**Brand Information:** BEGE is a renowned Dutch manufacturer specializing in high-quality, robust automation and drive components for industrial applications. BEGE encoders are well-regarded for their precision engineering, durability, and seamless integration with automated systems in demanding environments.

**Product Overview:** The BEGE Flange Encoder MIG Nova+ MN-160-14-0001-7 is an incremental encoder designed with enhanced signal stability and higher resolution, making it ideal for precision feedback in a wide range of industrial automation tasks.

**Key Features and Advantages:**

- High-resolution incremental output ensures accurate speed and position feedback for advanced process control and automated regulation.

- Enhanced signal stability offers reliable measurement in environments experiencing electrical noise or vibration, crucial for precision engineering applications.

- Wide voltage input range (5–24VDC) supports flexible integration with various control systems and PLCs.

- Versatile signal output options (A90°B / A'90°B', HTL/TTL) maximize compatibility with modern industrial drives and control interfaces.

- Rugged design with IP55/IP67 protection and robust aluminum housing ensures durability against dust, moisture, and harsh industrial environments.

- Large flange diameter (160mm) and 130mm bolt circle diameter (BCD) facilitate easy mounting and secure installation in IEC 71B5 motor systems.

- Long cable length (100m) supports remote or distributed system architectures, reducing installation constraints.

- 14mm solid shaft ensures mechanical stability and efficient torque transmission for consistent, repeatable performance.

- Thickness of 7mm allows for efficient integration into space-constrained assemblies or machinery.

**Applications:**

- Precision automation and motor feedback in industrial machinery, packaging, and robotics.

- Monitoring and regulating speed and position in conveyor systems, lifts, and automated production lines.

- Suitable for demanding environments requiring high signal reliability and robust hardware.

- Ideal for use in applications where low-latency and accurate incremental feedback are critical for closed-loop control systems.