LuxaLight Industrial LED Fixture Polarised cover Near Infrared 860nm 24.2x16mm (24 Volt, 2835, IP64)
LF-24-860-24.2X16-POL
Technical specifications
General
Brand
LuxaLight
Application
Hyper - spectral Imaging
Machine Vision
LED type
2835
Material
Aluminum
Dimensions
220 × 24,2 × 16 mm
Mounting
Surface mounted
Cover type
PMMA Polarised transparent
LEDs per piece
108.00
Lighting
Wave length
860nm
Measurement results
Peak wavelength
(Object size: 1 piece)
852 nm
Peak irradiance
(Object size: 1 piece)
| 24V | |
|---|---|
| 5cm | 8.03401 W/sqm |
| 10cm | 3.29765 W/sqm |
| 15cm | 1.6601 W/sqm |
| 20cm | 1.00985 W/sqm |
| 25cm | 0.675721 W/sqm |
| 30cm | 0.502538 W/sqm |
Total irradiance
(Object size: 1 piece)
| 24V | |
|---|---|
| 5cm | 345.3 W/sqm |
| 10cm | 139 W/sqm |
| 15cm | 70.86 W/sqm |
| 20cm | 43.26 W/sqm |
| 25cm | 28.72 W/sqm |
| 30cm | 21.44 W/sqm |
- By combining Pulse Mode with Real-Time Monitoring, the efficiency of LED systems can be increased, resulting in higher output.
- We have the expertise and equipment to perform measurements tailored to the specific requirements of the application.
Electronics
Working voltage
24V
Current per piece
1.25 A / piece
Power consumption per piece
30.00 W / piece
PCB material
Aluminium
Pinout
| Symbol | Function |
|---|---|
| V+ | V+ |
| GND | Ground |
| NTC | NTC sensor |
| NTC_GND | NTC ground |
NTC parameters
Resistance: 5000 Ohm
Beta value: 3950
Beta value: 3950
Environmental
Storage temperature
-40 ~ +80 °C
IP class
IP 64
Directives - standards - certificates
Directives
RoHS
CE
Safety standards
EN60598-1
EN62031
IEC62471
Services and specializations
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Product description
The LuxaLight Industrial LED Fixture is designed for intensive industrial applications that require high radiation intensity for a wide range of processes. With 860nm near-infrared (NIR) radiation, this LED fixture provides a reliable and efficient solution for industrial processes that benefit from near-infrared radiation, such as material curing, photochemical reactions, and quality inspection.
The fixture is made from a durable aluminum housing, ensuring efficient heat dissipation and long-lasting performance. The polarized cover offers protection against dust and moisture (IP64) and provides the flexibility to choose the radiation beam angle between 30°, 60°, 90°, or 120°, depending on your specific application needs.
Key Features:
- 860nm Near-Infrared Radiation: The 860nm wavelength is ideal for industrial applications requiring near-infrared radiation, enhancing processes such as material curing, photochemical reactions, and quality inspection.
- Polarized Cover (IP64): The fixture features a polarized cover providing protection against dust and moisture (IP64), and offers a choice of radiation beam angle: 30°, 60°, 90°, or 120°, depending on the application.
- Aluminum Housing: The durable aluminum housing ensures optimal heat dissipation, contributing to stable and long-term operation.
- 24V Power Supply: The fixture operates on a reliable 24V power supply, ensuring stable and consistent performance, ideal for demanding industrial applications.
- Integration with MaNima Pollux Industry Pulsing (Strobing): The LED fixture supports integration with the MaNima Pollux Industry System for pulsing (strobing), significantly increasing radiation intensity. This feature enables faster reactions and enhanced efficiency in industrial processes.
- Real-Time Temperature Monitoring via NTC Sensor: The integrated NTC sensor allows continuous temperature measurement and adjustment via the MaNima Pollux Industry System. This helps maintain the optimal operating temperature for maximum radiation output and consistent performance.
Industrial Applications:
- Material Curing & Hardening: 860nm near-infrared radiation is commonly used in the curing process of coatings, adhesives, and materials that respond to infrared radiation, accelerating curing times in production environments.
- Photochemical Processes: The 860nm wavelength can be used in industrial and scientific environments where specific photochemical reactions are required, accelerating reactions in laboratories or production lines.
- Quality Control & Inspection: 860nm NIR is ideal for inspecting materials or products for defects or irregularities in industrial environments, improving quality control.
- Food Processing & Sterilization: The fixture is used in food production for sterilization and pasteurization, enhancing food safety and processing efficiency by delivering consistent near-infrared radiation.
- Non-UV Material Curing & Hardening: The 860nm radiation is used for curing various materials that do not require UV light but benefit from NIR wavelengths, such as plastics, rubbers, and other composite materials, speeding up the curing process.
- Natural & Artificial Drying: The 860nm wavelength helps dry a wide range of materials such as paper, textiles, and wood, by accelerating moisture evaporation without damaging the product. This is especially useful in printing and textile industries.
- Metal & Material Processing: 860nm NIR is applied to improve the properties of coatings or accelerate the curing of certain materials, reducing processing times in manufacturing and enhancing efficiency.
Benefits:
- High Radiation Intensity for Faster Processes: The fixture can pulse with the MaNima Pollux Industry System to increase radiation intensity, reducing processing time and increasing productivity in industrial applications.
- Real-Time Temperature Monitoring for Consistent Performance: Continuous temperature monitoring with the integrated NTC sensor helps maintain optimal operating temperatures, preventing overheating and ensuring a longer lifespan for the fixture.
- Industrial Durability: The aluminum housing provides a robust and durable construction, capable of withstanding the challenges of harsh industrial environments, while the polarized cover ensures protection against dust and moisture, increasing the fixture's reliability.
- Efficiency & Speed: The LED fixture delivers efficient performance, with quick and reliable operation contributing to increased productivity and processing efficiency, essential for industrial production systems.