Produced by BEGE, a renowned Dutch supplier of drive technology solutions, this encoder exemplifies their high standards in innovation, reliability, and quality, which makes BEGE encoders trusted by engineers and specialists worldwide.

The MIG Nova+ is a high-resolution incremental encoder designed specifically for advanced industrial automation tasks demanding precision and reliability.

Key Features:

– High-resolution incremental output providing 1024 pulses per revolution per channel enables highly accurate speed feedback for advanced automation and motion control systems.

– Advanced signal stability minimizes electrical noise, ensuring precise and repeatable signals even in demanding and interference-prone industrial environments.

– Dual output format (HTL/TTL, A90°B / A'90°B') allows flexible integration into a wide range of controllers and drive systems.

– Large aluminium flange (Ø300 mm) and robust 38 mm shaft increase mechanical stability and compatibility with IEC 132B5 motors, making it ideal for heavy-duty applications.

– IP55 / IP67 ingress protection ensures reliable operation in harsh environments, protecting against dust, water, and industrial contaminants.

– 20-meter shielded cable supports long-distance installations and reduces signal interference.

– Lightweight and corrosion-resistant aluminium construction enhances durability and reduces system weight.
**Application Range:**
– Ideal for industrial machines, conveyors, packaging lines, and automated storage systems that require accurate speed and position tracking.

– Well-suited to use in robotics, process automation, and other demanding environments where high-precision feedback boosts overall system performance.
**Product Families:**
– MIG Basic: Incremental encoder for basic speed feedback in standard automation tasks.

– MIG Nova+: Incremental encoder with higher resolution and improved signal stability, for precise control in automated systems.

– MIG AST: Absolute encoder that retains position after power-off, suitable for precision positioning and advanced control.