- Manufactured by BEGE Power Transmission, a renowned Dutch specialist in precision drive and feedback systems for industrial automation. BEGE stands for reliability, innovation, and robust solutions, ensuring seamless machine integration even in demanding environments.
- MIG Nova+ is an incremental encoder offering high resolution (2048 pulses per revolution per channel) and enhanced signal stability, making it ideal for precise speed and positioning feedback in complex automated processes.
- Robust stainless steel housing and flange (flange outer diameter: 200mm, flange BCD: 165mm, flange thickness: 12mm) ensures excellent resistance to corrosion and mechanical wear, suitable for food, pharmaceutical, and outdoor industries.
- Shaft diameter of 38mm allows integration with powerful motors up to IEC 132B14, supporting both retrofits and new installations in varied industrial setups.
- Dual protection rating of IP55/IP67 enables operation even in harsh, dusty, or wet conditions – maximizing uptime and safeguarding sensitive sensor elements.
- 2-meter pre-mounted cable facilitates easy, flexible installation and reliable signal transmission even at extended distances from control cabinets.
- Wide input voltage range (5-24VDC) and standard A90°B/A’90°B’ HTL/TTL output signals deliver versatile interfacing options, compatible with most PLCs, drives, and controllers in industrial automation networks.
- Suitable applications include high-precision conveyors, robotic arms, smart packaging lines, motor speed monitoring, and dynamic assembly systems requiring superior feedback and process reliability.
- Compared with BEGE MIG Basic, which provides essential incremental speed feedback for standard automation tasks, MIG Nova+ delivers improved accuracy, higher resolution, and stable signal performance for advanced automation selectivity.
- For strictly absolute position feedback with power-failure resilience, consider BEGE MIG AST absolute encoders, recommended for high-end motion control and safety-critical machine positioning tasks.