BEGE is a renowned manufacturer specializing in power transmission and industrial automation components. Recognized for its reliability and engineering excellence, BEGE’s encoders are trusted across diverse industrial applications for delivering highly accurate and dependable motion control solutions.
**Product Name**
BEGE flange encoder MIG Nova+ MN-250-42-0256-12
**Key Features, Benefits, and Application Possibilities**
High-resolution Incremental Encoder: The MIG Nova+ features 256 pulses per channel, ensuring precise speed and position feedback suitable for advanced automation systems and applications requiring high accuracy.

Enhanced Signal Stability: Improved electronics guarantee stable, noise-resistant output signals (A90°B / A'90°B', HTL/TTL), minimizing errors in signal transmission and making it ideal for demanding industrial environments.

Sturdy Construction: Manufactured from high-grade aluminium, the encoder provides robust durability, mechanical stability, and resistance to industrial conditions, supporting long lifecycle and minimizing downtime.

Flexible Integration: Designed for IEC 160B14 electric motors with a 42mm shaft and a flange outer diameter of 250mm, BCD 215mm; ensuring seamless retrofit and integration into standard motor systems.

Ingress Protection: IP55 / IP67 classification guarantees resilience against dust, oil, and water ingress, facilitating use in harsh or washdown environments.

Extended Cable Length: Supplied with a 5-meter cable, offering installation flexibility and extended reach for large or complex machinery layouts.

Wide Voltage Range: Operates from 5–24VDC input, adaptable to a broad range of industrial control systems.
**Application Scenarios**
Ideal for precise speed and position feedback in servo-driven conveyors, automated production lines, packaging systems, and robotics.

Suitable for environments where high signal stability is needed for reliable closed-loop motor control.

Particularly advantageous in installations with long cable runs or exposure to electrical interference.

Perfect fit for retrofitting and upgrading existing IEC motor setups with advanced feedback requirements.