The MIG Nova+ Flanged Encoder is engineered by BEGE, a renowned Dutch specialist in drive technology and automation components, renowned for its innovation, reliability, and commitment to industrial quality standards.
**Product Name:**
BEGE Flanged Encoder MIG Nova+ MN-120-19-0004-7, 4 pulses, 5m cable, aluminium
**Key Features and Advantages for Industrial Use:**
High-Resolution Incremental Encoder: Delivers precise speed control and detailed motion feedback, supporting more accurate regulation and automation in complex drive systems.

Enhanced Signal Stability: Ensures stable and consistent pulse output, minimizing interference and maximizing signal clarity even in electrically noisy environments.

Flanged Design (Outer Diameter: 120mm, BCD: 100mm): Simplifies direct mounting to motors and mechanical assemblies meeting IEC 80B14 standards, improving installation efficiency and system integration.

Robust Aluminium Construction: Offers high durability, superior heat dissipation, and resistance to vibration for long-term reliability in harsh industrial surroundings.

Shaft Diameter (19mm) and Flange Thickness (7mm): Compatible with a wide range of standard industrial motors and actuators, increasing mechanical flexibility in system design.

Wide Power Input (5–24VDC): Flexible electrical compatibility enables integration across various control systems without requiring custom adaptation.

HTL/TTL Output with Quadrature Signals (A90°B / A'90°B'): Facilitates accurate direction sensing, speed feedback, and phase detection for advanced motion control applications.

Pulses per Revolution: 4 pulses per channel enable basic to mid-level resolution, ideal for speed monitoring, conveyor systems, and incremental positioning tasks.

Long Cable Length (5 meters): Supports remote mounting and simplifies routing in large automation systems or distributed machinery layouts.

Ingress Protection (IP55/IP67): Dust- and water-resistant for reliable operation in demanding environments common in manufacturing, material handling, and food processing industries.
**Application Possibilities:**
Suitable for use in packaging machinery, conveyors, textile machines, robotics, and automated production lines where precise speed and position monitoring are critical.

Well-suited for upgrading standard automation systems requiring improved feedback accuracy and increased reliability for controlling AC and servo motors.

Ideal in applications demanding enhanced signal integrity and environmental resistance, reducing downtime and maintenance costs for industrial automation specialists.