Description
**High-Resolution Incremental Encoder:** The BEGE MIG Nova+ is an incremental encoder with advanced signal stability, offering 512 pulses per channel for highly accurate speed and position feedback in automation systems.
**Flange Design for Easy Integration:** With an outer flange diameter of 350mm and a flange BCD of 300mm, the encoder fits seamlessly on IEC 160B5 flange motors, ensuring compatibility with a wide range of drive systems.
**Rugged Stainless Steel Construction:** Manufactured with high-grade stainless steel, the encoder provides superior resistance to corrosion and mechanical wear, making it ideal for harsh industrial environments.
**Extended Cable Length:** Featuring a 10-meter cable, the MIG Nova+ simplifies installation and offers flexible integration in large automated systems or where distance from control units is required.
**Versatile Output Signals:** Delivers A90°B/A’90°B’ with both HTL and TTL compatibility at an input voltage of 5-24VDC, facilitating integration with diverse control platforms and drive electronics.
**Enhanced Protection:** Dual IP55/IP67 ingress protection ratings ensure resistance to dust and water, supporting reliable performance in both typical and challenging industrial conditions.
**Precision Shaft Coupling:** 42mm shaft diameter ensures stable mounting and minimal runout, essential for high-precision feedback applications.
**Application Versatility:** The MIG Nova+ is ideal for use in automated production lines, robotics, industrial conveyors, and process control where precise speed regulation and system diagnostics are imperative.**Other BEGE Encoder Types:**
**MIG Basic:** Incremental encoder for standard speed feedback in everyday automation tasks—cost-effective and reliable for basic applications.
**MIG Nova+:** Incremental encoder with higher resolution and signal stability, optimized for demanding control tasks in advanced automation.
**MIG AST:** Absolute encoder retaining position data after power loss, designed for precise positioning in advanced control systems and critical motion applications.

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