Description
**Versatile Flanged Encoder for IEC Motors:** Optimized for IEC 100/112B14 motors with a robust Ø160mm flange, 130mm BCD, and 28mm shaft diameter, ensuring seamless integration into a wide range of industrial drives.
**Durable Construction:** Manufactured from high-quality aluminium, combining lightweight build with excellent corrosion resistance in demanding environments.
**Standardized Dimensions:** Complies with IEC and B14 mounting norms for easy installation and replacement.
**Long Cable Reach:** Supplied with a 4-pin connector and 5m cable, providing flexible installation possibilities for various machinery layouts.
**High Environmental Protection:** Features IP55/IP67 rating, protecting against dust, moisture, and water for reliable field performance.
**Input Voltage Flexibility:** Supports 5-24VDC input, enabling compatibility with a wide range of industrial control systems.
**Robust Signal Output:** Provides A90°B HTL outputs with 2 pulses per channel per revolution, delivering precise speed feedback for basic automation tasks.
**Encoder Types:** - **MIG Basic:** Incremental encoder ideal for fundamental speed feedback in standard automation applications, such as conveyors, winders, and standard machinery. - **MIG Nova+:** Incremental encoder with higher resolution and enhanced signal stability, suited for more accurate speed control and positioning in sophisticated automation systems. - **MIG AST:** Absolute encoder with non-volatile position retention after power loss, perfect for high-precision positioning tasks and advanced motion control systems.
**Key Benefits for Technical Specialists and Engineers:** - Enhances motor feedback reliability in diverse industrial settings - Supports precise speed or position regulation depending on selected encoder type - Withstands harsh industrial conditions, guaranteeing operational uptime - Easy integration and maintenance due to industry-standard compliance **Choose the BEGE MIG Basic for cost-effective, essential feedback – or upgrade to MIG Nova+ or MIG AST for higher precision and smarter control in industrial automation.**

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