Description
BEGE is a leading manufacturer of motion control and drive technology, known for its precision-engineered automation solutions. BEGE’s encoders are trusted by engineers and industry professionals for their robust construction, reliable sensor technology, and seamless integration in demanding environments.**Product: BEGE Flanged Encoder MIG Nova+ MN-300-38-2048-12** **High-Resolution Incremental Encoder for Accurate Automation Control**
High-resolution incremental encoder providing 2048 pulses per revolution per channel, for highly accurate speed and direction feedback in advanced automation systems.
Robust industrial design with an outer diameter of 300 mm and a 38 mm shaft, making it suitable for large-scale machinery and resilient against vibration and mechanical stress.
Constructed from durable aluminium for superior corrosion resistance and minimal weight, supporting reliable operation in harsh environments.
Flange mounting based on IEC 132B5 with a BCD of 265 mm and a 12 mm flange thickness, compatible with standardized mounting interfaces for easy integration with various motor and drive systems.
Flexible electrical input of 5-24 VDC and universal HTL/TTL A90°B / A'90°B' output signals, simplifying connection with diverse controllers, PLCs, and inverters.
Extended cable length of 100 meters, allowing installation at long distances from control cabinets or signal processors.
Available in protection class IP55/IP67, safeguarding the encoder against dust ingress and high-pressure water jets, ideal for use in demanding and wet industrial environments.
Enhanced signal stability and resolution compared to MIG Basic, supporting fine-tuned speed regulation and feedback-critical tasks such as conveyor tracking, synchronizing drives, and packaging machinery.
Optimized for applications requiring precise incremental feedback, including automated assembly lines, robotic motion control, CNC machinery, and print systems.
Backed by BEGE expertise and proven reliability for mission-critical industrial automation projects.

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