Description
Made by BEGE Power Transmission, a highly respected European manufacturer specializing in innovative drive solutions, this encoder exemplifies their commitment to precision engineering, quality, and robust performance for demanding industrial applications.**Product Name:**
BEGE Flanged Encoder MIG Nova+ MN-250-42-0256-12, 256 pulses, 4P connector, 5m cable, aluminium**Key Features, Benefits & Application Possibilities:**
High-resolution incremental encoder (256 pulses per channel), ensuring superior speed and position feedback in automated systems, ideal for precise motor and process control.
Enhanced signal stability and A90°B HTL output provides consistent, jitter-free performance—minimizing errors in critical feedback applications such as robotics, packaging, and conveyor systems.
Robust IP55/IP67-rated housing with corrosion-resistant aluminum construction offers excellent durability and reliable operation under harsh industrial conditions, including dust, moisture, and vibration.
Flange design (outer Ø250mm, BCD 215mm, thickness 12mm) and 42mm shaft diameter conform to IEC 160B14 motor standards, enabling seamless integration as a solid fit to most industrial motors and machinery.
Wide input voltage range (5-24VDC) ensures interface flexibility with various industrial controllers, PLCs, and drives.
Long 5-meter cable with 4P connector simplifies installation, allowing for remote encoder placement even in large or complex machines.
Suitable for precise speed and direction feedback in applications such as automated assembly lines, material handling, CNC machines, and industrial process controls.
Compared to the MIG Basic, the Nova+’s advanced resolution and stability enable finer regulation for high-performance automation; not absolute, see MIG AST for power-fail position memory needs.**Summary:**
The BEGE MIG Nova+ MN-250-42-0256-12 incremental encoder is an industry-standard solution blending robust mechanical design, high signal integrity, and versatile connectivity, optimized for engineers and system specialists seeking precise control and reliable automation.

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