Autonics FD-620-10 Fiber Optic Sensor Cable
FD-620-10 is an Autonics Fiber Optic Sensor Cable with 120mm sensing distance and diffuse reflective sensing type for automation. Manufactured by Autonics, this Fiber Optic Sensor Cable supports a 120mm sensing distance, Ø0.03mm minimum sensing target, diffuse reflective sensing type, and -40 to 70℃ ambient temperature range. It is part of Autonics Fiber Optic Sensors within the FD Series.
| Brand | Autonics |
| Product Type | Fiber Optic Sensor |
| Model Number | FD-620-10 |
Autonics FD-620-10 Fiber Optic Sensor Cable – Technical Specifications
| Specification | Value |
|---|---|
| Type | Standard type(bolt type) |
| Sensing distance | 120mm |
| Min. sensing target | Ø0.03mm |
| Allowable bend radius | R25 |
| Cable length | 2m |
| Free cut | Free cut |
| Environment_Ambient temperature | -40 to 70℃ |
| Sensing type | Diffuse reflective type |
The Autonics FD-620-10 Fiber Optic Sensor Cable is an solution designed for precise detection tasks in industrial automation environments. This FD-620-10 Fiber Optic Sensor Cable operates with a 120mm sensing distance, diffuse reflective sensing method, and Ø0.03mm minimum sensing target. Built with a standard bolt type structure and rated for -40 to 70℃ operation, it belongs to the FD Series used across automation systems.
In conveyors, packaging lines, automated assembly stations, and inspection equipment, the FD-620-10 Fiber Optic Sensor Cable provides stable and consistent object detection. Its diffuse reflective sensing principle supports reliable performance on varied surface materials, while the flexible fiber cable design enables easy routing and installation in compact industrial automation layouts.
FD-620-10 from Autonics offers dependable sensing performance for continuous industrial use. With controlled sensing distance, fine target detection capability, and environmental tolerance, this Fiber Optic Sensor Cable supports long-term machine reliability. As part of the FD Series, it reflects Autonics manufacturing consistency and suitability for demanding industrial automation applications.
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