Description
- High-Resolution Incremental Encoder – The MIG Nova+ is designed as a high-resolution incremental encoder, providing superior signal stability and increased accuracy, making it ideal for demanding automated control and regulation tasks in manufacturing, material handling, and process automation.
- Enhanced Signal Precision – Offers HTL/TTL output signal with A/B channels shifted by 90°, guaranteeing highly accurate speed and direction feedback even in low-pulse environments; ensures optimum synchronization between control system and motor.
- Robust Aluminum Construction – Built with a durable aluminum housing for long-term reliability and performance in harsh industrial conditions, while maintaining low weight for easier integration.
- Flexible Power Supply – Compatible with 5-24VDC input, making it suitable for a wide range of control panels and automation equipment on the factory floor.
- Large Flange & Shaft Compatibility – Features a 250mm outer flange diameter (215mm BCD) and 28mm shaft diameter, engineered for IEC 100/112B5 motors; supports easy direct installation on standard industrial drives.
- Extended Cable Length – Equipped with a 10-meter cable to simplify installation and facilitate connectivity in large or complex automation systems.
- Superior Protection – Rated IP55/IP67, providing excellent resistance against dust and water ingress for reliable operation in challenging, high-moisture, or dusty environments.
- Broad Application Scope – Ideal for advanced process control, drive systems, packaging machinery, logistics equipment, and more; well-suited for specialists seeking enhanced precision and signal quality for critical automation solutions.
**BEGE MIG Series Comparison:**
- **MIG Basic:** Incremental encoder for standard speed feedback in basic automation tasks. - **MIG Nova+:** High-precision incremental encoder for improved regulation and advanced automation. - **MIG AST:** Absolute encoder, maintains position after power loss, optimal for precise positioning and advanced control systems.

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