Oslon Ssl 80 Pdf Free: Everything You Need to Know About the High-Efficiency LED

Oslon Ssl 80 Pdf Free: A Guide to the High-Performance LED for Horticulture Lighting

If you are looking for a high-performance LED that can provide optimal light for your plants, you might want to check out the Oslon Ssl 80 from OSRAM. This LED is specially designed for applications that require high efficiency and long lifetime, such as horticulture lighting. In this article, we will explain what Oslon Ssl 80 is, what are its main features and benefits, and how to download the Oslon Ssl 80 Pdf Free document that contains all the technical details and information you need.

Oslon Ssl 80 Pdf Free

Oslon Ssl 80: A High-Efficiency and Long-Lifetime LED

Oslon Ssl 80 is a new, higher performing LED from the OSLON SSL family, which is well known for its superior robustness, high reliability, low thermal resistance, and wide viewing angle. The OSLON SSL family is perfectly suited for applications that demand high efficiency and long lifetime, such as indoor and outdoor lighting, accent and effect lighting, and horticulture lighting.

So how does OSLON SSL achieve high efficiency and long lifetime? The answer lies in its innovative package design, which consists of a ceramic substrate with a silicone resin and a silicone lens. The ceramic substrate provides excellent thermal conductivity and stability, while the silicone resin and lens offer high optical performance and protection from environmental factors. The result is a LED that can deliver high radiant flux (up to 825 mW), high radiant efficiency (up to 72%), low forward voltage (as low as 2.75 V), low thermal resistance (as low as 2.6 K/W), and long lifetime (up to 100,000 hours).

The Oslon Ssl 80 comes in different colors and wavelengths, depending on the application and preference. For horticulture lighting, the most popular color is hyper red (660 nm), which is ideal for stimulating photosynthesis and plant growth. The Oslon Ssl 80 also provides a photosynthetic photon flux (PPF) of up to 3.11 µmol/s, which measures the amount of light that is useful for plants.

Here are some of the technical specifications and characteristics of Oslon Ssl 80:

Parameter

Symbol

Value

Peak wavelength

λpeak

451 nm

Dominant wavelength

λdom

439 - 457 nm

Viewing angle at 50% IV

2φ

80

Forward voltage

VF

2.75 - 3.25 V

Total radiant flux

ΦE

660 - 825 mW

Radiant efficiency

-

68 - 72 %

Photosynthetic photon flux

Φp

2.49 - 3.11 µmol/s

Operating temperature

Top

-40 - 125 C

Junction temperature Tj 135 C Forward current IF 100 - 1000 mA Surge current IFs 2000 mA Reverse current IR 200 mA ESD withstand voltage VESD 8 kV

To use Oslon Ssl 80 in different applications and environments, you need to consider some factors such as the power supply, the driver, the thermal management, the optical design, and the mechanical design. You can find more information and guidance on these topics in the Oslon Ssl 80 Pdf Free document.

Oslon Ssl 80: A Superior Corrosion Robustness LED

Another feature that makes Oslon Ssl 80 stand out from other LEDs is its superior corrosion robustness. Corrosion robustness refers to the ability of a LED to resist degradation and failure due to exposure to corrosive substances, such as moisture, salt, sulfur, chlorine, or ammonia. Corrosion can affect the electrical, optical, and mechanical properties of a LED, reducing its performance and lifetime.

Oslon Ssl 80 achieves superior corrosion robustness thanks to its ceramic-based package, which is more resistant to corrosion than conventional plastic-based packages. The ceramic substrate and the silicone resin and lens form a tight seal that prevents moisture and other substances from penetrating into the LED chip and causing damage. The result is a LED that can withstand harsh conditions and maintain its quality and reliability.

Oslon Ssl 80 has been tested and certified for its corrosion robustness by various standards and organizations, such as:

• The ANSI/IES LM-80-15 standard, which measures the lumen maintenance of LED packages over time under different temperatures and humidity levels.

• The IEC 60068-2-60 standard, which tests the resistance of LED packages to cyclic salt mist.

• The IEC 60068-2-42 standard, which tests the resistance of LED packages to sulfur dioxide.

• The IEC 60068-2-43 standard, which tests the resistance of LED packages to ammonia.

• The JEDEC JESD22-A101C standard, which tests the resistance of LED packages to steady-state humidity.

Oslon Ssl 80: A Perfect LED for Horticulture Lighting

Horticulture lighting is the use of artificial light to enhance the growth and health of plants. Horticulture lighting can be used for various purposes, such as supplementing natural sunlight, extending the photoperiod, inducing flowering, increasing yield, improving quality, and controlling pests and diseases.

To provide optimal light for plants, horticulture lighting needs to consider several factors, such as the light spectrum, the light intensity, the light duration, the light uniformity, and the light efficiency. Different plants have different preferences and requirements for these factors, depending on their species, stage of growth, and environmental conditions.

Oslon Ssl 80 is a perfect LED for horticulture lighting because it can provide a tailored light spectrum and intensity that matches the needs of plants. The hyper red color (660 nm) of Oslon Ssl 80 is especially beneficial for plants because it stimulates photosynthesis and chlorophyll production, which are essential for plant growth and health. The high radiant flux (up to 825 mW) and radiant efficiency (up to 72%) of Oslon Ssl 80 also ensure that the plants receive enough light energy without wasting electricity.

Moreover, Oslon Ssl 80 is a compact and versatile LED that can be easily integrated into various horticulture lighting systems and designs. The wide viewing angle (80) of Oslon Ssl 80 allows for a uniform light distribution over a large area, while the low thermal resistance (as low as 2.6 K/W) enables a good thermal management and a long lifetime. The superior corrosion robustness of Oslon Ssl 80 also ensures that the LED can withstand the humid and corrosive environment of horticulture lighting.

Some of the advantages and challenges of using Oslon Ssl 80 for horticulture lighting are:

Advantages

Challenges

- High efficiency and long lifetime

- Higher initial cost than conventional light sources

- Tailored light spectrum and intensity

- Need for proper driver and controller

- Compact and versatile design

- Need for adequate cooling and ventilation

- Uniform light distribution

- Need for careful optical design and alignment

- Superior corrosion robustness

- Need for regular maintenance and troubleshooting

Conclusion

Oslon Ssl 80 is a high-performance LED that can provide optimal light for horticulture lighting. It has high efficiency and long lifetime, tailored light spectrum and intensity, compact and versatile design, uniform light distribution, and superior corrosion robustness. It is a perfect LED for applications that require high efficiency and long lifetime, such as indoor and outdoor lighting, accent and effect lighting, and horticulture lighting.

If you want to learn more about Oslon Ssl 80 and how to use it for your horticulture lighting project, you can download the Oslon Ssl 80 Pdf Free document, which contains all the technical details and information you need. You can also contact OSRAM or your local distributor for more support and guidance.

We hope you enjoyed this article and found it useful. Here are some tips and recommendations for using Oslon Ssl 80:

• Choose the right color and wavelength of Oslon Ssl 80 according to your plant type and growth stage.

• Use a suitable power supply and driver to control the current and voltage of Oslon Ssl 80.

• Use a proper thermal management system to keep Oslon Ssl 80 cool and prevent overheating.

• Use a suitable optical design and alignment to ensure a uniform light distribution over your plant area.

• Use a reliable corrosion protection system to prevent moisture and other substances from damaging Oslon Ssl 80.

• Measure the performance and quality of Oslon Ssl 80 regularly using appropriate instruments and methods.

• Maintain and troubleshoot Oslon Ssl 80 periodically using professional tools and techniques.

FAQs

Here are some frequently asked questions and answers about Oslon Ssl 80:

• Where can I buy Oslon Ssl 80 LEDs?

You can buy Oslon Ssl 80 LEDs from OSRAM or its authorized distributors. You can find the list of distributors on the OSRAM website or contact OSRAM directly for more information.

• How can I connect Oslon Ssl 80 LEDs to a power source and a controller?

You can connect Oslon Ssl 80 LEDs to a power source and a controller using soldering or wire bonding techniques. You can find the recommended soldering and wire bonding conditions and methods in the Oslon Ssl 80 Pdf Free document.

• How can I design a horticulture lighting system with Oslon Ssl 80 LEDs?

You can design a horticulture lighting system with Oslon Ssl 80 LEDs using various methods and tools, such as simulation software, optical design software, or online calculators. You can also consult OSRAM or its partners for more assistance and advice.

• How can I measure the performance and quality of Oslon Ssl 80 LEDs?

You can measure the performance and quality of Oslon Ssl 80 LEDs using various instruments and methods, such as spectroradiometers, photometers, radiometers, or integrating spheres. You can also use the test results and certifications provided by OSRAM or its partners as references.

• How can I maintain and troubleshoot Oslon Ssl 80 LEDs?

You can maintain and troubleshoot Oslon Ssl 80 LEDs using various tools and techniques, such as cleaning agents, desiccants, multimeters, oscilloscopes, or thermal cameras. You can also contact OSRAM or its partners for more support and service.

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