Sick Light Intensity Sensors 12.5 mm, , PNP, 100 mA, 12 → 24 V dc, IP67

OverviewAt a glanceLuminescence sensor in a miniature housing Static and dynamic teach-in methods in a single variant Reliable detection even at a low level luminescence Switching frequency: 6 kHz Operating range: 8 .. 20 mm IO-Link function Compatibility with older LUT sensors thanks to cable with male connector M12Your BenefitMiniature housing enables installation in small spaces Quick and easy commissioning saves time and costs Increased switching frequency for improved machine productivity Enhanced, intelligent diagnostics and visualization of sensor parameters, as well as quick and easy format changes, thanks to IO-Link functionEnhanced performance for fluorescent materials: The new LUTM luminescence sensor from SICK features a novel miniature housing combined with an IO-Link function. The LUTM is ideal for all applications where fluorescent marks need to be reliably detected in confined spaces. Even when the level of luminescence is low, the LUTM detects the relevant marks using its enhanced system sensitivity. This mini luminescence sensor can be set using a straightforward teach-in method. The innovative IO-Link function enables enhanced, intelligent diagnostics and visualization of sensor parameters, as well as provide quick and easy format changes. Thanks to an increased switching frequency of up to 6 kHz, the LUTM is also suitable for high machine production capacities.ApplicationsDetection of visible and invisible marks with a high level of luminescence on labels, documents, and products that illuminate under UV light. Detection of knot holes in the wood industry Presence monitoring for labels and package inserts in the pharmaceutical industry Detection of invisible marks in the luxury food industry Detection of luminescent marks for positioning labels and presence detection of labels in the packaging industry Detection of visible and invisible marks with a high level of luminescence on labels, documents, and products that illuminate under UV light. Detection of knot holes in the wood industry Spliceband detectionNote