fiber optic diffuse-reflection sensor, 0.3m, head: Stainless steel 35long Ø3.5 Ø5.6 Ø8, Light exit Axial, conductor: Glassfiber+Silicone, end piece: M18x1 Brass, Sn: 70, -40-180°C, IP67
Fiber optics in conjunction with the appropriate fiber optic amplifier are contactless and wear-free position switches that can also be used under harsh environmental conditions. They detect objects regardless of their nature (e.g. shape, color, surface structure, material). Since the fiber optic ends or heads have small dimensions and the fiber optics are also flexible, object detection in hard-to-reach places can be solved very elegantly. Fiber optics can be used without special precautions in potentially explosive atmospheres and in zones with electric and/or magnetic fields (high-voltage installations, electric welding equipment), since their function is not impaired by this. Fiber optics are available in versions for implementing the function as through-beam or diffuse reflection sensors.
fiber optic diffuse-reflection sensor, 0.33m, head: Stainless steel 25long Ø1.5 Ø6, Light exit Axial, conductor: Glassfiber+Stainless steel, end piece: M18x1 Brass, Sn: 15, -40-300°C, IP67
Fiber optics in conjunction with the appropriate fiber optic amplifier are contactless and wear-free position switches that can also be used under harsh environmental conditions. They detect objects regardless of their nature (e.g. shape, color, surface structure, material). Since the fiber optic ends or heads have small dimensions and the fiber optics are also flexible, object detection in hard-to-reach places can be solved very elegantly. Fiber optics can be used without special precautions in potentially explosive atmospheres and in zones with electric and/or magnetic fields (high-voltage installations, electric welding equipment), since their function is not impaired by this. Fiber optics are available in versions for implementing the function as through-beam or diffuse reflection sensors.
fiber optic diffuse-reflection sensor, 0.6m, head: Stainless steel 25long Ø1.5 Ø6, Light exit Axial, conductor: Glassfiber+Silicone, end piece: M18x1 Brass, Sn: 15, -40-180°C, IP67
Fiber optics in conjunction with the appropriate fiber optic amplifier are contactless and wear-free position switches that can also be used under harsh environmental conditions. They detect objects regardless of their nature (e.g. shape, color, surface structure, material). Since the fiber optic ends or heads have small dimensions and the fiber optics are also flexible, object detection in hard-to-reach places can be solved very elegantly. Fiber optics can be used without special precautions in potentially explosive atmospheres and in zones with electric and/or magnetic fields (high-voltage installations, electric welding equipment), since their function is not impaired by this. Fiber optics are available in versions for implementing the function as through-beam or diffuse reflection sensors.
fiber optic diffuse-reflection sensor, 0.6m, head: Stainless steel 95long Ø1.5 Ø6, 55mm flexible, Light exit Axial, conductor: Glassfiber+Silicone, end piece: M18x1 Brass, Sn: 15, -40-180°C, IP67
Fiber optics in conjunction with the appropriate fiber optic amplifier are contactless and wear-free position switches that can also be used under harsh environmental conditions. They detect objects regardless of their nature (e.g. shape, color, surface structure, material). Since the fiber optic ends or heads have small dimensions and the fiber optics are also flexible, object detection in hard-to-reach places can be solved very elegantly. Fiber optics can be used without special precautions in potentially explosive atmospheres and in zones with electric and/or magnetic fields (high-voltage installations, electric welding equipment), since their function is not impaired by this. Fiber optics are available in versions for implementing the function as through-beam or diffuse reflection sensors.
fiber optic diffuse-reflection sensor, 0.6m, head: Stainless steel 35long Ø3.5 Ø5.6 Ø8, Light exit Axial, conductor: Glassfiber+Silicone, end piece: M18x1 Brass, Sn: 70, -40-180°C, IP67
Fiber optics in conjunction with the appropriate fiber optic amplifier are contactless and wear-free position switches that can also be used under harsh environmental conditions. They detect objects regardless of their nature (e.g. shape, color, surface structure, material). Since the fiber optic ends or heads have small dimensions and the fiber optics are also flexible, object detection in hard-to-reach places can be solved very elegantly. Fiber optics can be used without special precautions in potentially explosive atmospheres and in zones with electric and/or magnetic fields (high-voltage installations, electric welding equipment), since their function is not impaired by this. Fiber optics are available in versions for implementing the function as through-beam or diffuse reflection sensors.
fiber optic diffuse-reflection sensor, 0.6m, head: Stainless steel 95long Ø6 Ø6, 55mm flexible, Light exit Axial, conductor: Glassfiber+Stainless steel, end piece: M18x1 Brass, Sn: 15, -40-300°C
Fiber optics in conjunction with the appropriate fiber optic amplifier are contactless and wear-free position switches that can also be used under harsh environmental conditions. They detect objects regardless of their nature (e.g. shape, color, surface structure, material). Since the fiber optic ends or heads have small dimensions and the fiber optics are also flexible, object detection in hard-to-reach places can be solved very elegantly. Fiber optics can be used without special precautions in potentially explosive atmospheres and in zones with electric and/or magnetic fields (high-voltage installations, electric welding equipment), since their function is not impaired by this. Fiber optics are available in versions for implementing the function as through-beam or diffuse reflection sensors.
fiber optic diffuse-reflection sensor, 1m, head: Stainless steel 20long Ø1.5 Ø6, Light exit Axial, conductor: Glassfiber+Silicone, end piece: M18x1 Brass, Sn: 10, -40-180°C, IP67
Fiber optics in conjunction with the appropriate fiber optic amplifier are contactless and wear-free position switches that can also be used under harsh environmental conditions. They detect objects regardless of their nature (e.g. shape, color, surface structure, material). Since the fiber optic ends or heads have small dimensions and the fiber optics are also flexible, object detection in hard-to-reach places can be solved very elegantly. Fiber optics can be used without special precautions in potentially explosive atmospheres and in zones with electric and/or magnetic fields (high-voltage installations, electric welding equipment), since their function is not impaired by this. Fiber optics are available in versions for implementing the function as through-beam or diffuse reflection sensors.
fiber optic diffuse-reflection sensor, 1m, head: Stainless steel 95long Ø1.5 Ø6, 55mm flexible, Light exit Axial, conductor: Glassfiber+Silicone, end piece: M18x1 Brass, Sn: 10, -40-180°C, IP67
Fiber optics in conjunction with the appropriate fiber optic amplifier are contactless and wear-free position switches that can also be used under harsh environmental conditions. They detect objects regardless of their nature (e.g. shape, color, surface structure, material). Since the fiber optic ends or heads have small dimensions and the fiber optics are also flexible, object detection in hard-to-reach places can be solved very elegantly. Fiber optics can be used without special precautions in potentially explosive atmospheres and in zones with electric and/or magnetic fields (high-voltage installations, electric welding equipment), since their function is not impaired by this. Fiber optics are available in versions for implementing the function as through-beam or diffuse reflection sensors.
fiber optic diffuse-reflection sensor, 1m, head: Stainless steel 35long Ø3.5 Ø5.6 Ø8, Light exit Axial, conductor: Glassfiber+Silicone, end piece: M18x1 Brass, Sn: 60, -40-180°C, IP67
Fiber optics in conjunction with the appropriate fiber optic amplifier are contactless and wear-free position switches that can also be used under harsh environmental conditions. They detect objects regardless of their nature (e.g. shape, color, surface structure, material). Since the fiber optic ends or heads have small dimensions and the fiber optics are also flexible, object detection in hard-to-reach places can be solved very elegantly. Fiber optics can be used without special precautions in potentially explosive atmospheres and in zones with electric and/or magnetic fields (high-voltage installations, electric welding equipment), since their function is not impaired by this. Fiber optics are available in versions for implementing the function as through-beam or diffuse reflection sensors.
fiber optic diffuse-reflection sensor, 2.5m, head: Stainless steel 35long Ø3.5 Ø5.6 Ø8, Light exit Axial, conductor: Glassfiber+Stainless steel, end piece: M18x1 Brass, -40-300°C
Fiber optics in conjunction with the appropriate fiber optic amplifier are contactless and wear-free position switches that can also be used under harsh environmental conditions. They detect objects regardless of their nature (e.g. shape, color, surface structure, material). Since the fiber optic ends or heads have small dimensions and the fiber optics are also flexible, object detection in hard-to-reach places can be solved very elegantly. Fiber optics can be used without special precautions in potentially explosive atmospheres and in zones with electric and/or magnetic fields (high-voltage installations, electric welding equipment), since their function is not impaired by this. Fiber optics are available in versions for implementing the function as through-beam or diffuse reflection sensors.
fiber optic diffuse-reflection sensor, 0.6m, head: Stainless steel, Light exit Axial, conductor: Glassfiber+Silicone, end piece: M18x1 Brass
Fiber optics in conjunction with the appropriate fiber optic amplifier are contactless and wear-free position switches that can also be used under harsh environmental conditions. They detect objects regardless of their nature (e.g. shape, color, surface structure, material). Since the fiber optic ends or heads have small dimensions and the fiber optics are also flexible, object detection in hard-to-reach places can be solved very elegantly. Fiber optics can be used without special precautions in potentially explosive atmospheres and in zones with electric and/or magnetic fields (high-voltage installations, electric welding equipment), since their function is not impaired by this. Fiber optics are available in versions for implementing the function as through-beam or diffuse reflection sensors.
fiber optic diffuse-reflection sensor, 0.3m, head: Stainless steel 20long Ø1.5 Ø6, Light exit Axial, conductor: Glassfiber+Silicone, end piece: M18x1 Brass, Sn: 15, -40-180°C, IP67
Fiber optics in conjunction with the appropriate fiber optic amplifier are contactless and wear-free position switches that can also be used under harsh environmental conditions. They detect objects regardless of their nature (e.g. shape, color, surface structure, material). Since the fiber optic ends or heads have small dimensions and the fiber optics are also flexible, object detection in hard-to-reach places can be solved very elegantly. Fiber optics can be used without special precautions in potentially explosive atmospheres and in zones with electric and/or magnetic fields (high-voltage installations, electric welding equipment), since their function is not impaired by this. Fiber optics are available in versions for implementing the function as through-beam or diffuse reflection sensors.
fiber optic diffuse-reflection sensor, 0.3m, head: Stainless steel 25long Ø1.5 Ø6, Light exit Axial, conductor: Glassfiber+Silicone, end piece: M18x1 Brass, Sn: 15, -40-180°C, IP67
Fiber optics in conjunction with the appropriate fiber optic amplifier are contactless and wear-free position switches that can also be used under harsh environmental conditions. They detect objects regardless of their nature (e.g. shape, color, surface structure, material). Since the fiber optic ends or heads have small dimensions and the fiber optics are also flexible, object detection in hard-to-reach places can be solved very elegantly. Fiber optics can be used without special precautions in potentially explosive atmospheres and in zones with electric and/or magnetic fields (high-voltage installations, electric welding equipment), since their function is not impaired by this. Fiber optics are available in versions for implementing the function as through-beam or diffuse reflection sensors.
fiber optic diffuse-reflection sensor, 3m, head: Stainless steel 25long Ø1.5 Ø6, Light exit Axial, conductor: Glassfiber+Stainless steel, end piece: M18x1 Brass, Sn: 5, -40-300°C, IP67
Fiber optics in conjunction with the appropriate fiber optic amplifier are contactless and wear-free position switches that can also be used under harsh environmental conditions. They detect objects regardless of their nature (e.g. shape, color, surface structure, material). Since the fiber optic ends or heads have small dimensions and the fiber optics are also flexible, object detection in hard-to-reach places can be solved very elegantly. Fiber optics can be used without special precautions in potentially explosive atmospheres and in zones with electric and/or magnetic fields (high-voltage installations, electric welding equipment), since their function is not impaired by this. Fiber optics are available in versions for implementing the function as through-beam or diffuse reflection sensors.
fiber optic diffuse-reflection sensor, 1.5m, head: Stainless steel 35long Ø3.5 Ø5.6 Ø8, Light exit Axial, conductor: Glassfiber+Silicone, end piece: M18x1 Brass, Sn: 50, -40-180°C, IP67
Fiber optics in conjunction with the appropriate fiber optic amplifier are contactless and wear-free position switches that can also be used under harsh environmental conditions. They detect objects regardless of their nature (e.g. shape, color, surface structure, material). Since the fiber optic ends or heads have small dimensions and the fiber optics are also flexible, object detection in hard-to-reach places can be solved very elegantly. Fiber optics can be used without special precautions in potentially explosive atmospheres and in zones with electric and/or magnetic fields (high-voltage installations, electric welding equipment), since their function is not impaired by this. Fiber optics are available in versions for implementing the function as through-beam or diffuse reflection sensors.
fiber optic diffuse-reflection sensor, 0.6m, head: Stainless steel 39long M4x0.7 Ø8, Light exit Axial, conductor: Glassfiber+Silicone, end piece: M18x1 Brass, Sn: 70, -40-180°C, IP67
Fiber optics in conjunction with the appropriate fiber optic amplifier are contactless and wear-free position switches that can also be used under harsh environmental conditions. They detect objects regardless of their nature (e.g. shape, color, surface structure, material). Since the fiber optic ends or heads have small dimensions and the fiber optics are also flexible, object detection in hard-to-reach places can be solved very elegantly. Fiber optics can be used without special precautions in potentially explosive atmospheres and in zones with electric and/or magnetic fields (high-voltage installations, electric welding equipment), since their function is not impaired by this. Fiber optics are available in versions for implementing the function as through-beam or diffuse reflection sensors.
fiber optic diffuse-reflection sensor, 0.3m, head: Aluminum 30x16x10 line, Light exit Axial, conductor: Glassfiber+Silicone, end piece: M18x1 Brass, Sn: 120, -40-180°C, IP67
Fiber optics in conjunction with the appropriate fiber optic amplifier are contactless and wear-free position switches that can also be used under harsh environmental conditions. They detect objects regardless of their nature (e.g. shape, color, surface structure, material). Since the fiber optic ends or heads have small dimensions and the fiber optics are also flexible, object detection in hard-to-reach places can be solved very elegantly. Fiber optics can be used without special precautions in potentially explosive atmospheres and in zones with electric and/or magnetic fields (high-voltage installations, electric welding equipment), since their function is not impaired by this. Fiber optics are available in versions for implementing the function as through-beam or diffuse reflection sensors.