**BEGE** is a reputable Dutch manufacturer known for its innovative and robust drive technology solutions for industrial automation. With a focus on reliability and performance, BEGE’s encoders are widely used in various technical environments that demand precision and durability.
**Product Name:**
**BEGE Flange Encoder MIG Nova+ MN-120-19-0001-7, 1 pulse, 4P connector, 5m cable, aluminium**
**Product Features & Benefits**
High-resolution incremental encoder, designed for precise speed regulation and improved signal stability, making it ideal for advanced automation tasks.

Offers enhanced signal clarity, reducing risk of interference and ensuring consistent performance in demanding industrial environments.

Robust aluminium housing provides superior durability against mechanical influences and environmental conditions.

Flange diameter of 120mm and 19mm solid shaft, compatible with IEC 80B14 motors for broad integration possibilities in machinery applications.

Equipped with 4P connector and 5-meter cable for versatile installation and easy maintenance access.

Features IP55/IP67 protection class, making it reliable for use in dust-prone or damp environments and supporting rigorous industrial standards.

Single pulse per revolution (1 pulse/channel) suited for specific motion detection and basic rotational monitoring applications.

Wide voltage input range (5-24V DC) provides flexibility for interfacing with multiple control systems.

Stable A90°B HTL output ensures accurate real-time feedback, compatible with common industrial controllers and PLCs.

Standardized flange size (Ø120mm BCD 100mm, 7mm thickness) aids replacement and system upgrades without customization.
**Application Possibilities**
Perfect for integration in motor control systems, conveyor belts, packaging machines, and general automation where reliable speed and position feedback is essential.

Ideal for industrial environments requiring precise motor regulation, such as robotics, automated assembly lines, and processing machinery.

Designed to withstand heavy-duty operational cycles and frequent start/stop tasks in manufacturing, logistics, and processing industries.

Easily retrofitted into existing machines to upgrade signal stability and speed feedback accuracy without major redesigns.