SICK Background Suppression Photoelectric Sensor, Miniature Sensor, 7 → 120 mm Detection Range IO-LINK

With the W4F, high performance and smart automation are now also available in a miniature size. The miniature sensor is the perfect complement to the product range of a new generation of opto-electronic sensors such as the W16 and W26 and, thanks tithe new ASIC technology from SICK, consistently delivers extremely reliable detection results. This allows for versatile use in a wide range of challenging installation situations.

Thanks to Foreground Suppression, Double Line, V-optics and MultiSwitch, the W4F is a high-performance application specialist: Background suppression is improved, and flat, highly-reflective and transparent objects are detected even more precisely. In addition, the W4F as Smart Sensors make monitoring and diagnostics easier than ever beforehand enable future-proof use in I4.0 plants.

Technologies: Foreground Suppression, Double Line, V-optics and MultiSwitch
Two switching points and distance value output in one device
Diffuse sender LED for ambient light suppression
Blue Pilot: Teach-Turn adjustment with optical sensing range and alignment aid
Smart Sensor: Latest diagnostics and monitoring functions
VISTAL® housing

Solution for particularly challenging detection tasks in tight installation spaces
Very high reliability through powerful background suppression and excellent detection of flat, highly-reflective and transparent
objects
Two switching points as well as the output of distance values expand the application possibilities
Flexible use thanks to high optical reliability
The highly-visible light spot combined with the intuitive Blue Pilot operating interface enables set-up in mere seconds
Maximum monitoring and process reliability thanks to intelligent monitoring and predictive maintenance
As Smart Sensors, fit for Industry 4.0

Checking of storage space occupancy
Detection of flat and glossy packages on conveyor belts
Equidistant infeed of products
Feed monitoring of label films
Presence monitoring of products during transfer into packaging
Positioning of hot glue nozzles
Detection and identification of 1D codes on test tubes
Detection and identification of 2D codes on test tubes
Presence check for paper
Paper tear monitor
Detection of paper edges
Leading edge detection and presence checking
Sheet presence and punch monitoring
Sheet presence and position monitoring
Presence monitoring and counting process
Monitoring the material transportation
Access protection with muting on belt conveyors
Protrusion monitoring on the tray stack
Checking presence and level monitoring in a vibratory bowl feeder
Level monitoring in the parts bunker
Checking presence at the dispenser
Reliable detection of irregular objects
Fibre break monitoring for warp production
Reliable detection even of reflective safety vests
Angled detection of printed circuit boards
Occupation checking of trays
Intelligent occupancy detection of work piece carriers
Reliable detection on roller or chain link belts
Detection of flat objects on conveyor belts
Reliable detection of solar cells
Intelligent position and deflection detection
Detection, measurement, and positioning of the solar glass substrate
Protrusion monitoring of solar glass substrates
Detection of parcels on double conveyor belts
Reference positioning
Protrusion detection at the shuttle
Fine positioning of the lifting unit
Complete monitoring of the load status by means of a photoelectric proximity sensor directly integrated into the load handling device