Description
High-resolution incremental encoder for advanced automation applications.
Key Product Features, Advantages, and Applications:
- Robust Aluminium Housing: Lightweight yet durable, ensures resistance to industrial wear and tear and sustains longevity under demanding conditions.
- Large Flange Outside Diameter (Ø350 mm) and Shaft (42 mm): Accommodates versatile mounting across IEC 160B5 motors, making integration into existing systems seamless for engineering professionals.
- BCD 300 mm, Flange Thickness 12 mm: Compatible with B5-standard flange mounts; supports diverse mechanical assemblies and retrofitting.
- High Resolution (32 Pulses per Channel): Enables precise speed and position feedback for superior process control, ideal for conveyors, packaging machinery, robotics, and drive units requiring accurate regulation.
- Signal Output A/B 90° HTL: Provides stable, reliable signals for enhanced system response and compatibility with modern PLCs and servo controllers.
- Wide Input Voltage Range (5-24 VDC): Offers flexibility for integration with various automation control systems, reducing engineering complexity.
- Long Cable Length (5m, 4P Connector): Simplifies installation in large machinery configurations and ensures robust, interference-resistant data transmission.
- IP55 / IP67 Protection: Guarantees reliable operation in harsh environments, safeguarding the encoder against dust, water and moisture intrusion. **Application Examples and Encoder Types:**
- MIG Basic: Ideal for fundamental speed feedback in standard automation tasks, such as conveyor belt monitoring and general industrial controls.
- MIG Nova+: Perfect for precision regulation in high-demand applications—like robotic systems, automated assembly lines, and dynamic servo mechanisms—thanks to its higher resolution and superior signal stability.
- MIG AST: Provides absolute position feedback even after power loss; best suited for advanced control systems and applications where lossless position tracking is critical (e.g., CNC machines, robotics, and automated storage retrieval systems).

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