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BEGE Flanged Encoder MIG Nova+ MN-090-11-1024-7, 1024 pulses, 2m cable, stainless steel**Key Features and Benefits:**
• The MIG Nova+ is an incremental encoder with a high resolution of 1024 pulses per revolution, delivering precise speed and position feedback for advanced automation needs.• Enhanced signal stability provides reliable and consistent output—critical for stable closed-loop control in machinery and production lines.• Output signal A90°B / A'90°B' (HTL/TTL) offers compatibility with a broad range of controllers and drives, facilitating seamless integration in automated systems.• Operates with a flexible input voltage range (5–24VDC), making it adaptable to different system requirements and reducing design effort.• Stainless steel housing ensures excellent durability and corrosion resistance, ideal for harsh industrial environments or applications with high hygiene standards.• IP55/IP67 ingress protection guarantees operational reliability in dusty and wet conditions, increasing uptime in challenging locations.• Flange diameter Ø90mm and BCD 75mm in combination with a 7mm thick flange and 11mm shaft ensure easy mounting on IEC 63B14 motors and other motor types.• 2-meter cable length supports flexible installation, streamlining system integration and reducing wiring constraints.**Application Possibilities:**
• Precisely controls speed and position in conveyor systems, automated assembly lines, robotics, and packaging equipment.• Suitable for demanding industrial environments such as food processing, chemical plants, and material handling thanks to stainless steel construction and IP67 rating.• Highly recommended for upgrades in drives and closed-loop systems where higher resolution and output stability are required.**Comparison to Other Encoder Types:**
• MIG Basic provides cost-efficient incremental speed feedback for standard automation tasks.
• MIG Nova+ adds higher resolution and improved signal stability for precision demands.
• MIG AST is an absolute encoder that retains position after power loss for applications requiring fail-safe positioning and advanced motion control.

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