The BEGE Flanged Encoder MIG Nova+ is a high-resolution incremental encoder designed for demanding industrial applications requiring precise speed feedback and enhanced signal stability.

Engineered by BEGE Power Transmission, a reputable Dutch manufacturer known for robust, high-quality drive solutions, the MIG Nova+ embodies reliability and innovation for advanced automation processes.

Key features include an outer flange diameter of 105mm, 85mm bolt circle diameter (BCD), and a 14mm solid shaft, compatible with IEC 71B14 motors for fast and seamless installation in standard industrial setups.

Constructed from corrosion-resistant stainless steel, ensuring long-term durability and performance even in harsh or hygienic environments such as food processing, pharmaceuticals, and outdoor installations.

Offers 2 pulses per revolution per channel with A90°B / A'90°B' phase shift and both HTL/TTL output signals, making it highly versatile for various motion control systems and PLC compatibility.

Supports wide voltage input range of 5–24V DC for straightforward integration with numerous industrial control systems.

Delivers superior signal stability, reducing noise and false triggers, and enabling highly accurate speed or position regulation—crucial for automated packaging, robotics, conveyor systems, and CNC machinery.

Equipped with a 15-meter cable for flexible mounting and remote installation, allowing for easier adaptation to space constraints on industrial equipment.

Ingress Protection ratings IP55 and IP67 guarantee resistance to dust, water, and demanding operational conditions, supporting reliable operation in both indoor and outdoor environments.

/Applications:/ Advanced speed control, precise regulation in automated systems, conveyor and logistics automation, and general-purpose industrial machine feedback.

For other requirements, BEGE also offers: MIG Basic – an incremental encoder for standard automation tasks; MIG AST – an absolute encoder that retains position after power loss, ideal for advanced positioning control in high-end automation setups.