**Brand Description:** BEGE Power Transmission is a recognized leader in innovative automation solutions, delivering reliable and high-performance components for industry. Their encoders are valued for robust construction, precision, and compatibility with demanding environments.

**Incremental Encoder for High-Precision Automation:** The MIG Nova+ is a high-resolution incremental encoder designed for precise speed and position feedback in advanced automation systems.

**High Resolution (512 pulses per channel):** Ensures accurate measurement for precise control of motors and movement, making it suitable for applications requiring fine regulation and repeatability.

**Improved Signal Stability:** Enhanced signal reliability minimizes errors and noise, guaranteeing stable feedback for closed-loop systems and high-end industrial automation.

**Wide Voltage Input (5-24VDC):** Provides compatibility with a broad variety of industrial controllers and drive systems.

**HTL/TTL Output and Quadrature Signals (A90°B / A'90°B'):** Supports versatile interfacing with different PLCs and motion controllers, enabling direction sensing and precise speed calculations.

**Robust Stainless Steel Housing:** Ensures long-term durability and resistance to chemicals, corrosion, and mechanical stresses – ideal for harsh industrial environments such as food processing, packaging, and outdoor machinery.

**Flange Mounting (IEC 63B14, Ø90mm, BCD 75mm, Flange thickness 7mm):** Simplifies integration with standard motors, gearboxes, and machine frames.

**Shaft (11mm diameter):** Compatible with a wide range of industrial drive systems.

**Extended Cable Length (100 meters):** Enables flexible installation on large machines or production lines, reducing signal loss over distance.

**High Protection Rating (IP55 / IP67):** Operational in environments with dust, water jets, or temporary immersion, suitable for outdoor and wash-down applications.

**Main Applications:** The MIG Nova+ is ideal for precise speed and position control in material handling, robotic systems, packaging, assembly machines, and process automation where high accuracy and reliability are critical.