BEGE is an internationally recognized provider of high-quality industrial automation components, renowned for robust engineering, innovative solutions, and decades of expertise in motion and drive technology. BEGE encoders are trusted in demanding industrial environments for their exceptional reliability and precision.
Product Overview: BEGE Flanged Encoder MIG Nova+ MN-200-38-0032-12
- The BEGE MIG Nova+ is an incremental encoder offering enhanced resolution and optimized signal stability, specifically designed for precise speed and position feedback in advanced automation systems.
- 32 pulses per revolution per channel deliver superior accuracy for applications requiring refined control.
- Compatible with both HTL and TTL output (A90°B / A'90°B'), ensuring integration flexibility for modern drive controllers.
- Wide input voltage range (5-24VDC) enables use across numerous industrial control environments.
- Outfitted with an extra-long 20-meter integrated cable for versatile installation possibilities, even in large-scale systems.
- Manufactured with a robust aluminium housing, ensuring durability, corrosion resistance, and low weight suitable for harsh industrial settings.
- Features a 200mm outer flange diameter and a 38mm shaft diameter, standardized for IEC 132B14 motors and BCD 165mm for versatile mounting compatibility.
- Designed with a 12mm flange thickness; optimal in motor and machine integration where compactness and mechanical strength are a priority.
- Rated to IP55/IP67, providing substantial protection against dust and water ingress, suitable for both standard and heavy-duty industrial operations.
Key Application Scenarios:
- Ideal for high-precision speed feedback and motor regulation in conveyor systems, industrial automation lines, and material handling solutions.
- Ensures stable performance in robotics, packaging machines, and assembly lines requiring accurate synchronization and control.
- Suitable for integration in both new and retrofitted automated control architectures, especially where improved dynamic response and signal integrity are critical.