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LUT3-920 | Sick Luminescence Sensor 12-30VDC
- Regular price
- $2,420.00
- Sale price
- $2,420.00
- Regular price
-
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Product Description P/N: LUT3-920
Description
The LUT3-920 is a high-performance luminescence sensor that detects invisible markings using ultraviolet LED technology and precision optical filtering. It offers reliable object recognition at 20 mm distance, ideal for labeling, packaging, and print detection tasks.
Technical Specifications
| Condition | New/Never Used Surplus |
|---|---|
| Brand | Sick |
| Category |
Sensors & Switches
|
| Part Number | LUT3-920 |
| Subcategory | Photoelectric |
| Sensing Principle | Luminescence Detection |
| Sensing Distance | 20 mm |
| Light Source | Ultraviolet LED |
| Wavelength (Emission) | 375 nm |
| Receiving Range | 450–750 nm |
| Light Spot Size | 3 mm x 9 mm |
| Filter | KV 418 |
| Adjustment Method | Manual (Potentiometer) |
| Output Type | PNP/NPN |
| Output Function | Light switching |
| Switching Frequency | 1.5 kHz |
| Connector | M12 Male, 5-pin |
| Supply Voltage | 12–30 VDC |
| Output Current | Max. 100 mA |
| Dimensions (W x H x D) | 30.4 mm x 53 mm x 80 mm |
| Enclosure Rating | IP67 |
| Weight | 400 g |
Information About LUT3-920
The LUT3-920 is a precision luminescence sensor designed to detect UV-reflective materials and markings using a focused ultraviolet LED light source (375 nm). With a defined sensing distance of 20 mm and a receiving range of 450–750 nm, it is optimized for identifying fluorescent labels, adhesives, and contrast agents on various surfaces. The device outputs via PNP/NPN switching and operates at a high 1.5 kHz switching frequency, ensuring rapid response in dynamic automation processes. Its optical system includes KV 418 filters for stable signal reception, while the manual potentiometer adjustment allows fine-tuning for application-specific sensitivity. Housed in a robust die-cast zinc body, it features IP67 protection and a 5-pin M12 connector, making it both rugged and simple to integrate into industrial systems.
Key Features:
- Ultraviolet LED Light Source: Uses 375 nm UV light to excite luminescent materials invisible to the human eye, enabling precise detection of special inks, adhesives, or coatings.
- Targeted Sensing and Filtering: Receives reflected signals in the 450–750 nm range using KV 418 filters and forms a narrow elliptical light spot (3 x 9 mm) for concentrated sensing on small areas.
- Fast 1.5 kHz Switching Frequency: Suitable for high-speed production lines where accurate detection and fast response are critical to minimize false reads and maximize throughput.
- Versatile Output and Tuning: Equipped with PNP/NPN output configuration and adjustable sensitivity via built-in potentiometer for application-specific adaptation.
- Industrial-Grade Construction: Compact die-cast zinc housing, IP67 enclosure rating, and M12 5-pin connector ensure mechanical durability and reliable installation in harsh environments.
The LUT3-920 provides high-precision, fast-response luminescence detection with robust filtering, making it ideal for detecting invisible markers in packaging, labeling, and automation.
Description
The LUT3-920 is a high-performance luminescence sensor that detects invisible markings using ultraviolet LED technology and precision optical filtering. It offers reliable object recognition at 20 mm distance, ideal for labeling, packaging, and print detection tasks.
Technical Specifications
| Condition | New/Never Used Surplus |
|---|---|
| Brand | Sick |
| Category |
Sensors & Switches
|
| Part Number | LUT3-920 |
| Subcategory | Photoelectric |
| Sensing Principle | Luminescence Detection |
| Sensing Distance | 20 mm |
| Light Source | Ultraviolet LED |
| Wavelength (Emission) | 375 nm |
| Receiving Range | 450–750 nm |
| Light Spot Size | 3 mm x 9 mm |
| Filter | KV 418 |
| Adjustment Method | Manual (Potentiometer) |
| Output Type | PNP/NPN |
| Output Function | Light switching |
| Switching Frequency | 1.5 kHz |
| Connector | M12 Male, 5-pin |
| Supply Voltage | 12–30 VDC |
| Output Current | Max. 100 mA |
| Dimensions (W x H x D) | 30.4 mm x 53 mm x 80 mm |
| Enclosure Rating | IP67 |
| Weight | 400 g |
Information About LUT3-920
The LUT3-920 is a precision luminescence sensor designed to detect UV-reflective materials and markings using a focused ultraviolet LED light source (375 nm). With a defined sensing distance of 20 mm and a receiving range of 450–750 nm, it is optimized for identifying fluorescent labels, adhesives, and contrast agents on various surfaces. The device outputs via PNP/NPN switching and operates at a high 1.5 kHz switching frequency, ensuring rapid response in dynamic automation processes. Its optical system includes KV 418 filters for stable signal reception, while the manual potentiometer adjustment allows fine-tuning for application-specific sensitivity. Housed in a robust die-cast zinc body, it features IP67 protection and a 5-pin M12 connector, making it both rugged and simple to integrate into industrial systems.
Key Features:
- Ultraviolet LED Light Source: Uses 375 nm UV light to excite luminescent materials invisible to the human eye, enabling precise detection of special inks, adhesives, or coatings.
- Targeted Sensing and Filtering: Receives reflected signals in the 450–750 nm range using KV 418 filters and forms a narrow elliptical light spot (3 x 9 mm) for concentrated sensing on small areas.
- Fast 1.5 kHz Switching Frequency: Suitable for high-speed production lines where accurate detection and fast response are critical to minimize false reads and maximize throughput.
- Versatile Output and Tuning: Equipped with PNP/NPN output configuration and adjustable sensitivity via built-in potentiometer for application-specific adaptation.
- Industrial-Grade Construction: Compact die-cast zinc housing, IP67 enclosure rating, and M12 5-pin connector ensure mechanical durability and reliable installation in harsh environments.
The LUT3-920 provides high-precision, fast-response luminescence detection with robust filtering, making it ideal for detecting invisible markers in packaging, labeling, and automation.