The BEGE MIG Nova+ is a high-performance incremental encoder designed for precision speed and position feedback in demanding industrial automation environments.

Produced by BEGE, a renowned manufacturer in the field of drive technology, this encoder exemplifies superior engineering, reliability, and innovation trusted by engineers worldwide.

As part of the MIG encoder series, the Nova+ variant offers higher resolution and enhanced signal stability, ideal for applications where accurate process control is required.

The robust housing is crafted from aluminium, providing excellent durability and resistance to industrial conditions while keeping the weight low for easy integration.

Flange dimensions include an outer diameter of 105mm and a bolt circle diameter (BCD) of 85mm, adhering to IEC 71B14 interface standards, ensuring compatibility with standard motors and systems.

A 14mm shaft diameter supports direct, secure mounting and guarantees stable operation over extended periods.

Equipped with a 15-meter cable, the encoder offers flexible installation in both compact and large-scale setups.

Dual protection with IP55/IP67 classifications ensures high resistance to dust and moisture, enabling reliable operation in harsh and demanding environments.

Electrical input compatibility ranges from 5-24VDC, while output channels provide A90°B / A'90°B' HTL/TTL signals, supporting modern industrial control hardware.

Supplies 2 pulses per revolution on each channel for accurate feedback essential in positioning and speed regulation tasks.

Key advantages include improved signal stability, minimized EMC sensitivity, and precise detection, making it ideal for fast, precise regulation in automated production lines, robotics, and motion control systems.

Application possibilities cover packaging machinery, conveyors, material handling systems, textile machines, and any setting requiring reliable, high-resolution incremental feedback.

The MIG Nova+ offers an optimal balance of precision, reliability, and integration flexibility for engineers and technical specialists working on sophisticated automation and process control projects.