Description
BEGE is a trusted specialist in power transmission and motion control, renowned for robust, innovative products designed for a wide spectrum of industrial automation applications. Engineered in the Netherlands, BEGE encoders offer reliability, quality, and advanced technology for demanding industry needs.Key Features & Benefits:
• High Accuracy Incremental Encoder: The MIG Nova+ is an incremental encoder with superior resolution and enhanced signal stability, ensuring precise speed and position feedback for automated systems.• Versatile Industrial Use: Perfectly suited for applications requiring reliable and precise control, such as conveyor systems, packaging machinery, robotics, and factory automation.• Robust Aluminium Construction: Manufactured from premium aluminium, ensuring durability and resistance to industrial environments, mechanical stress, and corrosion.• IP55 / IP67 Protection: Dual-rated for protected operation in dusty and wet conditions, supporting long-term reliability even in harsh industrial sites.• Wide Power Supply Range: Accepts 5-24 VDC input for flexible integration into diverse automation platforms.• Long Cable Reach: Supplied with a 100-meter cable, enabling ease of installation over extensive distances within modern production facilities.• Flexible Output Signals: Output options with A90°B / A'90°B' HTL/TTL signals provide superior compatibility with advanced PLCs and motion control systems.• Rapid Feedback: 4 pulses per channel enable effective monitoring of speed and moderate positional feedback in dynamic environments.• Optimized for Standard Flange Mounting: Features 105mm outer diameter, BCD 85mm, 14mm shaft diameter, and IEC 71B14 compatibility for seamless motor and machinery integration.Application Potential:
• Suitable for refining process automation, speed regulation, and direction control in mechanical engineering, packaging, material handling, and intralogistics sectors.• Ideal where precise positioning and stable signal performance are critical, supporting efficient control and minimizing downtime.

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