These sensors work with a high-resolution CMOS line and DSP technology and determine dista
These sensors work with a high-resolution CMOS line and DSP technology and determine distance using angular measurement. As a result, material, color and brightness related measurement differences are virtually eliminated.
These sensors work with a high-resolution CMOS line and DSP technology and determine dista
These sensors work with a high-resolution CMOS line and DSP technology and determine distance using angular measurement. As a result, material, color and brightness related switching point differences are virtually eliminated. Two independent switching outputs are available, at which two switching thresholds and one on or off-delay time (in 10 ms steps) can be configured….
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.
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.
The P3PC321 utilizes a fine red laser beam and high-resolution CMOS line to measure distan
The P3PC321 utilizes a fine red laser beam and high-resolution CMOS line to measure distances from 60 to 660 mm with a reproducibility of up to 550 µm. Featuring TripleA technology, it ensures high precision, temperature stability, and material independence. The sensor offers two independent switching outputs, integrated jump detection, and an intuitive OLED display…
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.
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.
These sensors work with a high-resolution CMOS line and DSP technology and determine dista
These sensors work with a high-resolution CMOS line and DSP technology and determine distance using angular measurement. Sensors with Industrial Ethernet make the analog and digital input cards at control units unnecessary, as all service and measurement data is read, analyzed and processed in the control unit in real time, without the need for conversion….
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.
These sensors have scratch-resistant optics and the emitted light can be switched off. The
These sensors have scratch-resistant optics and the emitted light can be switched off. They use the transit time measurement principle to measure the distance between the sensor and the object. wenglor interference-free technology (WinTec) has revolutionized sensor technology:It makes it possible to mount several sensors directly next to, or opposite each other without the sensors…
The Retro-Reflex Sensor with Light Band scans a significantly larger range than a retro-re
The Retro-Reflex Sensor with Light Band scans a significantly larger range than a retro-reflex sensor with a dot-shaped light spot. This makes it ideally suitable for reliably detecting the front edges of objects with irregular shapes or variable sizes. The sensor´s collimated laser light is absolutely homogeneous and can thus be precisely aligned to the…
The Retro-Reflex Sensor with Light Band scans a significantly larger range than a retro-re
The Retro-Reflex Sensor with Light Band scans a significantly larger range than a retro-reflex sensor with a dot-shaped light spot. This makes it ideally suitable for reliably detecting the front edges of objects with irregular shapes or variable sizes. The sensor´s collimated laser light is absolutely homogeneous and can thus be precisely aligned to the…
The Retro-Reflex Sensor with Light Band scans a significantly larger range than a retro-re
The Retro-Reflex Sensor with Light Band scans a significantly larger range than a retro-reflex sensor with a dot-shaped light spot. This makes it ideally suitable for reliably detecting the front edges of objects with irregular shapes or variable sizes. The sensor´s collimated laser light is absolutely homogeneous and can thus be precisely aligned to the…
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 retro-reflex sensor works with red light and a reflector. It also reliably detects obj
The retro-reflex sensor 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 feed and presence controls as well as to detect objects on wide feed belts. The IO-Link interface can…
These miniature sensors determine distance between the sensor and the object by means of t
These miniature sensors determine distance between the sensor and the object by means of transit time measurement. wenglor’s interference-free technology (WinTec) is revolutionizing sensor technology: it prevents numerous sensors arranged directly opposite or next to each other from interfering with one another. The sensors reach a very high switching frequency and use laser class 1,…
The high-performance distance sensor with compact format accurately determines distance be
The high-performance distance sensor with compact format accurately determines distance between the sensor and the object on the basis of transit time measurement. Two mutually independent switching outputs and the intelligent IO-Link interface permit multifunctional use for precisely ascertaining distance to an object, or for detecting the object at any two switching points. A large…
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…
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…
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…
The sensors function in accordance with the principle of transit time measurement with las
The sensors function in accordance with the principle of transit time measurement with laser class 1. The wintec with Dynamic Sensitivity technology (DS) enables previously unattainable reception sensitivity even with very weak signals. As a result, the sensors have a large working range of up to 10 m and can reliably detect dark or shiny…
The sensors function in accordance with the principle of transit time measurement with las
The sensors function in accordance with the principle of transit time measurement with laser class 1. The wintec with Dynamic Sensitivity technology (DS) enables previously unattainable reception sensitivity even with very weak signals. As a result, the sensors have a large working range of up to 10 m and can reliably detect dark or shiny…
The sensors function in accordance with the principle of transit time measurement with las
The sensors function in accordance with the principle of transit time measurement with laser class 1. The wintec with Dynamic Sensitivity technology (DS) enables previously unattainable reception sensitivity even with very weak signals. As a result, the sensors have a large working range of up to 10 m and can reliably detect dark or shiny…
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