Manufactured by BEGE Power Transmission, a leading Dutch company specializing in high-precision automation components for the industrial sector, BEGE encoders are renowned for their durability, accuracy, and seamless integration with advanced motion control systems.

The MIG Nova+ is an incremental encoder designed for high-resolution feedback and optimal signal stability, making it an ideal choice for precision speed monitoring and automated control applications in demanding industrial environments.

Key Features and Application Possibilities:

- Incremental high-resolution encoder for precise speed and position feedback, enhancing regulation in automated systems.

- Signal stability is optimized for minimized error margin, ensuring accurate and reliable data transmission to motor drives, PLCs, and other control units.

- Versatile dual output (A90°B / A'90°B') HTL/TTL signal compatibility supports flexible integration into a wide array of industrial control architectures.

- 128 pulses per revolution per channel allow for refined process control and smooth operation in applications that demand exact movement feedback, such as conveyor systems, packaging, robotics, and general factory automation.

- Sturdy aluminium housing with IP55/IP67 protection ensures resistance to dust and water, perfectly suited for harsh or moist industrial environments.

- Large Ø300mm flange (BCD 265 mm, 12 mm thick, IEC 132B5) and 38 mm shaft diameter enable direct mounting on larger motors and drive systems, simplifying installation and maximizing mechanical compatibility.

- Generous 5-meter cable length offers installation flexibility on large machinery, reducing the need for additional connectors or extension cables.

- Designed for input voltage range of 5-24VDC, supporting integration with diverse power systems on-site.

Typical Applications:

- High-precision speed and position regulation in transport, packaging, and process automation industries.

- Integration with PLCs, frequency inverters, and advanced motion control systems for consistent, real-time feedback in complex machinery and robotics.

- Situations where robust construction and environmental protection are necessary to maintain measurement integrity in production facilities.