Leuze GSU14D/66.3-S12 Ultrasonic Label Sensor Price & Specifications
Wireless No
Weight Approx. 120 g
Voltage 10-30 V DC
Usage Automatic label detection for packaging and labeling machines
Signal Type Digital
Sensor Type Ultrasonic
Sensitivity Adjustable via teach-in button
Response Time < 0.5 ms
Resolution Up to 0.2 mm label gap
Product Type Ultrasonic Label Sensor
Power Consumption < 1.5 W
Output PNP/NPN Switching output
Operating Temperature -20A C to +60A C
Mounting Type Through-hole and bracket mount
Measurement Range 2 mm to 6 mm gap detection
Material High-grade industrial plastics and metal
Interface M12 Connector
Input DC power supply
IP Rating IP67
Function Detection of labels and splices on carrier tapes using ultrasonic sensing
Features Teach-In function, compact size, LED indicators
Cable Length 2 m
Application Label counting, presence detection, packaging automation
Accuracy High detection accuracy for thin and clear labels
About Leuze GSU14D/66.3-S12 Ultrasonic Label Sensor Detail
Experience premier sensing performance with the Leuze GSU14D/66.3-S12 Ultrasonic Label Sensoryour spectacular solution for label counting and detection in packaging automation. This customizable, special sensor features instant checkout and heroic reliability, excelling in high-accuracy detection of even the thinnest and clearest labels. With an operating frequency of 400 kHz, ambient light immunity, and robust protection against short circuits and vibration, it is ideal for demanding applications. The integrated alignment LED, teach-in function, and compact design ensure easy installation and precise operation for every automation hero.
Diverse Applications for Heroic Performance
The Leuze GSU14D/66.3-S12 Ultrasonic Label Sensor is meticulously designed for the spectacular detection of labels and splices in carrier tapes, making it indispensable for packaging and labeling machinery. Additionally, its versatility extends to other general automation uses such as label presence detection and counting. This sensors special capabilities suit a variety of industries requiring high-speed, accurate label management, ensuring flawless operation within sealing, wrapping, and product identification environments.
Sample Availability, Supply, and Checkout Process
Samples of the Leuze GSU14D/66.3-S12 are available for qualified project evaluation, allowing users to assess its heroic capabilities firsthand. With streamlined payment terms and competitive rates, packing and dispatch are arranged swiftly after order confirmation. Freight can be efficiently organized based on client requirements. Supply ability is substantial, ensuring prompt fulfillment and spectacular customer satisfactionhelping you achieve instant checkout and quick deployment.
FAQs of Leuze GSU14D/66.3-S12 Ultrasonic Label Sensor:
Q: How does the Leuze GSU14D/66.3-S12 Sensor detect thin and clear labels?
A: Utilizing ultrasonic through-beam technology, this sensor reliably detects high-transparency and thin labels by measuring differences in material density, ensuring accurate label counting and presence detection.
Q: What are the primary and additional application areas for this sensor?
A: The sensor is designed for packaging and labeling machines, excelling at automatic label detection. It is also suitable for applications like label counting, splice detection, and other packaging automation needs.
Q: When can I receive a sample for evaluation, and what is the process?
A: Samples are available for qualified projects and can be dispatched promptly upon request. Contact your dealer or distributor to initiate the process, discuss terms, and arrange shipment.
Q: Where can the sensor be mounted, and what are its connection options?
A: The sensor can be installed using through-hole or bracket mounting methods and features a plug-in 4-pin M12 connector for quick, secure electrical connections.
Q: What are the advantages of the teach-in function and alignment LED?
A: The teach-in button allows easy, customizable sensitivity adjustment, while the integrated alignment LED aids precise installation and alignment, maximizing detection reliability and efficiency.