**Brand Description:** BEGE Power Transmission is a trusted Dutch manufacturer renowned throughout Europe for high-quality, innovation-driven automation components engineered for industrial reliability and seamless system integration.

**Product Name:** BEGE Flanged Encoder MIG Nova+ MN-350-42-2048-12, 2048 pulses, 2m cable, aluminium

**Encoder Type:** The MIG Nova+ is an incremental encoder with high resolution (2048 pulses per channel) and enhanced signal stability, designed for precise feedback in advanced automated systems.

**High Resolution:** Offers 2048 pulses per revolution per channel, ensuring exceptional measurement accuracy for demanding positioning tasks and sophisticated speed regulation applications.

**Improved Signal Integrity:** Engineered for stable signal output (A90°B / A'90°B' HTL/TTL), reducing noise and error, ideal for robust integration into high-performance control systems.

**Wide Operating Voltage:** Accepts versatile DC input (5–24V), facilitating compatibility with various industrial automation and motion control hardware.

**Sturdy Construction:** Constructed from lightweight, corrosion-resistant aluminium, providing long-term durability in rigorous industrial settings.

**IP Classifications:** Shields sensitive internal components with combined IP55/IP67 protection, enabling reliable operation in environments with dust, moisture, and occasional water exposure.

**Mechanical Adaptability:** Flange diameter (Ø350mm), BCD of 300mm, flange thickness of 12mm, and shaft diameter of 42mm follow IEC 160B5 standard, streamlining installation as a direct retrofit or in new motor applications.

**Flexible Connectivity:** Supplied with a robust 2-meter cable for flexible mounting and convenient wiring during system integration.

**Application Range:** Optimized for precise speed feedback and control in packaging machines, conveyors, robotics, automated assembly lines, materials handling, and production process automation requiring accurate incremental position detection.

**Key Benefits:** High repeatability, improved signal quality, and industry-standard dimensions reduce downtime and integration costs while increasing process reliability and product quality across diverse industrial applications.