Brand Description: BEGE Power Transmission is a renowned European technology manufacturer specializing in motion control solutions. With decades of experience, BEGE delivers highly reliable, precision-engineered encoders designed for demanding industrial environments.

High-Resolution Incremental Encoder: MIG Nova+ offers superior resolution and optimized signal stability, making it ideal for applications requiring highly accurate speed or position feedback in advanced automation systems.

Enhanced Signal Quality: The A90°B / A'90°B' HTL/TTL output guarantees stable, noise-resistant transmission, crucial for preventing errors in rapidly moving or high-vibration environments such as robotics, packaging machinery, and conveyor control.

Robust Stainless Steel Construction: The stainless steel housing ensures maximum durability and corrosion resistance, perfectly suited for challenging industrial settings—food, pharmaceutical, or chemical processing.

Flexible Mounting: Designed for IEC 71B14 motors with a 105mm outer flange diameter and 85mm BCD, and a 14mm shaft, enabling seamless integration into a wide range of machines.

Reliable Cabling: Supplied with a 10-meter cable for flexible installation and optimal signal integrity, even across longer transmission distances.

High Protection Class: IP55/IP67 ratings ensure reliable operation in environments exposed to dust, water, or cleaning processes, critical in outdoor applications or washdown areas.

Precise Speed Control: Nova+ encoders provide highly accurate incremental pulse feedback (2 pulses/channel per revolution), supporting advanced motor control, synchronization, and system safety.

Use Cases: Ideal for precision automation, packaging machines, conveyors, textile machinery, robotics, and drive systems requiring stable and accurate incremental feedback.

For basic speed feedback, BEGE MIG Basic provides cost-effective performance for standard automation tasks.

For applications needing absolute position memory after power loss, choose BEGE MIG AST—for precision positioning and advanced control systems.