**Brand Overview:**
BEGE Power Transmission is a reputable Dutch manufacturer known for its high-quality, innovative automation components for industrial applications. BEGE encoders are widely recognized for durability, precision, and reliability in demanding environments.

**Product Type:** Incremental Encoder with High Resolution – MIG Nova+
This encoder provides enhanced resolution and superior signal stability for highly accurate speed and position feedback in automated systems, making it suitable for advanced motion control tasks.

**Key Features & Benefits:**

• Robust stainless steel construction delivers excellent corrosion resistance and ensures long-term durability in harsh industrial conditions.

• High protection class (IP55/IP67) safeguards the encoder from dust and water ingress, allowing for reliable operation in challenging environments.

• 105mm outer flange diameter and 85mm BCD flange meet IEC 71B14 norm for easy integration with standard motors and machinery.

• 14mm shaft diameter provides compatibility with a broad range of drive systems.

• 50 pulses per revolution—per channel—enables precise speed regulation and accurate position tracking suitable for advanced automation.

• Differential HTL/TTL outputs (A, A’, B, B’) ensure signal integrity and compatibility with modern control systems.

• Wide input voltage range (5-24VDC) for seamless integration with various industrial controllers and PLCs.

• 5 meter shielded cable offers flexibility in installation and reduces signal interference over long distances.

• 7mm flange thickness for stable and secure mounting.

**Application Possibilities:**

• Advanced speed and position feedback in automated production lines, robotics, and packaging machinery.

• Precision motion control for conveyor systems, servo drives, and industrial motor applications.

• Reliable feedback solutions in material handling, textile, and food processing industries where signal clarity and higher resolution are essential.

Choose the BEGE MIG Nova+ for environments where reliable, accurate feedback and integration flexibility are critical to system performance.