Description
BEGE is recognized as a leading European manufacturer of reliable and innovative drive technology, specializing in industrial automation solutions. With a commitment to precision engineering and quality, BEGE’s encoders deliver robust performance, trusted by technical specialists and engineers in demanding industrial environments.**Product: BEGE Flange Encoder MIG Nova+ MN-300-38-0128-12, 128 pulses, 2m cable, aluminium**
High-resolution incremental encoder engineered for advanced automation and precise feedback applications.**Key Features and Benefits:**
High-resolution (128 pulses/channel) incremental output enables accurate speed and direction feedback for precise control in challenging automation tasks.
Enhanced signal stability minimizes noise, ensuring reliable operation in electrically noisy industrial environments.
Compact aluminium housing (outer diameter Ø300mm, shaft Ø38mm) combines mechanical robustness with lightweight design, supporting long-term use in demanding installations.
Dual output signals (HTL/TTL, A90°B and A’90°B’) offer flexible interfacing with diverse PLCs and drive controllers.
Extended input voltage range (5–24VDC) guarantees compatibility with most standard control systems.
2 meter cable length provides simplified installation and flexible positioning.
Protection class IP55/IP67 allows for dependable performance even in dusty or wet environments.
Complies with IEC 132B5 and BCD 265mm standards, ensuring straightforward integration with compatible motors and systems.
Flange thickness of 12mm offers a secure and stable mechanical connection for vibration-prone applications.**Application Opportunities:**
Ideal for advanced industrial automation requiring precise velocity or direction feedback, such as conveyor drives, servo motors, or packaging lines.
Suitable for retrofitting on existing machinery for improved resolution and platform versatility.
Supports high-accuracy closed-loop control in robotics, material handling, or process control systems.
Engineered for sectors like food processing, intralogistics, and machine building where durability and signal precision are critical.

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