Brand information: BEGE is a renowned Dutch manufacturer of high-quality drive technology, specializing in innovative automation solutions for industrial environments. Their encoders are known for exceptional reliability, precise engineering, and durability, making them the preferred choice for engineers and automation specialists across Europe.

Product type: BEGE Flanged Encoder MIG Nova+ MN-120-09-0128-7 is an incremental encoder with high resolution and enhanced signal stability, designed for precise speed and position feedback in demanding automation applications.

Higher Resolution, Enhanced Precision: The MIG Nova+ offers 128 pulses per channel, enabling highly accurate feedback essential for fast and precise motor regulation in automated systems.

Superior Signal Stability: Advanced signal processing ensures excellent noise immunity and consistent, interference-free transmissions, critical for reliable automation and drive systems.

Robust Industrial Design: Constructed from aluminum with a flange diameter of 120mm and a shaft of 9mm, this encoder offers robust mechanical durability even in harsh production environments.

Flexible Voltage Range: Operates reliably on 5-24VDC input, supporting diverse PLCs, inverters, and industrial controllers.

Universal Industrial Mounting: Compliant with IEC 56B5 and a 100 mm bolt circle diameter, ensuring easy adaptation and direct compatibility with a wide range of standard industrial motors.

High Environmental Protection: IP55/IP67 classification provides excellent resistance to dust and water, making the encoder suitable for both indoor and outdoor manufacturing settings.

Long Cable Reach: Equipped with a 4-pin connector and a 5-meter cable, it supports flexible installation in large-scale systems or wherever remote mounting is required.
Application Possibilities:
Ideal for precise speed and position monitoring in conveyors, packaging machinery, robotics, and the food & beverage industry.

Ensures optimal control accuracy in advanced motor feedback systems, production lines, and high-performance materials handling.

Suitable for integration into process automation solutions demanding exact, high-frequency incremental feedback for system optimization and error reduction.