BEGE is a renowned manufacturer specializing in innovative drive and automation solutions. With decades of experience, BEGE is known for its reliable, high-quality encoders designed for use in demanding industrial environments.
**Product Name:**
BEGE Flanged Encoder MIG Nova+ MN-350-48-0008-12
**Key Product Features and Advantages:**
High-resolution incremental encoder for superior speed and position feedback, enabling more precise control in automated processes compared to basic incremental types.

Signal stability is optimized, minimizing errors and ensuring accurate data transfer even in environments with electrical noise or vibration.

Robust stainless steel housing (Stainless steel material) offers excellent resistance to corrosion, making it ideal for harsh, wash-down, or outdoor applications.

Large flange (outer diameter: 350 mm, BCD: 300 mm) and thick construction (flange thickness: 12 mm) give enhanced mechanical stability and ensure secure mounting with IEC 180B5 compatibility.

Shaft diameter of 48 mm provides compatibility with large industrial motors and direct coupling for high-torque applications.

Versatile electrical interface — accepts supply voltage from 5–24 VDC and outputs A90°B / A'90°B' (HTL/TTL signals) for integration with diverse PLCs and drive systems.

8 pulses per channel for reliable yet uncomplicated feedback in standard and intermediate motor control applications.

Supplied with a 5-meter durable cable, suitable for flexible integration even at a distance from signal processors.

Double IP classification (IP55/IP67) ensures protection against water, dust, and aggressive cleaning processes, increasing operational reliability and reducing downtime.
**Application Areas:**
Perfect for use in conveyor systems, automated machinery, packaging lines, and processing equipment that require accurate speed regulation and stable control signals.

Ideal for integration in large electric motors, servo drives, and industrial environments where precision and durability are essential.

Recommended for advanced automation systems that demand enhanced feedback accuracy for improved process efficiency and reliability.