BEGE is renowned for its innovation and reliability in industrial drive technology, delivering precision-engineered solutions tailored for industrial automation. BEGE encoders are highly valued by technical specialists and engineers for their precision, durability, and integration flexibility in demanding environments.
Product Name: BEGE Flanged Encoder MIG Nova+ MN-080-09-0064-7
Key Features & Advantages:
- High-resolution incremental encoder providing 64 pulses per rotation, supporting accurate speed control and enhanced feedback in automated systems.
- Robust stainless steel construction ensures exceptional resistance to corrosion, making it ideal for harsh industrial settings and washdown environments.
- Large flange outer diameter of 80mm and shaft diameter of 9mm, conforming with IEC 56B14 standard and a BCD of 65mm for easy and secure mounting to a wide range of motors.
- Extremely long cable length of 100 meters allows seamless integration in large-scale installations or machinery where remote sensor placement is required.
- Dual output with A90°B / A'90°B' channels in both HTL and TTL formats delivers enhanced signal stability and flexible compatibility with modern and legacy automation systems.
- Wide input voltage range (5-24VDC) supports operation with various industrial controllers and PLCs.
- Flange thickness of 7mm provides additional mechanical stability and torque resistance under dynamic load conditions.
- High ingress protection rating (IP55 / IP67) shields the encoder from dust, moisture, and temporary submersion for reliable operation even in challenging environments.
Application Scenarios:
- Suitable for conveyor systems, packaging machinery, and general automation requiring improved precision and stable speed feedback.
- Perfect for integration into motor controls and drive systems needing precise measurement and regulation of rotational speed and position.
- Adapted for use in environments demanding long-distance signal transmission between encoder and control cabinet without loss of signal integrity.
- Enhanced signal stability beneficial for motion control applications where noise immunity and accuracy are critical to system performance.
- Flexible mounting and broad compatibility make it an optimal solution for upgrading legacy systems or designing new automated workflows.