BEGE Power Transmission is a globally recognized manufacturer specializing in innovative automation and drive technology. Known for exceptional reliability, long product life, and robust engineering, BEGE encoders are trusted for industrial environments and demanding automation systems.
**Product Overview – BEGE Flanged Encoder MIG Nova+ MN-200-19-0001-9**
The BEGE Flanged Encoder MIG Nova+ MN-200-19-0001-9 is a high-resolution incremental encoder, specifically designed for advanced industrial automation and precise motion control applications.
**Key Features and Technical Advantages**
High-Resolution Measurement: Delivers precise speed and direction feedback, ensuring accurate control of motor-driven processes.

Enhanced Signal Stability: Superior signal quality minimizes electrical noise and errors, enabling reliable function in complex automation tasks.

Durable Construction: Robust stainless steel housing (AISI) provides high mechanical strength and long-term resistance to corrosion, ideal for tough industrial environments.

Flexible Power Support: Accepts a wide DC input range (5–24VDC), making it compatible with various control systems and voltage configurations.

Output Versatility: Supports HTL/TTL output formats (A90°B / A'90°B'), optimizing integration with PLCs, servo drives, and diverse automation infrastructure.

IP55 / IP67 Protection: High ingress protection ensures reliable operation against dust, moisture, and water jets, supporting both indoor and outdoor applications.

Extended Cable Reach: 100-meter cable length maximizes flexibility during installation, making it suitable for large-scale machinery and distant control panels.

Standardized Mechanical Fit: Flange diameter of 200mm, BCD of 165mm, 19mm shaft, and IEC 80B5 compatibility guarantee straightforward retrofitting and exchangeability in standard motor configurations.

Single Pulse Per Channel: Offers enhanced precision in systems requiring straightforward speed monitoring or simple increment tracking.
**Application Possibilities**
Perfect for use in precise speed regulation of conveyor belts, robotics, and packaging machinery where accuracy and stability are critical.

Ideally suited for retrofitting on existing servo motors and geared motors in automated production lines and material handling systems.

Effective for implementing feedback loops in textile, food processing, manufacturing, and logistics automation environments requiring high operational reliability.