
( Brand: Kessil ), ( Manufacturer Part Number: PR160L-390NM ), ( Part Type: Led Light )
Introducing the Kessil PR160L-390nm LED Photoredox Light, a versatile and powerful tool designed for various photochemical reactions. This LED light is engineered to deliver high-performance, precision, and reliability for researchers, scientists, and professionals in the fields of photobiology, photochemistry, and materials science.
The PR160L-390nm is a solid-state LED light source that emits intense 390nm UV-A light. This specific wavelength is ideal for various photochemical reactions, particularly those involving photosensitizers, photocatalysts, and other photoreactive species. The light source is housed in a compact, waterproof, and shock-resistant unit, ensuring it can withstand rigorous laboratory conditions.
Measuring just 160mm long, the PR160L-390nm provides a powerful output of up to 6.5 Watts, making it an excellent choice for lab-scale experiments and small-volume reactions. The light is also highly efficient, with a luminous intensity of approximately 3,500 mol m-2 s-1 at a distance of 50mm.
The PR160L-390nm features a customizable light distribution profile, with an adjustable beam angle of 15-90 degrees. This flexibility allows users to optimize the lighting conditions for their specific experiments, ensuring even and uniform illumination of reaction vessels.
The LED light is controlled by a user-friendly digital interface, which offers various operating modes, including continuous wave, pulse mode, and modulated waveform. This level of control enables users to fine-tune the lighting conditions to their experiment requirements, maximizing the efficiency and reproducibility of their results.
Additionally, the PR160L-390nm is designed with safety in mind. It includes protective features such as over-temperature, over-voltage, and short-circuit protection, ensuring safe operation in various laboratory environments.
In summary, the Kessil PR160L-390nm LED Photoredox Light is a powerful, versatile, and customizable light source, perfect for a wide range of photochemical reactions. Its compact size, high output, and precise control make it an indispensable tool for researchers, scientists, and professionals in the fields of photobiology, photochemistry, and materials science.
Buying a Kessil PR160l-390nm LED photoredox light for photoreactions involves considering its advantages and disadvantages to determine if it is the right investment for your research needs.
Advantages:1. High-Intensity Light: The Kessil PR160l-390nm LED photoredox light provides a high-intensity 390nm light, which is ideal for various photoreactions.
2. Energy Efficiency: LED lights consume less power compared to traditional light sources, saving energy and reducing operational costs.
3. Long Lifespan: LED lights have a longer lifespan than other light sources, reducing the need for frequent replacements and maintenance.
4. Adjustable Light Intensity: The light intensity is adjustable, allowing researchers to customize the light conditions for their experiments.
5. Compact Size: The compact size of the light makes it easy to use in various laboratory settings, including confined spaces and portable applications.
Disadvantages:1. Cost: The Kessil PR160l-390nm LED photoredox light is a high-end product, and its cost may be a significant barrier for some researchers.
2. Limited Wavelength: The light emits only 390nm wavelength, which may not be suitable for all photoreactions. Researchers may need to invest in additional light sources to cover a broader range of wavelengths.
3. Complex Setup: Setting up the light for optimal performance may require some technical expertise and time.
Conclusion:The Kessil PR160l-390nm LED photoredox light offers several advantages, including high intensity, energy efficiency, long lifespan, adjustable light intensity, and compact size. However, its cost and limited wavelength are significant disadvantages. Researchers should carefully consider their specific research needs and budget before deciding to invest in this light.
Recommendation:For researchers who require high-intensity 390nm light for photoreactions and have the budget for a premium product, the Kessil PR160l-390nm LED photoredox light is a highly recommended option. However, for researchers with limited budgets or who need a broader range of wavelengths, alternative, more affordable light sources may be a better choice.
With our patented Dense Matrix LED technology, Kessil manufactures lamps with high output, precise wave length s, and strong penetration. Operating Temperature. Dimensions x. Power Supply.
6 were available at listing time. Power Consumption AC. This area is named as a combination of photo referring to particles light, or photons; and redox, short term oxidation-reduction, process electron exchange. Wave length Options.
Such features help accelerate photo catalytic reactions and aid the discovery of new medicines. Kessil PR160L-390nm LED Photoredox Light For Photoreaction, This is a Photoreaction. Kessil PR160L-390nm User Manual. Cases count against me even if they are resolved.
Such reactions help discover new drugs, produce or less expensive fine chemicals for flavorings, pesticides, polymer materials, and other industrial. When a light-sensitive compound is excited by light, it mediates the transfer of electrons between chemical compounds to create new bounds. Input voltage . Kessil PR160L-390nm LED Photoredox Light For Photoreaction Consisting of.