BEGE Power Transmission is a recognized Dutch manufacturer specializing in innovative drive technology. Their advanced encoders are designed for high durability and reliable performance in demanding industrial environments.
**Product Name:**
BEGE Flanged Encoder MIG Nova+ MN-250-28-0002-12
**Key Features and Benefits:**
- High precision incremental encoder, delivering superior resolution and enhanced signal stability for more accurate regulation in automated systems
- Robust stainless steel housing ensures high resistance to corrosion and mechanical stress, ideal for harsh industrial environments
- Large, Ø250 mm flange and 215 mm BCD complies with IEC 100/112B5 standards, enabling easy integration with industrial motors
- 28 mm shaft diameter allows compatibility with a wide range of drive and motor systems
- Dual HTL/TTL output signals (Channels A& B and complements) for flexible connection to a broad range of controllers and PLCs
- 2 pulses per revolution and A 90° B phase shifting for precise speed and position feedback
- Wide input voltage range (5-24VDC) for easy integration with various control systems
- Long 10-meter cable ensures flexible installation, even in large machinery or remote locations
- High ingress protection: IP55 / IP67 rated for dust-tight and water-resistant operation
- 12 mm flange thickness for additional mechanical stability in applications subject to vibration
**Application Areas:**
- Suitable for demanding automation and control tasks requiring accurate speed feedback and positioning
- Ideal for heavy-duty industrial environments, including food, chemical, packaging, and manufacturing industries
- Perfect for advanced process automation where stable and reliable encoder signals are critical to system performance
**Technology Comparison:**
- MIG Basic is an incremental encoder for standard speed feedback in general automation tasks
- MIG Nova+ offers higher resolution and improved signal stability, suitable for precise automated regulation
- MIG AST is an absolute encoder, retaining position information after power loss for advanced and safety-critical control systems