Description
Produced by BEGE, a leading Dutch manufacturer known for its reliable automation components, this encoder exemplifies precision, innovation, and robust design for industrial applications.
The MIG Nova+ is an incremental encoder with high resolution and enhanced signal stability, providing superior speed and position feedback in automated systems that require accuracy and reliability.
Key Features:
- High Signal Stability: Advanced electronics deliver excellent noise immunity, ensuring reliable feedback even in demanding environments.
- High Resolution: Suitable for precise speed regulation and position monitoring, ideal for advanced control systems.
- Rugged Aluminium Housing: Lightweight yet durable with enhanced protection, supporting industrial-grade longevity.
- Large Flange Diameter (Ø400mm, BCD 350mm): Designed for compatibility with large motors and heavy-duty automation setups.
- Shaft Diameter (55mm): Ensures compatibility with standard industrial motor shafts.
- Flexible Outputs (A90°B / A'90°B', HTL/TTL): Adaptable to a wide range of control units and PLCs for integration flexibility.
- Dual IP Rating (IP55/IP67): Protected against dust and low/high-pressure water jets, suitable for harsh environments.
- 2 Meter Shielded Cable: Allows flexible installation and secure data transmission.
- Complies with IEC 200B5 Standard: Fits seamlessly with IEC-compliant motors and gear units.
Application Areas:
- Conveyor systems for speed and position feedback in warehouse, logistics, and packaging industries.
- Robotics and smart machinery requiring accurate, real-time regulation and positioning.
- Process automation lines and servo drive systems in manufacturing.
- Heavy-duty motor control installations where enhanced signal reliability is crucial.
Advantages of MIG Nova+ vs. MIG Basic / MIG AST:
- Higher precision and stability compared to MIG Basic, making it ideal for more sophisticated tasks.
- Cost-effective alternative to absolute encoders (MIG AST) when real-time incremental feedback is sufficient.

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