LED LINEAR HIGH BAY, 100W, 5000K 14,500LM, 145LM/W, 100-277VAC, IP66, CRI 70, 110° BEAM by LEDone
OEM#: LOD-MSL-LHB100W-50KLED LINEAR HIGH BAY, 100W, 5000K 14,500LM, 145LM/W, 100-277VAC, IP66, CRI 70, 110° BEAM by LEDone
General flood lighting, corridor lighting, security lighting, and roof top lighting. Product can also be used as a high bay. Philips Lumileds 3030. Heavy die-cast aluminum housing with polyester powder-coated finish. High quality tempered glass optics. Driver is mounted in direct contact with the casting for low operating temperature and long life. Rust and corrosion proof; stabilized to extreme climate changes without cracking or peeling. REMEMBER TO SHOP BY LUMENS, NOT WATTS. When upgrading from traditional blubs or fixtures to LED fixtures it is important to shop based on lumens, not watts. Historically consumers looked at wattage to determine how much light output (lumens) they were purchasing. Lumens per watt can vary based on a manufacturers product design, LED chip technology and other factors. An LED bulb consumes on average at least 50 percent less energy than CFLs and around 80 percent less than mercury. For instance to get the same light output of 500 lumens, you can either use a 40W incandescent bulb, a 9W CFL bulb or a 6W LED bulb. The above examples are industry averages, for more detailed information on this product please refer to our spec sheet. To calculate the lumens output on a blub or fixture you can multiple the Wattage (W) X Lumens Per Watt (LM/W) to get the Lumens (LM). For example 60W X 140LM/W = 8400LM.
General flood lighting, corridor lighting, security lighting, and roof top lighting. Product can also be used as a high bay. Philips Lumileds 3030. Heavy die-cast aluminum housing with polyester powder-coated finish. High quality tempered glass optics. Driver is mounted in direct contact with the casting for low operating temperature and long life. Rust and corrosion proof; stabilized to extreme climate changes without cracking or peeling. REMEMBER TO SHOP BY LUMENS, NOT WATTS. When upgrading from traditional blubs or fixtures to LED fixtures it is important to shop based on lumens, not watts. Historically consumers looked at wattage to determine how much light output (lumens) they were purchasing. Lumens per watt can vary based on a manufacturers product design, LED chip technology and other factors. An LED bulb consumes on average at least 50 percent less energy than CFLs and around 80 percent less than mercury. For instance to get the same light output of 500 lumens, you can either use a 40W incandescent bulb, a 9W CFL bulb or a 6W LED bulb. The above examples are industry averages, for more detailed information on this product please refer to our spec sheet. To calculate the lumens output on a blub or fixture you can multiple the Wattage (W) X Lumens Per Watt (LM/W) to get the Lumens (LM). For example 60W X 140LM/W = 8400LM.
General flood lighting, corridor lighting, security lighting, and roof top lighting. Product can also be used as a high bay. Philips Lumileds 3030. Heavy die-cast aluminum housing with polyester powder-coated finish. High quality tempered glass optics. Driver is mounted in direct contact with the casting for low operating temperature and long life. Rust and corrosion proof; stabilized to extreme climate changes without cracking or peeling. REMEMBER TO SHOP BY LUMENS, NOT WATTS. When upgrading from traditional blubs or fixtures to LED fixtures it is important to shop based on lumens, not watts. Historically consumers looked at wattage to determine how much light output (lumens) they were purchasing. Lumens per watt can vary based on a manufacturers product design, LED chip technology and other factors. An LED bulb consumes on average at least 50 percent less energy than CFLs and around 80 percent less than mercury. For instance to get the same light output of 500 lumens, you can either use a 40W incandescent bulb, a 9W CFL bulb or a 6W LED bulb. The above examples are industry averages, for more detailed information on this product please refer to our spec sheet. To calculate the lumens output on a blub or fixture you can multiple the Wattage (W) X Lumens Per Watt (LM/W) to get the Lumens (LM). For example 60W X 140LM/W = 8400LM.
General flood lighting, corridor lighting, security lighting, and roof top lighting. Product can also be used as a high bay. Philips Lumileds 3030. Heavy die-cast aluminum housing with polyester powder-coated finish. High quality tempered glass optics. Driver is mounted in direct contact with the casting for low operating temperature and long life. Rust and corrosion proof; stabilized to extreme climate changes without cracking or peeling. REMEMBER TO SHOP BY LUMENS, NOT WATTS. When upgrading from traditional blubs or fixtures to LED fixtures it is important to shop based on lumens, not watts. Historically consumers looked at wattage to determine how much light output (lumens) they were purchasing. Lumens per watt can vary based on a manufacturers product design, LED chip technology and other factors. An LED bulb consumes on average at least 50 percent less energy than CFLs and around 80 percent less than mercury. For instance to get the same light output of 500 lumens, you can either use a 40W incandescent bulb, a 9W CFL bulb or a 6W LED bulb. The above examples are industry averages, for more detailed information on this product please refer to our spec sheet. To calculate the lumens output on a blub or fixture you can multiple the Wattage (W) X Lumens Per Watt (LM/W) to get the Lumens (LM). For example 60W X 140LM/W = 8400LM.
General flood lighting, corridor lighting, security lighting, and roof top lighting. Product can also be used as a high bay. Philips Lumileds 3030. Heavy die-cast aluminum housing with polyester powder-coated finish. High quality tempered glass optics. Driver is mounted in direct contact with the casting for low operating temperature and long life. Rust and corrosion proof; stabilized to extreme climate changes without cracking or peeling. REMEMBER TO SHOP BY LUMENS, NOT WATTS. When upgrading from traditional blubs or fixtures to LED fixtures it is important to shop based on lumens, not watts. Historically consumers looked at wattage to determine how much light output (lumens) they were purchasing. Lumens per watt can vary based on a manufacturers product design, LED chip technology and other factors. An LED bulb consumes on average at least 50 percent less energy than CFLs and around 80 percent less than mercury. For instance to get the same light output of 500 lumens, you can either use a 40W incandescent bulb, a 9W CFL bulb or a 6W LED bulb. The above examples are industry averages, for more detailed information on this product please refer to our spec sheet. To calculate the lumens output on a blub or fixture you can multiple the Wattage (W) X Lumens Per Watt (LM/W) to get the Lumens (LM). For example 60W X 140LM/W = 8400LM.
General flood lighting, corridor lighting, security lighting, and roof top lighting. Product can also be used as a high bay. Philips Lumileds 3030. Heavy die-cast aluminum housing with polyester powder-coated finish. High quality tempered glass optics. Driver is mounted in direct contact with the casting for low operating temperature and long life. Rust and corrosion proof; stabilized to extreme climate changes without cracking or peeling. REMEMBER TO SHOP BY LUMENS, NOT WATTS. When upgrading from traditional blubs or fixtures to LED fixtures it is important to shop based on lumens, not watts. Historically consumers looked at wattage to determine how much light output (lumens) they were purchasing. Lumens per watt can vary based on a manufacturers product design, LED chip technology and other factors. An LED bulb consumes on average at least 50 percent less energy than CFLs and around 80 percent less than mercury. For instance to get the same light output of 500 lumens, you can either use a 40W incandescent bulb, a 9W CFL bulb or a 6W LED bulb. The above examples are industry averages, for more detailed information on this product please refer to our spec sheet. To calculate the lumens output on a blub or fixture you can multiple the Wattage (W) X Lumens Per Watt (LM/W) to get the Lumens (LM). For example 60W X 140LM/W = 8400LM.