Recessed lights got their name from their basic design, these lights fit or recess inside the ceiling and have little face value. The design profile is seamless, sleek and quite modern.
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These are low profile ceiling lights designed to enhance interior spaces. In recent years, recessed lights gained quite popularity among lighting contractors, interior designers and lighting architects for several reasons; discretion and the ability to layer the light being the foremost function.
Over the years, as technology has progressed the need for quality lighting has increased exponentially. There are several factors which contributed towards the introduction of LED recessed lighting in the market. One of the remarkable features being its energy efficiency and ability to layer the light. (To check the variety of these lights click here)
Structure of Recessed light
A recessed light fixture typically consists of:
Housing
The housing is the core component of a recessed light fixture. It houses all the electrical components and sits inside the ceiling. There are several housing types for different kinds of ceilings and their innate designs. They are categories as either IC rated ( those in contact with insulation) or NON IC rated ( those in no contact with insulation above the ceiling).
Rest of the variation is as follows:
1. Retrofit housing
This kind of housing or kit is for retrofitting old recessed light fixtures with newer more integrative features. They do not require any extra wear and tear.
2. New construction housing
New construction housing is for newly built ceilings with built-in space for recessed light fixtures.
3. Remodel housing
Remodel housing supports installation of recessed light fixtures in remodelled ceilings. They do not require any extra wear and tear.
4. Air tight housing
Air tight housing is for ceilings which heat up pretty quickly so these housing traps the air inside and blocks any passage of air between the fixture and vent. In this way the temperature is regulated for efficient function.
5. Sloped ceiling housing
Sloped ceiling housing is for modern and contemporary ceiling designs. Only a few fixtures are capable of functioning in spaces with tricky architecture. Recessed lights are an excellent choice in such cases as they occupy no overhead space and are capable of spreading light in different directions uniformly.
Bulb
Traditionally halogen bulbs are used in these ceiling lights. But as the years have progressed they have proven to be quite inefficient and costly due to their frequent maintenance and replacement in case of malfunction.
LEDs however are an excellent replacement for these lamps. LEd retrofit kits are widely available as well as using LED lamps generally enhance the lighting and address all concerns of lighting single handedly.
trim
The trim of the recessed light is another core component. It defines the kind of lighting which you are trying to achieve from this fixture. The trim directs the light in several ways and allows creating layers which blend in to create a uniform lighting pattern.
There are several different trim design available for recessed lights which are as follows:
1. Baffle trim
The baffle trim has a ribbed interior. It is the most commonly used trim to reduce glare and create a diffused lighting pattern.
2. Open trim
Open trim has no ridges although it appears similar to baffle trim. It is used to enhance the brightness of the light fixture as the light is unobstructed. It is commonly used in open spaces.
3. Eyeball trim
Eyeball trim is for layering light and falls in the category of accent light fixtures. The light can be directed in any direction to shine on a surface which requires extra lighting. The trim is freely rotatable on a 180 degree plane and the light appears as though it is coming out of an eyeball.
4. Gimbal trim
Gimbal trim is quite similar to eyeball trim except it is freely rotatable on 360 degree axis. It is quite useful in accentuating the light when it comes to several interiors.
5. Wall Wash trim
Wall wash trim is a flood beam type of light and it fills the entire surface with bright light. It is essentially used in spaces where highlighting is required.
Benefits of installing LED recessed lights
LED recessed lighting has several advantages over usual lighting. It rids the customer of many concerns and additional lighting cost over the span of the years. Few of the many benefits of installing LED recessed lights in interiors are:
1. More overhead space
Due to the fact that these lights are quite smaller in size than any other ceiling light fixture. They can easily fit in a 4-6 inches diameter hole. Most of the recessed lights are of 2-6inches usually. For larger spaces it is recommended to use 6-inches recessed light whereas for smaller spaces smaller sized light fixtures are recommended.
The light fixture sits inside the ceiling which creates more overhead space and the room appears larger. The light can be accentuated easily with a change of trims or paired with other decorative light fixtures for added ambience.
2. Higher lumen output
LED recessed lights have higher lumen output, which equates to higher brightness levels. The upside is that it operates on lower wattage than traditional lamps. The brightness is paired with glare free lighting which is easy on eyes. The light is uniform, ambient and customisable to comfort.
3. Operable on cut-down voltage
One of the many advantages of installing recessed light is that they can run on low voltage even. This means it makes light layering even easier as few of the fixtures within the same parameter can be dimmed or used at a higher voltage for accentuating or highlighting important zones within the room.
4. Low maintenance
LED recessed light fixtures are quite low maintenance, they consume very little energy and produce more light. The efficient housing is built to dissipate any heat produced by the fixture. They have a longer life span and they barely malfunction during their warranty period.
5. Energy efficient
LEDs are quite energy efficient in comparison to any traditional lamp for the fact that they consume only a fraction of energy. They produce more and better light which is free of radiation and heat. They save up to 85% energy and it has quite an impact on yearly electricity and management costs.
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