To help you gain a quicker understanding, we have compiled some of the most frequently asked questions and provided the answers for you here. If you don’t find the answer you’re looking for, please contact ORM. We will be happy to answer any questions.
●Lower energy consumption; Up to 80 percent of electrical energy is converted to light energy; For this reason, lower-wattage LED lights may replace comparable light fixtures. For example, a 100W LED shoebox light may replace a 200W metal halide shoebox light.
●Longer service life; LED bulbs can last up to 100,000 hours
●Durability; LED bulbs are resistant to thermal, vibrating shocks and turn on instantly from -40°C to 185°C, making them ideal for applications subject to frequent on-off cycling
●Flexibility; LEDs allow for directional distribution of light
●No infrared or ultraviolet radiation – UV light attracts bugs
●No toxic chemicals; LEDs contain no mercury and do not require ballasts, which are often manufactured with PCBs
●Very low heat generation; LEDs are can reduce climate control costs and are especially suited for cold storage facilities
●No frequency interference; no ballast to interfere with radio and television signals
●Wide range of color; LEDs can be manufactured to produce all colors of the spectrum without filters as well as white light in a variety of color temperatures
●Lower energy consumption; Up to 80 percent of electrical energy is converted to light energy; For this reason, lower-wattage LED lights may replace comparable light fixtures. For example, a 100W LED shoebox light may replace a 200W metal halide shoebox light.
●Longer service life; LED bulbs can last up to 100,000 hours
●Durability; LED bulbs are resistant to thermal, vibrating shocks and turn on instantly from -40°C to 185°C, making them ideal for applications subject to frequent on-off cycling
●Flexibility; LEDs allow for directional distribution of light
●No infrared or ultraviolet radiation – UV light attracts bugs
●No toxic chemicals; LEDs contain no mercury and do not require ballasts, which are often manufactured with PCBs
●Very low heat generation; LEDs are can reduce climate control costs and are especially suited for cold storage facilities
●No frequency interference; no ballast to interfere with radio and television signals
●Wide range of color; LEDs can be manufactured to produce all colors of the spectrum without filters as well as white light in a variety of color temperatures
●Lower energy consumption; Up to 80 percent of electrical energy is converted to light energy; For this reason, lower-wattage LED lights may replace comparable light fixtures. For example, a 100W LED shoebox light may replace a 200W metal halide shoebox light.
●Longer service life; LED bulbs can last up to 100,000 hours
●Durability; LED bulbs are resistant to thermal, vibrating shocks and turn on instantly from -40°C to 185°C, making them ideal for applications subject to frequent on-off cycling
●Flexibility; LEDs allow for directional distribution of light
●No infrared or ultraviolet radiation – UV light attracts bugs
●No toxic chemicals; LEDs contain no mercury and do not require ballasts, which are often manufactured with PCBs
●Very low heat generation; LEDs are can reduce climate control costs and are especially suited for cold storage facilities
●No frequency interference; no ballast to interfere with radio and television signals
●Wide range of color; LEDs can be manufactured to produce all colors of the spectrum without filters as well as white light in a variety of color temperatures
●Lower energy consumption; Up to 80 percent of electrical energy is converted to light energy; For this reason, lower-wattage LED lights may replace comparable light fixtures. For example, a 100W LED shoebox light may replace a 200W metal halide shoebox light.
●Longer service life; LED bulbs can last up to 100,000 hours
●Durability; LED bulbs are resistant to thermal, vibrating shocks and turn on instantly from -40°C to 185°C, making them ideal for applications subject to frequent on-off cycling
●Flexibility; LEDs allow for directional distribution of light
●No infrared or ultraviolet radiation – UV light attracts bugs
●No toxic chemicals; LEDs contain no mercury and do not require ballasts, which are often manufactured with PCBs
●Very low heat generation; LEDs are can reduce climate control costs and are especially suited for cold storage facilities
●No frequency interference; no ballast to interfere with radio and television signals
●Wide range of color; LEDs can be manufactured to produce all colors of the spectrum without filters as well as white light in a variety of color temperatures
●Lower energy consumption; Up to 80 percent of electrical energy is converted to light energy; For this reason, lower-wattage LED lights may replace comparable light fixtures. For example, a 100W LED shoebox light may replace a 200W metal halide shoebox light.
●Longer service life; LED bulbs can last up to 100,000 hours
●Durability; LED bulbs are resistant to thermal, vibrating shocks and turn on instantly from -40°C to 185°C, making them ideal for applications subject to frequent on-off cycling
●Flexibility; LEDs allow for directional distribution of light
●No infrared or ultraviolet radiation – UV light attracts bugs
●No toxic chemicals; LEDs contain no mercury and do not require ballasts, which are often manufactured with PCBs
●Very low heat generation; LEDs are can reduce climate control costs and are especially suited for cold storage facilities
●No frequency interference; no ballast to interfere with radio and television signals
●Wide range of color; LEDs can be manufactured to produce all colors of the spectrum without filters as well as white light in a variety of color temperatures
●Lower energy consumption; Up to 80 percent of electrical energy is converted to light energy; For this reason, lower-wattage LED lights may replace comparable light fixtures. For example, a 100W LED shoebox light may replace a 200W metal halide shoebox light.
●Longer service life; LED bulbs can last up to 100,000 hours
●Durability; LED bulbs are resistant to thermal, vibrating shocks and turn on instantly from -40°C to 185°C, making them ideal for applications subject to frequent on-off cycling
●Flexibility; LEDs allow for directional distribution of light
●No infrared or ultraviolet radiation – UV light attracts bugs
●No toxic chemicals; LEDs contain no mercury and do not require ballasts, which are often manufactured with PCBs
●Very low heat generation; LEDs are can reduce climate control costs and are especially suited for cold storage facilities
●No frequency interference; no ballast to interfere with radio and television signals
●Wide range of color; LEDs can be manufactured to produce all colors of the spectrum without filters as well as white light in a variety of color temperatures