BEGE is a recognized manufacturer specializing in reliable, innovative drive technology and automation components for industrial applications. Their encoders are distinguished by robust construction, long service life, and outstanding signal performance in challenging environments.
**High-Resolution Incremental Encoder for Advanced Automation:** The BEGE Flange Encoder MIG Nova+ MN-350-48-0016-12 is an incremental encoder with high resolution and enhanced signal stability, making it particularly suitable for precise speed regulation and positioning control in complex automated systems.

**Stainless Steel Construction:** Fabricated from premium stainless steel for maximum resistance to corrosion, aggressive environments, and ensuring operational reliability even in harsh industrial settings.

**Rugged and Large Flange Design:** With a substantial Ø350mm flange and 48mm shaft diameter, the encoder delivers optimal mechanical stability and makes it ideal for integration in heavy-duty machinery, such as packaging lines, conveyors, and large automated drives.

**Broad Electrical Compatibility:** Operates on 5-24VDC input and delivers A90°B / A'90°B' HTL/TTL outputs for seamless integration in a wide range of analog and digital control systems.

**Resolution and Feedback:** Provides 16 pulses per channel per revolution, offering precise incremental feedback suitable for speed monitoring and regulation.

**Long Cable Length:** Supplied with a 10-meter cable, enabling flexible installation, even at a distance from the controller.

**Protected for Industrial Use:** Rated IP55/IP67 for exceptional dust and water ingress protection, perfect for demanding industrial or outdoor environments.

**Wide Range of Applications:** Highly suited for industries such as process automation, robotics, conveying and material handling, and assembly machinery—any environment where accurate speed and position feedback is crucial.

**Manufacturer Excellence:** BEGE’s expertise assures robust performance, intelligent integration, and quality support for technical specialists and engineers aiming to optimize complex automation processes.