Developed and manufactured by BEGE, a renowned Dutch specialist with decades of expertise in motion technology, the MIG Nova+ encoder sets a new standard in precision, reliability, and robust design for industrial motion control applications.

The MIG Nova+ is an incremental encoder designed for applications demanding higher resolution and enhanced signal stability, making it ideal for engineers seeking reliable, precise speed and position feedback in automated systems.

Key features include a robust aluminium housing that ensures mechanical stability and long operational life, even in harsh industrial environments.

A high-resolution output of 512 pulses per revolution (per channel) delivers accurate positional and speed feedback, allowing for improved control and optimization of dynamic automated processes.

Dual HTL/TTL output signals (A 90° B / A’ 90° B’) enable integration with a wide range of motion controllers and PLCs, supporting flexible system configuration.

The large 250mm flange with BCD 215mm, shaft diameter of 42mm, and IEC 160B14 flange standard ensure compatibility with a wide range of motors and mechanical assemblies.

A generous 10-meter cable length supports easy installation and connectivity, even in large machine setups.

IP55 / IP67 protection class provides excellent resistance against dust and water, making the encoder suitable for demanding industrial use.

Applications include automated manufacturing lines, servo motor feedback, conveyor control, packaging machinery, and any industrial system requiring precise speed and position monitoring.

Compared with MIG Basic – an incremental encoder for standard automation tasks providing basic speed feedback – Nova+ delivers superior signal stability and resolution. For applications needing position retention after power loss, the MIG AST absolute encoder is recommended, offering advanced positioning for high-end control systems.