Produced by **BEGE Power Transmission**, a renowned manufacturer specializing in robust, high-performance motion control solutions for industrial applications. Their encoders are valued for durability, precision, and simple integration into demanding environments.

The **MIG Nova+** is an incremental encoder designed for precision speed and position feedback in modern automation systems.

**High Resolution:** Offers 512 pulses per revolution per channel, supporting enhanced accuracy in speed control and position detection, ideal for dynamic, high-performance automation tasks.

**Advanced Signal Stability:** Employs superior HTL/TTL output with A90°B / A'90°B' logic, ensuring reliable signal integrity even in environments with electrical noise.

**Robust Construction:** The aluminium housing is corrosion-resistant, lightweight, and provides reliable performance in harsh industrial conditions.

**Flexible Integration:** Designed with a 140mm flange (Ø140mm), 115mm bolt circle diameter (BCD), and 7mm flange thickness, perfectly matching IEC 63B5 motors for seamless retrofit and installation.

**Versatile Power Supply:** Operates with broad input voltage range (5–24VDC), supporting compatibility with diverse control systems.

**Long Cable Reach:** Pre-assembled with a 5-meter cable for easy installation, reducing wiring time in large-scale machinery setups.

**Comprehensive Protection:** Rated IP55/IP67 for dustproof and water-resistant performance, supporting both indoor and demanding outdoor installations.

**Application Range:** Well suited for conveyor lines, packaging machinery, industrial automation, robotics, textile equipment, and process control systems where precise, reliable speed and position feedback are required.

**Upgrade Over MIG Basic:** Unlike MIG Basic—which is limited to standard speed feedback—the MIG Nova+ provides higher resolution and improved signal stability for more precise process regulation.

**Difference from MIG AST:** Not absolute—does not retain position after power loss—but optimized for applications where incremental feedback is sufficient and cost-effective, reserving absolute solutions for MIG AST-specific needs.