BEGE is a leading manufacturer of innovative drive technology and automation components, recognized for its high-quality engineering, robust materials, and industry-oriented solutions for motion control in demanding environments.
**Product Name:**
BEGE Flanged Encoder MIG Nova+ MN-200-38-0512-12, 512 pulses, 15m cable, aluminium
**Key Features and Benefits:**
Advanced incremental encoder provides high-resolution speed and position feedback, ideal for sophisticated control and monitoring tasks in industrial automation.

512 pulses per revolution per channel offer precise signal output, supporting accurate velocity and direction measurement essential for complex motion applications.

High signal stability with HTL/TTL A90°B / A'90°B' output ensures reliable data transmission and robust performance even in environments with electromagnetic disturbances.

Broad input voltage range (5-24VDC) allows integration with various PLCs, drives, and control systems, offering design flexibility for specialists and engineers.

Rugged aluminium construction and IP55 / IP67 protection classify the encoder for operation in harsh and dusty or wet industrial conditions, minimizing downtime and maintenance costs.

Large 200mm flange diameter (IEC 132B14) and standard 38mm shaft provide compatibility with a wide range of industrial motors and gear units.

Long 15m pre-assembled cable enables flexible installation, especially suited for remote or hard-to-access drive systems.

12mm flange thickness ensures mechanical robustness and vibration resistance in dynamic applications.
**Application Possibilities:**
Well-suited for applications demanding high accuracy and stability such as conveyor drives, robotics, CNC machinery, automated warehouses, and packaging equipment.

Recommended where process control requires advanced feedback for speed regulation, positioning, and direction detection in both continuous and repetitive motion systems.

Can be used in motor feedback loops for industrial automation, handling equipment, and precise material positioning tasks.