The BEGE brand is recognized for its high-quality drive technology, specializing in durable and advanced motion control solutions for industrial automation. BEGE encoders are engineered for reliability, precision, and flexibility within demanding industrial environments.
**Product Name**
BEGE Flanged Encoder MIG Nova+ MN-160-28-0512-9
**Key Features and Application Possibilities**
High-resolution incremental encoder with a resolution of 512 pulses per channel, providing accurate speed and direction feedback for advanced automation systems.

Improved signal stability ensures consistent and interference-resistant operation, ideal for environments with high electromagnetic noise.

Output with A90°B / A'90°B' with HTL/TTL interfaces, enabling flexible integration into various control systems, PLCs, and drives.

Robust stainless steel housing (outer diameter: 160 mm) delivers excellent corrosion resistance and extends operational life, making it suitable for harsh and washdown environments.

Flange mounting according to IEC 100/112B14 and BCD 130 mm; compatible with standardized motor flanges for straightforward installation.

28 mm shaft diameter and 9 mm flange thickness designed for high mechanical loads and longevity in industrial applications.

Long 10-meter integrated cable supports versatile mounting and easy connection in distant cabinet or field locations.

IP55/IP67 protection class make it suitable for both dusty industrial areas and environments exposed to intense cleaning and moisture.

Wide supply voltage range (5-24 VDC) allows seamless adaptation to various power and control system requirements.
**Advantages of MIG Nova+ over Other Encoder Types**
Compared to MIG Basic, the MIG Nova+ offers higher resolution and improved signal integrity for more precise speed regulation in sophisticated automation tasks.

For absolute positioning requirements, BEGE's MIG AST models retain position data after power interruptions and are optimal for advanced position control and machine safety.
**Typical Applications**
Automated assembly lines, packaging machinery, material handling equipment, and drive technology requiring precise and reliable speed and position feedback in industrial environments.