Description
**High-Resolution Incremental Feedback:** The MIG Nova+ is an incremental encoder offering increased resolution and enhanced signal stability, ideal for applications where accurate speed and position regulation are critical.
**Improved Signal Stability:** The encoder employs advanced electronics to minimize signal noise, ensuring reliable operation and consistent feedback in environments with electromagnetic interference.
**Versatile Output Options:** Delivers A90°B / A’90°B’ output in both HTL and TTL formats, supporting seamless integration with a wide range of industrial control systems and PLCs.
**Wide Voltage Range:** Supports 5–24 VDC input, allowing flexible use across diverse industrial power supplies and electrical architectures.
**Industrial Compatibility:** Compliant with IEC 100/112B5 motor standards and equipped with a 250 mm flange (BCD 215 mm) and 28 mm shaft diameter, facilitating direct mounting on various motor types.
**Durable Aluminium Construction:** Anodized aluminium housing ensures high resistance to mechanical impacts and corrosion, and a flange thickness of 12 mm adds structural stability.
**Long Cable Reach:** 100-meter cable allows for deployment in large automated systems, supporting distant connection between encoder and controller without signal degradation.
**Flexible Environmental Protection:** Available in both IP55 and IP67 designs, providing reliable operation in both dusty and washdown industrial environments.
**Application Scope:** Suitable for automated material handling, conveyor systems, robotics, packaging machines, and other demanding motion control tasks requiring precise speed and position monitoring.**BEGE Encoder Series Comparison:**
MIG Basic: Incremental encoder for essential speed feedback in standard automation tasks.
MIG Nova+: Incremental encoder with higher resolution and improved signal stability for more precise regulation in automated systems.
MIG AST: Absolute encoder with position memory across power loss, ideal for advanced positioning and motion control applications.

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