Description
Designed and manufactured by BEGE, a trusted European specialist in industrial automation solutions. BEGE products are renowned for their high reliability, robust construction, and seamless integration into demanding industrial environments.
High-resolution Incremental Encoder – MIG Nova+ delivers enhanced signal stability and increased resolution compared to basic encoders, enabling precise speed regulation in automated production lines and machinery.
Stainless Steel Construction – The robust stainless steel housing ensures excellent resistance to corrosion, making it ideal for harsh environments including food processing, chemical, and offshore industries.
Precise Mechanical Dimensions – Featuring a standardized IEC 71B5 motor flange (outer diameter 160mm, flange BCD 130mm, shaft diameter 14mm, flange thickness 7mm), ensuring compatibility and easy integration with IEC-standard motors and gear units.
Flexible Signal Output – Provides A90°B/A'90°B' HTL/TTL outputs with a resolution of 32 pulses per channel, supporting precise process feedback and stable speed control in automated systems.
Long Cable Length – Supplied with a 100m cable, facilitating efficient installation in large facilities while maintaining high signal integrity over extended distances.
Wide Supply Voltage – Operates from 5-24VDC input, supporting various industrial controllers and automation platforms.
Rugged Environmental Protection – Rated IP55/IP67, the encoder is protected against dust, water jets, and temporary immersion, ensuring long-term reliability in demanding locations.
Application Versatility – Perfect for advanced speed and position feedback in robotics, packaging machines, conveyor technology, automated assembly, and process control systems where precise regulation and robust design are critical.
Additional Models – For basic automation tasks with standard speed feedback, choose MIG Basic; for absolute position retention after power loss, opt for MIG AST, used in high-precision positioning and complex control systems.

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