Description
- **High-Resolution Incremental Encoder:** Provides 2048 pulses per revolution per channel, allowing for extremely precise speed and position feedback ideal for demanding automated processes.- **Superior Signal Stability:** Advanced electronics ensure consistent and accurate signal output, reducing electrical noise interference and ensuring reliable performance in high-speed and precision systems.- **Flexible Output Standard:** Selectable HTL/TTL signal type with A90°B / A'90°B' output, compatible with diverse industrial control platforms and PLCs.- **Wide Input Voltage Range:** Operates efficiently on 5-24VDC input, enabling easy integration into existing control architectures without extensive modification.- **Rugged Construction:** Made from lightweight, corrosion-resistant aluminium, offering excellent mechanical protection for prolonged operational life.- **Industrial-Grade Protection:** Combines IP55/IP67 ingress protection, ensuring safe operation against dust and low-pressure water (IP55) or full immersion (IP67), suitable for harsh manufacturing or outdoor applications.- **Long Cable Length:** Includes a 15 meter cable for flexible installation, supporting remote mounting on machinery, conveyors, or automated lines without signal loss.- **Standard Industrial Interface:** Complies with IEC 56B14 and BCD 65mm norms, with 80mm flange and 9mm shaft, ensuring compatibility with standard servo motors, gearboxes, and actuator systems.- **Applications:** Perfect for use in material handling, robotics, packaging machines, production automation, conveyor systems, and any application where precise speed regulation and enhanced feedback accuracy are required.**Encoder Type Comparisons**
- *MIG Basic:* Incremental encoder for basic speed feedback in standard automation tasks.- *MIG Nova+:* High-resolution incremental encoder with enhanced signal stability for more precise control in automated systems.- *MIG AST:* Absolute encoder retaining position after power-off, ideal for advanced control systems and precise positioning.

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