Product Description

Danaher produces the compact industrial feedback unit HS35R2400D30H04 Dynapar Encoder for various industrial applications. The device enables accurate automated system motion tracking.

The HS35R2400D30H04 dynapar encoder functions with resolution of 2400 pulses per revolution as a Feedback unit. The device uses incremental optical technology which produces clean signal output during operation. This encoder matches its bore opening to 3/4-inch to support shaft attachment. The device fits standard AC motor fan covers through its slotted tether fixing. Use of this fixing method delivers reliable performance during assembly in rotation-based systems. The shaft consists of stainless steel material for enduring long-term operation. The aluminum material used in housing construction minimizes weight while providing superior strength properties to the device. Signals from the encoder are reliably generated through its glass-made internal component. The weighing metric for the encoder amounts to 1.5 pounds because of its balanced mounting capability. The device functions properly within temperature ranges spanning from 0°C to +70°C. Under the extended version the device functions effectively at temperatures between +85°C to the absolute maximum. The equipment supports storage between -40°C and +90°C storage temperatures. Operation results from the encoder stay steady under standard production conditions. Users who need exact speed feedback will find the best solution with the Danaher dynapar encoder. The device presents effective operation in motor drives and conveyor systems as well as control platforms.

HS35R2400D30H04 dynapar encoder stands as an established product for motion control needs. The device offers both excellent resolution capability along with strong materials durability. The encoder functions continuously in standard temperature conditions. Modern automation receives durable and accurate solutions through the Danaher dynapar encoder. This product features a design which enables straightforward setup together with powerful sign transmission and extended functioning duration.