Description:
The SL-7017 is a revolutionary  PAR20 lamp that combines the beauty and intensity of Halogen with exceptional efficiency and longevity. It is the first LED lamp to deliver on the promise of LED lighting  for retail lighting, museum  lighting, and architectural accent lighting. Its breakthrough performance is achieved  by combining the high efficacy and high quality light Technology with a unique optical and thermal management approach

Applications:
The lights could be applied in many places such as: commercial area, exhibition halls, clubs, shopping malls, offices, reading rooms, teashops, coffee bars, jewelry counters, bars, KTV, house and home, gallery, hotels, meeting rooms, schools, museums, offices building and other indoor lighting, the industry lighting, the architecture lighting and so on
 

Specifications:
Rated Voltage :AC90-265V LED Source:7*1WLumen :630LMColor Rendering Index:≥80Color Temperature:2700-7500KOperating Temperature :-20~45Life-Span:50000HLamp Size:95*H98(mm)Material: Aluminum
Features:With high light transmittance lens and PMMA material, the light transmittance can up to 95%.With aesthetic appearance, adopted first-class design of radiator, it ensures the LED high luminous efficiency and long life-span.The specialized optical design, it can prevent glare efficiently, average illuminance and nature comfortable for eyes.Wide voltage range available and global universal;Different colors of housing be optional, and the lamp holder can be customised.The range of color temperature can be customised according to different requirements.Meet the electromagnetic compatibility and safety requirements in European and American countries, had passed RoHS certification.Can turn on&off frequently without affecting the long life-span;no filament of LED, the best brightness will be obtained immediately after light-up.Can replace to traditional bulb and spotlight directly, the LED is better energy saving and environment-friendly than traditional lamp, it is lead-free, no-mercury, no ultraviolet and no infrared radiation.