Product: BEGE Flanged Encoder MIG Nova+ MN-300-38-0008-12, 8 pulses, 5m cable, aluminium

High-resolution incremental encoder provides precise speed and position feedback, enabling accurate control in automated systems.

Flange outer diameter of 300mm and BCD of 265mm ensures compatibility with IEC 132B5 motors and broad application in heavy-duty industries.

Robust 38mm shaft diameter supports secure and stable mounting for industrial drives and machinery.

Compact flange thickness of 12mm for easy integration in space-limited installations.

Supports wide input voltage range (5–24VDC) for flexible integration with various control systems.

Offers both HTL and TTL output (A90°B / A'90°B') for universal compatibility with PLCs and automation controllers.

8 pulses per revolution per channel for exact speed feedback and basic positioning needs.

5-meter cable length allows for straightforward installation and connection, even over longer distances from the control cabinet.

High-grade aluminium housing delivers lightweight durability, excellent resistance to mechanical impacts, and corrosion protection.

IP55 / IP67 protection rating ensures reliable operation in harsh industrial environments with exposure to dust and water.

Enhanced signal stability minimizes noise and errors, enabling precise regulation of motors and actuators in critical applications.

Main application areas: conveyor systems, textile machinery, packaging lines, robotics, and all automated production processes that require stable, accurate speed feedback.

Optimized for precision control tasks where higher encoder resolution and signal integrity drive improved system responsiveness and product quality.

BEGE MIG Nova+ expands upon the MIG Basic model by delivering higher resolution and improved signal quality, making it ideal for advanced automation beyond basic speed feedback.

Alternatively, BEGE MIG AST models offer absolute position feedback, retaining exact position data after power failure for sophisticated positioning and advanced automation control needs.