The miniature colour and contrast mark reader sensor is part of the XUM range, a Telemecanique sensors"s offer of photoelectric sensors. This RGB light sensor in diffuse mode presents adjustable colour sensitivity, NO/NC function, PNP/NPN output, and other functions through IO-Link communication. It works with a 12V to 24V DC power supply, with a limit between 10V to 30V DC protected against reverse polarity. Our sensors offer accurate colour detection of an object or of a mark detection at a sensing distance of 12mm. These sensors are built to withstand severe packaging environments with IP67 and IP69K degree protection. They are Ecolab-certified for Packaging and Food and Beverage applications, offering long-lasting performance. Equipped with a teach button and a visible HMI featuring bright LEDs, our sensors offer user-friendly setup and monitoring, simplifying your packaging operations. This photocell features a miniature and robust housing. The casing is made of plastic (ABS) and the lens is made of PMMA. Its dimensions are 12mm (width) x 20mm (depth) x 30.4mm (height) and weighs 0.018kg. It is ideal for object colour detection or for coloured mark detection on Packaging and Food and beverage industries. This sensor is certified by CE, cULus and UKCA. It uses a 4-pin M8 connector. This sensor is sold in a cardboard packaging, without accessories nor cables. A teach button or an input wire (white) helps to configure the sensing distance and the output function. IO-Link communication allows additional setting functions. This RGB sensor uses a direct reflection system to ensure a reliable colour detection. With its high detection frequency up to 2500Hz, it keeps the production rate at the highest level. This sensor is part of a complete range of contrast sensors implementing white detection, RGB detection, colour detection, or laser detection and colour sensors including XUMRAC, XUKC colour sensors, and XUYFPDC amplifiers
Dane techniczne
Częstotliwość przełączania
2500 Hz
Długość czujnika
20 mm
Liczba wyjść przekaźnikowych z funkcją sygnalizacji
0
Liczba wyjść półprzewodnikowych z funkcją sygnalizacji