High Resolution Incremental Feedback – Offers 512 pulses per channel, making it ideal for precise speed regulation and positioning in automation systems requiring enhanced accuracy and reliability.

Improved Signal Stability – Features enhanced signal integrity, enabling stable transmission over long cable lengths (up to 50 meters), minimizing interference and signal degradation in demanding industrial environments.

Robust Stainless Steel Construction – Designed with a stainless steel housing and flange for superior corrosion resistance and long-term durability, making it suitable for harsh or washdown applications.

IP55/IP67 Protection – Provides a high degree of ingress protection against dust and water (IP55/IP67), allowing it to be deployed reliably in both indoor and outdoor or wet condition environments.

Flexible Output and Supply – Compatible with both HTL and TTL signal levels (A90°B / A'90°B'), and accepts 5-24VDC input, ensuring seamless integration with a wide range of industrial control systems.

Standardized Mechanical Dimensions – Fits directly onto IEC 132B14 motors with a 200mm flange outside diameter, 165mm BCD, 12mm flange thickness, and a 38mm shaft, facilitating straightforward retrofitting and interoperability.

50 Meter Cable Length – Offers extended installation flexibility, enabling use in large automated systems or remote motor placements without compromising signal quality.

Easy Maintenance – The rugged design and reliable performance reduce downtime and minimize maintenance requirements.

Applications – Perfectly suited for automated production lines, conveyor systems, and processes where precise speed and position control are critical, such as packaging, robotics, and machine tool industries.

Three Encoder Variants:

MIG Basic – Incremental encoder for basic speed feedback in standard automation tasks.

MIG Nova+ – High-resolution incremental encoder with enhanced signal stability for precise control in advanced automated systems.

MIG AST – Absolute encoder retaining position data after power loss, ideal for ultra-precise positioning and advanced control systems.