SSK-1560-EMP-660: Optimize Your Grow Lights for Peak Performance

Elevate your horticultural projects with the SSK-1560-EMP-660, a cutting-edge LED board that harnesses the power of Edison Horticultural 660nm diodes, sourced from the highest flux bins for unparalleled efficiency and performance. Designed with the sophisticated needs of modern growers in mind, this board is your key to unlocking the full potential of your flowering plants.

Unmatched Efficiency and Effectiveness

Premium Edison 2835 Diodes

Equipped with 112 pieces of the finest Edison 2835 diodes available, the SSK-1560-EMP-660 stands out for its exceptional lumens-per-watt ratio and superior wall plate efficiency. These high-bin diodes ensure that your plants receive the intense, focused light they need to thrive, particularly during the crucial flowering stage.

Designed with a Focus on Flowering

Every variation of the SSK-1560-EMP-660 emphasizes a heavy red spectrum, specifically at the 660nm wavelength, which is critical for flowering. This targeted approach guarantees that your plants benefit from the most effective light for promoting bloom, enhancing both the quantity and quality of your yield.

Features Tailored for Growers

• Solderless Convenience: Featuring Molex Connectors rated at 320V 9A, the board offers a solderless, hassle-free experience, making setup and modifications simple and efficient.
• Optional Thermal Interface Material (TIM): Customize your board’s thermal management with optional TIM. This allows for improved heat dissipation, ensuring that your LEDs operate within optimal temperature ranges for longevity and consistent performance.
• Flexible Power Options: The board’s maximum current is adaptable based on your heat sinking solution. Capable of being driven up to 3.6 Amps, the SSK-1560-EMP-660 offers versatility in power and intensity, allowing you to tailor your lighting to the specific needs of your plants.
• Compatible Heatsink Available: For those seeking a comprehensive cooling solution, a matching 3030 TSLOT heatsink is available. This ensures your LED board remains cool, even at higher currents, maintaining efficiency and extending the lifespan of your diodes.

Ideal for DIY Horticultural Projects

Whether you’re a seasoned grower or just starting, the SSK-1560-EMP-660 provides the quality, efficiency, and flexibility needed for a wide range of DIY horticultural projects. Its advanced features and superior diodes make it a top choice for anyone looking to enhance their plant growth with precision lighting.

Dive into the future of horticultural lighting with the SSK-1560-EMP-660 – where innovation meets cultivation.

Board details

• SSK-1560-EMP-660 Sol-Strip Boards. Spectrally this is very centred on 660nm
• PCB Dimension is 560mm x24mm
• Zhaga Compliant
• PCB Spec: Aluminium MCPCB, Series/Parallel Configuration.PCB use 2oz(70um) traces for improved thermal dissipation

• Solderless with Molex Connectors(4)

SPECIFICATIONS

Performance Data

8 watt Operation

Drive Characteristics: 30 Volt, .3 amp, Recommended Driver

PUP10A-1WMC-350

Parameter	Value
PPFD (400-700nm)	66.34 µmol/m2s
Forward Voltage	30V
Drive Current	300ma
Power	7.6Watts
Illuminance	763 lux
Foot Candle	70.9 fc
λp	661 nm
λD	638 nm
Purity (Pe)	90%
SP Ratio	0.3

29 watt Operation

Drive Characteristics: 33 Volt, .8amp. Recommended Driver

XLG-50-A

Parameter	Value
PPFD (400-700nm)	228.41µmol/m2s
Forward Voltage	33.03
Drive Current	890ma
Power	29 Watts
Illuminance	2340 lux
Foot Candle	217.4 fc
λp	661 nm
λD	638 nm
Purity (Pe)	90%
SP Ratio	0.3

66 watt Operation

Drive Characteristics: 36 Volt, 1.85amp. Recommended Driver

ELG-75-36AB

Parameter	Value
PPFD (400-700nm)	480.47µmol/m2s
Forward Voltage	36V
Drive Current	1.85A
Power	66Watts
Illuminance	5428 lux
DLI	41.51mol/m2
λp	661 nm
λD	638 nm
Purity (Pe)	90%
SP Ratio	0.3

Plants and 660nm for Flowering

660nm LED strips are commonly used in indoor gardening and horticulture to promote the growth and flowering of plants. These LED strips emit a red light with a wavelength of around 660nm, which is in the range of light that plants use for photosynthesis and growth.

Studies have shown that 660nm LED strips can be effective in promoting flowering in a variety of plants. For example, a study published in the journal Horticulture, Environment, and Biotechnology in 2018 found that exposing chrysanthemum plants to 660nm LED light for eight hours per day for six weeks increased the number of flowers and the total flower yield compared to plants grown under white fluorescent light.

Another study published in the Journal of Plant Physiology in 2019 investigated the effects of 660nm LED light on the growth and development of tomato plants. The researchers found that exposing tomato plants to 660nm LED light for eight hours per day for three weeks resulted in increased plant height, stem diameter, and leaf area, as well as higher levels of chlorophyll and carotenoids, which are important plant pigments. The 660nm LED light also promoted earlier flowering and increased fruit yield compared to plants grown under white fluorescent light.

In addition to promoting flowering and fruiting, 660nm LED light has also been shown to have other beneficial effects on plants. For example, a study published in the journal Frontiers in Plant Science in 2020 found that exposing lettuce plants to 660nm LED light for eight hours per day for four weeks resulted in increased plant growth and higher levels of antioxidants, which can have health benefits for humans who consume the plants.

Overall, the use of 660nm LED strips can be a valuable tool for indoor gardeners and horticulturists who want to promote the growth, flowering, and fruiting of their plants. Studies have shown that these LED strips can be effective in achieving these goals and can have other beneficial effects on plant growth and health as well.