Digital Clear Label Sensor for Automated Labeling

ATO digital label sensor is based on the differential capacitance detection principle, with a slot width of 0.8mm and a slot depth of 82mm. It features a positioning accuracy of 0.2mm and a switching frequency of 5KHz, ensuring rapid response. Clear label sensor supports digital display for visual operation and self-learning sensitivity settings. It can accurately and quickly detect transparent, paper, and PVC composite labels, making it suitable for fully automatic, semi-automatic labeling machines and other equipment. Moreover, laber detection sensor has an IP66 protection rating and can work in a wide temperature range of -20~+60℃, providing an efficient, stable, and universal detection solution for labeling automation.

Specification

Features

• Universality and adaptability: Universal laber sensor suitable for automatic labeling equipment such as fully automatic labeling machines and semi-automatic labeling machines.
• Detection performance: Adopting the differential capacitance detection principle, it has a positioning accuracy of 0.2mm, a switching frequency of 5KHz, and a response time of 0.1ms, which can accurately and quickly detect transparent, paper, and PVC composite labels.
• Operation and settings: Digital clear label sensor features a digital display design with a two-digit nixie tube display. It supports knob adjustment and self-learning sensitivity settings, ensuring convenient operation and optimal performance.
• Reliability and protection: Label sensor equipped with reverse polarity protection and output short-circuit protection, with an IP66 protection rating. The operating and storage temperature ranges from -20~+60℃ without freezing, featuring stable and durable performance.

Dimension (Unit: mm)

Detail

Wiring Diagram

Tips: How to Improve Efficiency and Accuracy of Digital Clear Label Sensor?

In actual use, the efficiency and accuracy of the digital clear label sensor can be improved through self-learning settings and manual fine-tuning. Here are the steps provided by ATO Automative Shop for you.

When you perform self-learning settings, please follow these steps: First, place the label in the card slot detection area. Second, long-press the knob cap for 5 seconds. When "AO" is displayed, short-press the knob cap for 1 second. Finally, enter the self-learning state, drag the label paper back and forth, and let the sensor self-learn more than 5 label seams within 10 seconds.

When you want to further improve accuracy, please perform manual fine-tuning: Short-press the knob cap for 1 second. Then increase (clockwise) or decrease (counterclockwise). Increasing the sensitivity is suitable for thin labels or label missing phenomena; Decreasing the sensitivity is suitable for thick labels or false signal situations.