Powerful full-spectrum 100W LED from Omega Lighting
Omega Spectra G100 is a lightweight and full-spectrum 100W LED, used as both an independent or a supplementary lighting source, perfect for growers with limited space.
For 100W, the Spectra G100 is extremely powerful. The G-Line range are all designed for harsh environments and years of maintenance-free performance. Ideal for applications requiring efficient, precise and uniform levels of PPFD.
The Omega G Line range have an optimised spectrum for the full growth cycle, so there’s no need to put up multiple lights for veg and flowering.
While HPS lights are known for generating heat, The G Line LEDs are ‘cool running,’ making them very efficient in terms of heat management.
G Line LED grow lights consume less energy while providing the same amount of light as HPS, making them more efficient.
There is no need to replace the LED after a couple of uses. The G Line range has a long lifespan – around 50,000 hours or more.
How to use Spectra G100 LED
Using the Spectra G100 is easy. Simply hang the unit with the featured Yo-Yo cables, connect up the power lead and switch it on at the mains. As the G100 LED only draws 100 watts of power, it’s fine to use with most standard timers, we would recommend running the LED with the Grow Gadgets Heavy Duty Timer.
- High performance
- Lightweight design for easy hanging
- Features 2 x Yo Yo hangers
- 3-year warranty
- Completely silent
- Waterproof unit
VEG: 91.4 x 91.4 cm
FLOWER: 61 x 61 cm
G100 LED Hanging Heights
The position you hang your LED affects the intensity, coverage area and overall growth. It’s important that users get it right. For maximum yields, hang your G Line at the recommended hanging heights.
Germination: Hang at 61 – 76.2 cm
Seeding: Hang at 61 – 76.2cm
Veg: Hang at 45.7 – 61cm
Bloom: Hang at 30.5 – 45.7 cm
G100 LED Spectrum Chart
Spectra G100 Specifications
Input Voltage: 120 – 277V
Lifetime Hours: 50,000
Chip: Samsung LM301B Chips Mean Well LED Driver
Size: L298mm x W265mm x H53mm
PPF: 277 umol/s
Efficiency: 2.7 umol/j