Special Price: $9.22
List Price: $13.00
Your Savings: $3.78
Price For Both: $89.21
The Greenlite Lighting 23W/PAR38/AL 23 Watt PAR38 High Heat Reflector CFL Bulb replaces a 100W incandescent bulb, and helps you save money by saving energy. It lasts up to 9 years based on using it for 3 hours per day, and uses 75% less energy than incandescent bulbs. The High Heat Aluminum Reflector Bulb lasts up to 10,000 hours and equals 10 standard incandescent bulbs. It has a flicker-free start and 2700 degree color temperature. You won't even be able to tell the difference until you see the new electricity bill. Ideal use for recessed cans, spot lights, and outdoor fixtures.
This product is also available in 23 Watt PAR38 High Heat Reflector CFL Bulb - Soft White and 23 Watt PAR38 High Heat Reflector CFL Bulb - Bright White.
What is a CFL?
A compact fluorescent light bulb (CFL) is a type of fluorescent lamp designed to replace an incandescent bulb. CFLs are the most energy efficient lighting available. Like other energy-efficient products, high quality CFLs bear the Energy Star symbol, demonstrating to consumers they are among the most energy-efficient on the market. Energy Star-approved CFLs, such as those produced by Greenlite, must meet numerous requirements that include: using at least two-thirds less energy than standard incandescent while providing the same amount of light; lasting 10 times longer than incandescent; saving $30 or more in energy costs over a bulb's lifetime; and generating less heat than incandescent bulbs.
CFLs Environmental and Economic Benefits
Regular incandescent bulbs waste energy: 90 percent of their energy is used to produce heat, not light. CFLs save energy and help lower electricity costs because they use 75 percent less energy than incandescent bulbs, thereby requiring only one-quarter of the energy consumed by incandescent. For example, a 13-watt CFL produces the same light as a 60-watt incandescent bulb, saving about 45 watts each hour it is lit.
Estimates show that if every person replaced just one incandescent bulb with an Energy Star CFL, greenhouse gas emissions would be reduced by about 400,000 tonnes each year - the equivalent of taking 70,000 cars off the road each year.
The average home has about 30 light fixtures that consume about $200 in electricity costs each year. If just five incandescent bulbs using three hours of light each day were replaced with Energy Star-approved CFL light bulbs, a homeowner could save $30 each year.
CFLs help to save the environment in other ways too. Because Energy Star CFLs are required to last 10 times longer than incandescent bulbs, fewer bulbs and packaging are sent to landfill sites. And using less energy and fewer bulbs reduces emissions from power plants and helps protect the environment from the risk of global climate change.
CFLs and Mercury
CFLs are perfectly safe to use in homes. Each bulb contains a very small amount of mercury -- an average of three milligrams - about the same amount it would take to cover the tip of a ballpoint pen. The mercury dissipates when the bulb burns out, leaving no harmful toxins. There is no health risk if a bulb breaks because the amount of mercury is minute and in vapor form so it dissipates immediately leaving no harmful toxins. As Energy Star states, when a CFL breaks there is more harm from broken glass than mercury. Currently, using mercury in the manufacturing of the bulbs is necessary because there is no other substance that can replace the efficiency properties of mercury to produce fluorescent light. However, in recent years the mercury content has been drastically reduced and research is underway to develop bulbs that use even less mercury.
Safe Disposal of CFLs
Ideally, CFLs should be recycled. Many municipalities accept CFLs that are placed in plastic bags in the blue recycling box. However, regulations on proper disposal of CFLs differ by province. Check with their local municipalities to inquire about disposal programs and regulations in their area.
Defining PAR Bulbs/Lamps
Parabolic Aluminized Reflector (PAR) is a term dedicated for defining an outside rated light bulb and is actually the description of the lamp or bulb that goes inside a PAR can. The can is the container where the PAR lamp or bulb goes. The number after PAR refers to the diameter of the bulb. To figure out the diameter, divide the number next to PAR by eight. For example PAR30 would have a 3-3/4" diameter. The diameter of the PAR lamp is useful to know when ordering a replacement lamp.
- Lumens: 1050
- Life Hours: 10,000
- MOL: 5.40"
- Ballast Type: Electronic
- Base Type: Medium
- Starting Method: Modified Rapid Start
- Input Line Voltage: 120VAC
- Input Line Frequency: 60HZ
- Color Temperature: 2700 deg K
- Color Rendering Index: >82
- Minimum Starting Temperature: 5deg F
- Maximum Operating Temperature: 120deg F
- UL/C-UL Listed
- Lumens: 1050
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