BEGE Power Transmission is a renowned manufacturer specializing in high-quality automation components. BEGE encoders are recognized for their precision, robust construction, and reliability, serving critical roles in industrial automation, motion control, and machinery integration.
**Product Name: BEGE Flange Encoder MIG Nova+ MN-300-38-2048-12, 2048 pulses, 2m cable, aluminium**
Incremental encoder with advanced resolution and signal stability, designed for precise speed and position feedback in demanding automated systems.
**Key Features & Benefits:**
High-resolution output with 2048 pulses per revolution per channel offers excellent position and speed control for precision automation applications.

Enhanced signal stability assures accurate feedback, minimizing the risk of errors in high-stress or high-speed environments.

A90°B / A'90°B' HTL/TTL outputs support flexible integration with both modern and legacy control systems.

5-24VDC input voltage range allows compatibility with diverse automation platforms.

IP55 / IP67 classification for dust and water resistance, ideal for harsh or contaminated industrial settings.

Durable aluminium housing ensures long-term reliability and vibration resistance in motor and machinery setups.

Outer flange diameter of 300 mm and flange BCD of 265 mm provide compatibility with larger industrial motors, in accordance with IEC 132B5 standard.

12 mm flange thickness and 38 mm solid shaft construction support stable mounting, reducing maintenance needs.

Supplied with a 2-meter cable for easy installation and seamless connection even in extensive automation cells.
**Application Possibilities:**
Perfect for advanced speed and position control in conveyor systems, packaging lines, and production machinery.

Enables accurate regulation in robotics, pick-and-place machines, and sophisticated drive systems.

Suitable for retrofits and upgrades in automated lines demanding higher precision and reliability.

Designed to meet the requirements of engineers and integration specialists working with complex, high-reliability automation systems.