Description
BEGE Flanged Encoder MIG Nova+ MN-450-55-0512-15 **Key Features & Advantages**
• High-resolution incremental encoder (512 pulses per revolution per channel) ensures outstanding speed and position feedback for automated control systems.• Improved signal stability (HTL/TTL A90°B / A'90°B') facilitates more accurate and interference-resistant signal transmission in industrial environments.• Large Ø450mm aluminium flange with Ø400mm BCD and 15mm flange thickness guarantees robust mechanical integration for heavy-duty setups.• Durable 55mm shaft diameter and IEC 225B5-Ø55 interface maximize compatibility with large motors and industrial drives.• IP55/IP67 protection assures reliable operation in harsh and dusty conditions, supporting both indoor and outdoor applications.• Extended 15-meter cable enables flexible installation even in expansive automation environments, reducing the need for signal extension hardware. • Wide input voltage range (5–24VDC) allows for efficient integration with various industrial control systems.• Corrosion-resistant aluminium housing ensures long lifespan and reduced maintenance cycles.**Application Possibilities**
• Ideal for automated production lines requiring precise speed and positioning control in large-scale machinery.• Suitable for packaging equipment, conveying technology, and material handling systems where signal integrity is vital.• Perfect fit for modern robotic systems demanding high-resolution feedback for synchronized motion control.• Reliable integration in motion sensors and drives across the manufacturing, process, and logistics industries. **Comparison with Other BEGE Encoders**
• MIG Basic: An incremental encoder designed for standard automation tasks requiring basic speed feedback.• MIG Nova+: This model offers higher resolution and improved signal performance—optimal for more precise and stable operation in automated systems.• MIG AST: An absolute encoder maintaining position information after power loss, tailored for advanced positioning and control applications.

calcPageSize())"
/>



