Advantages of LED lights include, energy savings, better quality light, and the ability to respond to intelligent controllers, for even more energy savings. Fluorescent light technology does not work well with dimming controls. In comparison, LED lighting can be controlled by ambient light sensors, either built into the individual light unit or by as part of a lighting zone, which makes it easier to have a planned energy usage system. Now the question is whether to use a LED retrofit orLED ready T8 fixtures to make the switch from fluorescent to LED lighting.
If you don’t want to buy a new fixture, LED retrofits are a good option. LED retrofitting means switching inefficient lighting technologies, such as fluorescent lights, to a new energy-efficient lighting system using the fixtures that are currently in place.
If you are happy with the layout of your existing fixtures, you do not need to pay for new fixtures or a redesign. You just need to purchase an all-in-one retrofit kit which usually includes everything you need for a fast and easy installation, such as, brackets, sockets, wiring, screws and fasteners.
First you will need to remove the existing bulbs, ballast, sockets, and brackets, and then replace them with LED lamps and a wiring harness. You do not need many wiring alterations but you should use a licensed electrician to be sure that you are adhering to your local code and safety requirements.
If however, you are looking to replace your fixtures, LED ready T8 fixtures allow installers to avoid bypassing the ballast and adopt the energy-saving benefits of LED technology. Our selection includes Vapor Tight, Linear Utility Strips , and High Bays.
Either way, the switch to LED lighting has some of the best financial returns on investment of energy efficient installations. For example, a lighting upgrade reduced the energy lighting costs in a manufacturing facility by 40 percent, resulting in a savings of over $50,000 in annual lighting costs.