Description
**Encoder Type & Application:** The MIG Nova+ is an incremental encoder with high resolution and enhanced signal stability, making it ideal for precision speed regulation in automated systems, robotics, and intelligent drives.
**High Signal Stability:** Advanced internal electronics provide exceptionally stable HTL/TTL output signals, reducing risk of signal loss or error—critical for high-reliability automation environments.
**Precision Feedback:** Offers precise speed and direction feedback thanks to 8 pulses per channel and quadrature A90°B signals, supporting accurate closed-loop control in modern machinery.
**Robust Aluminium Housing:** Durable, lightweight aluminium construction ensures long-term corrosion resistance and heat dissipation; suitable for harsh industrial settings.
**Versatile Motor Compatibility:** Designed for direct mounting on IEC 200B5 flange motors and a 55 mm shaft diameter, allowing fast integration with mainstream industrial motors.
**Extended Cable Length:** 20-meter cable facilitates flexible installation in large or complex machinery layouts without signal degradation.
**Dual IP Classification:** Protection ratings of IP55/IP67 allow for confident operation in dusty, wet, or outdoor environments.
**Large Flange & BCD Diameter:** With a flange diameter of Ø400mm and BCD of 350mm, it easily fits heavy-duty applications requiring robust mechanical interfaces.
**Wide Input Voltage Range:** Accepts 5–24 VDC—ideal for compatibility with a variety of drive systems and programmable logic controllers (PLCs).
**Industry Applications:** Used in conveyor systems, automated assembly lines, packaging machinery, and any application requiring high precision speed feedback.
**Comparison:** - MIG Basic: Entry-level incremental encoder for standard speed feedback in general automation. - MIG Nova+: Advanced incremental encoder with higher resolution for precise regulation. - MIG AST: Absolute encoder retaining position after power loss, suited for advanced positioning and control systems.

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