The best performance KTS contrast sensors can be used in many applications, even under demanding conditions. The sensors in the KTS product family with RGB technology and VISTAL housing feature good performance, high switching frequency and grayscale resolutions, as well as various teach-in variants. Some models come with Twin Eye-Technology, a display, and IO-Link for providing diagnostics and analysis data. Response times of just 10 s and minimal jitter of 3 s ensure positionally accurate col or and contrast detection even at high machine speeds and for highly glossy materials. The color mode integrated into several variants and variable sensor settings ensure quick commissioning and high process stability. This makes KTS an ideal companion for digital machine environments.

• RGB technology for best possible detection
• Switching frequency: up to 70 kHz, jitter: 3 s
• Twin Eye-Technology for high depth of field and sensing distance tolerance
• Various teach-in variants
• Color mode
• IO-Link and flexible sensor settings
• Display for easy sensor operation

Your benefits

•  High contrast and color resolution for best possible performance, even when detecting complex materials
• Various teach-in procedures for application-specific sensor and process settings
• Diagnostics, visualization, and simple format change via IO-Link
• Sensor data can be stored in the device allows flexible process design and quick format change
• multi-functional sensor adjustment for individual sensor adjustment
• Twin Eye-Technology for better performance in detecting glossy or fluttery materials, thereby resulting in fewer machine down times and more process stability
• Space-saving due to compact design

Fields of application 

• Applications in which contrast is a distinguishing feature
• Print mark detection for controlling cutting processes
• Print control in the print and paper industry
• Positioning of tubes when filling
• Label alignment
• Splice detection in packaging and battery production
• Roll end monitoring

Ordering information

• Housing design: middle
• Communication interface
• Sensing distance: 13 mm
• Light emission: Long side of housing