**Brand Overview:** BEGE Power Transmission is a renowned manufacturer known for delivering high-performance mechanical drive solutions for demanding industrial automation. Their encoders are trusted by technical specialists and engineers for reliability, innovation, and enduring quality.

**Product Key Features & Benefits:**

High-Resolution Incremental Encoder: The MIG Nova+ delivers greater signal stability and higher resolution than basic models, enabling precise speed and position feedback for advanced automated systems.

Robust Stainless Steel Housing: With its stainless steel construction, this encoder is engineered for industrial environments, providing superior resistance to corrosion, wear, and mechanical stress, ensuring long service life.

Flange Mounting & Compatibility: The outer flange diameter of 140mm and BCD of 115mm, compliant with IEC 90B14 standards, fit seamlessly with a wide range of motors and mechanical assemblies.

Wide Voltage Input Range: Supports 5-24VDC input for flexible integration into diverse control systems.

Advanced Output Signals: Dual-channel A90°B / A'90°B' HTL/TTL pulse output ensures compatibility with modern automation controllers and facilitates accurate direction sensing and quadrature decoding.

High Environmental Protection: With IP55/IP67 classification, the MIG Nova+ is built to operate reliably in dusty and wet environments, suiting indoor and outdoor industrial applications.

Precise Pulses per Revolution: Outputs 32 pulses per channel per revolution, ideal for applications demanding finer control and enhanced responsiveness.

Industrial-Grade Cable Length: 15-meter integrated cable allows for flexible installation in extensive automation layouts.

Application Possibilities:

Perfect for integration in automated production lines, packaging machinery, conveyor systems, and process industries requiring precise speed monitoring, positioning, and closed-loop control.

Recommended for tasks where signal clarity, mechanical resilience, and longevity are essential for minimizing downtime and maintenance efforts.