Product Description

The Danaher RT12048LV041C represents an industrial-grade incremental magnetic encoder which requires demanding environments to deliver precise and reliable signal feedback alongside strong resilience. This encoder belongs to Dynapar Encoders famous series because it delivers its performance through robust construction and high operating frequencies. The controller generates 2048 pulses for every revolution making it suitable for motor control and automation systems as well as precision machinery. The model operates between 60 to 2400 PPR but its calibration function optimizes performance at 2048 PPR because this offers ideal precision and speed for moving systems.

The RT12048LV041C functions based on magnetic sensing technology that maintains higher resistance to contamination and wear compared to optical systems. The stainless steel sensor module protects the encoder as it functions in harsh conditions that include dust and moisture and mechanical disturbances. The encoder delivers precise signal output under all rotational speeds because it responds to frequencies up to 180 kHz. The encoder works well in demanding drive systems and systems that need quick updates of position data. The device withstands mechanical shock up to 200 G and vibration up to 18 G because of its rugged construction which demonstrates superior mechanical durability.

The device demonstrates strong temperature performance by working between -40°C and +100°C. This device functions well in outdoor machinery, industrial automation and process control systems which operate in environments with changing climatic conditions. The Danaher RT12048LV041C brings together an impressive set of characteristics that includes durability and precision features with flexible operating capabilities. The built-in stainless steel housing together with magnetic sensor resilience and a high PPR setting enables this device to succeed when other encoders fail. The encoder serves as an efficient motion feedback device which operates reliably on motors running at high speeds as well as heavy conveyor systems while enduring harsh pressure conditions and extreme temperatures and physical strain