Description
OSCONIQ® P 3737 (2W) GW PUSRA1.HW
High-power LED with our ams OSRAM’s latest chip technology, delivering industry leading performance, superior robustness and long lifetime. With the introduction of a new color (Red 640 nm) the family offers five colors for ease of design and high flexibility for all your horticulture spectrum needs.
The OSCONIQ® P 3737 family offers Hyper Red (660 nm), Red (640nm), Deep Blue (450 nm), Far Red (730 nm) and Horti White which can cater to both narrow spectrum and full spectrum solutions to meet all crop needs for both greenhouses and vertical farms.
Applications
– Agriculture & Horticulture
– Entertainment
– Indoor Lighting
– Outdoor & Industrial Lighting
Features
– Package: SMD epoxy package with silicone lens
– Typ. Radiation: 120° (Lambertian emitter)
– ESD: 8 kV acc. to ANSI/ESDA/JEDEC JS-001 (HBM, Class 3B)
– Radiant Flux (@ 700mA): typ. 1218 mW @ 25°C; typ. 1158 mW @ 85°C (M3 Bin)
– Radiant Efficiency (@ 700mA): typ. 59.6% @ 25°C; typ. 58.6% @ 85°C (M3 Bin)
– Photon Flux (@ 700mA): typ. 5.36 μmol/s @ 25°C; typ. 5.08 μmol/s @ 85°C (M3 Bin)
– Photon Flux Efficacy (@ 700mA): typ. 2.62 μmol/J @ 25°C; typ. 2.57 μmol/J @ 85°C (M3 Bin)
| Emission Color | White | Operating Temperature | Top Minimum -40°C/Top Maximum 125°C |
| Power | 2 W (Mid) | Beam Angle | ∢ Typical 120° |
| Dimensions | l Typical 3.7 mm w Typical 3.7 mm h Typical 2.15 mm |
Brightness | Typical ΦV: 390 lm Typical IV: 128 cd Typical ΦE: 1160 mW Typical IE: 379 mW/sr Typical ΦP: 5.1 µmol/s |
| Product Category | Description | Order Code |
|---|---|---|
| GW PUSRA1.HW-SHSK-M1-1 | Φ<_sub>P = 4.60 … 5.25 μmol/s (IF = 700 mA) | Q65113A7876 |
| GW PUSRA1.HW-SHSK-M2-1 | Φ<_sub>P = 4.60 … 5.25 μmol/s (IF = 700 mA) | Q65113A7875 |
| GW PUSRA1.HW-SJSL-M3-1 | Φ<_sub>P = 4.80 … 5.50 μmol/s (IF = 700 mA) | Q65113A7880 |
| GW PUSRA1.HW-SJSL-M4-1 | Φ<_sub>P = 4.80 … 5.50 μmol/s (IF = 700 mA) | Q65113A9116 |
| GW PUSRA1.HW-SJSL-M5-1 | Φ<_sub>P = 4.80 … 5.50 μmol/s (IF = 700 mA) | Q65113A9117 |
| GW PUSRA1.HW-SKSM-M6-1 | Φ<_sub>P = 5.00 … 5.75 μmol/s (IF = 700 mA) | Q65113A9118 |
