BEGE Power Transmission is renowned for producing robust and precise industrial automation components, offering reliable encoder solutions designed to meet the demands of modern engineering and manufacturing environments. The BEGE Flanged Encoder MIG Nova+ stands as a testament to the brand’s commitment to innovation, accuracy, and product longevity.
**BEGE Flanged Encoder MIG Nova+ MN-140-24-0512-9, 512 pulses, 5m cable, aluminium**
- Incremental encoder with high resolution (512 pulses per channel) for accurate speed and position feedback in automated systems.
- Enhanced signal stability (A90°B/A’90°B’ HTL/TTL output) minimizes electrical interference, ensuring reliable data transmission in electromagnetic environments.
- Wide input voltage range (5-24VDC) for seamless compatibility with diverse control and drive systems.
- Rugged aluminium housing provides high resistance to mechanical impacts and wear, supporting use in harsh industrial settings.
- IP55/IP67 classification enables both dust-tight and water-resistant installation, ideal for use in environments exposed to moisture, oil, and dust.
- High shaft diameter (24mm) and large flange (Ø140mm, BCD 115mm) conforming to IEC 90B14 standards ensure compatibility with a wide range of industrial motors, servos, and gear units.
- 5-meter integrated cable allows for flexible and secure mounting in both compact and distributed control cabinet layouts.
- Flange thickness of 9mm for optimal fit and mechanical stability in demanding applications.
- Suitable for applications requiring precise regulation, such as conveyor speed monitoring, industrial robotics, CNC machine feedback, and packaging automation.
- Higher resolution and superior signal integrity make this encoder the preferred choice for engineering professionals who require dependable performance for high-precision control tasks.
**Other BEGE Encoder Types:**
- MIG Basic: Incremental encoder for fundamental speed feedback in standard automation tasks.
- MIG AST: Absolute encoder retains position information after power loss, ideal for advanced motion control and precise positioning systems.