Description
BEGE Flanged Encoder MIG Nova+ MN-250-28-0008-12, 8 pulses, 20m cable, aluminium **Key Features and Advantages:**
• High-precision incremental encoder with advanced signal stability for accurate speed and position feedback in demanding automated systems• Enhanced resolution (8 pulses per channel) enables precise control, essential for processes requiring exact regulation and smooth motion• Rugged aluminum housing and flange with Ø250mm outer diameter, Ø215mm BCD, and 12mm flange thickness ensure robust mechanical integrity in industrial environments• Compatible with IEC norm 100/112B5 motors, simplifying integration into a wide range of existing motion control setups• Shaft diameter of 28mm offers compatibility with standard shaft connections, supporting versatile installation options• 5-24VDC voltage input range offers operational flexibility across diverse controller and power supply architectures• A90°B / A'90°B' HTL/TTL output signals provide compatibility with both modern and legacy control systems for fast and secure data transmission• Long 20-meter cable supports remote mounting and versatile placement in large machines or distributed automation layouts• IP55/IP67 protection ratings guard against dust, water jets, and immersion, enabling reliable operation in harsh factory settings**Application Possibilities:**
• Ideal for automated manufacturing lines, conveyors, robotics, and machinery requiring precise speed and position monitoring• Enables accurate feedback control in packaging, textile, and material handling systems• Suitable for integration in complex process automation where high signal fidelity and durability are critical**Encoder Types Offered by BEGE:**
• MIG Basic: Incremental encoder for basic speed feedback in standard automation tasks• MIG Nova+: Incremental encoder with higher resolution and superior signal stability for precise regulation in advanced automated systems• MIG AST: Absolute encoder retaining position data after power-off, suitable for precise positioning and advanced control systems

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