BEGE is a reputable Dutch manufacturer specializing in innovative drive and automation components for industrial applications. Renowned for their reliability, BEGE encoders are designed to ensure seamless integration and maximum uptime in demanding environments.

The BEGE MIG Nova+ is an incremental encoder with high resolution and improved signal stability, ideal for precise control in automated systems.

**Key Features and Benefits:**

High Signal Resolution: Provides accurate and stable speed feedback for enhanced process control in automation, robotics, and motion control applications.

Signal Stability: Enhanced noise immunity ensures reliable signal output, minimizing errors during operation in electromagnetic interference-prone environments.

Pulses Per Revolution: Delivers 32 pulses per channel (A/B 90° HTL output), supporting detailed speed regulation in precision machinery.

Voltage Range: Operates on 5-24VDC input for flexible integration into a wide range of industrial control systems.

Robust Housing: Constructed from durable aluminium with IP55/IP67 protection, ensuring resistance to dust, water, and harsh industrial settings.

Large Flange and Shaft Dimensions: Features a 160mm outer flange diameter (BCD 130mm) and 14mm shaft, making it suitable for direct mounting on IEC 71B5 motors and accommodating larger mechanical interfaces.

Generous Cable Length: Equipped with a 4P connector and 5-meter cable for extended installation reach and easier wiring in complex machine layouts.

Wide Application Range: Ideal for packaging machines, conveyors, material handling systems, and any demanding automation environment requiring highly precise incremental feedback.

**Encoder Variants in the MIG Series:**

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

MIG Nova+ – Incremental encoder with higher resolution and signal stability for precise control in advanced automated systems.

MIG AST – Absolute encoder, preserving position after power loss, perfect for exact positioning and sophisticated control systems.