Wall Pack Light Fixtures for Outdoor Lighting

Wall pack light fixtures are a popular choice for outdoor lighting due to their energy efficiency and durability. They're available in a range of styles, from sleek and modern to classic and traditional.

One of the key benefits of wall pack light fixtures is their ability to provide high-quality lighting in areas that are difficult to reach, such as under eaves or in corners. This is because they're designed to be installed on walls, rather than on the ground.

Wall pack light fixtures are also relatively easy to install, making them a great option for DIY enthusiasts. They typically require only a screwdriver and a few minutes of time to get up and running.

In terms of maintenance, wall pack light fixtures are relatively low-maintenance, requiring only occasional cleaning and replacement of bulbs.

Wall pack lights come in different types, each with its own unique characteristics and applications. Access Fixtures' wall packs are built with high-quality cast aluminum and treated with a chromate conversion coating to deter corrosion.

Some wall packs are built with domestic and international components, making each fixture unique. This can be beneficial for specific projects, but may require careful consideration.

Design and aesthetics are also important factors to consider when choosing wall pack lights. You want your lights to not only provide the best output possible but also to suit the style of your space. Traditional Wall Packs, for example, have classic square or rectangular housings that project light forward, making them suitable for various architectural styles.

Type IV, also known as forward throw, creates a round distribution pattern that directly pushes light outward.

This form of light distribution is best suited for areas where you want to illuminate a specific space, such as parking area perimeters.

Wall mounting on building exteriors is another common application for Type IV lighting.

Outdoor wall pack lights come in various types, each designed for specific applications. They're ideal for driveway and building perimeter lighting, providing safety and comfort during the night.

Traditional wall packs are classic in design, with square or rectangular housings that project light forward, suitable for various architectural styles. They're a great option for providing bright and even lighting while saving energy and electricity.

Mini wall packs are small in design, with a small footprint, but offer more concentrated light distribution. They're perfect for building entrances, porches, stairwells, and other areas where local lighting is required.

Full cut-off wall packs effectively control light spillage, reducing light pollution and providing more concentrated downward light. This design is ideal for areas where you want to minimize light interference with the surrounding environment.

Adjustable wall packs offer the flexibility to adjust the lighting direction and range according to your needs. Some models even come equipped with a dusk-to-dawn photoelectric sensor, automatically turning on at sunset/night and off at sunrise/daytime for added safety and convenience.

LED lamps used in wall packs usually have a higher color rendering index (CRI), which helps restore the true color of objects, improving nighttime visual effects and enhancing the sense of security at night.

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Wall pack light fixtures are incredibly versatile and come in a range of options to suit different needs. They can be mounted on walls, ceilings, or even poles, making them a great choice for outdoor spaces.

Some wall pack light fixtures have adjustable arms that allow for directional lighting, while others have a fixed beam pattern. This flexibility is perfect for illuminating specific areas or creating a warm ambiance.

The lumen output of wall pack light fixtures can vary greatly, ranging from 1,000 to 20,000 lumens. This means you can choose a fixture that provides the right amount of light for your specific application.

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The cutoff feature is a crucial aspect of many systems, allowing users to set limits and boundaries. In some cases, the cutoff can be set to a specific date or time, such as 30 days after a transaction.

Having a clear cutoff point can help prevent unnecessary expenses and keep finances organized. For example, some systems may automatically cancel subscriptions after a certain period of inactivity.

A cutoff can also be used to limit the number of attempts a user can make, such as 5 attempts to log in before being locked out. This feature is useful for security purposes and can prevent brute-force attacks.

In some systems, the cutoff is used to determine the maximum amount of storage or bandwidth available to a user. For instance, a user may have a cutoff of 1 GB of storage space.

Setting a cutoff can also help prevent over-spending or over-usage of resources. This feature is particularly useful for users who are prone to overspending or overusing resources.

When selecting a wall pack, light distribution patterns are crucial to achieving a positive lighting outcome. There are three main categories of light distribution patterns, each serving its own unique purpose.

A well-designed wall pack can make a huge difference in eliminating dark areas and providing excellent light output and distribution. This is especially important in spaces with insufficient or outdated lighting.

The glass lens in some wall packs, like the LED Wall Pack Bronze Forward Throw Glass Lens Luminaire - JPACK-G2, never yellows over time. This ensures that the light remains consistent and of high quality.

Some wall packs are designed for fast and easy installation, making them a great option for those who want to get the job done quickly.

A glass lens that never yellows is a great feature to have in a lighting fixture. This is a benefit of the JPACK-G2, WMFT Series, and JPACK Series.

The glass lens is a key component of these fixtures, and its durability is a major advantage. You can count on it to perform well over time.

One of the benefits of these fixtures is that they are designed for fast and easy installation. This makes them a great option for those who want to get the job done quickly.

Here are some key features of the bronze glass lens:

These fixtures are a great option for standard lighting applications. They are also suitable for customized color temperatures, thanks to the WMFT Series.

Commercial wall packs come in various housings to suit your application. Most units from Access Fixtures can come standard in black, architectural bronze. Many are also available in white.

You can choose a custom RAL color to ensure your new fixtures fit right in with the other elements of your project. The RAL system has been used since 1927.

Access Fixtures offers over 2,300 colors with 70 metallic shades to choose from.

LED wall pack fixtures can offer significant energy savings, with common wattages ranging from 24 watts to 82 watts. This can lead to a 40%-60% reduction in energy consumption.

The energy-efficient design of these fixtures makes them a great option for those looking to lower their electricity costs. In fact, you could save up to $300 per fixture, per year.

The reduced energy consumption is a direct result of the advanced technology used in LED wall pack fixtures. This technology allows for more efficient use of energy, leading to substantial cost savings.

Photometric analysis is a great way to view the light output of a proposed lighting solution, and it's especially helpful when trying to meet tight light-level parameters. It's a sensible route to take when considering factors like horizontal footcandles, vertical footcandles, max/min ratios, light trespass, light distribution, and mounting height.

A photometric analysis can eliminate the guesswork and provide a clear picture of the light you'll be receiving prior to installation. It enables lighting specialists to make recommendations regarding the type and number of luminaires.

Photometric software can help run a series of reports, allowing you to see the exact light you'll be receiving. Access Fixtures lighting specialists can then share the report with you and go through it one page at a time on the phone, if needed.

LED wall pack lights offer significant cost savings compared to traditional HID wall packs. They consume less watts to produce the same amount of light, resulting in 75% energy savings and reduced maintenance costs.

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LEDs also offer superior light distribution, eliminating the bright spots that can be a problem with HID wall packs. They provide consistent light distribution, consistent Lumens Per Watt (LM/W), and a variety of Kelvin temperatures to personalize the look and feel of your outdoor lighting.

Here are some common beam spreads used in wall pack fixtures:

Beam Spread is a critical aspect of lighting performance, determining how far and wide light is distributed from a wall pack. It's essential to choose the right beam spread for your specific application.

A narrow spot beam spread, popular for commercial wall pack applications, casts a focused light, while a very narrow spot beam spread is ideal for acute, focused lighting. Spot beam spreads, commonly used in commercial properties, produce a softer, medium-sized beam.

The type of beam spread you need depends on factors like mounting height and distance. Access Fixtures can build fixtures with custom optics to suit your project's specific light delivery needs.

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Here are some common beam spreads and their applications:

By choosing the right beam spread, you can ensure your wall pack delivers the light you need, where you need it.

A photometric analysis is a great way to view the light output of a proposed lighting solution. It's especially useful for meeting tight light-level parameters.

Photometric analyses enable lighting specialists to make recommendations regarding the type and number of luminaires. This eliminates the guesswork and provides a clear direction for the project.

Using photometric software, a property layout can be created, and specific light fixtures can be added, removed, and adjusted. This allows for accurate light readings and a detailed understanding of the lighting layout.

An Access Fixtures lighting specialist will share the report with you and can even walk you through it on the phone. If further reports are needed, they'll be run and shared with you.

With photometrics, customers can see the exact light they will be receiving prior to installation. This level of clarity is invaluable for making informed decisions about lighting design.

Lighting performance can be affected by the type of HID lamp used, with metal halide lamps producing a whiter light but experiencing accelerated lumen degradation, resulting in a shorter overall lifetime.

Metal halide lamps can decrease in light output quickly after initial installation, leading to a noticeable decrease in lighting performance over time.

High pressure sodium lamps, on the other hand, see less lumen degradation but produce a very orange light with a low CRI, or color rendering index.

This means that high pressure sodium lamps trade a longer life for poorer quality light, making them less suitable for applications where visual perspective is important.

LED wall pack lights and LED building lights, however, generate light through a semi-conductor, rather than consuming a fuel source like HID lamps.

This results in a more consistent and even light distribution, making them ideal for applications where performance and visual standards are a priority.

LED fixtures utilize multiple diodes with individual optics, distributing light more evenly across a surface compared to HID fixtures with a single bulb and reflectors.

This difference in light distribution is particularly noticeable when installing multiple lights along the same facing wall, where even light distribution is crucial for performance and visual standards.

In contrast to HID wall packs, which can produce bright spots and uneven light distribution, LED fixtures offer consistent Lumens Per Watt (LM/W) and a variety of Kelvin temperatures to personalize the look and feel of outdoor lighting.

By choosing the right LED wall pack light and understanding its performance characteristics, you can ensure that your outdoor lighting meets your specific needs and provides the desired level of illumination.

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Maintenance costs can add up quickly, especially for wall pack lights that require a lift to change out lamps or ballasts. This can cost up to $4,459 in labor and material over three years for a single fixture.

Using a lift or hiring a contractor to maintain wall pack lights is often necessary because they're commonly mounted on building walls over 15 feet high. This can be a significant expense for facilities that don't own a lift.

LED wall pack fixtures can help reduce maintenance costs by lasting significantly longer than HID lamps. In fact, converting a 250w HID wall pack to an LED wall pack can save up to $5,341 in maintenance costs over three years.

Maintenance costs for outdoor lighting fixtures like wall pack lights can add up quickly. In fact, it can cost up to $4,459 in labor and material to maintain a single wall pack light fixture over the course of three years.

Maintenance costs are often a concern for building managers because exterior lights are often mounted high on walls, requiring the use of a lift to change out lamps or ballasts. This can be a significant expense, especially for facilities that don't own a lift.

LEDs, on the other hand, degrade slowly over time, resulting in a much longer functional life. This means that converting to LED wall packs can save facilities up to $5,341 over three years in maintenance costs alone.

By converting to LEDs, facilities can also enjoy reduced maintenance costs due to the longer lifespan of the fixtures. This can be a significant cost savings, especially for facilities with many exterior lights.

Correct Mounting Placement is crucial for optimal light distribution. You'll want to consider the location and purpose the light will serve.

In a loading dock area, it may be to provide illumination for overnight delivers. In a walk-way area, it could be a two-fold purpose of illuminating the walk-way and deterring crime. In the front-facing wall of your business, it could be to provide a “welcoming feel” for your business, even after business hours.

The optimal mounting height for most wall packs is between 10ft and 20ft. However, this can differ based upon the lumens of the light as well as its intended purpose.

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Here are some general guidelines to keep in mind:

You'll want to make sure that your lights take into account any potential dead-space and account for any potential light-spillovers. Dead-space is the dark area surrounding the light, and light-spillover is the un-intended lighting of an area.

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When choosing a wall pack light fixture, consider the lumen output, which can range from 1,000 to 30,000 lumens. This will determine the brightness and coverage area.

The type of bulb used is also crucial, with LED bulbs being a popular choice due to their energy efficiency and long lifespan. They can last up to 50,000 hours, making them a cost-effective option in the long run.

The mounting options for wall pack light fixtures can vary, with some models having a fixed mounting bracket and others being adjustable. This flexibility can be beneficial for installation in tight spaces or areas with unique lighting requirements.

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The Bronze AWP Compact is a great option for those who need a compact and flexible lighting solution. It features a patented FlexPack design that allows for easy installation and customization.

One of the standout features of the Bronze AWP Compact is its ability to be installed as a full cut-off or forward throw, giving you the flexibility to choose the lighting style that suits your needs. This is made possible by the knock-outs on all four sides and back of the fixture.

The Bronze AWP Compact has a sleek and compact design that makes it perfect for a variety of applications. Its UV-resistant powdercoat finish ensures that it will withstand the elements and maintain its appearance over time.

Here are some key features of the Bronze AWP Compact:

Filtering and sorting products is a crucial step in the product selection process. By doing so, you can narrow down your options and find the perfect product for your needs.

You can filter products by price, brand, and features, as mentioned in the article section "Product Information and Selection". For instance, if you're on a tight budget, you can filter products by price to see which ones fall within your price range.

Sorting products by relevance or popularity can also help you find the best products. This is especially useful when browsing through a large number of products, like in the case of online marketplaces.

Product reviews and ratings can also be used to filter and sort products. By reading reviews from other customers, you can get an idea of the product's quality and performance.

An application is essentially a specific use case for a product. In the context of outdoor lighting, a wall pack light and building light application refers to the exterior lighting mounted on building walls to provide illumination for vehicles and pedestrians, as well as for security purposes.

These types of fixtures are commonly seen on buildings and walls, with multiple fixtures spaced to provide lighting at ground level. The goal is to create a well-lit area around the building.

The types of lamps used in these fixtures are typically high intensity discharge (HID) lamps, such as metal halide, high pressure sodium, and mercury vapor lamps. These lamps have been widely used in industrial and commercial lighting.

Here are some key points to consider when comparing HID lamps:

Switching to LED wall pack fixtures can save you up to 75% in energy costs compared to traditional HID wall packs.

The cost savings come from LEDs consuming significantly less watts to produce the same amount of light, with a 100 watt HID wall pack producing 2930 lumens compared to a 25 watt LED wall pack.

Maintenance costs can also add up quickly, with a single wall pack light fixture costing up to $4,459 in labor and material to maintain over three years.

However, LEDs have a much longer lifespan, often exceeding 100,000 hours, which means less frequent replacements and associated costs.

In fact, converting a 250w HID wall pack to an LED wall pack can save up to $5,341 in maintenance costs over three years.

LED wall packs also offer superior light distribution, providing a more even and consistent light across a given surface, unlike HID fixtures which often produce a bright spot with decreasing light levels as the distance between fixtures increases.

Not all LED wall pack fixtures are created equal, with different manufacturers offering varying levels of quality and performance for different applications.