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Warranty
Wake Industrial Warranty
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Product Description
Danaher manufactures the HS35R10248DC6PS as an incremental rotary encoder for industrial automation. The encoder enables data signal frequency response at 200 kHz. Noise immunity meets EN61326-1 testing standards. All models of the device include a feature for reverse polarity protection. Short circuit protection features are only on specific line drivers of the product line.
The HS35R10248DC6PS encoder needs at least 1.25 inches of shaft engagement. Users can choose from six to twenty-eight millimeter bore sizes while the bore maintains electrical separation to prevent downtime issues. Mating shafts should have a length recommendation of 1.60 inches. The maximum operating speed for the shaft reaches 6000 RPM. Portable bearings follow ABEC 1 precision rating specifications. The housing design and cover employ powder-coated aluminum as their material base. Standard shafts use material 6061-T6 aluminum. This HS35R10248DC6PS encoder generates a starting torque of less than 10.0 in-oz at room temperature conditions of 25°C. Running torque stays below 5.0 in-oz at ambient. Unit weight measures 1.76 pounds total. Operating temperature spans -40°C to +85°C normally. The expanded temperature range for this component operates between -40°C and +100°C when particular specifications are provided. Temperature fluctuations do not affect the encoder’s ability to provide consistent operational output.
The HS35R10248DC6PS encoder offers both high precision and durable operation in various conditions. The incremental rotary encoder carries IP67 protection. The selection of connectors determines the final grade of water and dust protection. The selection of connectors determines the final grade of water and dust protection. This encoder fulfills the rigorous needs of operation within specific environments. Shock resistance withstands 400G for 6 milliseconds. Vibration tolerance reaches 20G from 5-3000 Hz. Humidity resistance extends to 98% non-condensing. The encoder operates successfully within difficult mechanical operational environments.
