BEGE is a renowned manufacturer of robust drive technology solutions, known for their high-performance encoders tailored to industrial automation. Renowned for their innovation, precision, and reliability, BEGE encoders are trusted worldwide by engineers and technical specialists for demanding control and feedback applications.
**Product: BEGE Flanged Encoder MIG Nova+ MN-120-19-0002-7 – Incremental Encoder with High Resolution and Enhanced Signal Stability**
Engineered for highly accurate motion control, the MIG Nova+ encoder provides precise incremental feedback, making it ideal for advanced automation systems requiring elevated performance and reliability.

Supports an advanced pulse generation system with 2 pulses per channel per revolution, providing detailed speed and position information crucial for intelligent automation.

Equipped with both HTL and TTL output, the encoder offers flexible integration with various control systems and compatibility with modern PLCs and drives.

Boasts excellent signal stability, minimizing noise interference and ensuring consistent feedback—for seamless operation in environments where precision matters most.

Manufactured from high-grade stainless steel, designed to withstand harsh industrial conditions, guaranteeing long lifespan and minimal maintenance.

Rugged design with ingress protection up to IP67, enabling use in dusty or wet environments, assuring continued operation regardless of site challenges.

Large flange (Ø120 mm, BCD 100 mm) and 19 mm shaft diameter compliant with IEC 80B14, ensuring simple mounting and compatibility with standard motor interfaces.

Generous 10-meter cable provides flexibility for installation in applications with extended distances between control panels and field devices.

Wide voltage input range (5–24 VDC) accommodates diverse power supply scenarios in modern automation infrastructure.
**Application Possibilities**
Optimized for precise speed regulation and feedback in conveyor systems, automated machinery, and packaging lines in food, pharmaceutical, and manufacturing industries.

Ideal for applications requiring enhanced resolution and stable feedback, including robotics, printing presses, textile machines, and high-speed material handling.

The combination of mechanical durability and high signal quality makes it suitable for integration into harsh and demanding production environments, ensuring system reliability and accuracy.