**Brand Description:** BEGE Power Transmission is renowned for its high-quality drive and automation components, delivering robust, precise, and advanced solutions for industrial applications worldwide. Their encoders are known for reliability, accuracy, and seamless system integration.

**Product Overview:** The BEGE MIG Nova+ is an incremental encoder featuring enhanced resolution and signal stability, specially designed to meet the demands of precision speed control and regulation in automated systems.

**Key Features and Advantages:**
High-resolution incremental feedback for precise speed and position detection, ensuring optimized system control in demanding automation tasks.

Superior signal stability minimizes errors and noise, providing accurate feedback for high-performance drive and automation systems.

Robust aluminum housing with IP55/IP67 protection secures dependable operation in harsh industrial environments, including moisture and dust.

Standardized flange (Ø200mm, IEC 80B5, BCD 165mm) and 19mm shaft diameter allow easy mountability and compatibility with a wide range of gearboxes and motors.

Wide input voltage range (5-24VDC) and HTL/TTL output interface enable versatile connectivity with various controllers and PLCs.

64 pulses per revolution per channel deliver the right balance between speed feedback accuracy and signal processing speed in typical automated applications.

5-meter shielded cable ensures reliable signal transmission over distances required in industrial installations.

Flange thickness of 9mm increases mechanical stability and long-term durability.

The MIG Nova+ stands between the cost-effective MIG Basic (standard incremental encoder for basic speed feedback) and the high-end MIG AST (absolute encoder for advanced positioning and lossless position retention after power loss), making it ideal for more precise and demanding motion control tasks.

**Application Possibilities:**
Automated assembly lines requiring precise conveyor or actuator positioning.

Packaging machinery with frequent speed and position adjustments.

Industrial robotics necessitating accurate incremental position feedback for motion control.

General motion control in material handling, processing, and manufacturing industries.