Description
**Advanced Incremental Encoder:** The MIG Basic is a robust incremental encoder designed for fundamental speed feedback in standard industrial automation, making it ideal for basic monitoring tasks.
**Precise Specifications:** Features a sturdy Ă˜160mm stainless steel flange, 14mm solid shaft, 130mm BCD, and 7mm flange thickness, compliant with IEC 71B5 for seamless integration with standard motors and machinery.
**Signal Output:** Provides A/B (90° phase shifted) HTL outputs for reliable incremental position and speed data, delivering 16 pulses per revolution per channel, suitable for typical automation requirements.
**Versatile Power Supply:** Operates with an input voltage of 5-24VDC, enabling compatibility with various control and PLC systems commonly found in industrial environments.
**Industrial-Grade Build:** Constructed from stainless steel, ensuring superior resistance to corrosion and granting long-term durability in harsh or washdown conditions.
**Flexible Connectivity:** Equipped with a robust 5 meter cable for flexible installation options and improved system integration, even in larger setups.
**Enhanced Protection:** IP55/IP67 ingress protection allows deployment in environments exposed to dust, moisture, and occasional washdowns, supporting reliable operation in tough industrial scenarios.
**Typical Applications:** Used for basic speed feedback in conveyor systems, general-purpose machinery, motor feedback loops, and simple automation control panels where cost-effective reliability is vital.
**Easy Integration:** Fully conformant to IEC 71B5 standard making it easy to retrofit or deploy in new motor and drive applications across manufacturing, material handling, and process industries.
**Product Variants:** For more demanding automation, the MIG Nova+ offers higher resolution and improved signal stability for greater control accuracy, while the MIG AST provides absolute position encoding, maintaining exact positional data even after power loss — ideal for sophisticated motion and safety-critical applications.

calcPageSize())"
/>



