Description
The BEGE brand is a well-established manufacturer known for durable, innovative, and high-precision drive technology solutions for industrial automation. BEGE encoders are recognized globally for reliability and robust construction, fitting a wide range of demanding engineering environments.
Incremental Encoder MIG Nova+ is a high-precision feedback device, providing superior signal stability and high resolution, tailored for more accurate regulation in advanced automated systems.
Key Features and Benefits:
• High-Resolution Incremental Output: Delivers 128 pulses per revolution per channel for precise feedback, enabling more accurate control of speed and positioning.
• Advanced Signal Stability: Enhanced signal clarity (A90°B / A’90°B’) ensures reliable performance—even in environments with electrical noise or rapid signal changes.
• Versatile Cable Options: Includes a 50-meter cable for flexible installation across larger industrial facilities without signal degradation.
• Robust Aluminium Housing: Provides superior durability and resistance to corrosion, ideal for challenging industrial environments.
• Large Flange & Shaft Dimensions: Outer diameter of 350mm, shaft diameter 48mm, suitable for integration with IEC 180B5 motors and machines, supporting heavy-duty use.
• Wide Voltage Input (5-24VDC): Compatible with a range of industrial control systems, simplifying integration.
• IP55/IP67 Protection: Designed for reliable operation in dusty or damp conditions, supporting both indoor and outdoor deployment.
Application Opportunities:
• MIG Basic (Incremental Encoder for Basic Speed Feedback) – Ideal for standard automation and basic speed monitoring.
• MIG Nova+ (High-Resolution Incremental Encoder) – Perfect for precise regulation in conveyors, packaging, robotics, material handling, and automated assembly lines requiring stable and accurate feedback.
• MIG AST (Absolute Encoder for Position Retention) – Recommended where accurate position retention after power-off is vital, such as advanced motion control systems and robotics.

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