Description
The MIG Nova+ is a high-resolution incremental encoder engineered by BEGE Power Transmission, a leading manufacturer renowned for outstanding quality and innovative drive technology solutions for industry and machine building.
Designed for precise speed and position feedback, the MIG Nova+ offers significant improvements over basic incremental encoders, making it ideal for complex automation and industrial control systems.
Key Features:
– High Resolution: Provides 256 pulses per revolution per channel, enabling fine-grained monitoring and regulation of motor speed and position.
– Superior Signal Stability: Enhanced electronics deliver accurate, vibration-resistant signals, optimal for precise controls in demanding environments.
– Universal Output Compatibility: HTL/TTL differential signal outputs (A90°B / A'90°B') support seamless integration with most modern control systems and frequency inverters.
– Robust Aluminium Housing: The encoder’s aluminium construction ensures high mechanical strength and resistance to industrial conditions.
– Flexible Installation: Large Ø350 mm flange diameter with IEC 160B5 norm and standard 300 mm BCD allows for direct integration with a wide range of industrial motors and gear units.
– IP55/IP67-rated Protection: The device offers excellent protection against dust and water ingress, supporting reliable operation in harsh environments.
– Extended Cable Length: 5-meter cable delivers installation flexibility, suitable for large-scale machinery.
– Standardized Connectivity: 42 mm shaft diameter and 12 mm flange thickness ensure reliable mechanical fit. **Application Possibilities**
The MIG Nova+ is the optimal solution for precise speed and position feedback in advanced drive systems, including conveyors, packaging machines, robotics, automated storage and retrieval systems, and other industrial automation applications where reliability and precision are crucial.
Choose BEGE MIG Nova+ for superior performance and integration ease, backed by a trusted industry manufacturer.

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