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◊ Features
- Energy savings up to 70% vs 400W MH
- Sealed die-casting profile for outdoor applications
- High quality of heat-resisting polycarbonate optical lens
- Excellent Wind Resistance
- Preinstalled trunnion mount/U bracket
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◊ Features
- Energy savings up to 70% VS 150W metal halide
- Sealed die-casting profile for outdoor applications
- High quality of heat-resisting polycarbonate optical lens
- Excellent Wind Resistance
- Preinstalled trunnion mount/U bracket
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◊ Features
- Energy savings up to 60% VS 100W metal halide
- Sealed die-casting profile for outdoor applications
- High quality of heat-resisting polycarbonate optical lens
- Excellent Wind Resistance
- Preinstalled trunnion mount/U bracket
-
◊ Features
- Energy savings up to 60% VS 100W metal halide
- Sealed die-casting profile for outdoor applications
- High quality of heat-resisting polycarbonate optical lens
- Excellent Wind Resistance
- Preinstalled trunnion mount/U bracket
-
◊ Features
- Energy savings up to 70% vs 250W MH or 265W HID
- Sealed die-casting profile for outdoor applications
- High quality of heat-resisting polycarbonate optical lens
-
◊ Features
- Energy savings up to 70% vs 250W MH or 265W HID
- Sealed die-casting profile for outdoor applications
- High quality of heat-resisting polycarbonate optical lens
-
◊ Features
- Energy savings up to 70% vs 250W MH or 265W HID
- Sealed die-casting profile for outdoor applications
- High quality of heat-resisting polycarbonate optical lens
-
◊ Features
- Energy savings up to 70% vs 175W MH or 190W HID
- Sealed die-casting profile for outdoor applications
- High quality of heat-resisting polycarbonate optical lens
- Built in photocell (optional) save more energy on day light
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◊ Features
- Energy savings up to 70% vs 175W MH or 190W HID
- Sealed die-casting profile for outdoor applications
- High quality of heat-resisting polycarbonate optical lens
- Built in photocell (optional) save more energy on day light
◊ Features
◊ Features
◊ Features
◊ Features