Description
- Incremental encoder with high resolution (1024 pulses per revolution) and exceptional signal stability, ideal for precise regulation and control in complex automated systems.- Precision-machined aluminium housing provides excellent durability and corrosion resistance, making it suitable for demanding industrial environments.- Large 250mm outer flange and 28mm shaft diameter conform to IEC 100/112B5 and BCD 215mm standards for versatile compatibility with various motors and machinery.- Flange thickness of 12mm and standardized mounting dimensions enable straightforward integration and mechanical stability in multiple automation setups.- Output: A90°B HTL (High Threshold Logic) signals ensure reliable and interference-resistant signal transmission for accurate speed feedback.- Rugged construction with IP55/IP67 protection rating allows for deployment in harsh conditions involving dust, moisture, or washdown processes.- Supplied with a 5-meter cable and 4P connector for flexible and convenient installation, even over extended distances.- Wide input voltage range (5–24VDC) provides compatibility with a variety of control systems and PLCs.**Key Benefits & Applications**
- Supports precise speed and position feedback in conveyor systems, robotics, CNC machinery, and automated production lines.- High-resolution output enables more refined process control, boosting productivity and reducing waste in advanced industrial automation environments.- Superior signal stability minimizes process interruptions and maintenance, maximizing system uptime for critical manufacturing applications.- Designed for quick retrofitting or new installations in both standard and custom motor assemblies.**Encoder Type Comparison**
- MIG Basic: Entry-level incremental encoder for basic speed feedback in standard automation applications.- MIG Nova+: Advanced incremental encoder offering improved resolution and signal stability for more precise regulation in sophisticated automated systems.- MIG AST: Absolute encoder retains position data after power loss, supporting accurate positioning and advanced control systems in high-end automation.

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