BEGE Power Transmission is a renowned Dutch manufacturer specializing in innovative automation and drive technology. Their encoders are developed for high reliability, precision, and a long lifespan—engineered specifically with industrial automation and demanding engineering applications in mind.
Product Name:
BEGE Flange Encoder MIG Nova+ N-105-14-0256-7
Key Features and Benefits:
Incremental encoder with high resolution (256 pulses per revolution per channel) for precise speed control in automated systems, ideal for applications demanding exact regulation and feedback.

Improved signal stability ensures accurate and reliable operation even in environments with electrical noise or vibration, supporting high system integrity in complex automation setups.

HTL/TTL A90°B / A'90°B' outputs guarantee compatibility with various control systems and PLCs, facilitating easy integration into existing or new drive solutions.

Robust aluminium housing provides excellent durability and resistance against mechanical impacts, making it suitable for industrial environments with rigorous demands.

IP55/IP67 protection rating offers reliable resistance to dust, moisture, and temporary immersion, ensuring optimal performance in both indoor and challenging outdoor conditions.

105mm flange diameter and 85mm BCD according to IEC 71B14 standard for seamless mounting onto standard industrial motors, gearboxes, or direct-drive shafts.

14mm shaft diameter and 7mm flange thickness provide robust mechanical stability, securing safe connection and reliable signal transmission.

Supplied with a 2-meter shielded cable for flexible installation in a wide range of system layouts and panel designs.

Wide input voltage range (5-24VDC) supports universal connectivity and compatibility with multiple industrial power supplies.
Application Areas:
Ideal for conveyor systems, robotics, automated packing lines, and material handling solutions where precise speed and position feedback enhances efficiency and reliability.

Perfect for modernization and upgrading of existing industrial control systems requiring smoother operation and reduced maintenance intervals through superior feedback quality.

Suitable for demanding environments in logistics, food processing, machine building, and process automation where uptime and feedback accuracy are critical.