Commercial Lighting Projects

Product Name：HV Driverless 7W HV 360° Oritentable square and round LED downlightProduct Description：●Gobright HV Driverless 7W HV 360° Oritentable square and round LED downlight was adopted high lumen Epistar led chips with HV IC,Website:http://www.gbt-led.com, The HV IC is a kind of solid state components and life can reach more than 5 years. The regular led products adopt the electrolytic capacitor which in the from of liquid with only 2-3 years lifespan.●The non-driver 7W 360° adjustable square LED Down light has no driver inside, it can avoid the failure of driver, as you know, most of led lights broken caused by unstable driver.●Dimmable function support, matching with triac dimmer.●The HV technology makes the HV driverless 360°LED ceiling Down light work at AC220-240V or AC 110V directly without any driver, we call it Driverless, driver-free or DOB(Driver on Board), double insulated wires with input voltage AC220-240V or AC110V.●High CRI, Large capacity heat sink.●square and round housing available.●4 years warranty.●360° Oritentable●BBC Home solution, With silicone pad, no air in, no air out, saving electricity bills.●CE, RoHS, LVD, EMC certificates passed.Spec:Model NumberHVODL-7WPower Factor＞0.98Power Consumption7±0.5WWorking Temperature-10 ℃ ~ 45℃LED SourceEpistarStorage Temperature-20 ℃ ~ 65℃Input Voltage200-240V ACWorking Frequency50/60 HzColor Temperature2700-6500KWorking Humidity0%-90%Beam Angle38° 60°Storage Humidity10%-90%Lumen500-530LMTHD<18%Color Rendering IndexRa＞80Life Span＞50,000hoursIP GradeIP40Color of HousingWhiteSize(mm)?118*30mmcut-out: ?90-95mmMaterialAluminumProduct Size：mmTechnical Parameter：Product Features：* Adopt Epistar led chip, high brightness led source to achieve the illumination purpose.* Driverless (a small Solid state component IC to instead the Driver and it& acute;s installed on the PCB board as same as the LEDs. We also call it & acute;Driver On Board& acute;)* Up to 80% energy saving compared to traditional lamp * Long lifetime of 50,000 hours