Lightbulbs have two main sections– the base and the bulb. The base contains the circuitry, including the contacts and power source. The bulb can be changed by removing the base and replacing it with a new one.
When changing a bulb, it is important to set the new one up properly. Doing this correctly will prevent any problems down the road such as bulbs burning out or breaking, or bulbs that do not light up evenly.
Many times people make the mistake of using a paper tape measure to measure the diameter of an LED, which can create some inaccurate lights. A proper measuring tool will prevent this issue!
The length of a 240 Ω lightbulb filament is 240 cm.
Convert to inches
When US light bulbs are converted to European standard lengths, the average bulb is about 27 inches in length. This can be a little difficult to convert to inches!
Fortunately, we have some helpful tips below that can help you convert your US light bulb to European standard length!
1/2-inch is 1 centimeter, so a half-inch would be 0.5 centimeter. These small differences can make a difference when placing an order online or in the store.
When ordering new bulbs, make sure to have the correct conversion tools available when you do. Ordering too large a bulb will lead to unnecessary waste and cost as well as possible short circuits or even fires.
2/3 of an inch is 0.8 centimeter, so if a 0.5-centimeter (half inch) bulb was 2/3 of an inch, that would be 0.9 centimeters! This makes a huge difference when placing orders or finding the right bulb for your remodeling projects.
Convert to millimeters
When comparing the length of a light bulb, you should understand the diameter of the bulb. A 60-volt, 240-degree lightbulb has a diameter of 27 millimeters.
You can convert the length in both units to and from millimeters using this conversion chart. Light bulbs have two marks on the bottom that correspond to this conversion: one is a rounded end and the other is an elongated end.
The round end is what you would use for measuring a light bulb prior to cutting it off. The elongated end is what you would cut off when converting to or from millimeters.
How much longer the round end is will depend on which side of the cut he or she makes.
Understand how this affects light bulbs
Light bulbs have a filament and a housing. The housing contains the light source. The filament determines the color of the light and the amount of force it takes to glow.
Many people are not aware of this detail. Most people think that a light bulb has no housing and a filament. This is wrong.
The housing contains the blade that cuts off the electricity as it travels through the bulb. This includes how closely the blade is mounted to the bulb as well as whether or not it is protected by a cover.
Having this detail out-line can help prevent someone from being tricked into believing that something is LED when it isn’t.
Longer filaments last longer but burn hotter
When you look at light bulbs, you see them in two different lengths: 60-volt and 240-volt. These are the standard lengths for light bulbs in the United States.
Most people have a 240-volt bulb in their home, but only a 60-volt one is actually needed for an electrical outlet. A 240-volt bulb is usually longer than a 60-volt one to allow for enough space between plug and socket to allow for proper safety requirements.
This is why some people may notice that their appliance lights and switches take more time to work before they switch over to the new bulb. They have to be secure with how long they will keep the new bulb up and running before they purchase a new one.
Aside from the length of the bulb being different, there are some basics when it comes to changing a light bulb.
Shorten the filament for a cooler light bulb
If you are running a led bulb for about half the length of a standard 60 w, 240 Ω bulb, it will save you some money. You will also have more light volume in your room to enjoy your home office or study space. This could be an expensive savings if you are not already doing so!
The shortening of the filament can also save you some heatstroke points and potentially overtime use of the device because of the cooler temp return from the heating element. We recommend using a 100 degree celsius (212 °F) bulb for best results with this device.
How to set up and use a led bulb is similar to how to use a regular lightbulb. Make sure it is turned on and that it is level before attempting any lengthenation.
Know the wattage of your light bulb
A light bulb has a wattage, called the minimum grade of insulation that it has. This can be either a 60-watt or 240-watt bulb. When you buy a new bulb, the manufacturer gives you a small piece of paper that tells you what size and shape the bulb is.
Your new bulb must be connected to a power source in order for it to have its insulation cut down to its correct level. This can be done by using an electrician or possibly yourself if you change the old bulb out for the new one!
Cutting down the insulation of a light bulb causes it to produce more heat which can lead to problems such as burn-out or heating problems with older bulbs.
Use an LED instead
Regular light bulbs are broken up into two sections: the filament and the LED. The LED makes up the rest of the bulb and connects to it via a power source.
The actual length of the LED is only 60 cm! That is right- less than a foot!
This is why there are so many different types of light bulbs- they come in all lengths. Some people prefer short light bulbs while others want long ones.
Using short light bulbs will save you some money as well, as they are cheaper to buy and maintain. They also do not take up much space, which is important when you are trying to save space in your home.
Buying a longer bulb will give you more reach which is important for Lighting Design projects such as creating shade or putting back lights in an area.
Recycle your old bulbs
When you are ready to replace your bulb, make sure you consider what kind of bulb you have and what you can do with your old bulb.
Most people would recommend recycling their old light bulbs, as this helps fund the technology that makes new bulbs. However, not all types of bulbs are compatible with new technologies.
Some people have used substituted materials such as repatriated glass or cheap plastic replacement bulbs. If someone has these types of bulb, try finding a way to keep the old bulb intact so it can be recycled!
In addition to trying to find a way to recycle your old bulbs, some people upgrade their lightbulbs after they break them. If you do this, look for new kinds of bulb so you can upgrade to the next grade of lightbulb technology.
