BEGE is a reputable Dutch manufacturer specializing in high-quality, durable motion control components for industrial automation. Their products are known for excellent reliability, precision engineering, and long lifecycle, supporting seamless operation in advanced industrial settings.
The MIG Nova+ is an incremental encoder offering high resolution and enhanced signal stability, making it ideal for applications requiring precise speed feedback and reliable performance under demanding conditions.
Key features and advantages:
- Incremental encoder with high resolution for precise regulation and improved feedback accuracy, suitable for advanced automation tasks.
- Enhanced signal stability minimizes errors in speed control applications, ensuring consistent system performance.
- 8 pulses per revolution per channel offer accurate monitoring and optimized motor management.
- Wide 5-24VDC input compatibility supports integration with diverse control systems.
- Outputs suitable for both HTL and TTL logic (A90°B / A’90°B’) to ensure flexible connectivity with different controllers.
- Sturdy stainless steel construction provides superior resistance to corrosion and harsh environmental conditions.
- IP55/IP67 protection rating for reliable operation in dusty or wet industrial environments.
- Extra-long 50 meter cable allows for flexible installation even in large-scale automated machinery setups.
- Large Ø250mm flange with a 215mm BCD and 12mm thickness fits standard IEC 100/112B5 motors, simplifying integration into common drive systems.
Application areas:
- Precise position and speed feedback in conveyors, packaging machines, and automated manufacturing lines.
- Motion control in robotic systems and industrial automation, where accuracy and signal integrity are critical.
- Suitable for technical specialists and engineers designing reliable and demanding control systems.
Choose MIG Basic for standard incremental feedback in basic automation; MIG Nova+ for applications demanding higher precision and stability; or MIG AST absolute encoders for critical positioning with power-off position memory.