PAR30 LED lights provide an energy-efficient, long-lasting, and low-maintenance alternative to traditional incandescent and halogen bulbs. With a wide range of lumen outputs, color temperatures, and beam angles available, it's easy to find a PAR30 LED to suit almost any lighting need.
PAR30 refers to a specific size and shape of light bulb. PAR is an acronym that stands for "Parabolic Aluminized Reflector". The "30" refers to the diameter of the bulb which is 30 eighths of an inch, or about 3.75 inches. PAR30 bulbs have a distinct shape - the body of the bulb is relatively short and it has a wide, directional beam spread. They are commonly used for recessed can lighting, track lighting, and outdoor spotlights. LED (light emitting diode) is a highly energy efficient lighting technology. When PAR30 bulbs use LED technology, they provide several advantages over traditional incandescent or halogen PAR30 bulbs:
When selecting a PAR30 LED bulb, there are a few key factors to consider:
LED bulb brightness is measured in lumens rather than watts. A 75W incandescent PAR30 outputs about 1000 lumens. To get equivalent brightness, look for a PAR30 LED with at least 1000 lumen output.
Color temperature is measured in degrees Kelvin (K). Lower numbers like 2700K provide a warm, yellowish light. Mid-range 3000-4000K bulbs approximate neutral white daylight. 5000K and above have a cool, bluish tone. Choose based on your space and preference.
PAR30 LEDs come in beam angles ranging from a narrow spot (12°) up to a very wide flood (60°+). Narrower beams create concentrated pools of light, ideal for accent lighting. Wider beams illuminate larger areas.
While most PAR30 LEDs are dimmable, some may not be, or may only work with specific dimmers. Always check compatibility with your existing dimmer switches.
The directed beam and high lumen output of PAR30 LEDs make them a versatile choice for many residential and commercial lighting applications, such as:
When used outdoors, make sure to choose a PAR30 LED rated for wet or damp locations.