BEGE Power Transmission is a renowned Dutch manufacturer specializing in high-performance drive technology solutions. Their encoders are recognized throughout industrial automation for reliability, precision, and robust construction, making them a preferred choice for technical specialists and engineers across multiple industries.
The BEGE Flanged Encoder MIG Nova+ MN-400-55-0032-12 offers a broad range of advanced features that enable highly accurate incremental speed feedback and improved control in automation environments. Key features and benefits include:
- High-resolution incremental encoder with enhanced signal stability, ideal for precise speed regulation and positioning in complex automated systems.
- Suitable for demanding industrial environments due to a durable aluminium housing with IP55/IP67 ingress protection – ensuring resistance to dust, water and mechanical impacts.
- Large flange diameter of 400mm and flange BCD of 350mm, compatible with standard IEC 200B5 motors for versatile integration in various conveyor, robotics or process automation applications.
- Robust 55mm solid shaft supports secure mounting and consistent performance even in heavy-duty setups.
- Output signals: A90°B / A'90°B' HTL/TTL for flexible integration with most PLCs, servo drives and automated control units.
- 32 pulses per channel deliver superior counting accuracy for applications requiring fine incremental feedback such as packaging machinery, textile equipment or material handling systems.
- Operates with input voltage of 5–24VDC, providing compatibility with standard control architectures.
- Extended cable length of 50 meters allows installation flexibility, even at a considerable distance from controllers or control cabinets.
- Flange thickness of 12mm ensures stable installation and protection against misalignment or vibration.
**Application examples:** - Industrial automation lines requiring stable and accurate speed feedback.
- Machine tools and assembly systems demanding precise position tracking.
- Conveyors, cranes, and logistics platforms needing reliable pulse feedback for control and safety systems.