Description
**BEGE is a renowned Dutch manufacturer specializing in drive technology and industrial automation, known for robust, cutting-edge encoders engineered for high reliability and precision in demanding industrial environments.** Product Name:
**BEGE Flanged Encoder MIG Nova+ MN-350-38-0050-12, 50 pulses, 2m cable, aluminium**Key Features & Benefits:
High-resolution incremental encoder delivers precise speed feedback, ideal for advanced automation tasks requiring tighter regulation and accurate velocity control.
Improved signal stability ensures accurate and noise-resistant pulse outputs, reducing errors in complex industrial systems.
Outer flange diameter of Ø350mm and BCD of 300mm allows integration in large-scale machinery and drives with stable, secure mounting.
Shaft diameter of 38mm accommodates substantial torque loads and enables compatibility with robust industrial drive systems.
Encoder housing crafted from aluminium combines strength with lightweight construction for long-term, maintenance-free operation in harsh environments.
Ingress Protection of IP55/IP67 guarantees reliable operation in dusty and wet conditions, expanding usability across indoor and outdoor applications.
HTL/TTL output (A90°B / A'90°B') simplifies interface with standard industrial controllers, PLCs, and motion control devices.
Wide input voltage range of 5–24VDC ensures flexible integration into a variety of control architectures.
50 pulses per channel offer balanced resolution to support accurate speed regulation in conveyor systems, pumps, and packaging machinery.
Supplied with a 2-meter cable for straightforward installation and cabinet routing, saving setup time and cost. Application Scenarios:
Perfect fit for precision speed and position feedback in automated production lines, conveyor systems, and process machinery.
Optimal for integration into motion control solutions demanding robust, reliable incremental feedback in food, beverage, packaging, and material handling industries.
Suited for environments requiring increased repeatability and process stability—minimizing downtime and maintenance overhead.

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