BEGE is a renowned manufacturer recognized for its robust and innovative drive and automation solutions, delivering high performance and reliability for industrial applications worldwide.

The BEGE MIG Nova+ is an incremental flange encoder, designed for demanding industrial environments where precise speed and position feedback are critical for automation and process control.

High resolution with 2048 pulses per revolution enables fine-grained speed and position regulation, essential for applications requiring enhanced accuracy.

Advanced signal stability ensures reliable feedback even in electrically noisy environments, supporting consistent system performance and minimized downtime.

Stainless steel encoder housing provides exceptional resistance to corrosion, making it ideal for use in harsh, wet, or chemically aggressive settings.

IP55 / IP67 protection class guarantees secure operation against dust and water ingress, expanding operational life and reducing maintenance needs.

Large flange size (Ø120mm) and solid shaft construction (9mm diameter, 7mm flange thickness) facilitate easy integration with IEC 56B5 motors and direct coupling to various drive systems.

Wide input voltage range (5-24VDC) and dual HTL/TTL output signals (A90°B / A'90°B') maximize compatibility with most modern control systems and PLCs.

Long cable length (100 meters) supports flexible installation options over extended distances without compromising signal integrity.

Typical applications include conveyor drive speed control, robotics, textile machinery, automated packaging systems, and process automation requiring stable and precise speed feedback.

The BEGE MIG encoder family comprises multiple variants, including the MIG Basic for standard automation tasks, MIG Nova+ for high precision and signal stability, and MIG AST Absolute Encoder for position retention after power loss in advanced motion control systems.

Choose BEGE for your motion feedback needs to ensure long-term reliability, superior accuracy, and seamless integration in demanding industrial environments.