Manufactured by BEGE, a renowned Dutch provider of high-quality drive technology, the MIG Nova+ encoder is designed for demanding industrial applications where precision, durability, and reliability are crucial. BEGE is recognized for innovative engineering and robust solutions tailored for automation and motion control challenges.

Incremental Encoder with High Resolution—Delivers 1024 pulses per revolution, making it ideal for accurate speed and position feedback in sophisticated automation systems.

Optimized Signal Stability—Provides enhanced signal consistency, reducing errors during signal transmission and ensuring reliable operation in environments with electrical noise.

Advanced Output Options—Supports both HTL and TTL signal formats (A90°B / A'90°B'), offering integration flexibility with diverse drive and control systems.

Wide Input Voltage Range—Operates from 5 to 24VDC, catering to various industrial automation requirements.

Robust Construction—Crafted from stainless steel, the encoder is designed for longevity and resistance against mechanical stress, corrosion, and harsh surroundings.

High Environmental Protection—Certified to meet IP55/IP67 ratings, ensuring excellent resistance to dust and water ingress for both indoor and outdoor industrial settings.

Generous Cable Length—Comes with a 15-meter cable, granting flexibility for installation in larger automated setups without compromising signal integrity.

IEC 71B5 Motor Compatibility—Features a 160mm flange diameter, 130mm BCD, 7mm flange thickness, and 14mm shaft, perfectly suited for IEC71B5 flange-mount motors.

Versatile Applications—Suitable for applications including conveyor systems, packaging machines, robotics, material handling, textile machines, and other automation requiring high-precision speed and position feedback.

Enhanced Process Control—With increased resolution and low-latency feedback, it enables seamless integration in closed-loop control systems, improving performance and efficiency.

MIG Nova+ sets the benchmark for incremental encoders where precision and reliability are paramount.