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SICK Photoelectric sensors

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SICK Photoelectric sensors

SICK Photoelectric sensors

Featuring a wide range of sensors that are reliable even under challenging conditions, the W4F product family is highly  appreciated where smart automation meets tight installation specifications. Intelligent monitoring and predictive maintenance are possible with Smart Sensors in modern Industry 4.0 applications.

For intelligent automation, you need a reliable solution. To meet the demands of a variety of applications, SICK photoelectric sensors offer the reliable solution. With high detection quality, SICK sensors increase machine productivity as well as quality of results.

Advantages

Versatile, reliable, first-class

SICK’s wide range of photoelectric sensors provides various automation engineering applications across the globe with both effective and efficient results. Using SICK’s own ASIC to deliver the highest level of operation safety, combined with modern optical technologies, SICK’s photoelectric sensors are available in a wide variety of designs and materials. In the modern production process, additional sensor information via IO-Link is helpful for reducing complexity.

As SICK handles all engineering, from the design of microchips o the implementation of photoelectric sensors, customization for special applications or customer requirements is quick and tailored to meet your requirements.

SICK Photoelectric sensors

Comprehensive detection

A wide range of object types and qualities can now be detected by SICK photoelectric sensors thanks to SIRIC®, the company's own ASIC. Digital signal processing concepts can now be integrated into photoelectric sensors. A sensor with this technology is more powerful and highly resistant to any optical or electromagnetic influence than ever before. They can easily be integrated into automation networks with the help of modern communication options. Any object can be detected using sensors from SICK reliability. Regardless of how dark or transparent, how fast or small, how perforated or glossy, how uneven or covered in film, how near or how far away. The highest level of quality is guaranteed.

All conditions, regulations and standards

SICK photoelectric sensors perform reliably no matter what the conditions. They provide reliable detection results even in strong ambient light conditions or in the presence of disruptive background reflections. The rugged design allows them to withstand high mechanical stresses, including shock and vibration, and they also resist electromagnetic interference. With SICK sensors, you don't have to worry about moisture, dust, extreme temperatures, or a change in temperature, or even chemical and cleaning agents. All the relevant norms and standards required by the industry today are met by them. The European Union conformity, the UL standard, and RoHS certification are just a few examples. As a matter of fact, SICK test guidelines often go beyond what is required by law and market requirements.

For every type of machine

The photoelectric sensors from SICK are available in a variety of sizes and types in order to fit into any machine. In terms of housing materials, you can choose from stainless steel, VISTALTM, metal, plastics, or Teflon® coating. Moreover, you can easily connect the sensors and operate them in a variety of ways. It is easy to mount and set up all the sensors from SICK.

From small to large – SICK laser expertise

Photoelectric sensors with laser innovation are the main decision with regards to distinguishing minuscule articles and location under testing surrounding conditions. They are the ideal arrangement considerably under basic encompassing conditions like reflections from gleaming surfaces, surrounding light from current energy-saving lights, in case of confined space, or when recognition through little drill openings is required.

Photoelectric sensors with laser innovation are the main decision with regards to distinguishing minuscule articles and location under testing surrounding conditions. They are the ideal arrangement considerably under basic encompassing conditions like reflections from gleaming surfaces, surrounding light from current energy-saving lights, in case of confined space, or when recognition through little drill openings is required.

Detection of extremely small objects

The extremely small light spots provide the ideal starting point for precise object and feature detection in automation – even when detecting tiny objects.

Fast commissioning

Sharply focused and intense laser light spots make laser sensors quick and easy to align. This saves time and money during commissioning of machines and plants.