Pro 270e LEP SUP / GROW_TEST
Pro 270e LEP SUP / GROW_TEST
For plants to flourish, nothing beats the sun's spectrum. Plants have evolved for millions of years to thrive in balanced, full-spectrum light that includes UVA and UVB rays. Full-spectrum lighting means the highest-quality crops. That's where Gavita plasma technology comes in.
Specifications
- Input current at 100%
- Input power at 100%
- Light source
- Input voltage : 120 - 240 Volt
- Input current at 100% : 2.75 - 1.1 Amps
- Input power at 100% : 290 Watt
- Light source : LUXIM LiFi STA 41.01 / 41.02 plasma emitter
- Input current at 100%
- Input power at 100%
- Light source
- Input voltage : 120 - 240 Volt
- Input current at 100% : 2.75 - 1.1 Amps
- Input power at 100% : 290 Watt
- Light source : LUXIM LiFi STA 41.01 / 41.02 plasma emitter
- Input current at 100%
- Input power at 100%
- Light source
- Input voltage : 120 - 240 Volt
- Input current at 100% : 2.75 - 1.1 Amps
- Input power at 100% : 290 Watt
- Light source : LUXIM LiFi STA 41.01 / 41.02 plasma emitter
- Input current at 100%
- Input power at 100%
- Light source
- Input voltage : 120 - 240 Volt
- Input current at 100% : 2.75 - 1.1 Amps
- Input power at 100% : 290 Watt
- Light source : LUXIM LiFi STA 41.01 / 41.02 plasma emitter
Specifications
- Input current at 100%
- Input power at 100%
- Light source
- Input voltage : 120 - 240 Volt
- Input current at 100% : 2.75 - 1.1 Amps
- Input power at 100% : 290 Watt
- Light source : LUXIM LiFi STA 41.01 / 41.02 plasma emitter
- Input current at 100%
- Input power at 100%
- Light source
- Input voltage : 120 - 240 Volt
- Input current at 100% : 2.75 - 1.1 Amps
- Input power at 100% : 290 Watt
- Light source : LUXIM LiFi STA 41.01 / 41.02 plasma emitter
- Input current at 100%
- Input power at 100%
- Light source
- Input voltage : 120 - 240 Volt
- Input current at 100% : 2.75 - 1.1 Amps
- Input power at 100% : 290 Watt
- Light source : LUXIM LiFi STA 41.01 / 41.02 plasma emitter
- Input current at 100%
- Input power at 100%
- Light source
- Input voltage : 120 - 240 Volt
- Input current at 100% : 2.75 - 1.1 Amps
- Input power at 100% : 290 Watt
- Light source : LUXIM LiFi STA 41.01 / 41.02 plasma emitter
More information
Plasma 270e SUP
We have a supplemental plasma light to optimize the quality of your crop. This plasma light adds everything to the HPS spectrum your plant needs to bring it to the next level, including UVB and UVA.
The spectral diagram for the 270e SUP
Reflector
The Gavita LEP reflector has a square throw. One advantage this gives is that the fixtures can be inter-positioned between the rows of HPS fixtures. For a commercial layout, we would make two separate lighting plans: One for HPS, one for LEP. That way you achieve the highest uniformity and light spread at optimal light levels.
Position your LEP’s at the same height as your HPS fixtures. At the recommended height of 105 cm from the crop (for HPS), this would yield a 1.6 x 1.6m footprint with light levels of
| Phase | Recommended PPFD | LEP to HPS ratio* |
|---|---|---|
| Mother plants | 300 - 500 µmol s-1m-2 | 1 LEP per 100-150W HPS |
| Vegetative | 450-700 µmol s-1m-2 | 1 LEP per 600W HPS |
| Generative | 700 - 1000 µmol s-1m-2 | 1 LEP per 1000W HPS |
*all of the specs are recommended minimum values.
Plasma 270e GROW
We recommend using the stand-alone plasma light for high-quality sunlight simulation. You can use it for the preservation of genetics, or research purposes for example.
The spectral diagram for the 270e GROW
| Phase | Recommended PPFD | LEP to HPS ratio* |
|---|---|---|
| Genetics preservation | 200-400 µmol s-1m-2 | No HPS needed |
*all of the specs are recommended minimum values.
More information
Plasma 270e SUP
We have a supplemental plasma light to optimize the quality of your crop. This plasma light adds everything to the HPS spectrum your plant needs to bring it to the next level, including UVB and UVA.
The spectral diagram for the 270e SUP
Reflector
The Gavita LEP reflector has a square throw. One advantage this gives is that the fixtures can be inter-positioned between the rows of HPS fixtures. For a commercial layout, we would make two separate lighting plans: One for HPS, one for LEP. That way you achieve the highest uniformity and light spread at optimal light levels.
Position your LEP’s at the same height as your HPS fixtures. At the recommended height of 105 cm from the crop (for HPS), this would yield a 1.6 x 1.6m footprint with light levels of
| Phase | Recommended PPFD | LEP to HPS ratio* |
|---|---|---|
| Mother plants | 300 - 500 µmol s-1m-2 | 1 LEP per 100-150W HPS |
| Vegetative | 450-700 µmol s-1m-2 | 1 LEP per 600W HPS |
| Generative | 700 - 1000 µmol s-1m-2 | 1 LEP per 1000W HPS |
*all of the specs are recommended minimum values.
Plasma 270e GROW
We recommend using the stand-alone plasma light for high-quality sunlight simulation. You can use it for the preservation of genetics, or research purposes for example.
The spectral diagram for the 270e GROW
| Phase | Recommended PPFD | LEP to HPS ratio* |
|---|---|---|
| Genetics preservation | 200-400 µmol s-1m-2 | No HPS needed |
*all of the specs are recommended minimum values.