Description
**Brand Information**: BEGE is a leading European manufacturer, highly regarded for its advanced industrial components, specializing in motion control and drive technology. BEGE encoders are recognized for their robust design, reliability, and adaptability in demanding industrial environments.
**Encoder Type – MIG Nova+ (Incremental Encoder with High Resolution and Enhanced Signal Stability):** • The MIG Nova+ is an incremental encoder engineered for precise speed and position feedback, offering improved resolution and superior signal stability compared to basic models.
**Application Versatility:** • Ideal for integration in automated systems demanding accurate regulation such as robotics, packaging machinery, conveyor systems, and industrial automation processes.
**Key Features and Benefits:** • Outer Flange Diameter: 200mm, making it compatible with large-scale industrial motors and drive systems.
• Flange Dimensions: Bolt Circle Diameter (BCD) of 165mm and thickness of 9mm for secure and reliable mounting in accordance with IEC 80B5 standards.
• Shaft Diameter: 19mm, providing a robust interface for high-torque transmission.
• Output Signal: A90°B HTL output, ensures accurate quadrature pulse generation required for high-precision motion control.
• Pulses Per Revolution: 32 per channel, enabling precise incremental measurement ideal for synchronized and responsive control systems.
• Voltage Range: Supports 5–24VDC inputs for flexible compatibility with diverse control systems.
• Cable Length: Equipped with a 5-meter cable and 4P plug, allowing for straightforward installation and reliable electrical connections in complex layouts.
• Material: High-grade aluminium housing for excellent mechanical durability and low weight, suitable for harsh industrial conditions.
• Protection Class: IP55/IP67, offering superior resistance to dust and water for dependable operation even in demanding environments.
**Application Scenarios:** • The MIG Nova+ encoder excels in machine-building, logistics automation, material handling, and drive technology applications where higher accuracy and noise immunity are critical.

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