Description
BEGE Flange Encoder MIG Nova+ MN-160-14-0256-7**Key Features & Benefits:**
- Incremental encoder with high resolution and advanced signal stability, ideal for accurate speed and position feedback in automated systems.- Delivers 256 pulses per revolution for each channel, supporting precise motion control and fine-tuning of machine operations.- Output: A90°B / A'90°B', supporting HTL/TTL signal types for versatile integration with modern industrial controllers and PLCs.- Voltage input range: 5–24VDC, ensuring wide compatibility with industrial power supplies.- 5-meter cable length allows flexible installation in electrically challenging or remote mounting locations.- Flange outside diameter of Ø160mm, with BCD norm of 130mm and a flange thickness of 7mm, fits standard IEC 71B5 motor interface.- Robust construction from high-grade aluminium offers both light weight and excellent durability in industrial environments.- Protection classes IP55 / IP67 ensure reliable operation and resistance to dust and water, enabling use in harsh or washdown surroundings.- Shaft diameter of 14mm matches common drive sizes, simplifying retrofitting and integration into existing setups.**Application Possibilities:**
- Suitable for use in advanced automation, conveyor systems, robotics, and high-precision motion control where stable and reliable feedback is critical.- Ideal for packaging machines, printing presses, and factory automation applications requiring enhanced position accuracy and system efficiency.- Trusted solution for integration into custom-built machinery, providing scalable and dependable feedback for complex control loops.**Difference from Other Types:**
- MIG Basic is a standard incremental encoder for basic speed feedback in standard automation tasks.- MIG Nova+ (this model) offers higher resolution and improved signal stability for more precise regulation in automated systems.- MIG AST is an absolute encoder where position data is retained after power loss, used for exact positioning in advanced control systems.

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