HS35R1024J577
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The Danaher HS35R1024J577, part of the Dynapar Encoders series, is an incremental encoder with a resolution of 1024 PPR. It features an IP66-rated aluminum housing, a 7-pin MS connector, and supports shaft speeds up to 10,000 RPM. Its operating temperature range is 0°C to 70°C.
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Product Description:
Offered by the famous Danaher manufacturer, the HS35R1024J577 hollow-shaft encoder is known for its durable mechanics. This encoder delivers precise and reliable output signals within the -40 °C to 100 °C temperature range. The product houses a gasket that gives it an IP 67 protection rating. This device is operated with an AC asynchronous motor from its manufacturer. The unit is installed directly onto a drive shaft. It has a thick-walled housing and a resilient surface finish. This encoder’s insulation safeguards it against shaft currents.
The product requires no batteries for its operation. This device delivers a zero reference on output Z with each revolution. The unit’s shaft can rotate in clockwise and anticlockwise directions. Its bearings are designed to stop the encoder from wobbling or running out. This encoder’s housing and cover have powder coatings on them to make them resistant to corrosion. The product endures up to 400 g shock loads. It uses a 6-pin connector for termination and encompasses an open collector output.
This encoder can accommodate extreme temperature variations. The product’s disc rotates along with the spindle assembly, and the PCB translates the output signals into pulses. This device is best suited for heavy-duty applications. The unit’s connection cable must be bought separately. Its rugged construction ensures its long life. This hollow-shaft encoder converts mechanical movement to the corresponding signals in square wave form. The product’s hollow bore extends throughout the entire length, and its quadrature outputs are used for incremental counting. This device produces pulses in electronic pulses and supports optical sensing. The unit’s shielding must be directly connected to the ground. Its connector must not be connected or disconnected when the power is applied to the system.
Frequently Asked Questions about HS35R1024J577:
Q: How is the fixing of the HS35R1024J577 encoder carried out?
A: The fixing of the HS35R1024J577 encoder is done using a slotted tether with cover.
Q: What output does the HS35R1024J577 encoder have?
A: The HS35R1024J577 encoder has a differential output.
Q: What coating does the HS35R1024J577 encoder have on the housing?
A: The HS35R1024J577 encoder has a powder coating on the housing.
Q: How should the shield of the HS35R1024J577 encoder be connected?
A: The shield of the HS35R1024J577 encoder should be connected to the signal to ground at the receiving end.
Q: Why is proper tether installation of the HS35R1024J577 encoder important?
A: Proper tether installation of the HS35R1024J577 encoder is important to prevent encoder failure and excessive bearing failure.
