**Manufacturer Description:** BEGE is a reputable Dutch manufacturer specialized in innovative drive components for industrial automation. Their encoders are recognized for reliability, precision, and robust design, ensuring optimal performance in demanding environments.

**Product Overview:** The BEGE Flanged Encoder MIG Nova+ is an incremental encoder with high resolution and advanced signal stability, designed for precise control and feedback in automated systems. With 8 pulses per channel and enhanced signal performance, it suits applications demanding accurate speed and position feedback.

**Key Features and Benefits:**
High-resolution signal output (A90°B / A'90°B' HTL/TTL) ensures precise measurement for demanding control applications, minimizing signal noise and drift.

Wide-range input voltage (5–24VDC) provides flexible integration into new and existing systems across various automation platforms.

Robust stainless steel housing and IP55/IP67 rating deliver excellent protection against dust, water, and corrosion, making it ideal for harsh industrial settings.

20-meter cable length allows installation flexibility in complex or large-scale automated systems, reducing signal loss and installation costs.

Standardized flange dimensions (Ø160mm/BCD 130mm, thickness 7mm, IEC 71B5) and 14mm shaft diameter enable seamless mounting with a wide range of electric motors and gearboxes.

8 pulses per revolution per channel support reliable speed and position feedback in moderate-resolution applications, ensuring predictable performance.

**Application Possibilities:**
MIG Basic: Entry-level incremental encoder offering speed feedback for standard automation, conveyors, and packaging machinery.
MIG Nova+: Enhanced incremental encoder, ideal for machinery requiring improved accuracy such as robotics, CNC systems, material handling, and industrial position regulation.

MIG AST: Absolute encoder variant for precise position control, suitable for advanced motion systems, robotics arms, and where position retention after power loss is critical.