BEGE is a renowned provider of innovative drive technology, well known for delivering robust and precise motion solutions for industrial automation. Their encoders are engineered for performance, durability, and seamless integration into a wide array of industrial applications.
This model, the BEGE Flange Encoder MIG Nova+ MN-300-38-0016-12, is an advanced incremental encoder designed to deliver accurate speed and position feedback in demanding environments.
- High-Resolution Incremental Encoder: Provides improved position and speed feedback compared to basic models, enabling superior control in automated machinery.
- Enhanced Signal Stability: Designed for robust signal output (A90°B / A'90°B' HTL/TTL) to ensure reliable data transmission and minimize errors, essential for precision automation and motion control systems.
- Precision Machined Aluminium Housing: Offers excellent durability and resistance to harsh industrial conditions, supporting a long operational life.
- Large 300mm Flange and 38mm Shaft Diameter: Facilitates easy integration with IEC 132B5 motors and larger mechanical assemblies, enhancing versatility for various motor/automation setups.
- 16 Pulses Per Revolution: Suitable for applications requiring mid-level resolution, such as conveyors, packaging machines, light robotics, and sorting systems in manufacturing facilities.
- Long Cable Length (15 meters): Supports flexible installation in large machines or factories, reducing the need for extra connectors and ensuring optimal signal transmission over distance.
- Dual IP Classification (IP55 / IP67): Offers robust protection against dust, water splashes, and temporary immersion, making it ideal for both general industrial and more challenging environments.
- Wide Operating Voltage (5-24VDC): Ensures compatibility with common control systems and easy integration into existing infrastructures.
- BCD Norm 265 & Flange Thickness 12mm: Engineered for international compatibility, simplifying adaptation to global machinery standards.
Application Possibilities:- Ideal for precision speed-controlled equipment, process automation, conveyor technology, and servo or stepper motor feedback in industrial automation.
- Ensure more accurate machine control and increased operational efficiency in applications demanding high reliability and repeatability.