Product Description

The HD35R10240W00 Dynapar Encoder runs under reliable industrial feedback control operations. Danaher manufactures this product and classifies it within the Dynapar HA725 series. The encoder implements incremental optical sensing procedures for operation. The encoder technology gives precise signal output during various automated control procedures.

When enabled the HD35R10240W00 dynapar encoder produces a starting torque of 8.47 Ncm. The equipment incorporates a 100 mm IEC “Euro” flange base for mounting. The installation through this type proves secure when used in motor and automation systems. The component offers a shaft dimension of 11 mm. Mechanical coupling is possible through this system to achieve proper alignment which enables rotation detection. A startup operation is supported by this system to produce stable continuous operation. The encoder maintains operating speeds of up to 6000 RPM as its maximum capacity. The unit operates effectively at fast-paced motion control methods. The sensor technology delivers high precision rotational monitoring throughout uninterrupted service time. The device runs on an input voltage spectrum from 10 to 24 VDC. The voltage compatibility allows manufacturers to use it in a wide range of control systems. The anodized aluminum material makes up the flange. This technology resists well in harsh industrial conditions because of its durability features. This encoder weighs 4 pounds. The device delivers a secure platform that provides controlled mounting possibilities. A long operating duration gives this device dependable functionality. The equipment needs no regular re-calibration procedures while also avoiding ongoing maintenance requirements.

The HD35R10240W00 dynapar encoder establishes itself as a dependable device for motion control purposes. This device provides stable and precise feedback which enhances the operation of process automation systems alongside drive control mechanisms. This encoder meets the requirements of systems that need strong flange attachments while performing high speed sensing operations.