|LED Type||OSRAM GF CSSPM1.24; OSRAM GH CSSPM1.24; OSRAM GD CSSPM1.14; OSRAM GW CSHPM1.PM;|
|LED Quantity||30 RED + 30 FAR RED + 30 DEEP BLUE + 30 WHITE|
|Size||Light source - 340x98x72,4 mm; Driver - 231x185x104 mm|
|Power Supply Type||Light source - Constant current (CC); Driver - Alternating current (AC)|
|Power Supply Voltage||~230 V AC|
|Control interface||Touch panel|
|Driver output||Four independent channels|
Calculated parameters of K237 LED modules
|Article Number||Input Current [mA]||Total Power [W]||Total PPF [μmol/s]||Total PPF/W [μmol/J]||Colour||λ [nm] / CCT [K]||Forward Voltage [V]||Power [W]||
Radiant Power [mW]
/ Luminous Flux [lm]
|PPF [μmol/s]||PPF/W [μmol/J]|
Parameters were calculated for temperatures TJ= 25°C
Radiant power and wavelength for color LEDs; Luminous flux and colour temperature for white LEDs.
Values of these parameters were calculated for default bin and with tolerances of 15%.
The GrowEmity LED Developer Kit allows to select the spectrum proportions that are the best for plants. Horticulture LED light sources accelerate plant growth and increase harvest. It is even possible to regulate plant growth and blooming time. Unlike an artificial light sources, LED light sources may be adjusted to match specific plants requirements. LEDs are fully controllable, so it is possible to change the spectrum using different LEDs. This increases efficiency of horticulture and yields. Additionally, LEDs generate more light and less heat than sodium lamp and can be used in artificial plantation without daylight, so plants can be grow everywhere. The GrowEmity LED Developer Kit consists of LED light source and Driver with bulid-in power unit
LEDs have significant advantages compared to other types of lighting and are easy to use. LEDs are versatile and virtually maintenance free.