Registration Sensors

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WFS3-40P415, Sick

WFS3 Fork Sensors Slim fork shape housing Dynamic teach-in via external teach or control panel and manual fine adjustment with +/- buttons Fast response time of 50 μs Switching output also during teach-in active IP65 plastic housing Fork width: 3 mm, Fork depth:42 mm

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KTM-WN117A1P, Sick

Overview At a glance Small, tried-and-tested housing, also available in stainless steel High grayscale resolution Very large dynamic range means reliable detection of contrasts on glossy materials Static and dynamic teach-in in one variant Switching frequency: 15 kHz KTM Prime with IO-LInk functions Your Benefit Small housing allows installation even where space is limited Powerful, fast contrast sensor ensures high machine throughput Three-color LED technology allows a reliable process, with contrast marks detected even in conditions with weak contrast ratios Good contrast resolution and a very large dynamic range ensure good detection performance on glossy materials, thus increasing the range of application possibilities Various teach-in methods enable more flexible commissioning Long service life, even in harsh environments, thanks to stainless steel housing as a result, excellent system throughput and low spare parts costs Enhanced diagnostics and visualization of sensor parameters, as well as quick and easy format changes, since parameter settings can be downloaded via IO-Link Top performance for universal, space-saving use in the packaging industry even under harsh conditions: The new KTM prime contrast sensor from SICK features a high grayscale resolution and is integrated into a small, tried-and-tested housing that is also available in stainless steel. The optimized OES4 ASIC technology and a response time of 35 μs ensure reliable and accurate detection of contrast marks, even on glossy materials. The various teach-in methods (dynamic, static, and switching threshold near the marks) ensure greater flexibility during commissioning. The integrated IO-Link interface can be used to access the parameter settings. This speeds up and simplifies format changes. The KTM reliably detects marks even in conditions with weak contrast ratios and is therefore ideal for use in a wide range of applications in the stainless steel version, it can even be used in harsh env...

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KTM-WP11182P, Sick

Overview At a glance Small, tried-and-tested housing, also available in stainless steel High grayscale resolution Very large dynamic range means reliable detection of contrasts on glossy materials Static and dynamic teach-in in one variant Switching frequency: 15 kHz KTM Prime with IO-LInk functions Your Benefit Small housing allows installation even where space is limited Powerful, fast contrast sensor ensures high machine throughput Three-color LED technology allows a reliable process, with contrast marks detected even in conditions with weak contrast ratios Good contrast resolution and a very large dynamic range ensure good detection performance on glossy materials, thus increasing the range of application possibilities Various teach-in methods enable more flexible commissioning Long service life, even in harsh environments, thanks to stainless steel housing as a result, excellent system throughput and low spare parts costs Enhanced diagnostics and visualization of sensor parameters, as well as quick and easy format changes, since parameter settings can be downloaded via IO-Link Top performance for universal, space-saving use in the packaging industry even under harsh conditions: The new KTM prime contrast sensor from SICK features a high grayscale resolution and is integrated into a small, tried-and-tested housing that is also available in stainless steel. The optimized OES4 ASIC technology and a response time of 35 μs ensure reliable and accurate detection of contrast marks, even on glossy materials. The various teach-in methods (dynamic, static, and switching threshold near the marks) ensure greater flexibility during commissioning. The integrated IO-Link interface can be used to access the parameter settings. This speeds up and simplifies format changes. The KTM reliably detects marks even in conditions with weak contrast ratios and is therefore ideal for use in a wide range of applications in the stainless steel version, it can even be used in harsh env...

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42JT-C2LAT1-F4, Allen Bradley

Bulletin 42JT VisiSight Miniature Photoelectric Sensors Allen Bradley 42JT VisiSight photoelectric sensors offer a small rectangular package with visible light beam for ease of alignment and industry standard mounting hole spacing. Each model offers PNP or NPN and light operate or dark operate outputs. IO-Link enabled sensors offer advanced features and diagnostics including Automatic Device Configuration, multiple profiles, trending, descriptive tags, and device-specific parameters Features and Benefits IO-Link communication Class 1 ""Eye Safe"" red laser beam Auto PNP/NPN output Teach push button for sensitivity and LO/DO selection IP69K and ECOLAB rated enclosure Visible red LED light source for ease of alignment Clear object detection Colour and contrast detection Mounting hole spacing of 25.4 mm

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42JT-F5LET1-P4, Allen Bradley

Bulletin 42JT VisiSight Miniature Photoelectric Sensors Allen Bradley 42JT VisiSight photoelectric sensors offer a small rectangular package with visible light beam for ease of alignment and industry standard mounting hole spacing. Each model offers PNP or NPN and light operate or dark operate outputs. IO-Link enabled sensors offer advanced features and diagnostics including Automatic Device Configuration, multiple profiles, trending, descriptive tags, and device-specific parameters Features and Benefits IO-Link communication Class 1 ""Eye Safe"" red laser beam Auto PNP/NPN output Teach push button for sensitivity and LO/DO selection IP69K and ECOLAB rated enclosure Visible red LED light source for ease of alignment Clear object detection Colour and contrast detection Mounting hole spacing of 25.4 mm

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CSM-WP11122P, Sick

Overview At a glance Color sensor in a new miniature housing Static and teach-in method for 1 color using control cable or control panel Over IO-Link up to 8 colors teachable Switching frequency: 1.7 kHz Sensing distance: 12.5 mm Compatibility with older color sensors thanks to cable with male connector M12 Your Benefit Fast, seamless integration into existing applications thanks to a new miniature housing, saving time and money Increased switching frequency for improved machine productivity Flexible application possibilities thanks to a wide range of color tolerances Enhanced, intelligent diagnostics and visualization, as well as quick and easy format changes, thanks to IOLink function Quick and easy installation cuts down on installation time Sorting processes are simplified by the distinction of up to 8 colors in one job The new CSM color sensor from SICK offers improved gloss behavior combined with an IO-Link function and a miniature housing. The CSM is ideal for applications where color characteristics need to be detected reliably and installation space is at a premium. The sensor detects and monitors objects on the basis of their color. The small CSM color sensor can be set using a simple teach-in method, while the new IO-Link function enables intelligent diagnostics, visualization of sensor parameters, and straightforward format changes. Thanks to a switching frequency of up to 1.7 kHz, the CSM is also suitable for use with high-speed machines and manufacturing processes. Applications Detecting, sorting, and checking colored objects and products with short sensing distances in the production or manufacturing processes (mechanical engineering and automotive industry) Presence checking and identification of labels and boxes, even in confined spaces Synchronization of working processes in the packaging industry, in bottling plants, and in sealing machines on the basis of color printing Detecting end of film reliably Color monitoring of bottle caps Detecting t...

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114991731, Seeed Studio

The Seeed Studio SenseCAP Wireless Light Intensity Sensor measures the intensity of light, which is designed in battery-powered and IP66 enclosure for outdoor use, optimized for use cases that need reliable data collection over years. It measures the intensity of light in lux from 0 - 188000 lux, which is designed for outdoor use. This battery-powered device incorporates a built-in LoRa transmitter based on SX1276 for long-range transmission, a digital light sensor, and a custom battery. It is specifically designed and optimized for use cases powering end devices by batteries for years. To minimize the power consumption, the device wakes up, transmits the collected light data to the gateway, and then goes back to sleep. Support LoRaWAN protocol Class A High reliability and stability An ultra-wide 22-bit dynamic range Ultra-wide-distance transmission 10km in line of sight scene, 2 km in urban scenes Transmission Interval every 1 hour Battery life ≥ 8 years Rapid installation and deployment

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KTL180-MP4P41ZZZZZ, Sick

Overview At a glance 31.2 kHz switching frequency at a response time of 16 μs High dynamic range Multi-functional 7-segment display Job save for easy format change 1-point, 2-point and dynamic teach-in Master-slave function A wide range of different fibers Your Benefit Very high switching accuracy: 31.2 kHz switching frequency for use in ongoing machine processes Easy sensor handling: Multi-functional display enables flexible, user-friendly sensor settings Safe detection and safe processes: Detection of very small contrast differences and high-gloss materials thanks to high grayscale resolution and manual switching threshold adjustment Versatile use: Different teach-in operations for ideal sensor settings in different applications Fast format change thanks to job save Compact design for use with limited installation space The KTL180 reliably detects contrast differences even at high machine speeds. Thanks to its 31.2 kHz switching frequency, a high grayscale resolution and manual switching threshold adjustment, the KTL180 makes for safe object detection. The response time of 16 μs ensures stable and accurate detection of contrast differences, for example with print marks, even for high-gloss materials. The sensor can be quickly adjusted to the respective application with the 7-segment display and easy menu guidance. Various teach-in processes as well as an integrated job save increase the flexibility during commissioning in a large range of applications - with very high process stability. Applications All applications for which contrasts make up the decisive feature Applications with small installation space Battery production Printing mark detection Printing process control Tube filling Cutting of labels Splice detection Note Product details cover the whole product family. For details on the specifications for this individual product, please refer to the datasheet.

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BOS 12M-PS-RD10-02, BALLUFF

BOS 12M Series Tubular Optical Sensors The 12M series of Tubular optical sensors are used for the most common applications. All of these sensors diffuse, retroreflective or thru-beam are designed in the same housing as a typical inductive proximity sensor (M12x1). This means that optical and inductive proximity sensors are mechanically and electrically compatible. For installation all the 12M compact series require is a drilled hole. The available models are: The Diffuse with fixed sensing distances of 100 mm and 200 mm manufactured to tight tolerances. The use of a red light also makes alignment easier. The Diffuse model with 400 mm range is adjustable making the sensor more flexible and universal. Retroreflective sensors with polarising filter and an adjustable range up to 1.5 metres and red light. Thru-beam sensors with 5 metre range, red light and adjustable sensitivity. Output is complimentary, allowing function monitoring of the sensor system. Additional output status display in the sensor face make it easier to align. Supply voltage 10 to 30 V dc Polarity reverse protected Output 200 mA Short protected Output status display IP67 housing Standard metal housing (m12x1) Red light and infrared versions Fixed and adjustable sensitivity PNP or NPN, light on or dark on Cable and connector (M12 connector)

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KTS-WB9414115AZZZZ, Sick

Overview At a glance TwinEye-Technology for increased depth of field and sensing distance tolerance 50 kHz switching frequency and 5 μs jitter Large dynamic range means reliable detection of contrasts on glossy materials 7-segment display Color mode Assembly feedback IO-Link and automation functions Flexible sensor setting thanks to various sensor parameters Your Benefit Small design for installation even where space is limited TwinEye-Technology for better performance on glossy or jittering materials - less machine downtime and more process stability Multi-functional sensor adjustment for individual sensor adjustment Excellent contrast resolution and a large dynamic range for good performance on complex materials High flexibility thanks to a range of teach-in processes Integrated color mode - stable detection even with complex color differences Job storage in sensor - flexible process design and format change Diagnostics and visualization as well as easy format change via IO-Link Outstanding performance for a variety of applications, even with difficult framework conditions: The new KTS Prime with modern design, high-precision RGB LED and VISTAL® housing impresses with TwinEye-Technology, color mode, high switching frequency, excellent gray line resolution, 7-segment display and IO-Link. The response time of 10 μs and a jitter of 5 μs ensure accurate detection of contrast differences, even at high machine speeds. Thanks to various teach-in processes, integrated color mode and variable sensor adjustment, commissioning is more flexible and the processes more stable. The KTS Prime provides additional diagnosis and analysis data via IO-Link. The new KTS Prime - it can easily do more. Applications Applications in which contrast is a distinguishing feature Print mark detection for controlling the cutting process Print control in the printing industry Positioning tubes Label alignment on bottles Monitoring of wafer surfaces Roll end monitoring Color control in yarn or ...

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LUT8U-11301, Sick

Overview At a glance Tough metal housing Simple sensitivity adjustment in 8 stages Bar graph display provides information about the luminescence intensity Sensing distances selectable through interchangeable lenses Additional optical filters suppress background luminescence Fiber-optic cable connection (with 20 mm lens) Switching and analog output Your Benefit An 8-step rotary switch easily adjusts to accurately determine the switching output position for different materials Bar graph display provides continual process control through easy visualization of the luminescence intensity Filters ensure that background luminescence is reliably suppressed, ensuring greater process reliability Interchangeable lenses for different sensing distances provide flexibility The strength of the LUT8 is its straightforward operating concept. The sensitivity of the LUT8, and the switching reliability, can easily be adapted to the mark to be detected with the help of the 8-position rotary switch. An additional advantage is the bar graph display which visualizes the luminescence intensity of the mark and that of the background. Applications Quality checking the windshield Note Product details cover the whole product family. For details on the specifications for this individual product, please refer to the datasheet.

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