| CMYX TM On The Mark! Color Mark Sensor Increase process throughput with high-speed, accurate and reliable color mark detection. The CMYXTM combines small spot size and fast response to achieve high-speed mark detection capable of detecting standard one-track PHARMA-CODE (0.5mm thin bar width) at 2000ft/min. The CMYXTM is perfect for printing or packaging applications that require the ability to differentiate between background and color marks during high-speed operation. Whether you need to verify color mark presence or measure the position of the print-to-cut triangle, the CMYXTM provides the accuracy and precision for reliable process control. The sensor uses a modulated white light source optimized to detect all colors, including difficult to detect 20% yellow marks on white background. The small spot size provides the high-resolution necessary to achieve accurate timing and positioning measurements. The discrete output provides the high-speed interface to external controls. Advanced features such as remote teach allow the operator to initiate a measurement of the background level when activated. Marks are automatically detected when the deviation from the background exceeds a pre-determined level. Two seven-segment industrial displays provide a visual representation of the relative intensity from 00 to 99. The calibration feature and 3 LED intensity settings provide for flexible operation over a wide range of conditions. Two keys are provided for making adjustments and changing sensor settings for optimum operation. Highest resolution, smallest spot size and easiest to use sensor. • High color contrast sensitivity and resolution. • High detection speed, 25-microsecond discrete output response. • Broad-spectrum white LED light source allows detection of all colors. • Calibration feature allows manual user sensitivity adjustment. • Remote teach input allows for automatic adjustment to background. • Unique numerical display indicates measured levels making process setup easy. • Circular spot allows for any orientation of sensor to marks. |