FREE Shipping / FREE Customs / FREE Duty

Dorm Grow G8 LED 900 Grow Light
Dorm Grow G8 LED 900 Grow Light
Dorm Grow G8 LED 900 Grow Light
Dorm Grow G8 LED 900 Grow Light
Dorm Grow G8 LED 900 Grow Light
Dorm Grow G8 LED 900 Grow Light

Dorm Grow G8 LED 900 Grow Light

Regular price $2,041.18 Sale

Catalog Number G8-900
Input Voltage / Amperage 110V @ 4.6Amp | 240V @ 2.2Amp
Net Weight 24.8 lbs (11.3kg)
Dimensions 20.5”x14”x3” (52x36x7.6cm)
PAR Value (μMol/s) 1540
Power Draw 540W
Coverage Area 24 sq.ft. (2,24m.sq.)
Return Period 90 Day Money Back

 

The G8-900 Full Spectrum LED Veg/Flower grow light by G8LED is the flagship growlight for the professional indoor grower and provides intense coverage for 8-12 mature plants from seedling through harvest. This G8LED has the growing power of 1200-1400 Watts of a high-pressure sodium (HPS) or metal halide (MH) bulb,with a PAR Value of 1540μMol/s, while only using 540Watts of power. This is a full spectrum grow light for both the vegetative growth and flowering cycles and provides intense coverage for 24 square feet (6feet x 4feet) (2,2sq meter-183cm x 122cm) of grow space. This light penetrates 5feet (152cm) past the plant canopy and saves 50-60% on your electrical consumption. The electrical savings will pay for the light within the first year of usage.

With 8 years of research and improvement, G8LED has formulated the most efficient color ratio with 8 bands of the color spectrum from 380nm to 780nm, including Ultraviolet (UV), Infrared (IR), and 6000K white. This is the perfect spectrum, maximizing plant yield per unit of electrical consumption. There are no wasted diodes in colors that are not needed for photosynthesis and yield. Get higher quality flowers with more trichomes and the highest yields per wattage of electrical consumption. This light is made with 3W chips, which are the ideal size for indoor plants up to 5feet (152cm) in length. The 3W chip has the perfect balance of penetrating power and low heat signature, which allows the G8LED growlights to be made in with a very dense network of diodes, maximizing light intensity per square inch and maximizing the yield per watt.