**Brand Overview:** BEGE is a leading Dutch manufacturer specializing in high-quality drive technology solutions for industrial automation. Known for their reliability, precision, and innovative engineering, BEGE encoders are trusted components in demanding industrial environments.

**High-Resolution Incremental Encoder:** The MIG Nova+ is an incremental encoder with an impressive resolution of 2048 pulses per channel, delivering precise speed feedback for industrial automation and motion control systems.

**Enhanced Signal Stability:** Thanks to advanced electronics, the Nova+ provides improved signal consistency, essential for accurate regulation and highly responsive closed-loop control in automation applications.

**Durable Aluminium Body:** The robust aluminium housing ensures excellent durability and resistance to corrosion, making the encoder suitable for harsh industrial environments.

**Extended Application Range:** A flexible cable length of 15 meters allows for versatile installation in large or distributed systems, increasing system design flexibility.

**Industrial Compliance:** The flange diameter (Ø160mm), BCD (130mm), and shaft diameter (28mm) adhere to IEC 100/112 B14 standards, ensuring seamless integration with industrial electric motors and gearboxes.

**Electrical Versatility:** Operates with a wide input voltage of 5–24VDC and delivers both HTL and TTL output signals, supporting A90°B / A'90°B' channels for compatibility with various control systems.

**Ingress Protection:** The encoder is available with IP55 and IP67 protection classes, allowing reliable operation in wet, dusty, or challenging production environments.

**Application Areas:**- The MIG Basic model is an incremental encoder designed for fundamental speed feedback in standard automation tasks.- The MIG Nova+ model, with higher resolution and enhanced stability, is ideal for precise speed regulation, robotics, conveyor systems, and advanced process automation.- The MIG AST absolute encoder maintains position after power loss, providing fail-safe position feedback in precision positioning and advanced control systems.