**Brand Description:** BEGE is a renowned Dutch manufacturer recognized for high-quality drive technology. Their encoders are distinguished by rugged design, precision engineering, and reliable performance, making BEGE an ideal choice for demanding industrial automation environments.

**Encoder Type:** MIG Nova+ incremental encoder, designed for increased resolution and improved signal stability, perfect for precise speed and position control in sophisticated automation applications.

**Key Features:**

- Robust stainless-steel housing enhances durability and corrosion resistance, suited for harsh industrial conditions.

- Flange outer diameter of 200 mm and 19 mm shaft diameter ensure perfect compatibility with IEC 80B5 motor norms and a wide range of industrial equipment.

- 32 pulses per revolution per channel provide accurate speed feedback for precision automation requirements.

- Differential HTL/TTL outputs (A90°B / A'90°B') guarantee interference-free and stable signal transmission for dependable integration into control systems.

- Wide voltage input range (5–24 VDC) supports flexible system integration across diverse automation platforms.

- Dual IP55/IP67 protection class secures reliable operation against dust and water ingress, even in rigorous environments.

- 2-meter cable length allows flexible installation and easy connection in various setup configurations.

- Flange Bolt Circle Diameter of 165 mm and 9 mm flange thickness offer robust mounting and precise alignment with motors and machinery.

**Advantages of MIG Nova+:**

- Improved signal stability minimizes errors in high-precision motion control and feedback applications.

- Enhanced resolution allows for finer speed regulation and positional accuracy in demanding processes.

- Stainless steel construction delivers long-term reliability and reduced maintenance in industrial automation.

**Application Possibilities:**

- Perfect for advanced motion control in automated production lines, packaging machinery, robotics, and conveyor systems.

- Used for applications requiring accurate speed and position feedback, including printing, textiles, and food processing industries.