LED Light Fixtures Buyers Guide

The majority of ordinary bulbs use a filament to produce light, and as a result, it weakens over time, causing the bulb to burn out. On the contrary, an LED does not burn because it uses lumen depreciation that can light up to hours before reaching a minimum of 30%, increasing its lifeline. 2. Energy efficiencyLEDs can turn 70% of their energy into light due to their high lumen output. It increases their efficiency, giving them an added advantage to ordinary options of lighting. Regular bulbs turn most of their energy into heat, making them use little energy in lighting. The high-temperature degrees become a safety solution in cases where the bulbs are installed near fabrics. That is one of the reasons that make LEDs exceptional.LIGHTING FACT:  In November , Windsor Castle burned for nine hours after a painter left a 1,000-watt halogen bulb on. The incident occurred near a set of heavy curtains and caused them to catch fire. More than 100 rooms were damaged, and it cost £36.5 million to repair.For LED lighting and fixtures, you replace a 1-60 watt bulb with LED lights, causing a reduction of 160kgs of CO2 emissions. It creates a less-hazardous environment that is not prone to fire damages.3. High brightness and intensityLED bulbs and fixtures have a high level of brightness and intensity, resulting in various situations' efficiency. It has made the electronic industry not to measure the level of brightness of bulbs using wattage anymore. Take a look at how LEDs compare to incandescent and CFL bulbs:40 WATT BULBSType |Incandescent |CFL |LEDLumens |450 |2,400 |4,. Exceptional Color RangeIncandescent require to be fitted with filters or gels to generate different types of colors that fade. It, therefore, makes the color of the bulb to change. LEDs have a wide color range and do not fade over time since the colors are derived from the diodes or the phosphorous coating. It means that LEDs remain the same color throughout their life span. 5. Low radiated heatMost incandescent bulbs use the energy to heat the filament to produce light, but LEDs emit electromagnetic energy as light when electrified. The LEDs have low levels of heat, making them durable and energy-efficient.6. ReliabilityLEDs are a very durable and reliable form of lighting since they adapt well in a variety of environments. These include areas with freezing temperatures, areas with vibrations, and out-doors. They serve the consumer for a reasonable time since they do not have loose part-like filaments. 7. Instantaneous illuminationThe ordinary bulbs and fixtures take time to light up since the filament has to be heated. The ability of the LED lighting and fixtures to light immediately, enables one to enjoy instant illumination that is best suited for the commercial sector.8. Directional lightingLED lighting and fixtures, by their design, focus their lighting in one direction, reducing the amount of energy being wasted. They also do not require the use of reflectors to direct the light. It results in purposeful or directional lighting.9. VersatilityLED lighting offers exceptional versatility and energy efficiency compared to traditional lighting. From warehouses to poultry farms, LED fixtures adapt to nearly any environment—providing reliable, long-lasting illumination wherever it’s needed.

Designing the Installation Layout of LED Light Fixtures

 In General;1. LED Color TemperatureLED Color Temperature: This is a measure of how warm or cool the light appears, ranging from yellowish to bluish tones. It is expressed in kelvins (K), which is a unit of temperature. The lower the kelvins, the warmer the light; the higher the kelvins, the cooler the light. For example, candlelight has a color temperature of about K, which is very warm and yellow; daylight has a color temperature of about K, which is very cool and blue.It is essential to know the color temperature you want to use in your application. LED installation color temperature and lumens per watt have to be considered during installation. Color temperature only applies to white light. It means that if color appears bluish, it is deemed to be cool, and if it seems to be reddish, it is regarded as warm. The color to be selected, whether cool or warm, is determined by the structures or locations for installing the LED. Warm colors are most likely used where a more relaxing feel is desired. It increases its appeal and makes it look more appetizing. Cool colors are majorly used in office environments to make people concentrate more on their work.Color temperature is an important factor to consider when choosing LED light fixtures for your project because it affects the mood, visibility, and contrast of your space. Different color temperatures have different effects and advantages depending on your needs and preferences.2. LED Efficiency – Lumens per WattLED Efficiency – Lumens per Watt: This is a measure of how much light output (lumens) a LED light fixture can produce per unit of power input (watts). It is expressed in lumens per watt (lm/W). The higher the lumens per watt, the more efficient the LED light fixture is.LED efficiency is an important factor to consider when choosing LED light fixtures for your project because it affects the energy consumption and cost of your lighting system. The more efficient the LED light fixture is, the less electricity it uses and the less money it costs to operate.3 .  Size of the space - The size, shape, and purpose of your space: Different spaces may require different levels of illumination and ambiance. For example, a large and open space may benefit from cool white LED light fixtures that can provide adequate and uniform lighting; a small and cozy space may benefit from warm white LED light fixtures that can provide ambient and intimate lighting.4. LED Beam Angle ExplainedIt is vital to make sure that you have factored in the angle of the installation during installation. It means that common values are 45 degrees and 120 degrees. However, when using a light pie, you may need to use a much tighter angle of up to 10 degrees.

Retrofit Vs. Replacing With New LED Light Fixtures

When switching to LED technology, you may face a dilemma: whether to retrofit your existing fixtures or replace them with new LED light fixtures. Both options have their pros and cons, depending on your project and budget. To make a smooth transition to energy-efficient lighting solutions, you need to understand both scenarios and compare them.

Pros of Retrofit LEDs

Retrofitting LEDs means installing LED bulbs or modules into your existing fixtures, without changing the wiring or the housing. This option has the following advantages:•  Cost-effectiveness: Retrofitting LEDs can save you money on buying new fixtures and hiring electricians to install them. You can also qualify for rebates or incentives from utility companies or government agencies for upgrading to LED technology.•  Ease of installation: Retrofitting LEDs can be done by yourself or with minimal assistance, as long as you have the right tools and instructions. You can also find plug-and-play options that do not require any wiring or modification of your existing fixtures.•  Variety of products: You can find a wide range of LED retrofit products that can fit into your existing fixtures, regardless of their shape, size, or style. You can also choose from different colors, wattages, and brightness levels to suit your needs and preferences.•  Energy efficiency: Retrofitting LEDs can reduce your energy consumption and bills, as LED lights use less electricity and produce less heat than traditional lights. They can also last longer and require less maintenance than traditional lights, which means you can save money on replacement costs.•  Environmental friendliness: Retrofitting LEDs can reduce your environmental impact, as LED lights emit less greenhouse gases and waste than traditional lights. They also do not contain any harmful substances, such as mercury or lead, that could pollute the soil or water.

Pros of New LED Fixtures

Replacing your existing fixtures with new LED light fixtures means installing new wiring, housing, and bulbs that are designed for LED technology. This option has the following advantages:•  Quality of light: Replacing your existing fixtures with new LED light fixtures can improve the quality of light in your space, as new LED light fixtures have a higher lumen output and a better color rendering index than retrofit options. This means they can provide brighter and clearer light that shows the true colors of the objects they illuminate.•  Style and design: Replacing your existing fixtures with new LED light fixtures can enhance the appearance and functionality of your space, as new LED light fixtures have a sleek and modern design that can match any style or theme. They can also come with features such as dimmers, sensors, timers, or remote controls that can give you more flexibility and convenience.•  Safety and durability: Replacing your existing fixtures with new LED light fixtures can increase the safety and durability of your lighting system, as new LED light fixtures are more resistant to weather, shock, vibration, and corrosion than retrofit options. They are also less likely to cause electrical problems or fire hazards than retrofit options.

Factors to Consider When Choosing Between Retrofitting or Replacing

When choosing between retrofitting or replacing your existing fixtures with LED technology, you should consider the following factors:•  The condition and compatibility of your existing fixtures: If your existing fixtures are old, damaged, or incompatible with LED technology, you may need to replace them with new LED light fixtures to ensure optimal performance and safety. If your existing fixtures are in good condition and compatible with LED technology, you may opt for retrofitting them with LED bulbs or modules to save money and time.•  The size and scope of your project: If you have a large or complex project that requires extensive wiring or installation work, you may prefer replacing your existing fixtures with new LED light fixtures to ensure quality and consistency. If you have a small or simple project that does not require much wiring or installation work, you may opt for retrofitting your existing fixtures with LED bulbs or modules to avoid disruption and hassle.•  The budget and return on investment of your project: If you have a high budget and expect a high return on investment from your project, you may choose replacing your existing fixtures with new LED light fixtures to maximize the benefits of LED technology. If you have a low budget and expect a low return on investment from your project, you may choose retrofitting your existing fixtures with LED bulbs or modules to minimize the costs of LED technology.In conclusion, research is inevitable when transforming traditional lighting into eco-friendly and energy-efficient lighting options. The hype surrounding the LED is real. LED fixtures and lighting have revolutionized the lighting industry by meeting the lighting needs of the consumer. The ball keeps rolling between retrofitting and replacing with new fixtures. Weighing down the pros and cons of the two gives one a higher chance of making a solid decision.

Tools Used During LED Light Fixture Installation

Whether you are retrofitting or replacing your existing fixtures with LED technology, you need some basic tools to complete the installation process. Some of the common tools used during LED installation are:•  Wire stripper: This is a tool that can strip off the insulation from electrical wires to expose the metal conductors. This is useful for connecting wires or attaching wire connectors.•  Screwdrivers: These are tools that can tighten or loosen screws that hold the fixtures or the bulbs in place. You may need different types and sizes of screwdrivers depending on the type and size of the screws.•  Screws: These are fasteners that can secure the fixtures or the bulbs to the walls, ceilings, or poles. You may need different types and sizes of screws depending on the type and size of the fixtures or the bulbs.•  Voltage tester: This is a tool that can measure the voltage of an electrical circuit or a device. This is useful for checking the power supply and the compatibility of the fixtures or the bulbs.•  Solder iron: This is a tool that can melt and join metal wires or components using a heated metal tip and a solder material. This is useful for creating permanent and strong electrical connections.•  Wire connectors: These are devices that can join two or more wires together using screws, clips, or springs. They can also provide insulation and protection for the wires. You may need different types and sizes of wire connectors depending on the type and size of the wires.•  Electrical tape: This is a tape that can provide insulation and protection for electrical wires or connections. It can also prevent short circuits or sparks. You may need different colors of electrical tape to identify different wires or connections.•  Heat shrink: This is a plastic tube that can shrink when heated and provide insulation and protection for electrical wires or connections. It can also prevent moisture or corrosion. You may need different sizes of heat shrink depending on the size of the wires or connections.

Different Mount Types for LED Light Fixtures

When choosing LED light fixtures for your project, you need to consider the mount type, which is the way the fixture is attached to the surface or the structure. Different mount types have different advantages and disadvantages, depending on your needs and preferences. Some of the common mount types for LED light fixtures are:•  Weatherproof and underwater light mountings: These are mount types that can withstand harsh weather conditions, such as rain, snow, wind, or sun. They can also be submerged in water, such as ponds, pools, or fountains. They are often sealed and waterproof to prevent water damage or corrosion. •  Slip fit mounts: These are mount types that have a metal base that can slide over a pole or a pipe that is attached to the wall, ceiling, or floor. They are often used for flexible and adjustable lighting, such as floodlights or high bay lights. They can be tilted or rotated according to your needs and preferences. •  Arm mounts: These are mount types that have a metal arm that can extend from the wall, ceiling, or floor and hold the fixture at a certain distance or angle. They are often used for directional and focused lighting, such as spotlights or wall packs. They can also provide aesthetic and architectural appeal for your space. •  Yoke mounts: These are mount types that have a metal bracket that can support the fixture from both sides and allow it to pivot up or down. They are often used for versatile and dynamic lighting, such as stage lights or sports lights. They can also provide stability and durability for the fixture. •  Flood mounts: These are mount types that have a metal base that can attach to the wall, ceiling, or floor and hold the fixture at a fixed position. They are often used for wide and uniform lighting, such as landscape lights or security lights. They can also provide simplicity and convenience for installation and maintenance. •  3/4" conduit knuckle mounts: These are mount types that have a metal base that can connect to a 3/4" conduit pipe that is attached to the wall, ceiling, or floor. They are often used for low-voltage and discreet lighting, such as step lights or path lights. They can also provide protection and insulation for the wires. •  Bi-pin light mounts: These are mount types that have a metal base with two pins that can fit into a socket with two holes. They are often used for small and low-voltage bulbs, such as spotlights or track lights. They are easy to install and remove by pushing and pulling. [Here] is an example of a bi-pin light mount.•  Cable and rail light mounts: These are mount types that have a metal base that can slide along a cable or a rail that is attached to the wall, ceiling, or floor. They are often used for flexible and adjustable lighting, such as accent lights or task lights. They can be moved and positioned according to your needs and preferences. •  Edison screw (ES) mount: This is a mount type that has a metal base with a threaded screw that can fit into a socket with a matching thread. It is the most common and standard mount type for bulbs, such as floodlights or high bay lights. It is easy to install and remove by screwing and unscrewing. [Here] is an example of an Edison screw mount.•  Fluorescent tube light mounts: These are mount types that have a metal base with two pins at each end that can fit into sockets with matching holes at each end. They are often used for long and linear lighting, such as strip lights or panel lights. They are easy to install and remove by snapping in and out. [Here] is an example of a fluorescent tube light mount.

Conclusion

LED technology offers many benefits for your lighting project, such as energy efficiency, durability, versatility, quality, style, safety, and environmental friendliness. However, you need to make some important decisions when switching to LED technology, such as whether to retrofit your existing fixtures or replace them with new LED light fixtures; what tools to use during LED installation; and what mount types to choose for your LED light fixtures. By considering these factors carefully, you can make the best choice for your project and enjoy the advantages of LED technology.

High-Quality Waterproof Light Fixtures

Saving you time and money while offering the best and most waterproof light fixtures all in one place, Warehouse-Lighting.com does the homework so you don't have to. We know you work hard and need specialty lighting without the hassle of shopping from multiple sites. That's why we sell only top-quality wet location lights that can withstand corrosion, splashing, hose-directed water and external ice formation. Don't ever sacrifice the light you need due to water, fumes, gases or any outside influences. Let the best waterproof light fixtures–vapor tight lights–do the job.

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What Are Vapor Tight Lights, and Where are They Used?

A vapor tight light keeps corrosive fumes at bay and protects the light source from non-combustible dust, vapors, various gases and moisture. With sealed, gasketed components, vapor tight lights are used in multiple harsh environments. Vapor-proof lighting fixtures are a time-saving miracle, needing minimal replacements and little to no maintenance over the life of the light. Some examples include Jelly Jar Light Fixtures, Vapor Tight Fluorescent Lights and Vapor Tight LED Lights.

Vapor tight light fixtures are utilized wherever a regular bulb and housing won't do, such as in a car wash where water, soap and fumes are used continuously. They also provide reliable illumination in stairwells and parking garages where failure is not an option, and at airports and shopping centers where illumination is exposed year-round to weather extremes. Below are some common ways vapor-proof lighting fixtures get the job done:

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• Barn Lighting
• Refrigerated Cooler Lighting
• Parking Garage Lighting
• Brewery Lighting

What are the Different Types of Vapor Tight Lights?

Vapor tight lights come in three forms and vary further depending on the type of light source, i.e., LED, incandescent or fluorescent. Here are the three forms of vapor tight light fixtures and their intended uses:

• High Bay: Intended for use where ceilings are a minimum height of eighteen feet to illuminate a large area
• Linear Intended for smaller spaces and mounted on ceilings, walls or soffits to illuminate a wide area
• Jar: Intended for use in smaller spaces and mounted on walls, ceilings or hung as a pendant.
• Back bay doors are an ideal place for jar waterproof light fixtures.

What are the Benefits of Vapor Tight Light Fixtures?

Vapor tight light fixtures offer several benefits, whether mounted inside or outside your location. With minimal attention needed over the bulb's long life, a vast range of wattages, and color temperatures from Amber to K, vapor tight lights work where others dare not go. Here are some additional benefits:

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• Vapor tight light fixtures are ideal for settings where water, heat, humidity and other debris are known to damage regular light fixtures.
• Wet location lights are perfect for outdoor settings where the elements pose a problem to ordinary lights. Cold storage warehouses or other indoor settings with unique obstacles are no problem for wet location light fixtures.
• Vapor tight light fixtures also protect the bulbs against rust and corrosion.
• Due to the long life, minimum maintenance requirements and reliability, vapor tight lights will save you money and headaches in the long run.