Ultra Violet A Known applications and effects: Creates a mild stress response in plants producing beneficial photomorphogenic responses such as increasing THC content in cannabis plants. However, if applied incorrectly this wavelength can reduce biomass production, cause photobleaching and death of leaves.
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 |
|---|---|---|---|---|---|---|
| 452 | 0.43 | 1.49 | 0.08 | 0.27 | 0.26 | 0.92 |
| 240-790nm Total radiometric flux (mW) | 452 |
|---|---|
| PAR 360-780nm BPF µmol/s | 1.49 |
| PAR (adjusted DIN5031-10) 400-700nm PPF µmol/s | 0.08 |
| PAR (adjusted DIN5031-10) 360-780nm BPF µmol/s | 0.27 |
| PAR (adjusted McCree) 400-700nm PPF µmol/s | 0.26 |
| PAR (adjusted McCree) 360-780nm BPF µmol/s | 0.92 |
| Forward Voltage | 12-16 Volts |
| Radiance Angle | 125° (±62.5°) |
| Size | 50x65mm |
| Wavelength | UV 380-399nm |
| Micromoles | 0.43 |
| LED Count | 4 |
1st November 2018
The horticulture and agriculture industry is experiencing a transformation of the way plants are cultivated. Behind these changes are innovative... Read More…
