Ideal for energy and maintenance savings, Keystone’s LED PAR lights offer a 25,000 hour lifespan and 80% energy savings over halogen equivalents. A U-shaped reflector maximizes brightness while precision crafted, full face optics provide precise beam control. Keystone's Essential Series offers multiple types of LED PAR lights to meet a variety of application needs. Depending on the fixture type, either a short or a long neck LED PAR bulb will be a better fit. Choose between narrow or standard flood options based on the desired beam angle for the application. UL listed for damp and wet locations, and suitable for enclosed fixtures, Keystone's PAR LED Flood Bulbs are ideal for use in indoor or outdoor applications. There is a wide range of wattage and lumen outputs available, as well as both 80 and 90 CRI options for a majority of the line.
This Keystone Technologies Essential Series Dimmable LED PAR20 Light Bulb produces a color temperature of 2700K, 3000K, 4000K, or 5000K, operates on your existing 120V circuit and consumes just 5.5 watts of energy. These LED PAR20 lamps 50 watt halogen equivalent retrofit lights generate 500 lumens and have a Color Rendering Index (CRI) of 80. This bulb has a 40 degree beam angle and is considered a flood. Narrow flood options are also available. These 120 volt LED light bulbs fit fixtures with an E26 medium base.
These LED PAR20 bulbs are dimmable but are NOT CEC Title 20 Compliant. The bulb's dimensions are 2.52 inches in diameter by 3.23 inches in length. The lens conceals the LEDs from sight and evenly distributes the light and with a durable plastic housing that lowers the risk for breakage. These PAR bulbs have full face optics for precise beam angle control. They are rated for use in wet locations. These bulbs Energy Star qualified and have a rated life of 25,000 hours or a 3 Year limited warranty.
Typical Applications
Typical applications for these PAR lamps include track lighting, display lighting, flood and spot lighting, and some outdoor light fixtures with suitable protection from the elements.