**BEGE Power Transmission** is a renowned Dutch manufacturer recognized for high-quality, durable driveline components and advanced automation solutions designed for demanding industrial environments.
Product Description:
**BEGE Flanged Encoder MIG Nova+ MN-250-42-1024-12** is a high-resolution incremental encoder, engineered for precise speed and position feedback in industrial automation systems.
Key Features:
**High Resolution – 1024 pulses per revolution per channel**: Enables precise control and fine regulation in dynamic motion systems, ideal for AC and servo motor feedback.

**Enhanced Signal Stability – A 90° B / A’ 90° B’ HTL/TTL output**: Delivers accurate, noise-immune signal transmission, essential for reliable performance in electrically noisy industrial settings.

**Extended Cable Length – 15 meters**: Facilitates convenient installation in large machinery or distant control enclosures, supporting flexible plant layouts.

**Stainless Steel Construction**: Provides excellent corrosion resistance for harsh or washdown environments, ensuring long operational life.

**Robust Environmental Protection – IP55/IP67**: Withstands ingress of dust, water, and industrial contaminants; suitable for food, chemical, and outdoor applications.

**Compact & Compatible Design – Flange diameter Ø250mm, BCD 215mm, shaft 42mm, IEC 160B14 standard**: Fits seamlessly in standardized motor and gearbox assemblies, supporting quick integration and retrofit.

**Wide Voltage Range (5-24VDC)**: Versatile input range ensures compatibility with various control systems and safety circuits.
Application Possibilities:
The **MIG Nova+** excels in conveyor control, packaging lines, robotic arms, printing presses, and textile machinery—anywhere precision speed and position information is required for optimized automation control.

Its superior signal quality and robust construction make it ideal for demanding sectors such as food processing, pharmaceuticals, and material handling.

For advanced demands, **MIG AST** absolute encoders store position data even after power loss, ideal for high-accuracy positioning and complex safety protocols; the **MIG Basic** is targeted at standard tasks with basic speed feedback.