**Brand/Manufacturer Description:**
BEGE Power Transmission is a leading manufacturer specializing in innovative drive solutions for industrial automation. Their robust encoders are engineered for reliability, precision, and seamless integration within demanding environments, supporting advanced automation, motion control, and feedback applications.
**Key Features, Benefits, and Applications:**
High-Resolution Incremental Encoder: The MIG Nova+ provides higher resolution with 4 pulses per revolution per channel, enabling precise feedback for automated systems and motion control applications.

Enhanced Signal Stability: Advanced signal processing minimizes false readings, ensuring reliable speed and position feedback even in electrically noisy environments.

Rugged Aluminum Construction: The encoder’s durable aluminium housing is designed for harsh industrial conditions, delivering high mechanical stability and resistance to corrosion.

Large 300 mm Flange with BCD 265 mm: Compatible with IEC 132B5 motors and standardized mounting, the wide flange enables easy retrofitting and stable installation on large-drive applications.

Versatile 38 mm Shaft Diameter: Optimized for integration with medium and heavy-duty motors, ensuring solid fit and accurate position detection.

Flexible Power Input (5-24 VDC): Wide voltage compatibility allows seamless integration into standard automation and control systems.

HTL Output – A90°B Channels: High-transmission level output secures robust real-time communication with controllers and PLCs, suitable for long cable runs and higher-speed applications.

Long 5 Meter Cable with 4P Connector: Ensures flexible installation options, simplifies wiring in complex systems, and supports remote mounting from control cabinets.

IP55 / IP67 Protection: Withstands water jets and temporary immersion, making it suitable for demanding industrial environments, including food, packaging, and process industries.

Applications: Precise speed and position feedback for conveyor systems, robotics, packaging lines, automated manufacturing, and quality assurance processes where accuracy and stability are critical.