Product Description

The E1410000A701 incremental optical encoder produced by Danaher under the Dynapar Encoders brand family operates in industrial environments for precise motion control applications. The device provides top-notch position and speed tracking capabilities through a PPR measurement range from 8192 to 10,000 which supports a wide array of speed ranges in industrial applications. This encoder contains a 3/8-inch stainless steel shaft that demonstrates high durability characteristics. The high-quality stainless steel material enables the encoder to withstand extreme mechanical conditions in demanding industrial environments. The aluminum-based housing of the encoder achieves resistance against external factors while enabling longer operational life in industrial applications.

The E1410000A701 demonstrates operational speeds of 10,000 RPM which enables its use for motor control applications and robotics as well as automation systems. The encoder provides critical feedback which preserves system performance along with operational integrity when working at high speeds. The main advantage of this encoder emerges from its NEMA4/IP66 enclosure rating. The protective NEMA4/IP66 enclosure rating shields this device against water and dust entry thus enabling its use in demanding factory and outdoor and wash down environments. The strong protective casing of the encoder ensures its reliable operation under demanding operating conditions.

Users can power the E1410000A701 easily through its 10 to 30 VDC input range which enables application with multiple control systems. The encoder connects to other automation parts through its electrical interface and output functions to provide reliable and continuous communication for smooth operation. The E1410000A701 incremental optical encoder stands out as an outstanding industrial choice because it provides high-resolution feedback and durable construction together with extensive environmental protection for demanding applications. The encoder from Danaher represents an exceptional choice for contemporary motion control systems because of its excellent engineering design.