BEGE is a renowned manufacturer specializing in reliable and innovative drive solutions for industrial automation. Their encoders are known for precision, durability, and integration flexibility, making them a preferred choice among technical specialists and engineers in demanding applications.
**Product Name:**
BEGE Flanged Encoder MIG Nova+ MN-080-09-0032-7
**Key Features and Advantages:**
High-resolution incremental encoder - Offers superior feedback for motor speed and rotational direction in advanced process automation systems.

Exceptional signal stability - Ensures accurate and interference-resistant measurements, crucial for applications requiring reliable control and feedback.

Stainless steel housing - Provides robust protection against corrosion and mechanical wear, ideal for harsh industrial environments.

Wide voltage input (5-24VDC) - Facilitates compatibility with various control systems and reduces integration complexity.

Output: A90°B / A'90°B' HTL/TTL - Delivers versatile signal outputs, suitable for both high-performance and standard automation equipment.

Resolution: 32 pulses per channel per revolution - Enables precise position and speed monitoring for controlled motion tasks.

Cable length of 15 meters - Allows flexible installation even in large automated plants or systems.

Flange dimensions: Outer diameter 80mm, BCD 65mm, thickness 7mm – Compatible with standardized IEC 56B14 motors for easy mounting.

Shaft diameter 9mm – Suits typical industrial drive systems.

IP55/IP67 protection rating - Provides dust- and water-resistant performance for reliable outdoor or washdown zone operation.
**Application Areas:**
Suitable for deployment in conveyor technology, material handling systems, packaging machines, and other process automation where stability and accuracy matter.

Optimized for precise speed control, phase measurement, and error detection in industrial production lines and automated warehouses.

Engineered for integration in environments demanding highly reliable encoders under tough mechanical and environmental stress.