Produced by BEGE, a trusted leader in innovative drive technology solutions, the MIG Nova+ is part of their high-quality encoder range, engineered to deliver superior reliability and performance for industrial automation.

Incremental Encoder for Enhanced Precision: The MIG Nova+ is an incremental encoder designed for applications that require higher resolution and improved signal stability compared to basic models, making it ideal for precise feedback in automated control systems.

Precision Engineering: With 8 pulses per channel and A90°B / A'90°B' HTL/TTL output, the encoder offers accurate speed and direction measurement essential for sophisticated industrial automation.

Rugged Construction: Manufactured from stainless steel, this encoder is highly resistant to corrosion and mechanical wear, ensuring maximum durability even under harsh industrial environments.

Robust Protection: The IP55/IP67 protection class combines resistance to dust ingress and protection from powerful water jets and temporary immersion, allowing flexible deployment.

Extended Connectivity: The 15-meter cable enables installation flexibility in large-scale setups, minimizing signal loss and maintaining reliable performance across long distances.

Universal Compatibility: Suits IEC 132B5 motors with a 300 mm outer flange and 265 mm BCD, as well as a 38 mm shaft, making it ideal for retrofit and OEM tasks.

Versatile Voltage Range: Accepts input from 5-24VDC enabling seamless integration with widely used control systems.

Key Advantages for Industrial Applications:
- Provides real-time speed and position feedback for automation, drives, conveyors, and robotics.
- Superior signal quality for stable operation in precision systems such as packaging or textile machinery.
- Stainless steel design suitable for food processing, pharmaceuticals, chemical, and other demanding sectors.

Application Scope:
- High-precision automated assembly lines
- Motion control for large motors and machinery
- Feedback systems in harsh industrial environments
- Synchronous multi-motor applications