Description
The BEGE Flanged Encoder MIG Nova+ is an incremental encoder designed for superior performance and reliability in industrial automation. With a focus on precise speed and position feedback, this encoder supports advanced control in various demanding environments.
**Key Features and Advantages:**
- High-resolution incremental encoder (128 pulses per revolution per channel), enabling accurate speed and position monitoring for improved automation precision.- Enhanced signal stability (A90°B / A’90°B’, HTL/TTL output) delivers consistent and noise-resistant feedback for highly dynamic applications in motion control and servo drives.- Wide voltage input range (5-24VDC) ensures compatibility with different industrial control systems.- Rugged aluminium housing provides exceptional durability and protection in harsh environments, aligning with IP55/IP67 classification for robust dust and water resistance.- Large 140mm outer flange diameter and 115mm bolt circle diameter (BCD) fit industry-standard IEC 90B14 motor interfaces, making installation straightforward and secure.- Sturdy 24mm shaft diameter guarantees stable mechanical coupling with heavy-duty machinery shafts.- Compact flange thickness (9mm) allows for flexible integration in space-constrained installations.- Extensive cable length (100 meters) permits installation at distance from control cabinets, useful in large-scale or distributed automation setups.
**Application Possibilities:**
- Suited for advanced speed feedback and control in conveyors, packaging machines, and manufacturing robots.- Ideal for process automation where precise synchronisation and reliable encoder signals are essential.- Supports use in harsh or outdoor environments due to robust sealing (IP55/IP67) and durable construction.
With BEGE's MIG encoder series, choose MIG Basic for entry-level incremental feedback, MIG Nova+ for high-resolution, stable incremental signals, or MIG AST for absolute feedback with position retention after power loss, meeting the full spectrum of industrial automation requirements.

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