Description
BEGE Flanged Encoder MIG Nova+ MN-090-11-0032-7, 32 pulses, 2m cable, aluminium **Key Features and Benefits:**
High Resolution Incremental Encoder – The MIG Nova+ provides a higher resolution (32 pulses per revolution per channel), enabling more precise speed and position feedback for advanced control applications.
Improved Signal Stability – Enhanced signal quality ensures reliable performance in environments with electrical noise, offering robust data integrity for critical process control and automation tasks.
Versatile Output Compatibility – Supports both HTL and TTL output levels (A90°B / A'90°B'), ensuring seamless integration with a broad range of industrial controllers, PLCs, and servo systems.
Wide Voltage Input – Operates with a supply voltage range of 5–24VDC, providing flexibility and compatibility with various installation scenarios and control architectures.
Durable Construction – Encased in a rugged Ø90mm aluminium housing with IP55/IP67 protection, the MIG Nova+ is built for long-lasting operation in demanding industrial environments such as manufacturing, packaging, and material handling.
Compact IEC Compliant Design – Designed to fit IEC 63B14 motors with an 11mm shaft and Ø90mm flange, ensuring straightforward and secure mounting in standardized applications.
Extended Cable Length – Equipped with a 2-meter cable for easy installation even in remote or difficult-to-access locations.
Flange BCD of 75mm & Thickness of 7mm – Facilitates secure installation and optimal mechanical stability in both new and retrofit automation solutions.**Application Possibilities:**
Speed Feedback for Motor Drives – Ideal for precise velocity monitoring and control in industrial automation, conveyors, and processing machinery.
Position Feedback for Robotics and CNC Systems – Enables accurate motion synchronization and repeatable positioning in advanced machinery.
Process Automation – Enhances the performance of automated production lines requiring stable and high-resolution feedback for quality assurance and process optimization.

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