Developed by BEGE Power Transmission, a renowned Dutch manufacturer with decades of expertise in industrial automation and motion control solutions, this encoder guarantees premium quality and long-term reliability in demanding industrial applications.

The MIG Nova+ is an incremental encoder specifically engineered for applications requiring extremely precise speed and position feedback in modern automation systems.

Key Features:

- High Resolution Incremental Output: Delivers exceptional signal fidelity and improved feedback accuracy for advanced regulation and synchronization tasks.

- Robust Housing: Engineered from durable aluminium, ensuring lightweight construction and resistance against mechanical impact and harsh industrial environments.

- Versatile Electrical Interface: Compatible with 5-24VDC input and A90°B / A’90°B’ output in both HTL and TTL levels, ensuring flexible integration with PLCs and motion controllers.

- Outstanding Environmental Protection: Rated to IP55/IP67, offering superior dust and water ingress protection for reliable outdoor or washdown applications.

- Generous Cable Length: Supplied with a 100-meter cable for easy installation across large-scale industrial equipment.

- Flange-Mounted Construction: 200mm flange with 165mm BCD and 80B5 IEC-compliance enables seamless motor and machinery integration.

- Precise Shaft Fit: 19mm shaft diameter ensures compatibility with a wide variety of motors and actuators.

Advantages:

- Enhanced signal stability significantly improves motion accuracy and machine reliability.

- High ingress protection supports use in demanding environments, reducing maintenance intervals.

- Easy integration streamlines commissioning and retrofitting of existing systems.

Applications:

- Precision automated material handling and conveyor speed regulation.

- Robotics and pick & place systems requiring exact positioning and repeatability.

- Automated packaging, processing, and printing lines with stringent quality requirements.

- Retrofitting in drives and motors where advanced feedback is critical for process optimization.