BEGE Power Transmission is renowned for engineering high-quality, robust, and innovative industrial automation components. Their encoders are designed to ensure optimum performance, reliability, and longevity in demanding applications across different sectors.
Product Name:
BEGE Flanged Encoder MIG Nova+ MN-250-42-0008-12
Key Features and Advantages:
- High-Resolution Incremental Encoder: Offers higher resolution than basic encoders, making it ideal for more precise speed and position feedback in industrial automation systems.
- Advanced Signal Stability: Enhanced signal stability ensures low error rates and reliable performance in dynamic automation environments.
- Dual Output (A90°B / A’90°B’ HTL/TTL): Supports both HTL and TTL output types, providing versatility for integration with most modern controllers and PLCs.
- 8 Pulses per Revolution (per channel): Guarantees accurate feedback suitable for motor control and positioning tasks where moderate resolution is sufficient.
- Rugged Aluminium Housing: Lightweight aluminium construction increases durability while ensuring corrosion resistance in tough industrial settings.
- Large Outer Diameter (250mm) and Shaft Diameter (42mm): Designed for compatibility with medium and large electric motors and gearboxes, especially IEC 160B14 motors.
- Compliant with IEC 160B14 & 215mm BCD Flange: Seamless integration in standardized mechanical setups.
- Extended Cable Length (50 meters): Enables flexible installation even in large machinery and remote sensor locations.
- High IP Ratings (IP55/IP67): Suitable for use in environments exposed to dust, water, or industrial contaminants.
- Wide Input Voltage Range (5–24VDC): Facilitates straightforward connection to a broad range of control systems and power supplies.
Application Possibilities:
- Optimized for precise conveyor speed feedback, automated assembly lines, robotics, and printing machinery.
- Suitable for upgrading machine tools, packaging equipment, or any application demanding improved motion control and positioning accuracy.
- Ideal in sectors such as material handling, food processing, and advanced manufacturing where signal reliability and resolution are critical.