1966 - GLA Horticulture LED Lighting Modules are are IP 65 rated.
Press Release Summary:
1966 – GLA Horticulture LED Lighting Modules feature SinkPAD™-II printed circuit board technology. Units are embedded with graphite thermal interface and offer current of 700 mA and voltage of 43-46 V. Products come with a CRI of 82.5 and photosynthetic photon flux –PPF of 56.22 µmol/s. Modules feature lumen flux of 3619 lumen and deliver lumen efficacy of 122.2 LPW.
Original Press Release:
The Horticulture LED Lighting Modules
The ADURA LED Solutions Horticultural Lighting Modules combine the most advanced LED technology(outlined in CREE’s Horticulture Reference Design) with SinkPAD™-II, a second generation Printed Circuit Board technology with the primary focus of solving the thermal demands of high power horticultural lighting. SinkPAD™-II PCBs featuring CREE LEDs deliver lower junction temperatures of high power LEDs by utilizing a Direct Thermal Path to the heatsink, allowing the implementation of passive cooling, negating the need for a fan. Increased LED life, higher Light output, product reliability and even a reduction in cost of operation result from maintaining lower junction temperatures.
1966-GLA HORTICULTURE LED LIGHTING MODULES
- High Efficiency Grow Light Modules
- SinkPADTM II MCPCB Technology
- Effective use of LED System design to enable passive cooling
- Latest high efficiency LEDs from CREE and other top tier LED manufacturers
- High quality Aluminum or Copper substrate made with SinkPADTM II MCPCB Technology
- Compatible with High efficiency Optics from LEDIL with various beam angle options
- IP65+ rated
- Graphite Thermal Interface for higher reliability and consistent Thermal performance
- High quality, manufacturing in California
- Modular design
PRODUCT SPECIFICATION
Parameter Value Unit
Voltage 43-46 V
Current (IF) 700 mA
Total Power (W) 29.62 29.62 watt
Correlated Color Temperature (CCT) 3600 K
CRI 82.5 -
R9 72.3 -
Photosynthetic Photon Flux -PPF 56.22 (µmol/s)
Lumen Flux 3619 lumen
Lumen Efficacy 122.2 LPW