Manufacturer Description: BEGE is a reputable Dutch manufacturer specializing in high-quality motion control and drive technology, known for delivering robust, reliable solutions tailored for industrial automation and demanding engineering applications.

High-Resolution Incremental Encoder: The MIG Nova+ is an incremental rotary encoder offering increased resolution and enhanced signal stability, making it ideal for advanced speed and position feedback in precision automation tasks.

Key Specifications: - Flange diameter: 120mm - Flange BCD: 100mm - Shaft diameter: 19mm - Flange thickness: 7mm - Compatible with IEC 80B14 motors - Aluminium housing for optimal durability and minimal weight - Output: A90°B HTL (High Threshold Logic) for reliable digital signal transmission - Pulses per revolution: 4 per channel for fine speed and position measurements - Input voltage: 5-24V DC for flexible system integration - 5 meter cable with 4P plug allows easy installation in extended setups

Sealed Protection: IP55/IP67 ratings ensure reliable operation in dusty and wet industrial environments, enhancing operational uptime and system safety.

Signal Stability: The advanced signal processing ensures low noise and high stability, reducing erroneous readings and increasing motion system precision.

Robust Build: The aluminium construction provides excellent resistance to mechanical wear, vibrations, and corrosion, prolonging equipment life cycles in harsh applications.

Versatile Application: Suitable for high-precision speed regulation, conveyor systems, automated production lines, robotics, and material handling solutions where accuracy and repeatability are critical.

Easy Integration: Standard IEC flange and shaft dimensions ensure seamless mounting on a wide range of motors and actuators in industrial automation environments.

Manufacturer reliability: BEGE’s strict quality control provides engineers and technical specialists with confidence in operational consistency and minimal downtime, supporting mission-critical processes.