5 Things to Know Before Buying Surface Facade Light price

Facade lighting, often considered a subtle yet powerful art form, holds paramount significance in architecture, urban design, and cityscapes. Thoughtfully planned facade lighting designs have the potential to accentuate the prominent characteristics of a building. It transcends the conventional idea of illumination to become a cornerstone in creating visually compelling and dynamic environments.

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Enhancing Aesthetics: One of the primary roles of facade lighting is to improve the visual appeal of buildings and structures. It highlights architectural details, textures, and unique design elements, transforming them into mesmerizing nighttime spectacles. Well-designed lighting can breathe new life into even the most ordinary structures, making them stand out and contributing to the overall beauty of a location.

They are creating Landmarks: Iconic buildings and landmarks often owe their recognition to distinctive facade lighting. Illuminating landmarks makes them more visible and reinforces their significance within a city or region. These landmarks become symbols that instill pride in the community and attract tourists.

Cultural and Historical Preservation: Facade lighting plays a crucial role in preserving buildings&#; cultural and historical heritage. It enables the careful illumination of historical structures, museums, and heritage sites, allowing them to be appreciated even after dark. This preservation of cultural identity is essential for passing down heritage to future generations.

Safety and Security: Beyond aesthetics, facade lighting enhances safety and security. Well-lit buildings and public spaces deter crime by reducing hiding spots for potential wrongdoers. Adequate lighting also promotes a sense of security among pedestrians, encouraging people to use public spaces in the evening.

Navigation and Wayfinding: In urban areas, facade lighting aids navigation by providing visual cues and landmarks. It helps pedestrians and drivers orient themselves within the cityscape, making it easier to find their way around.

Economic Impact: Aesthetic and well-lit facades can positively impact property values and economic development. Areas with visually appealing buildings and streetscapes attract businesses and investments, increasing property values and economic growth.

Environmental Considerations: Modern facade lighting can be designed with energy efficiency in mind, using LED technology and intelligent controls to minimize energy consumption and light pollution. This environmentally responsible approach aligns with sustainability goals and reduces a city&#;s carbon footprint.

Community Identity: Facade lighting can convey a sense of identity and pride within a community. It fosters a sense of belonging and ownership among residents, who take pride in the illuminated beauty of their neighborhoods.

Tourism and Recreation: Tourist destinations and recreational areas leverage facade lighting to create immersive and memorable experiences. It adds vibrancy to tourist attractions, shopping districts, and entertainment zones, encouraging visitors to explore and spend more time in these areas.

Dynamic Cityscapes: In the evening, well-planned facade lighting can transform a cityscape into a dynamic and visually striking environment. It creates a unique atmosphere that draws people to public spaces, fostering social interactions and community engagement.

In recent years, you may have found that the halogen bulb you've been buying for years is no longer available at your local hardware store. That's because LED spotlights are quickly being introduced to the market as a more energy efficient alternative.

With the transition to LED technology, a lot of the metrics and points to consider are now different. If this is your first time purchase of LED spotlights, you might be worried, confused or frustrated.

Not to worry! After reading our 4-point guide below, you'll be able to make a confident and educated LED spotlight purchase in no time.

 

Consideration #1: Size & form factor

First and foremost, you will want to narrow down your LED spotlight search by determining what mechanical size and shape of bulb you will need.

Generally speaking, there are three types of LED spotlights: MR, BR and PAR. The type name is typically followed by a two digit number, which indicates the bulb diameter in 1/8ths of an inch.

MR16

MR16 bulbs are the smallest type of spotlight with a 2 inch diameter. These bulbs are typically used for lower brightness applications. LED spotlights of this size are typically 5-8 Watts.

MR16 bulbs come in two variants that differ in base type (how the bulb is mounted into the socket).

If you see a narrow, two-pin connector without rounded bottoms as shown in the photo below, you have a GU 5.3 version. These are almost always very low voltage (12V AC or DC).

If you see a broader 2-prong connector with rounded bottoms as shown in the photo below, you have a GU 10 version. These are almost always mains voltage (120/240V AC).

!Protip: you may sometimes find that certain manufacturers refer to MR16 bulbs with GU 5.3 bases as simply [MR16] (without the base designation) and MR16 GU10 bulbs as [GU10] bulbs. This is not technically correct but you may want to be aware of this when you are reviewing product specifications.

PAR20

The next size up is a PAR20 bulb, which is 2.5 inches in diameter. PAR20 bulbs are common in residential applications in smaller homes or where ceilings are not as tall. LED spotlights of this size are typically 13 Watts.

The vast majority of PAR20 bulbs use the same E26 Edison screw base that standard A19 bulbs use, and operate on mains voltage (120/240V AC).

PAR30

PAR30 bulbs are similar in shape and function to PAR20 bulbs, but are quite a bit larger at 3.75 inches in diameter. These are commonly used in higher ceiling applications. LED spotlights of this size are typically 15 Watts.

PAR38

The largest of the commonly used residential spotlight sizes is the PAR38. At 4.13 inches in diameter, these are large and bright, rated at upwards of 100W for halogen bulbs. LED spotlights of this size are typically 18 Watts.

Now that we've gone over the bulb types, how do you know which one to choose? The short answer is: follow the directions on the lampholder.

If you take a look at any reputable lamp fixture, you should see a sticker or imprint noting the type of bulb size that is compatible.

In this example, the lampholder says "USE PAR20 TYPE" so we know for certain that this is the type of LED spotlight that is needed.

Consideration #2: Color - CCT and CRI

With halogen spotlights, color was never an option - pretty much all products from all manufacturers had the same color temperature and color quality.

With LED spotlights, however, many color temperature and CRI options exist, making it more difficult to ensure that you pick the right one for your needs.

Color temperature: pick K LED spotlights

Color temperature is a number that describes how "yellow" or "blue" a light's color is.

• K is considered the same color as the classic incandescent light bulb


• K is slightly bluer and is similar to halogen bulb light color, but still has a warm, inviting yellow color to it.


• K is often called "neutral white" because it is neither blue nor yellow - and is the middle of the color temperature scale.


• Anything over K will appear blue-ish and would not be recommended for standard residential applications.

 

Lighting for your home is ultimately a personal choice, but we recommend starting with K LED spotlights to test. If you think it's too yellow, you can switch to K or K. If you think it's too blue, you can switch to K.

Most of these color temperatures are readily available from most manufacturers.

CRI: pick 80 or above

CRI is a bit tricky to understand because it is not immediately visible from just simply looking at an LED spotlight.

CRI is score ranging from 0 to 100 which measures how accurate objects appear under a light. The higher the score, the more accurate.

What does accurate really mean, anyway?

Let's say you are trying to light up a painting. An perfectly accurate LED spotlight would make the painting look exactly the same as it does under a halogen bulb.

An inaccurate (low CRI) LED spotlight, however, would make the painting look "off" - the colors might appear mismatched, washed out, or indistinguishable.

This is not limited to paintings or artwork. The appearance of furniture or food can also appear to be lacking in color and dull, if the LED spotlight has insufficient CRI.

Well, what is a sufficient CRI number?

• We recommend purchasing LED spotlights with a minimum of 80 CRI.


• For enhanced appearance, we recommend 90 CRI or above.

How do you know what an LED spotlight's CCT or CRI is? Virtually all manufacturers will be able to providethis to you on the product specification sheet or packaging.

Consideration #3: power and brightness

You are likely used to thinking of bulb brightness in terms of watts - a 60 watt bulb is brighter than a 40 watt bulb.

But don't forget that watts are a measure of electrical energy in, not necessarily the total light output.

This was an acceptable way to estimate brightness because most halogen bulbs have the same amount of efficiency.

LED spotlights are far more efficient than halogen bulbs. What this means is that watts is no longer a useful measure of brightness.

...use much more energy (in watts) than...

to generate the same amount of light output.

Instead of focusing on watts in, you will need to focus on the light output, which is measured using the lumens metric.

Not sure how many lumens you need? You can estimate what you need based on what you had installed before switching to LEDs.

This can be calculated using a simple formula:

Lumens = [watts in halogen] x 15

For example, if you had a 40W halogen bulb, you can can estimate the number of lumens by multiplying 40 by 15 = 600 lumens.

You will find the number of lumens listed alongside the product specifications.

 

Consideration #4: beam angle

Finally, you will want to consider the shape of light that comes out of the LED spotlight.

The shape is described as beam angle. Beam angle is defined as the angle in which 50% or more of the light is distributed.

If you have a narrow beam angle, you will be concentrating the light into a smaller area, thereby increasing the amount of light that shines in that area.

If you have a wide beam angle, the light will be more dispersed. You will be able to illuminate a wider area, but you will be "diluting" the light across a larger area, effectively reducing the amount of illumination on that surface.

Also keep in mind the cone shaped light distribution of LED spotlights. As you increase the distance from the lamp, the dispersion increases as well.

This means that if you have high ceilings, you will want to make sure you select a narrow beam angle LED spotlight to ensure that the light can "reach" before dispersing.

Other considerations

We hope you found our recommendations helpful. Ultimately, lighting is oftentimes a personal and aesthetic choice, and the best test is a visual test.

If you have a relatively large project, it is probably a good idea to purchase one or two LED spotlights first to test and make sure that the color and brightness are what you expect.

If it looks okay, then you can proceed with purchasing the rest!

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A-Series LED Bulbs

Our A19 and A21 lamps fit in standard lamp fixtures and are perfect for floor and desk lamp fixtures.

Candelabra LED Bulbs

Our candelabra LED bulbs offer soft and warm light output in a decorative bulb style that fits E12 lamp fixtures.

BR30 LED Lamps

BR30 lamps are ceiling lamps that fit in residential and commercial fixtures with 4-inch or wider openings.

T8 LED Lamps

Directly replace 4-ft fluorescent lamps with our T8 LED tube lights, compatible both with and without ballasts.

Contact us to discuss your requirements of Surface Facade Light price. Our experienced sales team can help you identify the options that best suit your needs.

LED-Ready T8 Fixtures

LED tube light fixtures pre-wired and compatible with our T8 LED lamps.

LED Linear Fixtures

Linear lamp fixtures in 2-ft and 4-ft lengths. Plugs into standard wall outlets nd mounts using screws or magnets.

LED Shop Lights

Overhead light fixtures with hanging chains. Plugs into standard wall outlets.

UV-A LED Lights

We offer 365 nm and 395 nm LED lights for fluorescence and curing applications.

UV-C LED Lights

We offer 270 nm UV-C LED lights for germicidal applications.

LED Modules & Accessories

LED PCBs, panels and other form factors for a variety of industrial and scientific applications.

LED Strip Lights

Bright LED emitters mounted on a flexible circuitboard. Can be cut-to-length and installed in a variety of locations.

LED Strip Dimmers

Dimmers and controllers to adjust LED strip lighting system brightness and color.

LED Strip Power Supplies

Power supply units to convert line voltage to low voltage DC needed for LED strip light systems.

Aluminum Channels

Extruded aluminum channel profiles for mounting LED strip lights.

LED Strip Connectors

Solderless connectors, wires and adapters to join and connect LED strip light system components together.

In recent years, you may have found that the halogen bulb you've been buying for years is no longer available at your local hardware store. That's because LED spotlights are quickly being introduced to the market as a more energy efficient alternative.With the transition to LED technology, a lot of the metrics and points to consider are now different. If this is your first time purchase of LED spotlights, you might be worried, confused or frustrated.Not to worry! After reading our 4-point guide below, you'll be able to make a confident and educated LED spotlight purchase in no time.First and foremost, you will want to narrow down your LED spotlight search by determining what mechanical size and shape of bulb you will need.Generally speaking, there are three types of LED spotlights: MR, BR and PAR. The type name is typically followed by a two digit number, which indicates the bulb diameter in 1/8ths of an inch.MR16 bulbs are the smallest type of spotlight with a 2 inch diameter. These bulbs are typically used for lower brightness applications. LED spotlights of this size are typically 5-8 Watts.MR16 bulbs come in two variants that differ in base type (how the bulb is mounted into the socket).If you see a narrow, two-pin connector without rounded bottoms as shown in the photo below, you have a GU 5.3 version. These are almost always very low voltage (12V AC or DC).If you see a broader 2-prong connector with rounded bottoms as shown in the photo below, you have a GU 10 version. These are almost always mains voltage (120/240V AC).!Protip: you may sometimes find that certain manufacturers refer to MR16 bulbs with GU 5.3 bases as simply [MR16] (without the base designation) and MR16 GU10 bulbs as [GU10] bulbs. This is not technically correct but you may want to be aware of this when you are reviewing product specifications.The next size up is a PAR20 bulb, which is 2.5 inches in diameter. PAR20 bulbs are common in residential applications in smaller homes or where ceilings are not as tall. LED spotlights of this size are typically 13 Watts.The vast majority of PAR20 bulbs use the same E26 Edison screw base that standard A19 bulbs use, and operate on mains voltage (120/240V AC).PAR30 bulbs are similar in shape and function to PAR20 bulbs, but are quite a bit larger at 3.75 inches in diameter. These are commonly used in higher ceiling applications. LED spotlights of this size are typically 15 Watts.The largest of the commonly used residential spotlight sizes is the PAR38. At 4.13 inches in diameter, these are large and bright, rated at upwards of 100W for halogen bulbs. LED spotlights of this size are typically 18 Watts.Now that we've gone over the bulb types, how do you know which one to choose? The short answer is: follow the directions on the lampholder.If you take a look at any reputable lamp fixture, you should see a sticker or imprint noting the type of bulb size that is compatible.In this example, the lampholder says "USE PAR20 TYPE" so we know for certain that this is the type of LED spotlight that is needed.With halogen spotlights, color was never an option - pretty much all products from all manufacturers had the same color temperature and color quality.With LED spotlights, however, many color temperature and CRI options exist, making it more difficult to ensure that you pick the right one for your needs.Color temperature is a number that describes how "yellow" or "blue" a light's color is.Lighting for your home is ultimately a personal choice, but wto test. If you think it's too yellow, you can switch to K or K. If you think it's too blue, you can switch to K.Most of these color temperatures are readily available from most manufacturers.CRI is a bit tricky to understand because it is not immediately visible from just simply looking at an LED spotlight.CRI is score ranging from 0 to 100 which measures how accurate objects appear under a light. The higher the score, the more accurate.What does accurate really mean, anyway?Let's say you are trying to light up a painting. An perfectly accurate LED spotlight would make the painting look exactly the same as it does under a halogen bulb.An inaccurate (low CRI) LED spotlight, however, would make the painting look "off" - the colors might appear mismatched, washed out, or indistinguishable.This is not limited to paintings or artwork. The appearance of furniture or food can also appear to be lacking in color and dull, if the LED spotlight has insufficient CRI.Well, what is a sufficient CRI number?How do you know what an LED spotlight's CCT or CRI is? Virtually all manufacturers will be able to providethis to you on the product specification sheet or packaging.You are likely used to thinking of bulb brightness in terms of watts - a 60 watt bulb is brighter than a 40 watt bulb.But don't forget that watts are a measure of electrical energy in, not necessarily the total light output.This was an acceptable way to estimate brightness because most halogen bulbs have the same amount of efficiency.LED spotlights are far more efficient than halogen bulbs. What this means is that watts is no longer a useful measure of brightness....use much more energy (in watts) than...to generate the same amount of light output.Instead of focusing on watts in, you will need to focus on the light output, which is measured using themetric.Not sure how many lumens you need? You can estimate what you need based on what you had installed before switching to LEDs.This can be calculated using a simple formula:Lumens = [watts in halogen] x 15For example, if you had a 40W halogen bulb, you can can estimate the number of lumens by multiplying 40 by 15 = 600 lumens.You will find the number of lumens listed alongside the product specifications.Finally, you will want to consider the shape of light that comes out of the LED spotlight.The shape is described as beam angle. Beam angle is defined as the angle in which 50% or more of the light is distributed.If you have a narrow beam angle, you will be concentrating the light into a smaller area, thereby increasing the amount of light that shines in that area.If you have a wide beam angle, the light will be more dispersed. You will be able to illuminate a wider area, but you will be "diluting" the light across a larger area, effectively reducing the amount of illumination on that surface.Also keep in mind the cone shaped light distribution of LED spotlights. As you increase the distance from the lamp, the dispersion increases as well.This means that if you have high ceilings, you will want to make sure you select a narrow beam angle LED spotlight to ensure that the light can "reach" before dispersing.We hope you found our recommendations helpful. Ultimately, lighting is oftentimes a personal and aesthetic choice, and the best test is a visual test.If you have a relatively large project, it is probably a good idea to purchase one or two LED spotlights first to test and make sure that the color and brightness are what you expect.If it looks okay, then you can proceed with purchasing the rest!

If you want to learn more, please visit our website Surface Ceiling Light.