525nm Green Known applications and effects: Promotes photosynthesis in chlorophylls in addition to deep red and deep blue. Green light penetrates deeper into leaves more efficiently than red light at high PPFD inducing photosynthesis in chloroplasts towards the bottom surface of the leaf. Green light will also penetrate upper leaves more effectively to reach the lower canopy.
240-790nm Total radiometric flux (mW) | PAR 400-700nm PPF µmol/s | PAR 360-780nm BPF µmol/s | PAR (adjusted DIN5031-10) 400-700nm BPF µmol/s | PAR (adjusted DIN5031-10) 360-780nm BPF µmol/s | PAR (adjusted McCree) 400-700nm BPF µmol/s | PAR (adjusted McCree) 360-780nm BPF µmol/s |
|---|---|---|---|---|---|---|
| 2839.05 | 12.43 | 12.43 | 6.01 | 6.01 | 9.47 | 9.47 |
| 240-790nm Total radiometric flux (mW) | 2839.05 |
|---|---|
| PAR 360-780nm BPF µmol/s | 12.43 |
| PAR (adjusted DIN5031-10) 400-700nm PPF µmol/s | 6.01 |
| PAR (adjusted DIN5031-10) 360-780nm BPF µmol/s | 6.01 |
| PAR (adjusted McCree) 400-700nm PPF µmol/s | 9.47 |
| PAR (adjusted McCree) 360-780nm BPF µmol/s | 9.47 |
| Forward Voltage | 27-32.4 Volts |
| Radiance Angle | 120° (±60°) |
| Size | 25x25mm |
| Wavelength | Green 505-530nm |
| Micromoles | 12.43 |
| LED Count | 9 |
4th Dec 2018
Great work from St Mary’s junior school, who have built 24 raised beds to grow food to sell to the... Read More…
