Telemecanique Sensors, Osiris XUX Series Reflector for Use with XU Series, RoHS Standard

Need to keep track of the movement of objects or equipment in your industrial workspace? Team this reflector with any photoelectric sensing module from Telemecanique Sensors. It bounces back a light beam sent from the transmitter unit to help give you an accurate picture of what's going on in your system. Thanks to its 80mm diameter, the device is capable of working over long distances but small enough to fit neatly into confined spaces. Plus, at a super-light 30g, it won't strain your setup.

• Maximum sensing distance of 21m for large-scale applications

• Food and beverage production

In short, it enables retroreflective sensing, a method for managing high-tech logistics. When paired with a photoelectric transmitter/receiver module, the reflector catches and returns a beam of electromagnetic radiation to create an invisible, unbroken field. If an object passes through that field, the beam is disrupted and the receiver interprets the altered intensity to report the presence, absence or distance of whatever you need to count.

Telemecanique OsiSense XU Photoelectric sensors provide you everything you require from photoelectric proximity sensors for applications within material handling to food and beverage industries. Various functions are available, diffuse mode, (BGS) Background suppression, polarize reflex, laser reflex and through-beam and through beam. The UX range further is available in 4 internationally recognised formats: Included within the XU range are compatible Sensor Refelectors.

An OsiSense Photoelectric has a light beam transmitter (light-emitting diode, LED) and a light-sensitive receiver (photo-transistor). A light-emitting diode is an electronic semi-conductor component emitting light when electric current flows through it. The light can be visible or invisible, depending on the transmission wavelength.;An object is detected when it enters the transmitted light beam and, in so doing, affects the intensity of the light at the receiver. ;Depending on the model and application requirements, the transmission beam is either non-visible infrared or ultraviolet (for detection of luminescent materials). It may also be a visible red or green (for colour mark reading etc.) and laser red (for long sensing distance and short focal length).;The advantage of LEDs is their very fast response. To render the system insensitive to ambient light, the current flowing through the LED is modulated to produce a pulsed light transmission. Only the pulsed signal will be used by the photo-transistor and processed to control the load.

Through-Beam or Multimode (set in through-beam mode).

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Polarised Reflex system or Multimode (with sensor reflector accessory).

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Multimode sensor (with sensor reflector accessory).

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Diffuse System or Multimode.

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Optical Forks.