**Brand Description:** BEGE Power Transmission is a reliable manufacturer renowned for innovative drive solutions, high-quality components, and a strong focus on efficiency and system integration for the industrial automation sector. Their encoders are designed for optimal compatibility and performance in demanding environments.

**Encoder Type:** The MIG Nova+ is an incremental encoder that delivers high-resolution feedback and enhanced signal stability, making it ideal for precise control in automated systems.

**High Resolution:** Provides accurate speed and position feedback with 32 pulses per revolution per channel, supporting fine regulation in advanced automation tasks.

**Improved Signal Stability:** Engineered for robust signal output (A 90° B / A' 90° B', HTL/TTL), ensuring reliability in electrically noisy industrial settings.

**Flexible Voltage Input:** Operates on a wide 5–24VDC input range, making it compatible with a broad spectrum of industrial controllers and PLCs.

**Long Cable Reach:** Features a durable 15-meter cable, allowing flexible installation even at extended distances from control panels.

**Durable Construction:** Made with an aluminium housing and rated at IP55/IP67, the encoder delivers high resistance to dust, water, and mechanical impact, suited for harsh industrial environments.

**Standardized Mounting:** Flange outside diameter of Ø200mm, BCD at 165mm, and shaft diameter of 19mm are compliant with IEC 80B5, ensuring straightforward integration with IEC-standard motors and drives.

**Versatile Output Formats:** Supports both HTL and TTL outputs to ensure connectivity with a wide range of automation and drive components.

**Application Possibilities:** Designed for use in conveyor systems, robotics, process automation, machine tools, material handling, and packaging machinery—everywhere reliable speed or position feedback is required.

**Industry Suitability:** Ideal for engineers and technical specialists in industries such as manufacturing, material transport, and industrial automation seeking enhanced accuracy and dependable performance in motion control applications.