BEGE is a renowned manufacturer of high-performance industrial drive components. Their encoders are known for robust construction, precise feedback, and outstanding reliability, making them a preferred choice among engineers and automation specialists.
**Product: BEGE Flanged Encoder MIG Nova+ (MIG N-350-48-0008-12)**
This is a high-resolution incremental encoder designed for demanding industrial automation environments.
**Key Features and Benefits:**
High-Resolution Incremental Sensing: Provides superior signal stability compared to basic encoders, ensuring precise speed control and positioning in automated systems.

Enhanced Signal Stability: Minimal signal noise and improved accuracy for reliable, continuous operation in dynamic applications.

Rugged Aluminium Housing: Lightweight yet exceptionally durable construction protects against harsh industrial conditions.

IP55 / IP67 Classification: Offers high resistance to dust and water ingress, enabling installation in challenging environments.

Large Flange (Ø350 mm) and Shaft (48 mm): Suitable for integration with large motors and machinery conforming to IEC 180B5 standards.

5 Meter Shielded Cable with 4P Connector: Flexible installation with strong protection against electromagnetic interference in long cable runs.

Compatible Input Voltage (5-24VDC): Ensures seamless integration with a wide range of control systems.

HTL Output (A 90° B): Delivers robust, high-speed pulse feedback for efficient motion control.

8 Pulses Per Channel: Optimized for precise yet straightforward speed and position feedback requirements.

Flange BCD of 300mm, Flange Thickness 12mm: Ensures compatibility with standard industrial mounting configurations.
**Application Possibilities:**
Perfect for precise speed regulation and position monitoring in conveyor systems, packaging lines, and material handling equipment.

Ideal for use in high-performance automation, such as robotics, CNC machinery, and advanced drive technology requiring reliable feedback.

Engineered for integration into modern manufacturing environments that demand precision, durability, and flexibility in feedback devices.