Description
- High-Resolution Incremental Encoder: The MIG Nova+ delivers higher resolution and improved signal stability, providing accurate speed and position feedback for precise regulation in automated systems.- Output Format: Outputs A90°B / A'90°B' in both HTL and TTL, supporting flexible integration into a wide range of PLCs, controllers, and industrial networks.- Rugged Construction: Manufactured with an aluminium body, offering excellent durability and resistance to harsh industrial conditions.- IP55/IP67 Protection: Engineered for ingress protection, ensuring reliable operation even in dusty or wet environments—optimal for outdoor applications or washdown areas.- Large Flange Dimension: With a 400mm outer flange diameter and 350mm bolt circle diameter (BCD), the encoder is suitable for large machinery and direct mounting to IEC 200B5 motors.- Generous Cable Length: Comes pre-assembled with a 10-meter cable, facilitating easy installation and flexible routing in complex setups.- Precision Shaft: 55mm diameter shaft enables stable coupling and high-torque applications, ideal for heavy-duty industrial drives.- Input Voltage Flexibility: Operates on 5–24VDC input, compatible with standard industrial power supplies.- Pulses per Revolution: Provides 4 pulses/channel, suitable for applications requiring basic to mid-level speed feedback in combination with advanced signal stability.**Application Possibilities**
- Ideal for precise speed regulation in conveyors, machine tools, packaging, or textile machinery where high accuracy and robust feedback are required.- Suitable for use in harsh environments, such as food processing, outdoor installations, or materials handling systems.- Can be integrated into complex automation and process control setups, meeting the needs of system integrators and industrial automation engineers.**Other Encoder Types in the BEGE Range**
- MIG Basic: Incremental encoder designed for standard speed feedback in basic automation tasks.- MIG AST: Absolute encoder that retains its position after power loss, used for advanced positioning and sophisticated control systems where lossless data retention is critical.

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