**Product Name:** BEGE Flanged Encoder MIG Nova+ MN-140-24-0256-9, 256 pulses, 15m cable, aluminium

**High Resolution Incremental Encoder:** The MIG Nova+ offers 256 pulses per revolution per channel, enabling precise feedback in demanding automation and motion control systems.

**Advanced Signal Stability:** Enhanced output signal stability ensures accurate speed and position feedback, reducing the risk of signal errors and improving system reliability in high-end industrial applications.

**Wide Application Flexibility:** Suitable for automated production lines, robotics, conveyor systems, and machine tools requiring accurate speed and direction monitoring for optimal performance.

**Robust Aluminium Construction:** The encoder’s body is crafted from high-grade aluminium, providing both durability and excellent resistance to industrial environments.

**Multiple Output Compatibility:** Supports both HTL and TTL signals (A90°B / A'90°B'), making it compatible with a broad range of PLCs and servo drives.

**Large Flange & Shaft Design:** Flange diameter of Ø140mm, BCD 115mm, shaft diameter 24mm, with 9mm flange thickness, designed according to IEC 90B14 standard – ideal for retrofit and direct motor mounting.

**Extended Cable Length:** 15 meter pre-assembled cable allows for flexible installation in large or distributed automation setups.

**Dual IP Classification:** IP55/IP67 ratings ensure robust protection against dust and water, supporting reliable operation in harsh or demanding environments.

**Voltage Flexibility:** Operates on standard industrial 5–24V DC input to suit various control systems and power supplies.
**Encoder Types - Application Overview:**
**MIG Basic:** Incremental encoder for essential speed feedback in standard automation tasks, offering cost-effective performance for routine automation solutions.

**MIG Nova+:** Incremental encoder with higher resolution and signal stability, recommended for accurate control and precise monitoring in advanced automated systems.

**MIG AST:** Absolute encoder that retains position data after power loss, best suited for applications requiring accurate positioning and sophisticated control systems like robotics and CNC machinery.