Product Description

This precise motion control component stands under the name HS35R102483C6PS Dynapar Encoder. The manufacturer Danaher produces this product under its Dynapar brand. The encoder implements either optical or magnetic sensing to sense signals. This device functions well with multiple types of industrial automation platforms. A 13-pin connector interface on the product functions for signal transmission.

The HS35R102483C6PS dynapar encoder accepts power input within the range of 5 to 26 VDC. The device operates correctly over a broad power range. The incremental output type of the encoder enables position and speed measurements. The device produces one thousand pulses, which generate precise output signals for each revolution. The encoder resolution enables controlled motor motion in applications. The product features a mating shaft dimension of 1.25 inches. The device provides standard shaft compatibility for particular installation requirements. There exists a durable aluminum material for constructing the encoder's disc. Extension to continuous machine cycles occurs because of the designed stable operation. The product features a built-in capacity to survive 400 G shock levels. A 13-pin connector makes a reliable electrical connection to operation control systems. The product preserves signal quality when machines rotate without stopping. The device generates precise real-time feedback through its increasing output. Under operating stress, the material in the disc produces consistent pulse signals. The encoder design prevents signal degradation that occurs when the shaft rotates quickly. Magnetic and optical detection methods can be used through the sensor type selection. The mating shaft length achieves correct executive alignment.

The model number for this device stands as HS35R102483C6PS dynapar encoder. A number of industries identify this model with the name Danaher Dynapar Encoder. The device enables stable output responses from high-speed automation control systems. The encoder possesses features that make it suitable for challenging and harsh operational conditions.