Description
BEGE Flanged Encoder MIG Nova+ MN-080-09-0512-7, 512 pulses, 5m cable, aluminum **Key Features & Technical Benefits:**
- Incremental encoder with high resolution of 512 pulses per revolution, ensuring accurate speed and position feedback for demanding industrial systems - Improved signal stability through optimized output signals (A 90° B / A' 90° B', HTL/TTL), minimizing errors and noise in control systems - Wide supply voltage input range (5–24VDC) for flexible integration with a variety of PLCs and controllers - Robust aluminum housing and flange with an outer diameter of 80 mm and flange BCD of 65 mm, offering high resistance to mechanical stress and vibrations - Compatible with IEC 56B14 motors and featuring a 9 mm shaft to ensure easy retrofitting and universal mounting in industrial environments - Durable 5-meter cable enables straightforward, long-distance connectivity in large-scale automation systems - High protection rating (IP55/IP67) ensures reliable operation even in harsh or wet environments - Flange thickness of 7 mm provides mechanical stability and precise installation alignment **Application Possibilities:**
- Suitable for advanced speed control and feedback in conveyors, packaging equipment, and general motion control - Provides precise position monitoring in automated assembly lines, robots, and CNC machinery where high signal stability is required - Ideal for integration in demanding industrial settings such as process automation, logistics, and material handling systems - Can be effectively utilized in control loops for accurate measurement and regulation, supporting error-free drive synchronization and enhanced system reliability **Encoder Type Overview:**
MIG Basic: Incremental encoder for basic speed feedback in standard automation tasks MIG Nova+: Incremental encoder with higher resolution and enhanced signal stability, suitable for more precise regulation in automated systems MIG AST: Absolute encoder, retaining position after power failure, ideal for precise positioning and advanced control systems

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