Description
– Flange outer diameter: Ø120 mm, flange BCD: 100 mm (IEC 80B14 compatible) – easy integration with standard motors and automation systems. – Solid shaft diameter: 19 mm and flange thickness: 7 mm – suitable for diverse shaft coupling requirements in drives and machinery. – Stainless steel housing – outstanding resistance to corrosion and aggressive environments, ideal for food processing, marine or chemical industries. – Output signals: A90°B / A'90°B' (HTL/TTL) – supports both standard and high-frequency applications. – Resolution: 4 pulses per channel per revolution – offers reliable incremental feedback for control loops in automation. – Input voltage: 5-24VDC – wide range, ensuring compatibility with most industrial controls. – Long cable (10 meters) – facilitates flexible installation options, especially on larger machines or remote panel setups. – High ingress protection (IP55 / IP67) – ensures operational reliability against dust and water in demanding industrial settings. **Key Benefits & Application Possibilities:**
– **High signal stability:** The MIG Nova+ ensures precise and repeatable incremental feedback for improved regulation of speed and position in automated processes. – **Enhanced control:** Perfect for conveyors, robotic arms, packaging, and automated assembly lines that demand high-accuracy feedback. – **Robust engineering:** The stainless steel build and high IP rating make this encoder suitable for outdoor processing zones, washdown areas, and heavy-duty manufacturing. – **Flexible integration:** Standard interface signals and IEC conformity allow easy retrofit or integration into new and existing systems. **Encoder Lineup Briefing for Application Selection:**
– **MIG Basic:** Incremental encoder for standard speed feedback tasks in basic automation. – **MIG Nova+:** Incremental encoder with greater resolution and advanced signal stability for precise regulation in demanding automated systems. – **MIG AST:** Absolute encoder, storing position after power loss, for advanced and safety-critical position control.

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