Telemacanique XUVU06M3KSNM8 Ultrasonic Label Sensor

Telemecanique XUVU06M3KSNM8 Ultrasonic Label Sensor

The Telemecanique XUVU06M3KSNM8 Ultrasonic Label Sensor is a high-precision photo-electric sensor designed for label detection in automated systems. With an accuracy of ±0.20 mm at 120 m/min, it ensures precise and reliable label detection for high-speed applications.

The thru-beam detection system provides exceptional performance, even for transparent or reflective labels. Featuring a compact 3mm passage width and a 69mm passage depth, it is suitable for various labeling applications. The sensor operates on a 10–30V DC power supply and supports both PNP and NPN outputs with 2 NO/NC programmable functions. Its zinc alloy enclosure enhances durability, making it ideal for industrial environments. With a switching frequency of up to 1500 Hz, it ensures rapid response for high-speed operations. Suitable for packaging, printing, and labeling industries, this sensor delivers efficient and accurate label detection.

Product Specification:

Applications:

• Label Detection in Packaging Lines – Ensures accurate label placement in high-speed packaging machines.
• Printing & Labeling Machines – Detects labels on transparent, metallic, or reflective surfaces.
  
• Food & Beverage Industry – Used in bottling plants to verify label positioning.
  
• Pharmaceutical Industry – Ensures correct label application on medicine bottles and packaging.
  
• Automated Production Lines – Enhances quality control in automated labeling processes.
  
• Logistics & Warehousing – Helps in barcode and label verification for shipment tracking.
  
• Paper & Textile Industry – Detects fabric or paper tags in manufacturing processes.
  
• Electronics & Semiconductor Industry – Used in component labeling and packaging verification.

Technical Precautions:

• Correct Voltage Supply – Ensure a stable 10–30V DC power supply to prevent sensor malfunction.
  
• Proper Mounting – Securely install the sensor in a vibration-free environment to maintain accuracy.
  
• Avoid Electrical Interference – Keep away from high-frequency devices to prevent signal disruption.
  
• Regular Cleaning – Dust and debris can affect detection; clean the sensor lens periodically.
  
• Correct Wiring – Follow the 4-wire PNP/NPN connection scheme to avoid miswiring issues.
  
• Maintain Optimal Distance – Ensure proper label spacing (min. 2mm) for accurate detection.
  
• Temperature Compliance – Operate within 5–55°C and store within -20–70°C to prevent damage.
  
• Check Switching Frequency – Do not exceed 1500 Hz for optimal sensor performance.
  
• Secure Enclosure – Protect the zinc alloy housing from mechanical impact or chemical exposure.

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