**Brand/Manufacturer Overview:** BEGE is an established manufacturer specializing in innovative industrial drive components. BEGE encoders are renowned for their precision, reliability, and suitability in demanding automation environments. Their products are widely applied in industrial motion control, recognized for robust performance and long life.

**Key Features and Benefits:**
• High-Resolution Incremental Feedback: The MIG Nova+ delivers precise position detection with enhanced signal stability, ensuring accurate speed and position inputs for automated control systems.

• Advanced Signal Outputs: Equipped with A90°B / A'90°B' HTL/TTL output signals, it can interface with a wide range of industrial controllers and PLCs for flexible integration.

• Robust Aluminium Housing: Constructed from high-strength aluminum, this encoder combines durability with lightweight build, making it suitable for harsh industrial environments.

• Versatile Electrical Compatibility: Input range of 5-24VDC allows seamless integration into different automation setups and reduces design complexity.

• Reliable Protection Classes: IP55/IP67 ratings ensure protection against dust and water, enabling installation in wet or dusty environments.

• Compact Flange Mounting: Flange diameter Ø140mm, IEC 90B14 standard, flange BCD 115mm, and a shaft diameter of 24mm provide direct compatibility with standard motors and industrial setups.

• Extended Cable Length: Equipped with a 2-meter cable for easy installation in larger enclosures or on moving elements.

• 1 Pulse per Channel: Ideal for applications requiring fundamental incremental positioning, such as basic conveyor systems or process automation where speed monitoring is essential.

**Application Possibilities:**
• Process automation systems and material handling requiring precise speed and direction control

• Automated packaging lines needing stable and accurate encoding feedback

• Integration in motor control solutions or robotics for improved motion precision

• Suitable for environments demanding reliable performance under mechanical and environmental stress