Description
**High-Resolution Incremental Encoder:** The MIG Nova+ offers 2048 pulses per revolution per channel, delivering high-resolution speed and position feedback for precise regulation and optimal control in automated systems.
**Superior Signal Stability:** Advanced electronics ensure enhanced signal stability, minimizing errors and susceptibility to interference even in noisy or vibration-prone industrial settings.
**Versatile Electrical Output:** Supporting 5–24VDC power, with A90°B / A'90°B' HTL/TTL output, the encoder integrates seamlessly with modern control platforms, making it highly adaptable to various industrial requirements.
**Rugged Construction:** Made from premium aluminium, the 120mm outer diameter/7mm flange thickness provides robust mechanical strength and superior thermal dissipation, ensuring longevity in continuous operation.
**Long Cable Reach:** Supplied with a 10-meter cable, the encoder allows flexible installation, ideal for applications where the control cabinet is at a distance from the motor or machinery.
**Motor Mount Compatibility:** Compliant with IEC 80B14 standard and 100mm BCD flange, with a 19mm shaft, making for easy integration into standardized motor flanges and retrofit scenarios.
**Ingress Protection:** Rated IP55/IP67, the encoder is protected against dust and powerful water jets, supporting reliable use in harsh and demanding environments. **Application Possibilities:**
• Ideal for precise speed and position monitoring in conveyor systems, robotics, packaging machinery, and automated production lines.
• Suitable for applications requiring frequent start-stop cycles, high positioning accuracy, and reliable feedback under tough industrial conditions.
• Enhanced signal reliability ensures stable operation in high-vibration zones such as textile, food processing, or material handling industries. Choose BEGE MIG Nova+ for your next automation project to combine high resolution, robust design, and flexible applicability—ensuring maximum operational reliability and precision.

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