SICK AG LL3-GH4001
Fiber-optic sensors LL3-GH4001
Категории:
Технические характеристики
| Features (Device type) | Fiber-optic cables |
|---|---|
| Features (Functional principle) | Through-beam system |
| Features (Fiber-optic head design) | Without |
| Features (Application) | Standard |
| Features (Special features) | 100 m optical fiber cable without fiber optic head for cutting to any length |
| Features (Compatible fiber-optic amplifiers) | GLL70, WLL80, WLL180, GLL170(T) |
| Features (Sensing range max.) | Depending on the fiber optic amplifier used |
| Features (Optical fiber head Angle of dispersion 60° Integrated lens No Compatibility tip adapters No) | Optical fiber head |
| Features (Angle of dispersion) | 60° |
| Features (Integrated lens) | No |
| Features (Compatibility tip adapters) | No |
| Features (Optical fiber Compatibility with infrared light No Optical fiber cable can be shortened ✔ Adapter end sleeves required No) | Optical fiber |
| Features (Compatibility with infrared light) | No |
| Features (Optical fiber cable can be shortened) | ✔ |
| Features (Adapter end sleeves required) | No |
| Features (Included with delivery) | 100 m fiber cable |
| Mechanics (Optical fiber head Light emission Axial) | Optical fiber head |
| Mechanics (Light emission) | Axial |
| Mechanics (Optical fiber Fiber length 100,000 mm Bending radius 25 mm Dynamic flexibility (robotics) No Outside diameter, optical fiber cable connection 2.2 mm Fiber arrangement Singlefiber Core structure Ø 1 mm Singlefiber) | Optical fiber |
| Mechanics (Fiber length) | 100,000 mm |
| Mechanics (Bending radius) | 25 mm |
| Mechanics (Dynamic flexibility (robotics)) | No |
| Mechanics (Outside diameter, optical fiber cable connection) | 2.2 mm |
| Mechanics (Fiber arrangement) | Singlefiber |
| Mechanics (Core structure) | Ø 1 mm Singlefiber |
| Материал | Material |
| Mechanics (Sheath) | Polyethylen (PE) |
| Mechanics (Fibers) | Polymethylmethacrylat (PMMA) |
| Масса | 39 g |
| Ambient data (Ambient operating temperature) | –55 °C ... +75 °C |
| Classifications (ECLASS 5.1.4) | 27270905 |
| Classifications (ECLASS 6.0) | 27270905 |
| Classifications (ECLASS 7.0) | 27270905 |
| Classifications (ECLASS 8.0) | 27270905 |
| Classifications (ECLASS 9.0) | 27270905 |
| Classifications (ECLASS 10.0) | 27270905 |
| Classifications (ECLASS 11.0) | 27270905 |
| Classifications (ECLASS 12.0) | 27270905 |
| Classifications (ECLASS 13.0) | 27270905 |
| Classifications (ECLASS 14.0) | 27270905 |
| Classifications (ECLASS 15.0) | 27270905 |
| Classifications (ETIM 6.0) | EC002651 |
| Classifications (ETIM 7.0) | EC002651 |
| Classifications (ETIM 8.0) | EC002651 |
| Classifications (ETIM 9.0) | EC002651 |
| Classifications (ETIM 10.0) | EC002651 |
| Classifications (UNSPSC 091201.0) | 39121528 |
| Classifications (UNSPSC 100501.0) | 39121528 |
| Classifications (UNSPSC 111201.0) | 39121528 |
| Classifications (UNSPSC 120901.0) | 39121528 |
| Classifications (UNSPSC 131201.0) | 39121528 |
| Classifications (UNSPSC 140801.0) | 39121528 |
| Classifications (UNSPSC 151101.0) | 39121528 |
| Classifications (UNSPSC 160901.0) | 39121528 |
| Classifications (UNSPSC 171001.0) | 39121528 |
| Classifications (UNSPSC 180801.0) | 39121528 |
| Classifications (UNSPSC 190501.0) | 39121528 |
| Classifications (UNSPSC 200601.0) | 39121528 |
| Classifications (UNSPSC 210901.0) | 39121528 |
| Classifications (UNSPSC 220601.0) | 39121528 |
| Classifications (UNSPSC 230701.0) | 39121528 |
| Classifications (UNSPSC 240301.0) | 39121528 |
| Classifications (UNSPSC 250901.0) | 39121528 |
| Classifications (UNSPSC 260801.0) | 39121528 |