Description
**High-Resolution Incremental Encoder** As part of the MIG Nova+ range, this encoder offers superior resolution and enhanced signal stability, making it ideal for precise speed and position feedback in automated systems.
**Rugged Stainless Steel Construction** Constructed from stainless steel, this encoder delivers exceptional corrosion resistance and durability, ensuring reliability in harsh and demanding industrial applications.
**Large Flange and Shaft Dimensions** Featuring a Ø350mm flange outer diameter and 48mm shaft diameter, compatible with IEC 180B5 norm motors and a 300mm BCD, enabling seamless integration with larger drives and machinery.
**Wide Input Voltage Range** Accepts a broad input voltage (5–24VDC), offering flexibility for integration into diverse control systems and power environments.
**Flexible Output Signals** Supports A90°B / A'90°B' HTL/TTL channels, allowing compatibility with various PLCs and motion controllers for advanced signal processing and feedback needs.
**Single Pulse Per Channel** Delivers 1 pulse per revolution per channel, suitable for detecting precise reference points or basic pulse generation in control loops.
**Long Cable for Flexible Installations** Supplied with a 15-meter cable to facilitate versatile placement and connection in large-scale automation setups.
**Outstanding Protection Ratings** IP55 / IP67 classifications guarantee robust resistance to dust, moisture, and water, essential for reliable operation in tough industrial settings.
**Application Opportunities** Perfect for precision regulation of conveyors, servomotors, and machine tools; suitable for use in packaging, food processing, material handling, and any environment requiring accurate motion feedback.
**MIG Encoder Type Distinction** - *MIG Basic*: An incremental encoder for standard automation tasks, providing basic speed feedback. - *MIG Nova+*: A high-resolution incremental encoder for increased precision and signal stability in advanced automation. - *MIG AST*: An absolute encoder maintaining position data after power loss, ideal for precise positioning and sophisticated control systems.

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