High Kelvin Linear Led Strips up to 60000k

Description:

SSK-1560ZGE-2835-HiK: This board comes with double ended Molex Solderless connectors. Board has 112 leds spaced on 0.5mm pitch for seamless, DOT free Light and maximum utilisation of the PCB real estate, 48V with 500ma for 25 watt operation recommended drive current with minimal heat sinking, at 1amp, 50 watt, would recommend good quality thermal bed, Cooler or Aluminium Sheet

Specifications

• 560mm x 24mm x 1.6mm, Full Aluminium Metal Core PCB
• LEDS Cree J series JE2835, 228 lumens per watt@65ma and Edison Opto Royal Blue, top bins
• CCT 10000-60000k Min 80 CRI
• Nominal Forward Voltage 48V
• Drive Current typ 500ma, max 1200ma
• Lumens: Typ 2500 Lumens at 560ma, 5000 Lumens at 1.2A

Spectral Examples

Parameter	Value
CCT	14948 K
Duv	-0.0217
CRI (Ra)(R1~R8)	86
CRI (Re) (R1-R15)	83
CQS	75
TLCI(Qa)	57
GAI	112
TM-30-20 Rf	77
TM-30-20 Rg	98

Parameter	Value
Melanopic lux (EML)	1192.7 lux
Rhodopic lux	1083.9 lux
Cyanopic lux	1626.8 lux
Chloropic lux	973.5 lux
Erythropic lux	914.8 lux

Applications

• Replicate SunLight
• Coral Growing
• Seedlings
• Planted Tanks

Are High Kelvin lights suited to Seedlings

For seedlings, a specific range of light spectrum is necessary for optimal growth and development. Two spectra that are particularly suited for seedling growth are blue light and red light.

Blue light is essential for seedling growth as it promotes stem and leaf development. According to a study published in the Journal of Plant Research in 2015, blue light (440-470 nm) is particularly effective in enhancing seedling growth and development, with a positive effect on the number of leaves and the total dry weight of the plant.

Red light is also necessary for seedling growth as it promotes the development of the root system. According to a study published in the Journal of Horticultural Science & Biotechnology in 2019, red light (630-660 nm) has been shown to increase root growth and enhance seedling vigor in several plant species.

Another study published in the Journal of the American Society for Horticultural Science in 2014 investigated the effect of different light spectra on the growth and development of cucumber seedlings. The results showed that red and blue light combined (with peaks at 449 nm and 662 nm, respectively) resulted in the highest seedling fresh weight, dry weight, and leaf area, compared to other spectra tested.

In conclusion, blue light and red light are essential for seedling growth, with blue light promoting stem and leaf development, and red light promoting root growth. Several scientific studies have demonstrated the efficacy of these spectra in enhancing seedling growth and development, with positive effects on plant weight, leaf area, and seedling vigor. Therefore, it is essential to use lighting sources with specific blue and red light spectra for successful seedling growth.