The customized phosphor solution used in the GW CSSRM4.HW enables an increase in unconverted red photons, resulting in a unique efficiency. The brightness of the LEDs is 2 % higher than that of the predecessor model GW CSSRM3.HW, reaching a previously unattained level. The high-performance LEDs are installed in robust SMD ceramic housings with silicone lenses and have a low thermal resistance. They deliver reliable light at operating temperatures between -40 °C and + 125 °C.
Benefits at a glance:
- Beam angle: 120° (Lambertian emitter)
- ESD dielectric strength: 8 kV according to ANSI/ESDA/JEDEC JS-001 (HBM, class 3B)
- Radiant flux (@ 700mA): typ. 1232 mW @ 25°C; typ. 1175 mW @ 85°C
- Radiation efficiency (@ 700mA): typ. 60.6% at 25°C; typ. 59.5% at 85°C
- Photon flux (@ 700mA): typ. 5.43 μmol/s at 25°C; typ. 5.18 μmol/s at 85°C
- Binning at +85°C compared to the industry standard of +25°C
- Photon flux efficiency (at 700mA): typ. 2.67 μmol/J @ 25°C; typ. 2.62 μmol/J @ 85°C
- Available in four color bins and two versions: GWCSSRM4.HW-SHSM-H1H2-1-700-R3 and GWCSSRM4.HW-SJSM-H3H4-1-700-R3
Application examples:
- Horticulture and agriculture
- Agricultural interior lighting
- Greenhouse ceiling lighting
- Entertainment technology / stage lighting
- Industrial lighting
For more information to the new LED GW CSSRM4.HW from ams OSRAM s and a direct ordering option, please visit our e-commerce platform at www.rutronik24.com. |
Contact Rutronik:
Chao Lu | Corporate Product Manager Opto | +49 7231 801 1231 | chao.lu@rutronik.com
