About Transparent Label Sensor
Technical specification
Electrical Connection | M 8 - 4 Pin Connector |
Material | Plastic |
Model Name/Number | XUVE06 |
Passage Width | 3 mm |
Passage Depth | 69 mm |
Packaging Type | Box |
Max Passing Speed of Object | 180 m/min |
Reliable Label Detection for AutomationEngineered for modern packaging and labeling environments, this sensor detects transparent, semi-transparent, and opaque labels on continuous webs with exceptional accuracy and speed. The device features a minimum detectable label gap of 0.5 mm and a resolution of 0.01 mm, supporting highly efficient automated processes.
Durable and Compact Industrial DesignThe sensor is constructed from industrial-grade ABS and aluminum alloy, offering both strength and a lightweight (approx. 80 g) form factor. Suitable for harsh conditions, it operates smoothly within a wide temperature range and humidity variation, aided by its IP65-rated enclosure for dust and water ingress protection.
Simple Operation with Advanced FeaturesUser-friendly control options include manual and auto teach-in modes, adjustable sensitivity, and clear LED status indication. Installation is flexible with bracket or DIN rail mounting, and connectivity options enable integration into diverse automation systems. Its robust protection circuitry enhances operational safety.
FAQs of Transparent Label Sensor:
Q: How does the Transparent Label Sensor accurately detect transparent and semi-transparent labels?
A: Utilizing photoelectric (optical) technology, the sensor identifies transparent, semi-transparent, and opaque labels by measuring changes in light transmission, ensuring precision even with difficult-to-detect labels. Its resolution of 0.01 mm and minimum gap detection of 0.5 mm guarantee high reliability in automated labeling processes.
Q: What installation options are available for this label sensor?
A: The sensor supports both bracket and DIN rail mounting, providing flexibility for integration into various packaging machines, labeling lines, and automation systems. Its compact design and standard 2-meter cable make it easy to fit in different industrial setups.
Q: When should I use manual versus auto teach-in for sensitivity adjustment?
A: Manual teach-in is recommended for applications where specific fine-tuning of sensitivity is required, while auto teach-in simplifies setup by automatically calibrating the sensor for optimal performance during initial installation or label changes. Both methods ensure accurate label detection.
Q: Where can this sensor be applied in industrial environments?
A: Primarily used in automated product packaging and labeling machines, the sensor is suitable for environments requiring precise label positioning, such as pharmaceutical, food & beverage, and specialty product lines. Its CE compliance ensures suitability for various regulated spaces.
Q: What protection features does the sensor have to safeguard operation?
A: The sensor incorporates reverse polarity and overload protection, preventing damage from incorrect wiring or excessive electrical loads. Its IP65 enclosure further protects against dust and water, which is essential for demanding industrial applications.
Q: How does the LED indicator enhance usability of the sensor?
A: The integrated LED indicator provides immediate feedback on operational and output status, allowing operators to monitor sensor activity and troubleshoot issues quickly, ensuring smooth and continuous operation in automated systems.