BEGE is a renowned manufacturer of high-quality industrial encoders, providing innovative solutions for automation and drive technology. Their encoders are noted for robust construction, reliable operation, and precision, making them a trusted choice for demanding industrial applications.
Product Name: BEGE Flanged Encoder MIG Nova+ MN-350-48-1024-12
Key Applications
- Ideal for use in demanding industrial automation environments requiring precise speed and position feedback.
- Suitable for advanced conveyor systems, robotics, packaging machinery, and motion control in manufacturing lines.
- Perfect for retrofitting and upgrading existing systems to enhance performance and monitoring accuracy.
Core Features and Benefits
- High-Resolution Incremental Encoder: Delivers 1024 pulses per revolution for superior process control and finer speed regulation in automated machines.
- Enhanced Signal Stability: Advanced electronics ensure reliable output, reducing signal noise and electromagnetic interference—crucial in complex, high-speed operations.
- Dual Output Options: Supports both HTL and TTL signal types, providing flexible integration with modern and legacy controllers.
- Robust Construction: Durable aluminium housing offers excellent mechanical stability and corrosion resistance, ensuring long service life in harsh environments.
- High Protection Class: IP55 / IP67 ratings secure the encoder against dust, water, and challenging industrial conditions.
- Long Cable Length (5m): Facilitates easy installation in larger machinery or systems with remote control cabinets.
- Large Flange (Ø350mm, BCD 300mm) and Shaft (48mm): Designed for compatibility with large motors (IEC 180B5 standard), supporting high-torque operations.
- Flange Thickness (12mm): Guarantees rigid and secure mounting, minimizing vibration, and maintaining signal fidelity.
- Versatile Voltage Input (5–24VDC): Ensures seamless adaptation to different power environments in factory automation.
Application Fields
- Material handling, automated manufacturing, packaging, robotics, and assembly systems requiring high-speed feedback and precision control.