Produced by BEGE Power Transmission, a trusted brand renowned for their high-quality drive technology, this encoder ensures reliable feedback and position control for demanding automation environments.

Absolute Single-Turn Encoder: Guarantees exact position values are retained even after power loss, critical for advanced motion control and safety in industrial automation systems.

High-Resolution Measurement: The 18-bit output provides precise feedback, enabling accurate remote monitoring, positioning tasks, and process optimization in robotics, material handling, and industrial machinery.

BiSS Interface Output: Delivers rapid, interference-resistant digital communication for seamless integration with modern control systems and real-time feedback applications.

Robust Construction: Manufactured from durable aluminium, with an IP55/IP67 rating, making it suitable for challenging environments, resistant to dust and water ingress.

Versatile Mounting: 105mm flange diameter and IEC 71B14 compatibility ensure straightforward integration with a wide range of motors and mechanical systems.

14mm Shaft Diameter: Standardized shaft enables compatibility with common drive systems and precise torque transmission.

2-Meter Cable Length: Offers flexible installation options for various machinery configurations, reducing cabling complexity.

85mm Bolt Circle Diameter (BCD) and 7mm Flange Thickness: Ensures reliable mounting in systems with stringent mechanical requirements.

Wide Input Voltage Range (5-24VDC): Allows integration with most industrial power supplies for universality and system compatibility.

Typical Applications: - Position feedback for conveyors, robotics and automated warehouse systems.
- Precise motion and speed control in packaging, printing and CNC machinery.
- Feedback and diagnostics in advanced drive systems and process automation.
**Other BEGE Encoder Types:**
MIG Basic: Incremental encoder for basic speed feedback in standard automation tasks.

MIG Nova+: Incremental encoder with higher resolution and enhanced signal stability, suitable for more precise control in automated systems.