The retro-reflex sensor works with a fine laser beam and a reflector. The collimated laser
The retro-reflex sensor works with a fine laser beam and a reflector. The collimated laser beam of laser class 1 detects objects, for instance, when conducting installation, feed or presence controls, starting at a size of 0.75 millimeter over the entire range. The IO-Link interface can be used to configure retro-reflective barriers (PNP/NPN, NC/NO, switching…
Condition monitoring Special for glass, PET and films No blind spot from single-lens optic
Condition monitoring Special for glass, PET and films No blind spot from single-lens optics Robust stainless steel housing with IP69K The retro-reflex barrier for clear glass recognition works with red light and a reflector. Where conventional retro-reflex light barriers reach their limits, this retro-reflective barrier for clear glass recognition ensures that extremely shiny objects like…
Also suitable for glossy and reflective objects Condition monitoring High switching freque
Also suitable for glossy and reflective objects Condition monitoring High switching frequency Robust stainless steel housing with IP69K The retro-reflex barrier works with red light and a reflector. It also reliably detects objects with reflective or glossy surfaces at high speeds. Thanks to its great range, the sensor can, for example, be used to manage…
Condition monitoring High switching frequency Detect extremely small parts starting at 1 m
Condition monitoring High switching frequency Detect extremely small parts starting at 1 mm Robust stainless steel housing with IP69K The retro-reflex sensor works with a fine laser beam and a reflector. The laser class 1 collimated laser beam detects objects, for instance, when checking installation, feed or presence, starting at a size of one millimeter…
A reflector must be used in combination with these sensors. They can be installed in all k
A reflector must be used in combination with these sensors. They can be installed in all kinds of industrial environments thanks to ample functional reserve. Even reflective objects can be reliably recognized through the use of polarized light.
Thanks to fine focusing optics the background is suppressed beyond 50 mm.
Thanks to fine focusing optics the background is suppressed beyond 50 mm.
These sensors can measure distances and display analog output. Their high resolution and w
These sensors can measure distances and display analog output. Their high resolution and wide variety of measuring ranges allow them to be used in innumerable applications. The output signal is practically independent of the object’s color.
These sensors detect distance by measuring angles. They are particularly good at recognizi
These sensors detect distance by measuring angles. They are particularly good at recognizing objects in front of any background. The color, shape and surface characteristics of the object have practically no influence on sensor switching performance.
These sensors detect distance by measuring angles. They are particularly good at recognizi
These sensors detect distance by measuring angles. They are particularly good at recognizing objects in front of any background. The color, shape and surface characteristics of the object have practically no influence on sensor switching performance.
These sensors are equipped with an analog output, as well as a digital output. The upper a
These sensors are equipped with an analog output, as well as a digital output. The upper and lower switching points of the digital output can be adjusted with two potentiometers. The digital output is activated when an object is located within the window defined in this way.
These sensors detect distance by measuring angles. They are particularly good at recognizi
These sensors detect distance by measuring angles. They are particularly good at recognizing objects in front of any background. The color, shape and surface characteristics of the object have practically no influence on sensor switching performance.
The transmitter and receiver in these sensors are located in a single housing. The sensor
The transmitter and receiver in these sensors are located in a single housing. The sensor evaluates transmitted light reflected back from the object. The output is switched as soon as an object passes the selected range. Bright objects reflect more light than dark objects, and can thus be recognized from greater distances.
InoxSens is the hygiene series from wenglor. The innovative design of InoxSens sensors all
InoxSens is the hygiene series from wenglor. The innovative design of InoxSens sensors allows contamination and cleaning agents to flow off by themselves. A variety of components form a complete system which integrates seamlessly into the machine.
The reflex sensor works with red light according to the principle of energy and is designe
The reflex sensor works with red light according to the principle of energy and is designed to detect objects without a background. The switching distance is set for a given object. Note that: Bright objects reflect transmitted light better than dark objects. Dark (matte) objects can also be differentiated from bright (glossy) objects. This means…
These sensors detect distance by measuring angles. They are particularly good at recognizi
These sensors detect distance by measuring angles. They are particularly good at recognizing objects in front of any background. The color, shape and surface characteristics of the object have practically no influence on sensor switching performance.
Condition monitoring Low switching distance deviation for black/white Reliably detect obje
Condition monitoring Low switching distance deviation for black/white Reliably detect objects against any background Robust stainless steel housing with IP69K The reflex sensor with background suppression works with red light according to the angle measurement principle and is suitable for the detection of objects against any background. The sensor always has the same switching distance,…
Condition monitoring Detect extremely small parts starting at 0.1 mm Laser class 1 Robust
Condition monitoring Detect extremely small parts starting at 0.1 mm Laser class 1 Robust stainless steel housing with IP69K The reflex sensor with background suppression works with laser light according to the angle measurement principle and is designed to detect objects against any background. The sensor always has the same switching distance, regardless of the…
Dessa sensorer fungerar enligt det energetiska principen. Ljuset skickas genom en fiberopt
Dessa sensorer fungerar enligt det energetiska principen. Ljuset skickas genom en fiberoptisk kabel och tas emot genom den andra. Förstärkaren kan anpassas till en mängd olika applikationskrav med hjälp av olika plastfiberoptiska kablar eller fiberoptiska kablar med adapter nr 4. Kopplingspunkten kan enkelt justeras med potentiometern. Både de fiberoptiska kablarna och sensorerna kan monteras utan…
Dessa sensorer fungerar enligt det energetiska principen. Ljuset skickas genom en fiberopt
Dessa sensorer fungerar enligt det energetiska principen. Ljuset skickas genom en fiberoptisk kabel och tas emot genom en annan. Förstärkaren kan anpassas till en mängd olika applikationskrav med hjälp av olika plastfiberoptiska kablar eller fiberoptiska kablar med adapter nr 4. Kopplingspunkten kan enkelt justeras med potentiometern. Både de fiberoptiska kablarna och sensorerna kan monteras utan…
Dessa sensorer fungerar enligt det energetiska principen. Ljuset skickas genom en fiberopt
Dessa sensorer fungerar enligt det energetiska principen. Ljuset skickas genom en fiberoptisk kabel och tas emot genom en annan. Förstärkaren kan anpassas till en mängd olika applikationskrav med hjälp av olika plastfiberoptiska kablar eller fiberoptiska kablar med adapter nr 4. Displayen visar både kopplingströskeln och den för närvarande mottagna signalen. Tack vare sin intuitiva inställning…
InoxSens is the hygiene series from wenglor. The innovative design of InoxSens sensors all
InoxSens is the hygiene series from wenglor. The innovative design of InoxSens sensors allows contamination and cleaning agents to flow off by themselves. A variety of components form a complete system which integrates seamlessly into the machine.
The through-beam sensor works with a fine laser beam as well as a transmitter and a receiv
The through-beam sensor works with a fine laser beam as well as a transmitter and a receiver. The collimated laser beam of laser class 1 detects objects, for instance, when conducting installation, feed or presence controls, starting at a size of just 0,6 millimeters. The transmitter can be deactivated using test input in order to…
The through-beam sensor works with red light as well as a transmitter and a receiver. Than
The through-beam sensor works with red light as well as a transmitter and a receiver. Thanks to their high light intensity, the sensor provides a high degree of operational reliability even with interferences like steam, fog or dust. The transmitter can be deactivated using test input in order to test the functionality of the through-beam…
These through-beam sensors are best suited for use in industrial environments. Thanks to t
These through-beam sensors are best suited for use in industrial environments. Thanks to their large working range, the devices demonstrate excellent functional reliability in highly contaminated environments. The sensors can be checked for correct functioning via the test input.
These through-beam sensors are best suited for use in industrial environments. Thanks to t
These through-beam sensors are best suited for use in industrial environments. Thanks to their large working range, the devices demonstrate excellent functional reliability in highly contaminated environments. The sensors can be checked for correct functioning via the test input.
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