The Ultimate Guide to Fluorescent Lights: Everything You Need to Know | Shine Retrofits Lighting Blog (2024)

In a world that's becoming increasingly conscious of energy consumption and sustainability, fluorescent lights have emerged as a shining example of both efficiency and eco-friendliness.

Whether you're an electrician, a facility manager, or a commercial building owner, understanding the ins and outs of fluorescent lights can significantly impact your lighting choices, energy savings, and environmental footprint.

In this comprehensive guide, we'll illuminate the world of fluorescent lights, from their history to their various types, benefits, drawbacks, and the essential emphasis on energy efficiency and sustainability.

History of Fluorescent Lights

The story of fluorescent lighting traces back to the innovative mind of Edmund Germer, a German engineer, who brought to life the first fluorescent lamp in 1926.

It wasn't until the 1930s that General Electric successfully introduced a commercially viable version, sparking the widespread adoption of this groundbreaking technology.

Fluorescent lights quickly gained popularity, and for good reason. Their energy efficiency, when compared to traditional incandescent bulbs, made them an immediate hit. The world was beginning to realize the potential of efficient lighting, and the stage was set for the journey of fluorescent lights to shine brighter.

Types of Fluorescent Lights

In specifications for fluorescent lights, the T stands for tube. The number after the T indicates the diameter of the tube in eighths of an inch. For example, a T8 fluorescent tube has a diameter of 1 inch.

The G in fluorescent light specifications stands for bi-pin. This means that the lamp has two pins on the end that connect to the lamp base. The number after the G indicates the distance between the pins in millimeters. For example, a G13 lamp base has a pin spacing of 13 millimeters.

The T and G codes are used to identify the type of fluorescent lamp and lamp base. This information is important when choosing and installing fluorescent lights.

Here are some examples of popular fluorescent lamp types and their corresponding T and G codes:

  • T8 G13: This is the most common type of fluorescent lamp. It is used in a variety of applications, including offices, schools, and hospitals.
  • T5 G5: This type of fluorescent lamp is smaller and more energy-efficient than T8 lamps. It is often used in commercial and industrial applications.
  • T12 G13: This type of fluorescent lamp is older and less energy-efficient than T8 and T5 lamps. It is still used in some applications, but it is being phased out in many places.

When choosing fluorescent lights, it is important to make sure that the lamp and lamp base are compatible. The lamp and lamp base must also be compatible with the fixture in which they will be used.

Fluorescent tubes come in a variety of lengths, depending on the type of tube and the application. The following table shows the most common lengths for T8, T5, and T12 fluorescent tubes:

Tube TypeLength in inches
T512, 18, 24, 36, 48
T812, 18, 24, 36, 48, 60, 72
T1218, 24, 36, 48, 60, 72, 96

The length of the fluorescent tube will affect the amount of light it produces and the area it can illuminate. Longer tubes will produce even more light and illuminate a larger area.

When choosing the length of fluorescent tubes for your application, it is important to consider the size of the area you need to illuminate and the amount of light you need. It is also important to make sure that the tubes are compatible with the fixture in which they will be used.

Here are some examples of how to choose the right length of fluorescent tubes for different applications:

  • For a small office, you might choose T8 fluorescent tubes that are 24 inches long.
  • For a large warehouse, you might choose T5 fluorescent tubes that are 48 inches long.
  • For a commercial kitchen, you might choose T12 fluorescent tubes that are 72 inches long.

If you are unsure which length of fluorescent tubes is right for your application, you can consult a lighting professional at Shine Retrofits.

Illuminating the Benefits of Fluorescent Lights

The journey through the world of fluorescent lights wouldn't be complete without exploring their numerous benefits.

One of the standout qualities of fluorescent lights is their energy efficiency. Compared to their incandescent counterparts, fluorescent lights consume up to 75% less energy. This translates not only into substantial electricity savings but also into a reduced carbon footprint.

Fluorescent lights boast a longer lifespan compared to incandescent bulbs. Their durability minimizes the hassle of frequent replacements and reduces the environmental impact associated with disposing of burnt-out bulbs.

Fluorescent lights provide ample brightness and are available in various color temperatures, allowing you to create the perfect ambiance for your space. They offer excellent color rendering, making them suitable for tasks that demand accurate color perception.

Perhaps one of the most compelling reasons to embrace fluorescent lights is their contribution to environmental sustainability. Their reduced energy consumption directly translates to fewer carbon emissions, helping combat climate change and reduce the strain on our planet's precious resources.

LED Counterparts

Before you decide on a fluorescent light, perhaps your application could use LED lighting instead. The energy consumption of common fluorescent tubes and their LED equivalents shows us the total energy savings between these two options:

Fluorescent Tube TypeWattageLED Equivalent WattageEnergy Savings
T514W8W43%
T528W13W54%
T554W20W63%
T818W9W50%
T825W11W56%
T832W13W59%
T840W16W60%
T850W18W64%
T1220W9W55%
T1230W11W63%
T1240W13W68%
T1270W22W69%

As you can see, LED tubes consume significantly less energy than fluorescent tubes. This is why LED tubes are a popular choice for energy-efficient lighting applications.

In addition to being more energy-efficient, LED tubes also have a longer lifespan than fluorescent tubes. LED tubes can last for up to 50,000 hours, while fluorescent tubes typically last for 10,000 hours.

This means that LED tubes will need to be replaced less often than fluorescent tubes, which can save money on maintenance costs.

Overall, LED tubes are a better choice than fluorescent tubes for most applications. They are more energy-efficient, have a longer lifespan, and produce better quality light.

Additional benefits of LED tubes include:

  • LED tubes are more durable than fluorescent tubes and less likely to break.
  • LED tubes do not contain mercury, which is a hazardous substance that can be harmful to the environment.
  • LED tubes produce less heat than fluorescent tubes, which can help to reduce energy costs and create a more comfortable environment.

If you are considering replacing your fluorescent tubes with LED tubes, be sure to choose LED tubes that are compatible with your existing fixtures. You can also consult a lighting professional to get help choosing the right LED tubes for your application.

The average lifespan of the LED tubes mentioned in the previous table is 50,000 hours. This is significantly longer than the lifespan of fluorescent tubes, which typically last for 10,000 hours.

However, it is important to note that the lifespan of an LED tube can vary depending on a number of factors, such as the quality of the tube, the operating temperature, and the frequency of use.

For example, an LED tube that is used in a high-traffic area may have a shorter lifespan than an LED tube that is used in a less-trafficked area.

Overall, LED tubes are a good investment because of their long lifespan. They can last for many years, which can save you money on replacement costs.

Here are some tips for extending the lifespan of your LED tubes:

  • Avoid using LED tubes in high-temperature environments.
  • Do not over-tighten the LED tubes in the fixtures.
  • Clean the LED tubes regularly to remove dust and dirt.
  • Turn off the LED tubes when they are not in use.

If you follow these tips, your LED tubes should last for many years.

Highlighting Energy Efficiency and Sustainability with Shine Retrofits

When it comes to sourcing energy-efficient lighting products and services, Shine Retrofits stands as your trusted resource.

Shop all Fluorescent lighting products or contact us if you have questions by calling 1-800-983-1315 or by filling out a form.

The Ultimate Guide to Fluorescent Lights: Everything You Need to Know | Shine Retrofits Lighting Blog (2024)

FAQs

How to tell if T8 ballast is bad? ›

When a ballast starts failing, it will typically buzz or causes the bulbs to flicker. These issues can sometimes happen while it is operating as expected, so it's important to check the equipment before assuming a replacement is necessary.

What is the simplest problem that can be diagnosed in fluorescent lamp? ›

The most common problem with fluorescent lights is flickering tubes. In most cases, flickering fluorescents are caused by a problem with one of three things: the starter, the tubes, or the ballast.

Do fluorescent lights use more electricity than LEDs? ›

Compared to fluorescent bulbs, LED lights are up to 80% more efficient. Unlike fluorescent lights, LED lights convert 95% of their energy into light and only 5% is wasted as heat; this is all while still using far less power to provide a strong and consistent output at a lower wattage.

How to tell if ballast is T8 or T12? ›

T8 = 1-inch diameter. T12 = 1-1/2-inch diameter.

What happens if you put LED bulbs in a fluorescent fixture? ›

LED T8 lights can be housed in lighting fixtures that accommodate T8 fluorescent bulbs, as their size is the same. The only differences are in the light produced.

How do you tell if it's the ballast or the bulb? ›

Obvious signs of a faulty ballast include burn marks, swollen casing, or (in the case of “ye old” magnetic ballasts) leaking oil. If you're still unsure if your ballast has bit the dust, you need to get your hands on a brand-new bulb and replace the current one.

What is the number one reason ballast fails? ›

Flickering fluorescent tubes can cause the ballast to overheat and fail prematurely! Causes of Ballast Failure: Premature ballast failure is usually caused by the surrounding environment. Heat and moisture are enemies #1 and #2 to your ballast.

Will LED lights work with bad ballast? ›

Do LED Lights Need Ballasts? An LED light does not require a ballast because it uses a component called a “driver” to regulate the power going into the bulb.

Is it worth converting fluorescent to LED? ›

LED retrofitting is a cost-effective way to upgrade fluorescent lighting. The days of drab fluorescents in homes and offices is ending. LEDs save energy and last longer, so it's worth the switch. Converting fluorescent fixtures to luminaries for LED lights optimizes energy efficiency.

Can I put LED tubes replace fluorescent tubes? ›

In general, you can replace fluorescent tubes with LEDs anywhere, as long as you pay attention to the right replacement. Because from the external appearance, the two light sources are very similar. You can find mechanically suitable LED tube for all types of fluorescent tubes.

Can you replace fluorescent tubes with LED without removing ballast? ›

A plug-and-play, or direct fit, linear LED is probably what you're imagining – a simple, one-for-one swap out of the original linear fluorescent lamp. This lamp works directly with the existing fluorescent ballast, so there is no rewiring or ballast change required.

What should I replace my fluorescent lights with? ›

LED tube lights are increasingly used to replace fluorescent lights. Compared to fluorescents, LED lighting lasts longer, is more energy efficient and uses no mercury. LED lights also offer superior light quality, with no flickering. They also turn on immediately, without any warmup time required.

How many lumens does a fluorescent light produce? ›

Lumens. Fluorescent lights produce between 50 and 100 lumens per watt. By comparison, LEDs can produce roughly 130 lumens per watt.

Are LED lumens brighter than fluorescent? ›

Which type of light is brightest? When compared to other types of lighting product, LED lights are the most energy efficient and offer a brighter light for the same wattage. Good quality LED fixtures now output around 170 lumens per watt; a fluorescent puts out around 110.

How do you test a T8 ballast with a multimeter? ›

Set your multimeter to AC voltage mode. Connect the probes to the input and output wires of the ballast. Turn on the power and observe the reading. The voltage should match the specifications mentioned on the ballast.

How do you know when to replace ballast? ›

Burn marks.

Sometimes you have to crack the ballast open to see internal damage. If you see burn marks inside the device or on wires, replace it. It couldn't handle the current and overloaded. If this is the case, you may need to replace your bulbs too.

What is the life expectancy of a fluorescent ballast? ›

The average life expectancy of a fluorescent light ballast is 10-15 years. Any ballast beyond that age should be considered to be at a heightened risk of failure.

How do I know if my xenon ballast is bad? ›

Physical signs of a bad ballasts include:
  1. Burn marks.
  2. Swollen casing.
  3. Melted casing.
  4. Damaged/broken casing.
  5. Perforated casing.
  6. Oil leakage (older ballasts)

Top Articles
Navage Nasal Care | Frequently Asked Questions
Owner’s Manual - Navage / owner-s-manual-navage.pdf / PDF4PRO
PBC: News & Top Stories
Wym Urban Dictionary
Vons Credit Union Routing Number
Non-Identity Functions
Petco Clinic Hours
Use Caution: Herds of wild horses escaping Davis Fire spotted evacuating up Geiger Grade
Melia Nassau Beach Construction Update 2023
Dyi Urban Dictionary
Caremount Medical Flu Shots 2022
Temu Beanies
Brazos County Jail Times Newspaper
Thomas Funeral Home Sparta Nc
Unterschied zwischen ebay und ebay Kleinanzeigen: Tipps, Vor- und Nachteile
Does the MLB allow gambling? Here's what to know about League Rule 21
Worlds Hardest Game Tyrone
Are Crazyjamjam Leaks Real or Fake?
Fgo Spirit Root
Learning Channel Senior Living
Craigslist Apartments For Rent Ozone Park
KINOPOLIS Bonn-Bad Godesberg – Mehr Kino geht nicht
Zillow Group, Inc. Aktie (A14NX6) - Kurs Nasdaq - MarketScreener
Beetrose 'Planten un Blomen' - Rosa 'Planten un Blomen' ADR-Rose
Shawn N. Mullarkey Facebook
Connection | Scoop.it
Orbison Roy: (1936 1988) American Singer. Signed 7 X 9
Brett Cooper Wikifeet
Persona 5 R Fusion Calculator
Odu Csnbbs
How To Create A Top Uber Boss Killer In POE 3.25 League?
Hourly Pay At Dick's Sporting Goods
Envision Okta Sign In
Planet Zoo Obstructed
Mygxo Gxo Com Employee Login
Danielle Longet
Sveta Håkansson
Brian Lizer Life Below Zero Next Generation
Craigs List New Haven Ct
Z93 Local News Monticello Ky
M7 Bus
Mathlanguage Artsrecommendationsskill Plansawards
Ten Conservative Principles
Barbie: A Touch of Magic
El Confidencial Vanitatis
Roblox Mod Menu Platinmods
Where Is Katie Standon Now 2021
Natriumazid 1% in wässriger Lösung
Espn Ppr Fantasy Football Rankings
9372034886
Yolo Massage Clinic Kirkland Reviews
Never Would Have Made It Movie 123Movies
Latest Posts
Article information

Author: Melvina Ondricka

Last Updated:

Views: 5725

Rating: 4.8 / 5 (48 voted)

Reviews: 87% of readers found this page helpful

Author information

Name: Melvina Ondricka

Birthday: 2000-12-23

Address: Suite 382 139 Shaniqua Locks, Paulaborough, UT 90498

Phone: +636383657021

Job: Dynamic Government Specialist

Hobby: Kite flying, Watching movies, Knitting, Model building, Reading, Wood carving, Paintball

Introduction: My name is Melvina Ondricka, I am a helpful, fancy, friendly, innocent, outstanding, courageous, thoughtful person who loves writing and wants to share my knowledge and understanding with you.