- The BEGE brand is renowned for developing innovative, robust, and precision-engineered automation products, serving the needs of technical specialists, engineers, and advanced industrial environments worldwide.

- The BEGE Flanged Encoder MIG Nova+ MN-250-42-0256-12 is an incremental encoder designed for precise speed and position feedback in demanding automated systems, making it ideal for engineers seeking reliable and high-resolution feedback solutions.

- Enhanced with a high resolution of 256 pulses per channel, this encoder delivers accurate motion control, enabling fine regulation of motor speed and position in complex automation processes.

- Featuring improved signal stability, the MIG Nova+ series ensures reliable and noise-resistant output, reducing errors and providing greater signal integrity essential for synchronization in multi-axis machinery.

- Built from corrosion-resistant stainless steel, the robust construction offers durability and longevity, even in challenging or washdown industrial environments, supporting long-term deployment with minimal maintenance.

- The device's large 250mm flange diameter and 42mm shaft design with 215mm bolt circle diameter (BCD) comply with IEC 160B14 standards, ensuring mechanical compatibility with standard motor and gearbox interfaces for easy retrofitting or integration.

- Dual output formats (HTL/TTL, A90°B / A'90°B') and wide input voltage range (5-24VDC) provide broad connectivity, allowing flexible adaptation to various automation controllers and drive systems.

- With an IP55 / IP67 protection rating, the encoder is safeguarded against dust, water jets, and immersion, supporting reliable operation in harsh industrial or outdoor environments.

- Applications include use in motor feedback systems, conveyor speed control, packaging machinery, synchronized drives, and any scenario requiring precise, stable incremental feedback for automation and process optimization.

- Supplied with a 2-meter cable for straightforward installation and flexible routing options in cabinet or field environments.