Your benefits
| Reliable and accurate detection of the smallest objects thanks to innovative, microcontroller-supported electronics |
| Immune to EMC, high temperatures or chemicals, as the electronic evaluation system is fitted separately from the fiber-optic cable head |
| Space-saving mounting even in confined spaces |
| Multiple setting options permit solutions for practically any application |
| Light weight, suitable for use on a robot arm |
| Universal application possibilities due to diversity of fiber-optic cables |
| Features | |||
| Волоконно-оптические датчики: | WLL260 | ||
| Тип устройства: | Fibers | ||
| Jacket material: | Stainless steel | ||
| Core material: | Glass fiber | ||
| Mounting sleeve dimension: | Ø 7,4 mm | ||
| Радиус изгиба волоконно-оптического кабеля: | 19 mm | ||
| Ambient operating temperature: | -50 °C ... 250 °C | ||
| Fiber-optic cable cuttable: | - | ||
| Thread sleeve: | - | ||
| Sleeve: |  |
||
| Dimensions end sleeve: | Ø 4,7 mm | ||
| 90° offset: | |
||
| Flat housing: | - | ||
| High flexible: | - | ||
| Long end sleeve: | - | ||
| Массив: | - | ||
| Высокая температура: | - | ||
| Oil / chemical resistent: | - | ||
| ЖК / прозрачный материал/ полупроводник: | - | ||
| Вакуум: | - | ||
| Робототехника: | - | ||
| Cветовозвращающее отражение: | - | ||
| Уровень жидкости: | - | ||
| Fiber length: | 900 mm | ||
Your benefits
| Reliable and accurate detection of the smallest objects thanks to innovative, microcontroller-supported electronics |
| Immune to EMC, high temperatures or chemicals, as the electronic evaluation system is fitted separately from the fiber-optic cable head |
| Space-saving mounting even in confined spaces |
| Multiple setting options permit solutions for practically any application |
| Light weight, suitable for use on a robot arm |
| Universal application possibilities due to diversity of fiber-optic cables |
| Features | |||
| Волоконно-оптические датчики: | WLL260 | ||
| Тип устройства: | Fibers | ||
| Jacket material: | Stainless steel | ||
| Core material: | Glass fiber | ||
| Mounting sleeve dimension: | Ø 6,4 mm | ||
| Радиус изгиба волоконно-оптического кабеля: | 19 mm | ||
| Ambient operating temperature: | -50 °C ... 250 °C | ||
| Fiber-optic cable cuttable: | - | ||
| Thread sleeve: | - | ||
| Sleeve: | |
||
| Dimensions end sleeve: | Ø 4,7 mm | ||
| 90° offset: | - | ||
| Flat housing: | - | ||
| High flexible: | - | ||
| Long end sleeve: | - | ||
| Массив: | - | ||
| Высокая температура: | - | ||
| Oil / chemical resistent: | - | ||
| ЖК / прозрачный материал/ полупроводник: | - | ||
| Вакуум: | - | ||
| Робототехника: | - | ||
| Cветовозвращающее отражение: | - | ||
| Уровень жидкости: | - | ||
| Fiber length: | 900 mm | ||
Your benefits
| Reliable and accurate detection of the smallest objects thanks to innovative, microcontroller-supported electronics |
| Immune to EMC, high temperatures or chemicals, as the electronic evaluation system is fitted separately from the fiber-optic cable head |
| Space-saving mounting even in confined spaces |
| Multiple setting options permit solutions for practically any application |
| Light weight, suitable for use on a robot arm |
| Universal application possibilities due to diversity of fiber-optic cables |
| Features | |||
| Волоконно-оптические датчики: | WLL260 | ||
| Тип устройства: | Fibers | ||
| Jacket material: | Stainless steel | ||
| Core material: | Glass fiber | ||
| Mounting sleeve dimension: | 5/16" x 24 | ||
| Радиус изгиба волоконно-оптического кабеля: | 19 mm | ||
| Ambient operating temperature: | -50 °C ... 250 °C | ||
| Fiber-optic cable cuttable: | - | ||
| Thread sleeve: | |
||
| Sleeve: | - | ||
| Dimensions end sleeve: | 5/16" x 24 | ||
| 90° offset: | |
||
| Flat housing: | - | ||
| High flexible: | - | ||
| Long end sleeve: | - | ||
| Массив: | - | ||
| Высокая температура: | - | ||
| Oil / chemical resistent: | - | ||
| ЖК / прозрачный материал/ полупроводник: | - | ||
| Вакуум: | - | ||
| Робототехника: | - | ||
| Cветовозвращающее отражение: | - | ||
| Уровень жидкости: | - | ||
| Fiber length: | 900 mm | ||
Your benefits
| Reliable and accurate detection of the smallest objects thanks to innovative, microcontroller-supported electronics |
| Immune to EMC, high temperatures or chemicals, as the electronic evaluation system is fitted separately from the fiber-optic cable head |
| Space-saving mounting even in confined spaces |
| Multiple setting options permit solutions for practically any application |
| Light weight, suitable for use on a robot arm |
| Universal application possibilities due to diversity of fiber-optic cables |
| Features | |||
| Волоконно-оптические датчики: | WLL260 | ||
| Тип устройства: | Fibers | ||
| Jacket material: | Stainless steel | ||
| Core material: | Glass fiber | ||
| Mounting sleeve dimension: | Ø 7,4 mm | ||
| Радиус изгиба волоконно-оптического кабеля: | 19 mm | ||
| Ambient operating temperature: | -50 °C ... 250 °C | ||
| Fiber-optic cable cuttable: | - | ||
| Thread sleeve: | - | ||
| Sleeve: | |
||
| Dimensions end sleeve: | Ø 4,7 mm | ||
| 90° offset: | - | ||
| Flat housing: | - | ||
| High flexible: | - | ||
| Long end sleeve: | - | ||
| Массив: | - | ||
| Высокая температура: | - | ||
| Oil / chemical resistent: | - | ||
| ЖК / прозрачный материал/ полупроводник: | - | ||
| Вакуум: | - | ||
| Робототехника: | - | ||
| Cветовозвращающее отражение: | - | ||
| Уровень жидкости: | - | ||
| Fiber length: | 900 mm | ||
Your benefits
| Reliable and accurate detection of the smallest objects thanks to innovative, microcontroller-supported electronics |
| Immune to EMC, high temperatures or chemicals, as the electronic evaluation system is fitted separately from the fiber-optic cable head |
| Space-saving mounting even in confined spaces |
| Multiple setting options permit solutions for practically any application |
| Light weight, suitable for use on a robot arm |
| Universal application possibilities due to diversity of fiber-optic cables |
| Features | |||
| Волоконно-оптические датчики: | WLL260 | ||
| Тип устройства: | Fibers | ||
| Jacket material: | Stainless steel | ||
| Core material: | Glass fiber | ||
| Mounting sleeve dimension: | Ø 7,2 mm | ||
| Радиус изгиба волоконно-оптического кабеля: | 19 mm | ||
| Bend radius, end sleeve: | 6 mm | ||
| Ambient operating temperature: | -50 °C ... 250 °C | ||
| Fiber-optic cable cuttable: | - | ||
| Thread sleeve: | - | ||
| Sleeve: | |
||
| Dimensions end sleeve: | Ø 1,6 mm | ||
| 90° offset: | - | ||
| Flat housing: | - | ||
| High flexible: | - | ||
| Long end sleeve: | |
||
| Массив: | - | ||
| Высокая температура: | - | ||
| Oil / chemical resistent: | - | ||
| ЖК / прозрачный материал/ полупроводник: | - | ||
| Вакуум: | - | ||
| Робототехника: | - | ||
| Cветовозвращающее отражение: | - | ||
| Уровень жидкости: | - | ||
| Fiber length: | 900 mm | ||
Your benefits
| Reliable and accurate detection of the smallest objects thanks to innovative, microcontroller-supported electronics |
| Immune to EMC, high temperatures or chemicals, as the electronic evaluation system is fitted separately from the fiber-optic cable head |
| Space-saving mounting even in confined spaces |
| Multiple setting options permit solutions for practically any application |
| Light weight, suitable for use on a robot arm |
| Universal application possibilities due to diversity of fiber-optic cables |
| Features | |||
| Волоконно-оптические датчики: | WLL260 | ||
| Тип устройства: | Fibers | ||
| Jacket material: | Stainless steel | ||
| Core material: | Glass fiber | ||
| Mounting sleeve dimension: | Ø 7,7 mm | ||
| Радиус изгиба волоконно-оптического кабеля: | 19 mm | ||
| Bend radius, end sleeve: | 12 mm | ||
| Ambient operating temperature: | -50 °C ... 250 °C | ||
| Fiber-optic cable cuttable: | - | ||
| Thread sleeve: | - | ||
| Sleeve: | |
||
| Dimensions end sleeve: | Ø 2,3 mm | ||
| 90° offset: | - | ||
| Flat housing: | - | ||
| High flexible: | - | ||
| Long end sleeve: | |
||
| Массив: | - | ||
| Высокая температура: | - | ||
| Oil / chemical resistent: | - | ||
| ЖК / прозрачный материал/ полупроводник: | - | ||
| Вакуум: | - | ||
| Робототехника: | - | ||
| Cветовозвращающее отражение: | - | ||
| Уровень жидкости: | - | ||
| Fiber length: | 900 mm | ||
Your benefits
| Reliable and accurate detection of the smallest objects thanks to innovative, microcontroller-supported electronics |
| Immune to EMC, high temperatures or chemicals, as the electronic evaluation system is fitted separately from the fiber-optic cable head |
| Space-saving mounting even in confined spaces |
| Multiple setting options permit solutions for practically any application |
| Light weight, suitable for use on a robot arm |
| Universal application possibilities due to diversity of fiber-optic cables |
| Features | |||
| Волоконно-оптические датчики: | WLL260 | ||
| Тип устройства: | Fibers | ||
| Jacket material: | Stainless steel | ||
| Core material: | Glass fiber | ||
| Mounting sleeve dimension: | 25,4 mm x 19,5 mm x 6,4 mm | ||
| Радиус изгиба волоконно-оптического кабеля: | 19 mm | ||
| Ambient operating temperature: | -50 °C ... 250 °C | ||
| Fiber-optic cable cuttable: | - | ||
| Thread sleeve: | - | ||
| Sleeve: | - | ||
| Dimensions end sleeve: | 25,4 mm x 19,5 mm x 6,4 mm | ||
| 90° offset: | - | ||
| Flat housing: | - | ||
| High flexible: | - | ||
| Long end sleeve: | - | ||
| Массив: | - | ||
| Высокая температура: | - | ||
| Oil / chemical resistent: | - | ||
| ЖК / прозрачный материал/ полупроводник: | - | ||
| Вакуум: | - | ||
| Робототехника: | - | ||
| Cветовозвращающее отражение: | - | ||
| Уровень жидкости: | - | ||
| Fiber length: | 900 mm | ||
Your benefits
| Reliable and accurate detection of the smallest objects thanks to innovative, microcontroller-supported electronics |
| Immune to EMC, high temperatures or chemicals, as the electronic evaluation system is fitted separately from the fiber-optic cable head |
| Space-saving mounting even in confined spaces |
| Multiple setting options permit solutions for practically any application |
| Light weight, suitable for use on a robot arm |
| Universal application possibilities due to diversity of fiber-optic cables |
| Features | |||
| Волоконно-оптические датчики: | WLL260 | ||
| Тип устройства: | Fibers | ||
| Jacket material: | Stainless steel | ||
| Core material: | Glass fiber | ||
| Mounting sleeve dimension: | 25,4 mm x 19,3 mm x 6,4 mm | ||
| Радиус изгиба волоконно-оптического кабеля: | 19 mm | ||
| Ambient operating temperature: | -50 °C ... 250 °C | ||
| Fiber-optic cable cuttable: | - | ||
| Thread sleeve: | - | ||
| Sleeve: | - | ||
| Dimensions end sleeve: | 25,4 mm x 19,3 mm x 6,4 mm | ||
| 90° offset: | - | ||
| Flat housing: | - | ||
| High flexible: | - | ||
| Long end sleeve: | - | ||
| Массив: | - | ||
| Высокая температура: | - | ||
| Oil / chemical resistent: | - | ||
| ЖК / прозрачный материал/ полупроводник: | - | ||
| Вакуум: | - | ||
| Робототехника: | - | ||
| Cветовозвращающее отражение: | - | ||
| Уровень жидкости: | - | ||
| Fiber length: | 900 mm | ||
Your benefits
| Reliable and accurate detection of the smallest objects thanks to innovative, microcontroller-supported electronics |
| Immune to EMC, high temperatures or chemicals, as the electronic evaluation system is fitted separately from the fiber-optic cable head |
| Space-saving mounting even in confined spaces |
| Multiple setting options permit solutions for practically any application |
| Light weight, suitable for use on a robot arm |
| Universal application possibilities due to diversity of fiber-optic cables |
| Features | |||
| Волоконно-оптические датчики: | WLL260 | ||
| Тип устройства: | Fibers | ||
| Jacket material: | Stainless steel | ||
| Core material: | Glass fiber | ||
| Mounting sleeve dimension: | 38,1 mm x 50,8 mm x 9,4 mm | ||
| Радиус изгиба волоконно-оптического кабеля: | 19 mm | ||
| Ambient operating temperature: | -50 °C ... 250 °C | ||
| Fiber-optic cable cuttable: | - | ||
| Thread sleeve: | - | ||
| Sleeve: | - | ||
| Dimensions end sleeve: | 38,1 mm x 50,8 mm x 9,4 mm | ||
| 90° offset: | - | ||
| Flat housing: | - | ||
| High flexible: | - | ||
| Long end sleeve: | - | ||
| Массив: | - | ||
| Высокая температура: | - | ||
| Oil / chemical resistent: | - | ||
| ЖК / прозрачный материал/ полупроводник: | - | ||
| Вакуум: | - | ||
| Робототехника: | - | ||
| Cветовозвращающее отражение: | - | ||
| Уровень жидкости: | - | ||
| Fiber length: | 900 mm | ||
Your benefits
| Reliable and accurate detection of the smallest objects thanks to innovative, microcontroller-supported electronics |
| Immune to EMC, high temperatures or chemicals, as the electronic evaluation system is fitted separately from the fiber-optic cable head |
| Space-saving mounting even in confined spaces |
| Multiple setting options permit solutions for practically any application |
| Light weight, suitable for use on a robot arm |
| Universal application possibilities due to diversity of fiber-optic cables |
| Features | |||
| Волоконно-оптические датчики: | WLL260 | ||
| Тип устройства: | Fibers | ||
| Jacket material: | Stainless steel | ||
| Core material: | Glass fiber | ||
| Mounting sleeve dimension: | 5/16" x 24 | ||
| Радиус изгиба волоконно-оптического кабеля: | 19 mm | ||
| Ambient operating temperature: | -50 °C ... 250 °C | ||
| Fiber-optic cable cuttable: | - | ||
| Thread sleeve: | - | ||
| Sleeve: | - | ||
| Dimensions end sleeve: | 5/16" x 24 | ||
| 90° offset: | - | ||
| Flat housing: | - | ||
| High flexible: | - | ||
| Long end sleeve: | - | ||
| Массив: | - | ||
| Высокая температура: | - | ||
| Oil / chemical resistent: | - | ||
| ЖК / прозрачный материал/ полупроводник: | - | ||
| Вакуум: | - | ||
| Робототехника: | - | ||
| Cветовозвращающее отражение: | - | ||
| Уровень жидкости: | - | ||
| Fiber length: | 1,800 mm | ||
Your benefits
| Reliable and accurate detection of the smallest objects thanks to innovative, microcontroller-supported electronics |
| Immune to EMC, high temperatures or chemicals, as the electronic evaluation system is fitted separately from the fiber-optic cable head |
| Space-saving mounting even in confined spaces |
| Multiple setting options permit solutions for practically any application |
| Light weight, suitable for use on a robot arm |
| Universal application possibilities due to diversity of fiber-optic cables |
| Features | |||
| Волоконно-оптические датчики: | WLL260 | ||
| Тип устройства: | Fibers | ||
| Jacket material: | Stainless steel | ||
| Core material: | Glass fiber | ||
| Mounting sleeve dimension: | 5/16" x 24 | ||
| Радиус изгиба волоконно-оптического кабеля: | 19 mm | ||
| Ambient operating temperature: | -50 °C ... 250 °C | ||
| Fiber-optic cable cuttable: | - | ||
| Thread sleeve: | |
||
| Sleeve: | - | ||
| Dimensions end sleeve: | 5/16" x 24 | ||
| 90° offset: | - | ||
| Flat housing: | - | ||
| High flexible: | - | ||
| Long end sleeve: | - | ||
| Массив: | - | ||
| Высокая температура: | - | ||
| Oil / chemical resistent: | - | ||
| ЖК / прозрачный материал/ полупроводник: | - | ||
| Вакуум: | - | ||
| Робототехника: | - | ||
| Cветовозвращающее отражение: | - | ||
| Уровень жидкости: | - | ||
| Fiber length: | 900 mm | ||
Your benefits
| Reliable and accurate detection of the smallest objects thanks to innovative, microcontroller-supported electronics |
| Immune to EMC, high temperatures or chemicals, as the electronic evaluation system is fitted separately from the fiber-optic cable head |
| Space-saving mounting even in confined spaces |
| Multiple setting options permit solutions for practically any application |
| Light weight, suitable for use on a robot arm |
| Universal application possibilities due to diversity of fiber-optic cables |
| Features | |||
| Волоконно-оптические датчики: | WLL260 | ||
| Тип устройства: | Fibers | ||
| Jacket material: | Stainless steel | ||
| Core material: | Glass fiber | ||
| Mounting sleeve dimension: | 5/16" x 24 | ||
| Радиус изгиба волоконно-оптического кабеля: | 19 mm | ||
| Ambient operating temperature: | -50 °C ... 250 °C | ||
| Fiber-optic cable cuttable: | - | ||
| Thread sleeve: | - | ||
| Sleeve: | - | ||
| Dimensions end sleeve: | Ø 4,7 mm | ||
| 90° offset: | - | ||
| Flat housing: | - | ||
| High flexible: | - | ||
| Long end sleeve: | - | ||
| Массив: | - | ||
| Высокая температура: | - | ||
| Oil / chemical resistent: | - | ||
| ЖК / прозрачный материал/ полупроводник: | - | ||
| Вакуум: | - | ||
| Робототехника: | - | ||
| Cветовозвращающее отражение: | - | ||
| Уровень жидкости: | - | ||
| Fiber length: | 1,800 mm | ||
Your benefits
| Reliable and accurate detection of the smallest objects thanks to innovative, microcontroller-supported electronics |
| Immune to EMC, high temperatures or chemicals, as the electronic evaluation system is fitted separately from the fiber-optic cable head |
| Space-saving mounting even in confined spaces |
| Multiple setting options permit solutions for practically any application |
| Light weight, suitable for use on a robot arm |
| Universal application possibilities due to diversity of fiber-optic cables |
| Features | |||
| Волоконно-оптические датчики: | WLL260 | ||
| Тип устройства: | Fibers | ||
| Jacket material: | Stainless steel | ||
| Core material: | Glass fiber | ||
| Mounting sleeve dimension: | 5/16" x 24 | ||
| Радиус изгиба волоконно-оптического кабеля: | 19 mm | ||
| Ambient operating temperature: | -50 °C ... 250 °C | ||
| Fiber-optic cable cuttable: | - | ||
| Thread sleeve: | |
||
| Sleeve: | - | ||
| Dimensions end sleeve: | Ø 4,7 mm | ||
| 90° offset: | |
||
| Flat housing: | - | ||
| High flexible: | - | ||
| Long end sleeve: | - | ||
| Массив: | - | ||
| Высокая температура: | - | ||
| Oil / chemical resistent: | - | ||
| ЖК / прозрачный материал/ полупроводник: | - | ||
| Вакуум: | - | ||
| Робототехника: | - | ||
| Cветовозвращающее отражение: | - | ||
| Уровень жидкости: | - | ||
| Fiber length: | 900 mm | ||