BEGE is a leading manufacturer in drive technology, renowned for its robust, precise, and innovative motion control solutions tailored to industrial automation and engineering needs. Their encoders are trusted by technical specialists and engineers worldwide for their reliability, accuracy, and adaptability to demanding environments.
**Product Name**
BEGE Flanged Encoder MIG Nova+ MN-350-48-2048-12, 2048 pulses, 2m cable, aluminium
**Key Features and Application Possibilities**
- High-resolution incremental encoder (2048 pulses per channel) for precise speed and position feedback, ideal for demanding automation systems where enhanced control is essential.
- Improved signal stability ensures accurate data transmission, minimizing signal degradation and increasing reliability in high-vibration industrial settings.
- Wide voltage input range (5-24VDC) and dual output formats (A90°B / A'90°B', HTL/TTL) enable seamless integration with diverse control systems and PLCs.
- Robust aluminium housing with IP55/IP67 protection for long-term durability in harsh environments, including exposure to dust and water.
- Large flange (Ø350mm) and BCD 300mm provide compatibility with heavy-duty motors and equipment following IEC 180B5 standards.
- 48mm shaft diameter accommodates larger mechanical loads, supporting robust transmission of motion data.
- 2-meter cable ensures flexible installation options for both compact and large-scale machinery layouts.
- Optimized for precision automated systems, robotics, packaging machinery, process control, and motion feedback applications requiring higher accuracy and stability.
**Advantages Over Other Encoder Types**
- Basic (“MIG Basic”): Designed as a standard incremental encoder, MIG Basic is excellent for fundamental speed feedback in standard automation.
- Nova+ (“MIG Nova+”): Offers higher resolution and superior signal quality, preferable for precise regulation and high-performance automation tasks.
- AST (“MIG AST”): Absolute encoder solution keeps positional data even after power loss, critical for high-precision positioning and advanced control systems.