Description
**Incremental Encoder for Standard Automation:** The BEGE Flanged Encoder MIG Basic MB-120-09-0032-7 is an incremental encoder designed for basic speed feedback in standard automation tasks, providing essential performance for general industrial machinery.
**Key Features:** - Robust aluminium housing (outer diameter: 120 mm, flange thickness: 7 mm) offers excellent durability and minimizes weight for easy installation.
- High protection level (IP55/IP67) ensures reliable operation in challenging industrial environments, guarding against dust and water ingress.
- Input voltage of 5-24VDC for seamless integration with various control systems.
- HTL output with 32 pulses per channel delivers accurate speed feedback for diverse drive applications.
- A 15-meter pre-mounted cable simplifies setup and enables flexible installation at a distance from controllers or drive units.
- IEC 56B5 motor flange compatibility with BCD 100 mm and shaft diameter of 9 mm assures easy adaptation to a wide range of motors and gear units.
**Benefits:** - Reliable incremental signal for basic speed control ensures smooth and responsive system performance.
- Cost-effective solution for machine builders and OEMs in need of essential encoder functionality without unnecessary complexity.
- Enhanced system uptime thanks to robust construction and IP-rated protection, minimizing maintenance.
- Engineered for quick installation and minimized downtime in retrofits or new setups.
**Application Possibilities:** - Ideal for conveyor systems, basic packaging machines, and general automation equipment requiring precise speed feedback.
- Suitable for integration in light to medium-duty drive systems across manufacturing, assembly, and processing industries. **Note on Other BEGE Encoder Types:**
- The MIG Nova+ series offers higher resolution and improved signal stability, suitable for more accurate speed control in automated systems.
- The MIG AST series features an absolute encoder, retaining position even after power loss, making it ideal for precise positioning and advanced motion control systems.

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