The Keyence FU-A100 is a specialized fiber unit designed for thrubeam sensing applications where wide-area detection and flexible installation are essential. Engineered with an array thrubeam structure spanning 100 mm (3.94 inches), this model provides coverage across a significantly larger area compared to standard thrubeam sensors. This makes it well-suited for processes where precise positioning or counting of multiple items is necessary, such as conveyor line monitoring, packaging inspection, or assembly verification.

One of the standout features of the FU-A100 is its fiber construction, which comes in a 2-meter length with a diameter of 2.2 mm. The free-cut design allows users to trim the fiber to fit their specific layout, offering adaptability for diverse installations. However, the spiral-reinforced sections of the cable must remain intact, ensuring durability and preventing signal degradation over time. This balance of flexibility and structural integrity makes the sensor suitable for complex machinery where space constraints are common.

The FU-A100 also excels in installation versatility, thanks to its tight minimum bend radius of R10 mm (0.394 inches). This small bending requirement means the fiber can be routed around tight corners or within compact control panels without compromising performance. Coupled with its recommended tightening torque of 0.75 N·m, it ensures a secure and stable mounting, reducing the risk of misalignment in demanding industrial environments.

From a performance standpoint, the FU-A100 provides precise detection of opaque objects as small as ‚àö‚àè6 mm (0.24 inches). This high level of sensitivity enables it to handle applications ranging from detecting small parts in an assembly process to verifying product flow in automated production lines. The wide sensing array ensures that even when objects pass through at different positions or orientations, reliable detection is maintained.

Overall, the Keyence FU-A100 combines wide-area thrubeam sensing, flexible fiber construction, durable bending capability, and reliable detection sensitivity. These attributes make it an excellent choice for manufacturers who need stable, adaptable, and space-efficient sensing solutions to ensure quality and productivity in automation.