The BEGE MIG Nova+ Flanged Encoder is a high-quality, industrial-grade solution provided by BEGE, a leading European manufacturer renowned for their robust and innovative drive technology products. With a strong focus on precision, durability, and service, BEGE encoders are trusted by professionals in the automation sector for challenging and mission-critical applications.
**Product Description – BEGE Flanged Encoder MIG Nova+ MN-200-38-0512-12:**
**High-Resolution Incremental Encoder** – Delivers 512 pulses per revolution, providing superior accuracy for speed detection and position feedback in industrial automation systems.

**Enhanced Signal Stability** – Advanced signal processing ensures accurate output with low noise and superior stability, making it ideal for demanding, high-precision control applications.

**Stainless Steel Construction** – Manufactured from corrosion-resistant stainless steel, the encoder is engineered for maximum durability and longevity in harsh, industrial environments.

**Versatile Output Interface (A90°B / A'90°B' HTL/TTL)** – Supports both HTL and TTL output signals, making it compatible with a wide range of automation controllers and PLCs.

**Wide Power Supply Range (5-24VDC)** – Offers flexible integration with various industrial control systems.

**Rugged Flanged Design** – Features a large Ø200mm flange and robust 38mm shaft, designed according to IEC 132B14 and BCD 165 standards for secure and standardized installation.

**Long Cable Length (5 meters)** – Enables flexible mounting options and easy connection even at a distance from control cabinets.

**Dual IP Ratings (IP55/IP67)** – Provides protection against dust ingress and water exposure, ensuring reliable operation under all industrial conditions.
**Application Opportunities:**
• Precision feedback for automated production lines and packaging machinery in food, pharma, and logistics sectors.

• High-accuracy speed and position monitoring in conveyor systems, robotics, and material handling equipment.

• Ideal for integrating into advanced process control systems requiring stable, high-resolution encoder feedback.