BEGE is a renowned Dutch manufacturer specializing in high-quality drive and control technology for industrial automation. Their innovation and reliability help industries achieve efficient, precise, and safe motion control.
**Product Name:**
BEGE Flanged Encoder MIG Nova+ MN-140-24-0016-9
**Key Features & Benefits:**
- High-resolution incremental encoder for enhanced precision and feedback in advanced automation systems, outperforming basic incremental encoders in terms of signal stability and accuracy.
- Superior signal stability for precise speed regulation, minimizing signal noise and errors for reliable performance in dynamic environments.
- Robust aluminum housing (outer diameter 140mm, flange thickness 9mm) ensures excellent durability and corrosion resistance, optimal for harsh industrial conditions.
- Versatile output (A90° B / A’90° B’ HTL/TTL) compatible with most standard industrial controllers and PLCs, allowing flexible integration and quick commissioning.
- 16 pulses per channel guarantee accurate speed/direction measurement, ideal for applications requiring detailed speed profiling and control.
- Wide supply voltage range (5-24VDC) supports compatibility with diverse industrial power systems.
- IP55/IP67 protection class provides resistance against dust and water, enabling use in challenging environments including washdown zones.
- 2-meter shielded cable ensures secure, interference-free signal transmission over longer distances, reducing error risks in large installations.
- 24mm hollow shaft and 115mm BCD flange—standard IEC 90B14 motor interface—allow simple retrofit and easy mounting on most industrial motors and gearboxes.
**Application Scenarios:**
- Ideal for automated manufacturing and robotics requiring precise speed feedback and high signal reliability.
- Suitable for conveyor systems, packaging machinery, or material handling where accurate position and speed feedback are critical.
- Perfect for machine builders and OEMs seeking robust encoders that integrate seamlessly in modular systems with demanding operational requirements.