS35R0360H341 Dynapar Encoder is an incremental optical encoder designed for precise motion control and Industrial automation applications. This device from Danaher supplies feedback accuracy through its capability to achieve resolutions at 20,000 pulses per revolution (PPR) levels. A durable form of 6061-T6 aluminum makes the encoder shaft withstand harsh environmental demands.
This HS35R0360H341 Dynapar encoder accepts bore diameters from 6mm to 28mm together with 1/4" to 1.25" sizes while maintaining electrical separation to stop interference. The mating shaft requires a length between 1.25" for minimum secure binding and extends up to 1.60" to achieve optimal connection. The IP64 enclosure level stands at minimum dust and water protection when operating speeds surpass 5,000 RPM. The device starts at 10.0 in-oz torque while maintaining a running torque at 5.0 in-oz torque at 25°C ambient temperature for operational efficiency. The encoder operates with high reliability because of its ABEC 1 bearings which minimize the overall friction. Powder-coated aluminum constitutes the housing and cover materials that protect against corrosion and wear damage. The encoder benefits from resistive disc materials which consist of aluminum and unbreakable plastic as core components that promote system durability. The typical weight measurement for this unit stands at 1.76 lb (28 oz).
During the operation of the 4469 line driver, the HS35R0360H341 Dynapar encoder functions within a temperature range between 0°C and +70°C. Running a conventional derating procedure of 10°C per 1,000 RPM above 3,000 RPM shaft speed helps maintain peak performance. Operation at +100°C is possible under these extended temperature conditions while the storage function remains fully operational between +100°C and -40°C. An important capability of this encoder is its ability to survive shock impacts reaching 400g during 6 milliseconds while resisting vibrations between 5 Hz and 3,000 Hz at a maximum acceleration of 20g.
Frequently Asked Questions about HS35R0360H341:
Q: How does IP64 protection help HS35R0360H341 in industrial environments?
A: IP64 protection shields the encoder from dust ingress and water spray. It enables the HS35R0360H341 to operate in moderately harsh conditions with speeds over 5,000 RPM.
Q: Why does HS35R0360H341 feature a torque rating of 10.0 in-oz at startup?
A: The 10.0 in-oz startup torque ensures reliable motion initiation in high-inertia systems. This guarantees consistent start-up behavior for HS35R0360H341 in demanding loads.
Q: How does the resistive disc material in HS35R0360H341 affect longevity?
A: The resistive disc material, composed of aluminum and unbreakable plastic, improves the encoder€™s resistance to wear. This enhances the overall operational lifespan of the HS35R0360H341.
Q: What is the benefit of electrical isolation in HS35R0360H341 encoder€™s bore design?
A: Electrical isolation prevents signal interference between the encoder and the driving shaft. This improves feedback reliability in electromagnetically noisy environments.
Q: How does the 6061-T6 aluminum shaft improve performance in HS35R0360H341?
A: The 6061-T6 aluminum shaft enhances mechanical strength while maintaining lightweight characteristics, improving durability under demanding applications. This contributes to better mechanical performance and shock resistance.
