Description
**BEGE Flanged Encoder MIG Nova+ MN-090-11-0032-7**Product Features and Application Possibilities:
- High-resolution incremental encoder with exceptional signal stability, ideal for precise speed and position feedback in advanced automation systems.- Features a **flanged mounting** (IEC 63B14, flange diameter Ø90mm, BCD 75mm), ensuring easy installation on standard motors and gear units in a variety of industrial applications.- **Shaft diameter** of 11mm supports robust mechanical coupling and high operational reliability.- Constructed from **stainless steel**, providing superior corrosion resistance and durability in harsh and hygienic environments, such as food processing, pharmaceuticals, and outdoor installations.- **Output signal:** A 90° B / A’ 90° B’ (HTL/TTL), delivers precise, noise-immune feedback compatible with most controllers and PLCs used in automation, robotics, and logistical systems.- **Pulses per revolution:** 32 per channel, enabling accurate speed monitoring and improved closed-loop control for conveyor systems, packaging machines, and material handling equipment.- **Wide input voltage range** (5–24 VDC) ensures easy integration with various industrial power supplies.- **Cable length of 5 meters** provides flexibility in installation and system layout, particularly valuable in large or complex industrial setups.- Dual protection classes, **IP55 / IP67**, guarantee safe and reliable operation in both dusty and wet environments.- Suitable for integration in modular and scalable automation solutions, enhancing system versatility and long-term maintainability.Application Focus:
- Recommended for precise speed and position control in process automation, machine building, logistics automation, and high-performance conveyor systems.- The MIG Nova+ encoder’s stability and high signal quality offer clear benefits for feedback systems demanding increased precision and reliability.- The robust and hygienic design makes it ideal for industries with strict environmental or cleaning requirements.

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