Diverse Line-Up of Fiber Optic Cables

Autonics offers a diverse line-up of fiber optic cables to suit detection requirements in a wide range of applications. The FD/FT/FL/GD/GT series fiber optic cables are available in various head types (thread, cylindrical, flat, perpendicular, plastic, area detection), sensing methods (through-beam, diffuse reflective, convergent reflective), cable types (standard, flexible, coaxial, break-resistant, heat-resistant) and sensing directions (flat, top, side, etc.).

FD/FT/FL/GD/GT Features

* New: Area Detection Fiber Optic Cables Available (Beam Width: 11mm)

1 Six Cable Head Types Available

• Area Detection Type (NEW)

• Perpendicular Type

1. Area detection sensors with wide detection area
2. Detection of vibrating or falling objects
3. 11 mm beam width and 750 mm maximum detection distance

1. Easy installation with a single nut
2. High-flex (R1) cable allows tidy installation and reduces light
intensity change from bending of the cable

• Flat Type

1. Compact flat heads for installation in tight spaces
2. Various sensing directions (top view, side view, flat view, L-type top view, top + side view)
3. High-flex (R1) cable allows tidy installation and reduces light intensity change from bending of the cable
4. Integrated bracket types with simple installation

• Cylindrical Type (Thread End, Cylindrical End)

1. Standard cylindrical fiber optic sensors for bracket mounting

• Injection Molded Plastic Type

2 Various Fiber Cable Types

• Standard Type

• Flexible Type

Standard fiber optic cables with efficient signal transmission

Ideal for installation environments with contours

• Break-Resistant Type

• Coaxial Type

Withstand frequent bending without breaking

Excellent signal transmission at close proximity

• Heat-Resistant Type

Withstand extreme temperature conditions from -40°C to 250°C

3 High-Flex R1 Cables

High-flex (R1) cable allows tidy installation and reduces light intensity change from bending of the cable

4 Applications

Fiber optic sensors used for presence and position detection of PCBs on chip mounting machinery