High-performance flange-mounted incremental encoder engineered by BEGE, a renowned Dutch manufacturer recognized for robust and innovative automation solutions for industrial drive technology.

Offers superior signal stability and higher resolution than standard incremental encoders, making it ideal for applications requiring accurate speed feedback and precise motion control.

32 pulses per revolution per channel provide precise incremental position and speed data, supporting enhanced feedback accuracy in control systems.

HTL A/B 90° phased output delivers reliable signal transmission to controllers and PLCs, supporting integration in various automation architectures.

Wide input voltage range (5–24 VDC) ensures compatibility with a variety of industrial control systems and reduces integration complexity.

Robust aluminium housing with an outer flange diameter of 400 mm and flange thickness of 12 mm ensures high mechanical durability in harsh industrial environments.

55 mm shaft diameter and strict compliance with IEC 200B5 and BCD 350 standards guarantee straightforward mounting on large electric motors and drive assemblies.

Protection ratings of IP55/IP67 safeguard the encoder against dust, water, and oil ingress, supporting reliable operation in challenging environments.

Equipped with a 5-meter shielded cable with 4P connector for flexible installations and minimized signal interference.

Particularly suitable for: intelligent conveyors, automated material handling, servo drive systems, textile machinery, packaging lines, and large-scale production equipment needing robust, precise feedback.

In the BEGE encoder range: - MIG Basic: Standard incremental encoder for essential speed feedback in basic automation tasks.
- MIG Nova+: Advanced incremental encoder (this product) offering enhanced resolution and signal integrity for precise regulation in automated systems.
- MIG AST: True absolute encoder maintaining position data after power interruption, recommended for high-precision positioning and sophisticated motion control solutions.