ISUDB5-F85-E4-V31
High-precision ultrasonic tag detection sensor suitable for materials such as transparent films, silk, and electrode sheets
Ultrasonic Label Sensor, Transparent Label Detection, Splice Detection Sensor, Electrode Piece Sensing, NPN/PNP Output Sensor, Fork Sensor, Slot-Type Label Sensor, Web Guiding Sensor, Industrial Automation Sensor, High-Speed Labeling, Double-Sheet Detection.
The ISSR ISUDB5-F85-E4-V31 Ultrasonic Label Sensor represents the pinnacle of precision sensing for the packaging, printing, and automation industries. Leveraging advanced ultrasonic single and double-sheet detection principles, this slot-type sensor is engineered to flawlessly detect labels on highly challenging substrates, including ultra-thin transparent films, delicate silk, and battery electrode pieces. Unlike traditional optical sensors that struggle with "clear-on-clear" materials or varying surface colors, our ultrasonic technology relies on acoustic impedance, ensuring absolute detection reliability regardless of the material's optical properties. With a spacious 68mm slot depth and 5mm width, it accommodates a wide variety of web materials. Built for industrial durability, it features an intuitive smart teach-in function, dual NPN/PNP outputs, and rugged construction capable of withstanding extreme temperatures (-25°C to 70°C). Whether you are upgrading high-speed packaging machinery or optimizing new energy battery manufacturing lines, the ISUDB5-F85 sensor delivers unmatched accuracy and seamless system integration.
Especificação
| Parameter | Especificação |
|---|---|
| Slot Depth | 68mm |
| Slot Width | 5mm |
| Minimum Detectable Object | Gap between labels / Label size: 2mm |
| Switching Frequency | 0.9KHz |
| Tensão de funcionamento | 10...30V DC, reverse polarity protection |
| Corrente sem carga | ≤50mA |
| Operating Mode (Single Sheet) | Green LED |
| Operating Mode (Double Sheet) | Red LED |
| Operating Mode (Air) | Yellow LED |
| Teach-in Mode (Single Sheet) | Press and hold button >2s, green LED flashes; release to enter teach-in (Success: green LED flashes 3 times; Failure: red LED flashes 3 times) |
| Teach-in Mode (Double Sheet) | Press and hold button >5s, flashing green LED switches to flashing yellow LED; release to enter teach-in (Success: green LED flashes 3 times; Failure: red LED flashes 3 times) |
| Input Type | With teach-in function |
| Tipo de saída | NPN + PNP output |
| Output Current | 100mA |
| Atraso de resposta | 280 μs |
| Temperatura de funcionamento | -25°C...70°C |
| Temperatura de armazenamento | -40°C...85°C |
| Tipo de ligação | V31 connector (M8×1), 4-pin |
| Housing Material | Metal, Aluminum |
| Weight | 105g |
Electrical Connection / Overall Dimensions / Usage Demonstration
Aplicações típicas
Designed for versatility and high-precision, the ISUDB5-F85 ultrasonic label sensor is engineered to conquer the most challenging detection tasks in modern manufacturing. Perfectly matching the rigorous demands of today's advanced production lines, it excels in the fast-paced lithium-ion battery sector by accurately detecting ultra-thin labels, protective tapes, and splices on delicate battery electrode pieces. Its non-contact ultrasonic technology ensures 100% reliable detection during high-speed cell assembly without causing any damage to sensitive materials. Seamlessly transitioning to the packaging industry, the sensor equally masters the notorious "clear-on-clear" challenge. By relying on acoustic impedance rather than optical properties, it flawlessly detects transparent labels applied to clear packaging films—delivering absolute accuracy and seamless operation where standard photoelectric sensors typically fail. Beyond these core electrode and transparent film applications, the ISUDB5-F85's advanced single and double-sheet detection capabilities make it highly effective across multiple industries. It ensures reliable label detection on flexible and porous materials like silk and synthetic fabrics in the textile industry. Furthermore, it easily identifies splices, monitors web tension, and detects sheet overlaps in high-speed printing presses, while also guaranteeing the precise placement of clear tamper-evident seals in pharmaceutical packaging.