Install a direct wire or ballast-bypass linear LED lamp. Right now, a ballast-bypass is our top LED replacement option for T12 fluorescent tubes. … Ballast-bypass LEDs work straight off the line voltage flowing directly to the sockets, requiring you to remove the original fluorescent ballast.
How do I convert T12 fluorescent to LED?
If you’re converting your existing T12 lamps to LED, you have six options to choose from:
- Install ballast-bypass linear LED lamps. …
- Install plug-and-play magnetic and electronic ballast-compatible linear LEDs. …
- Install electronic ballast-compatible linear LEDs and a new electronic ballast.
23 июл. 2020 г.
Can you put an LED tube in a fluorescent fixture?
Many LED tubes are “plug and play”, meaning you can just install them like you would a fluorescent bulb. For this to be true, look for bulbs that are “ballast-compatible” meaning that they can use the ballast already installed in your fluorescent fixture to power the LEDs.
How do you bypass a T12 ballast for a LED?
How to Bypass a Ballast
- Turn off the power. Flipping the light switch to the “off” position does not necessarily end the flow of electricity. …
- Locate your ballast. …
- Cut the hot and neutral wires. …
- Cut the socket lead wires. …
- Remove the ballast. …
- Connect the input wires to the output wires.
Do I need to remove the ballast to use an LED bulb?
LED technology does not require a ballast to regulate the amount of energy flowing to the lights. LED’s require less energy and can be sensitive to excess energy. … Additionally, removing the ballast will reduce energy usage and result in even great cost-savings as ballasts continue to draw more power than necessary.
How do I convert a fluorescent light to LED?
Three ways you can convert your existing fluorescent tubes to LED tubes
- Retrofit the fluorescent tube. You can easily retrofit a fluorescent tube using plug and play or hybrid LED tubes. …
- Retrofit the tube and ballast. Direct-wire tubes can be used to retrofit the tube and bypass the ballast. …
- Replace the whole fixture.
9 июл. 2020 г.
What does T12 mean in fluorescent bulbs?
A T12 lamp (on the left in the figure below) is therefore twelve-eighths of an inch, or one-and-one-half inches (3.81 cm), in diameter. A T8 lamp (on the right in the figure below) is eight-eighths of an inch, or one inch (2.54 cm), in diameter.
Are LED tubes better than fluorescent?
LED tube lighting is the better choice because it lasts about 40,000 hours longer in testing, is more energy efficient, will save you more money, and will leave less impact on the environment.
Are LED tubes brighter than fluorescent?
Brighter, Better-Quality Light – Not only are LED tube lights noticeably brighter than fluorescent tubes, they also lack the flicker that many fluorescent tubes have. … Mercury-Free, Not Fragile – LED tubes contain no toxic materials, unlike fluorescent, which contain mercury and must be disposed of carefully.
Do you need an electrician to change a ballast?
Changing a ballast CAN BE demanding, even for the experienced. If you have no idea your skill level but if you’re asking about a ballast then you you need an electrician. Ballasts are as basic as they come.
Can you bypass ballast for LED lights?
Since LED lights work on low DC voltage, they need a driver. Most T8 LED tubes do not need a ballast. So, if you are going to install a T8 LED tube light, it will require a ballast bypass unless you choose a ballast compatible T8 LED tube.
What happens if you put a T8 bulb in a T12 fixture?
you have to remove the ballast- as most t8 tubes have an electronic one inside. If you put them in t12- you will burn the bulb up and they will work sporadically before they die. Also the fixture gets blackend.
What is the difference between T8 and T12 ballast?
The have small pins on each end that fit into the ballasts located in light fixtures. T12 lamps have a diameter of 1 ½ inches (or 12/8th of an inch.) T8 lamps are fluorescent lights one inch (or 8/8ths) in diameter. T5 lamps are 5/8th in diameter.
Is ballast bypass safe?
The most significant negative to a ballast-bypass linear LED is the risk of electric shock since the sockets carry line voltage. It’s a common practice to place a finger on the lamp pins while you are trying to install it, and this becomes a risky endeavor when using single-ended ballast-bypass lamps .