The BEGE MIG Nova+ encoder is a high-resolution incremental encoder engineered for industrial automation environments requiring precise speed control and signal stability.

Brand Description: BEGE Power Transmission is a renowned Dutch manufacturer, specializing in robust, precision-engineered motion control components tailored to demanding industrial applications.
**Key Features and Advantages:**
High resolution (128 pulses per channel) enables refined feedback for accurate speed and direction control, essential for advanced automated processes and servo applications.

Improved signal stability minimizes error rates and electromagnetic interference, securing reliable performance in electrically noisy industrial environments.

Stainless steel housing ensures superior corrosion resistance and mechanical protection, allowing safe deployment in harsh and washdown environments.

Large flange diameter (Ø200mm) and standard IEC 132B14 mounting enable seamless integration into a wide range of motor systems.

Robust shaft size (38mm) guarantees stable installation and optimal torque transmission for heavy-duty machinery.

Broad voltage input range (5-24VDC) supports compatibility with diverse control systems and automation architectures.

Dual output formats (HTL/TTL, A90°B/A'90°B') offer flexible connectivity options for PLCs, drives, and motion controllers.

Long cable length (100 meters) ensures reliable signal transmission even in large installations, minimizing signal degradation over distance.

Ingress Protection classes IP55/IP67 certify resistance to dust, water jets, and temporary immersion, maximizing operational uptime.

Compliance with BCD 165mm and standardized flange thickness (12mm) allows straightforward retrofitting and machine upgrades.
**Application Areas:**
Ideal for use in conveyor systems, packaging lines, robotics, material handling, and automated manufacturing setups demanding precise feedback and control.

Optimized for applications requiring long distance signal transmission or robust operation in aggressive environmental conditions.