**About the brand:** BEGE is a leading manufacturer of top-quality industrial solutions, providing robust and precise motion control components for demanding automation environments. BEGE encoders are recognized for their durability, engineering accuracy, and the ability to operate reliably even under the toughest conditions.

**Key Features and Advantages of MIG Nova+ Incremental Encoder:**

High Resolution & Signal Stability: The MIG Nova+ delivers high-resolution incremental feedback with improved signal stability, essential for precise speed and position control in automated systems.

Robust Construction: Manufactured from stainless steel with an outer diameter of 105mm and a 14mm shaft, the encoder ensures superior corrosion resistance and longevity in harsh industrial settings.

Versatile Output: Supports HTL/TTL output (A90°B / A’90°B’) for compatibility with a wide range of control systems and allows seamless integration into both new and existing installations.

Wide Voltage Input: Operates with a flexible input range of 5-24VDC—ideal for various controller architectures, ensuring compatibility and safety.

Environmental Protection: High-grade IP55/IP67 protection ensures reliable operation even in environments exposed to dust, water jets, or temporary immersion.

Precise Position Feedback: Offers 2 pulses per channel for accurate speed feedback, making it suitable for meticulous process regulation and error detection.

Extended Cable Length: Supplied with a 5-meter cable, allowing installation flexibility and optimal placement to avoid electrical interference.

IEC Standardized Flange: Designed with a flange outside diameter of Ø105mm, BCD 85mm, and IEC 71B14 conformity, ensuring standardization and compatibility with a variety of motors and gearboxes.

Typical Applications:

- Conveyor systems requiring reliable speed monitoring and gentle start/stop control

- Robotics where precision motion tracking is essential

- Packaging machinery demanding high accuracy and reproducibility

- Automated production lines, lifts, and cranes where stable feedback prevents malfunction