BEGE is a renowned Dutch specialist in drive technology, known for delivering reliable and innovative automation components to demanding industrial applications. Their encoders are synonymous with precision, longevity, and robust engineering for professional environments.

The MIG Basic model functions as an incremental encoder, specifically tailored for fundamental speed feedback in standard automation tasks, offering cost-effective and straightforward integration for basic motion control.

The MIG Nova+ model is an incremental encoder with enhanced resolution and superior signal stability, ideal for precise regulation and control tasks where dependable feedback and fine speed detection are vital for advanced automated systems.

The MIG AST model represents an absolute encoder, ensuring the exact position value is retained even after a power failure, and is intended for accurate positioning and sophisticated control systems where lossless position memory is critical.
**Key Features and Benefits**
Robust stainless steel construction provides high corrosion resistance and durability in aggressive industrial environments.

Outer flange diameter of 250mm and BCD of 215mm ensures compatibility with IEC 160B14 motors and other large-format equipment.

12mm flange thickness and 42mm shaft diameter ensure stable mechanical integration and torque transfer for heavy-duty applications.

High ingress protection ratings (IP55/IP67) safeguard against dust and water, supporting deployment in challenging factories or outdoor locations.

HTL/TTL output (A90°B / A'90°B') supports versatile signal protocols for seamless connectivity with modern PLCs and motion controllers.

64 pulses per channel deliver accurate feedback for precise speed and position control in process automation, transport conveyors, or packaging machines.

Wide input voltage range (5–24VDC) offers flexibility in integration with various control architectures.

Generous 50-meter cable length simplifies installation in extensive automated lines or distant control cabinets.
**Application Possibilities**
Ideal for precise motor speed regulation, position feedback in robotic arms, material handling, printing presses, and automated assembly lines.

Excellent choice for both retrofitting and new designs in drive systems where high feedback integrity and environmental resistance are required.