Produced by BEGE, a renowned Dutch manufacturer specializing in drive technology, this encoder reflects BEGE's reputation for reliability, precision engineering, and innovative solutions tailored for industrial automation and motion control systems.

The MIG Nova+ is an incremental encoder with high resolution and advanced signal stability, designed for precise speed and position feedback in demanding automation environments.

High resolution: 1024 pulses per revolution per channel enables accurate speed and position detection, essential for precise automation control and servo applications.

Improved signal stability: Minimizes signal noise and ensures reliable feedback, resulting in error-free position and speed regulation in high-performance systems.

Robust aluminium housing and flange diameter of Ø200mm with 12mm thickness offer excellent mechanical durability, ideal for harsh industrial conditions.

Versatile signal output: HTL/TTL with A 90° B / A' 90° B' channels compatible with both standard and high-speed controllers in complex automation architectures.

2-meter connection cable simplifies setup and placement within control cabinets or on moving machinery, increasing installation flexibility.

Ingress protection rating IP55/IP67 guarantees resistance against dust and water, suitable for use in environments exposed to moisture and contaminant intrusion.

Motor compatibility: Flange dimensions (BCD 165mm; IEC norm 132B14) and 38mm shaft diameter ensure integration with a wide range of motors and gearboxes in industrial drive systems.

Wide voltage range (5-24VDC) allows for integration in both legacy and modern control panels.

Typical applications include robotics, servo drives, conveyor belt systems, machine tools, packaging machinery, and other automated processes requiring precise motion tracking and feedback.

Key advantage: MIG Nova+ stands between the MIG Basic (a robust incremental encoder for standard automation tasks) and MIG AST (an absolute encoder retaining position after power loss for advanced applications), offering premium signal quality and resolution for demanding, accuracy-driven engineering tasks.