The BEGE brand is recognized for its innovative and durable solutions for motion engineering and drive technology. BEGE’s encoders are engineered to meet international quality standards, providing reliable and accurate feedback for a wide range of industrial applications.
**Product Name:**
BEGE Flange Encoder MIG Nova+ MN-120-09-0512-7
**Key Features and Benefits**
• High-Resolution Incremental Encoder – Offers 512 pulses per revolution per channel, enabling precise speed and position control for enhanced accuracy in automated systems.

• Superior Signal Stability – Enhanced signal stability ensures consistent and reliable feedback, minimizing errors in demanding automation environments.

• Versatile Output Compatibility – Supports both HTL and TTL output signals (A90°B / A'90°B'), making integration seamless with various PLCs, controllers, and drives.

• Robust Aluminium Construction – The housing is made of high-quality aluminium, providing high durability and resistance to harsh industrial conditions.

• Extended Cable Length – Includes a 100-meter cable, making it suitable for large-scale machinery and installations where long-distance signal transmission is required.

• High Protection Class – IP55/IP67 rating ensures optimal protection against dust, water, and oil, ideal for use in challenging industrial environments.

• Standardized Mounting – Flange outer diameter of 120mm, BCD of 100mm, and shaft diameter of 9mm, complying with IEC 56B5 motor interface, ensures easy installation and replacement in existing systems.

• Wide Input Voltage Range – 5-24VDC input allows flexible integration with various power supplies and control systems.
**Application Possibilities**
• Ideal for automation tasks requiring high-precision speed regulation, such as conveyor systems, packaging machines, and robotic arms.

• Suitable for industrial sectors like food processing, material handling, and packaging where reliability and accuracy are key factors.

• Perfect solution for upgrading older systems to modern, high-resolution feedback without major mechanical modifications.