Sick Sensors > Sick Photoelectric Sensor Solution
Sick Sensors Sick photoelectric sensor solution
Anyone who has run into a clear doorway knows that seeing through issues isn’t constantly an excellent idea.
On the other hand for transparent or highly reflective objects this dose not apply. They can be reliably sensed by utilizing Sick sensors - glass photoelectric sensors - even in harsh industrial environment.
Items for instance > transparent packaging, bottles which are made of glass , PET, ampoules, pipettes, flat, tubular and hollow glass, films for securing loads on pallets inside a transparent world, automators have to take care of manufacturing processes. This globe is vast in itself as product, capabilities, processes and ambient conditions differ in various industries and even from one particular batch to yet another. This implies that sensors ought to be designed to become in a position to cope with various applications and make future-proof solutions a possibility.
A range of specifications.
Glass photoelectric sensors should meet a wide range of requirements. The top priority of the sensors is that they may be precise and they have dependable detection of transparent objects. Mechanical, thermal and chemical stableness are as considerably in demand as a high degree of robustness against optical disruption factors from the environmental. Various assembly area, electric connection systems and the excellent sensor learning ability. For instance concerning incorporation into a machines communication structures, have to be taken into consideration. Also intuitive operation in the sensors, quick and uncomplicated commissioning are needed also.
Sick sensors provides the solution portfolio for the world of transparency.
The portfolio from Sick sensors gives highly efficient photoelectric retro-respective sensors. The Sick WLG4S-3 in Inox miniature housing is often a space saver. It has convincing efficiency thanks to dependable detection of very transparent objects; it has an automatic switching threshold adjustment, hygienic style and has the capability of a I0-Link.
The Sick WL11G-2 is really a compact photoelectric sensor using a powerful polyma housing that is “number reliable” for common use in detecting transparent objects for example glass bottles. It also delivers resistance against high pressure washing.
The Sick WL12G-3 with and without realignment of the switching tolerance ensures top rated precision and dependability when sensing very transparent objects in highly challenging industrial configurations. You have the alternative to have the metal housing to become coated in Teflon. Basic teaching at the push of a button makes it possible for uncomplicated and time-saving commissioning from the IO-Link capable sensor.
The most recent technology highlight among the “transparent ones” will be the Sick WL9G-3 . This sick sensor is compact and is the 1st glass photoelectric sensor that functions digital signal processing. Its strength would be the high-precision solution of setting the adjustable switching point, which enhances device availability in harsh environments. The housing is made of tough VISTAL polyma also as specific sensor assembly make certain a high degree of stability and seal tightness. The I-O link is out there for the Sick WL9G-3 too.
Sick sensors glass photoelectric sensors are a appropriate sensor remedy available for nearly any application therefore providing the world of transparency maximum features, handing and investment security in each and every operating event.