Produced by BEGE, a renowned Dutch manufacturer of high-quality drive components, the MIG Nova+ series is engineered for industrial automation, offering reliable motion feedback solutions for demanding applications.

The BEGE Flange Encoder MIG Nova+ is an incremental encoder with advanced signal stability and increased resolution, making it ideal for precise speed and positioning control in modern automation systems.

High-resolution and improved signal stability ensure accurate monitoring and regulation, thus improving overall system productivity and reliability.

Compatible with IEC standard 71B14 motors, allowing easy integration into a wide range of industrial applications such as conveyors, robotics, packaging machines, and material handling systems.

Equipped with a robust flange design (outer diameter Ø105mm, BCD 85mm, 7mm thickness), combined with a 14mm solid shaft for high mechanical stability, suitable for harsh industrial environments.

Supports a wide input voltage range (5-24VDC) for flexible compatibility with diverse control systems.

Output signals include A90°B / A'90°B' (HTL/TTL), supporting versatile interface requirements and enabling precise speed and direction detection.

One pulse per revolution per channel allows for fundamental position feedback while minimizing data complexity, especially valuable in low-speed monitoring tasks.

Constructed from durable aluminium with IP55/IP67 protection ratings for resistance to dust, moisture, and other industrial contaminants.

Supplied with a 20-meter industrial cable, supporting long-distance installations without compromising signal quality.

Flange and shaft dimensions (Ø105mm / 14mm) specifically designed for direct mounting on standard motor faces, ensuring secure and hassle-free installation.

BEGE MIG encoders are trusted by engineers worldwide for increasing automation uptime, reducing maintenance, and ensuring accurate machine feedback in every production cycle.

**Application possibilities:** Nova+ encoders are perfectly suited for conveyor drives, positioning tasks in automated production lines, feedback in servo systems, and motor speed control across multiple industrial sectors such as food, logistics, processing, and manufacturing.