High Bay LED Lights

Our High Bay LED lighting is perfect for warehouses, factories or gyms. They provide clean, bright light with the added money saving benefit of energy efficiency and reduced maintenance costs! We provide direct to contractor pricing and all products are DLC Listed. USA Stock for same day shipment!

LED high bays are on the cutting edge for commercial and industrial lighting applications which have large spaces and high ceilings. High bay lights are designed to direct light as needed for the exact level of illumination. They are the perfect lighting solution for a manufacturing facility or as high ceiling lighting in stores, among other applications. Our team is ready to help find rebate opportunities that can further decrease the cost associated with purchasing LED high bays.

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The power of LED lighting comes with their focus on power. They will provide a higher quality illumination day in and day out. Also, they are more energy efficient, which will lower your power bill and save you money in the long run. This efficiency also translates into a longer lifespan, ensuring you get the longest lasting lights possible that will perform for tens of thousands of hours. LED high bay lights are an affordable way to get high-quality lighting for the toughest jobs, so you can provide visibility to any space without issue.

We have the largest selection of high bay light fixtures that will help you find the perfect match for your needs in no time at all. When you are shopping for LED high bay lights, we have the best brands on the market to ensure you get top quality solutions for your business. 

You can be sure you will find the right option and receive amazing quality and reliability with your lights. Best of all, our fixtures are designed for use in tough environments and are highly resistant to moisture, debris, and other hazards that will quickly wear weaker lights out. We know how necessary reliability is when it comes to commercial and industrial lighting, which is why we provide only the best lights for your convenience. If you have any questions, please contact us for further assistance on the matter today.

Frequently Asked Questions

What are high bay lights?

As their name implies, high-bay lights are used to illuminate spaces with high ceilings. That usually means ceilings ranging from 20 feet to approximately 45 feet. Low-bay lights, on the other hand, are used for ceilings 20 feet and under. Because a high-ceiling location has more space to fill, a high-bay by definition is a powerful light source that can brighten up a large area.

Where are high bay lights used?

Given their placement, high-bay lights are natural fits for commercial and industrial uses. They have multiple applications across a range of industries, including workshops, factories and assembly lines. You will also see high-bay lights in large recreational facilities and gyms. These lights are excellent for illuminating storage facilities and warehouses as well. They can be used for large conference halls, event centers, or indeed for any place that needs lighting from an elevation of more than 20 feet. They are even used in hangars and other large, cavernous buildings.

 

What are the different types of High Bay Lights?

Numerous types of fixtures can be used when setting up high-bay lights. These include LED lights, induction lights, metal halide lights, and fluorescent lights. Each of these types of high-bay fixtures has its pros and cons. For instance, LED lights offer extremely long life and energy efficiency but require a bigger initial investment, while traditional incandescent lights are less expensive to purchase initially but don’t last as long and use more energy.

Besides having different costs and efficiencies, there are several types of fixtures available for high-bay lights. Round high-bay lights, linear high-bays, architectural high-bays and grid-mount high-bays all offer different light qualities and coverage styles. The type of light best for you can depend on your personal taste as well as what tasks you’ll be performing under it. 

 

What are the benefits of LED High Bays and Shop Lights?

 

One of the benefits of high-bay lighting is that it provides clear, uniform lighting of what’s below it with little glare. Different kinds of reflectors can accomplish different kinds of illumination tasks for high-bay lights. Aluminum reflectors make light from the fixtures flow directly downward to the floor, while prismatic reflectors create a more diffused lighting useful for illuminating shelves and other elevated objects in a space. 

Longer lasting lamps. LED lamps last up to 10 years depending on the model. Low to no heat produced. The energy-efficient nature means no heat is lost during production, so the lamp stays cool to the touch. Change bulbs less frequently. This is especially useful in a professional setting where you need long lasting lamps, so your staff can focus on the job. Offers a better return on wattages consumed to lumens produced. This will help you save on utility costs over time.

Why Install LED High Bay Lights

The two types of high bay lights referred to as traditional high bay lamps are technically high-intensity discharge (HID) lights: HPS lamps and metal halides. In high bay applications, however, the lights commonly used are metal halides and fluorescent lights. How does each type of light compare to LED high bays? Let’s see.

1.     LED High Bays vs Metal Halide High Lamps

Metal halide high bays produce functionally great light—one of the “whitest” light you can get from a lamp. That, combined with the fact that MH lamps produce as much as 300-500% more light compared to HPS bulbs, has traditionally made them one of the most popular lighting solutions for high-ceiling applications.

But MHs can be deadly to your retail center, warehouse, garage, gymnasium, or other application. Why is this?

  • Radiation and Energy Wastage

The danger glares out in how metal halide produce electricity.

These are compounds that result from a reaction of a metal and a halogen. Such compounds include high-pressure sodium chloride (HPS) and uranium hexafluoride. If the latter eerily feels like the ingredients you’d use to create a nuclear bomb, then that’s because the uranium compound is actually used as a fuel for nuclear energy reactors.

For this reason, metal halide lamps produce high levels of radiation compared to other types of high bay lights. In fact, if you use MH lamps, you are required by law to properly dispose of a dysfunctional one following special disposal methods, which can add to your overall lighting costs.

The Department of Energy also reported that HIDs, in general, waste as much as 80% of the electricity they consume as heat.

 

  • Metal Halide Lights Do Not Turn On/Off On Demand

Unlike the LED option, Metal Halide high bay lights need between 10 and 15 minutes to light up to full power, depending on weather factors such as how cold the lamps are. It also takes a noteworthy delay after switching off an MH light to have it completely turn off.

 

  • LED High Bays Offer Higher Energy Savings

True to their HID origins, metal halide high bay lamps consume a lot of energy to give off the brilliant white light they do. They also use ballasts which consume an extra 15% of the power the bulbs use, which can add up if you have many of the lights installed.

 

  • LED High Bays Offer Quality, Sustainable Light

With advancements in LED high bay lighting technology, LED high bays now produce whiter light than ever before. This translates to increased illumination per kilowatt of power utilized (efficacy) and less glare compared to other types of high bay lights.

 

  • LED High Bays Also Last Longer

Many types of LED high bays have up to 100,000 operating hours. Compare that to MH lamps’ life expectancy of 6,000-15,000 hours. And despite that, MH lamps are not startlingly more affordable to justify the number of bulbs you'd have to replace per year.

Yet, Metal Halide lights continuously dim with use while LED high bays retain original brilliance until you have to replace them. Worse still, operating MH lights at less than full power degrades them, slashing their functional lifespan.

 

 

2. LED High Bay Lights vs. Fluorescent High Bay Lights

Fluorescent high bay lights are a type of mercury-vapor gas-discharge lighting solution. This means they produce a gas that, in turn, helps produce light that is visible to the human eye.

 

  • Fluorescent High Bays Are Affordable To Install But…

Buying fluorescent high bay lighting fixtures is initially affordable. But over time, not so much. That’s because the lighting type offers an even lower lifespan compared to both metal halides and LED high bay lights, and that can actually increase your overall investment in maintenance work. You may have to change a dozen fluorescent tubes before you ever have to dispose of a LED high bay lamp.

 

  • LED High Bay Lights Do Not Produce Poisonous Mercury Gas And Residue

Like MH lamps, fluorescent high bay lights use a specifc gas to produce visible light. The lights also use mercury vapor, a highly toxic chemical that is hazardous to both people and animals. You have to replace them immediately they start to leak the gas and dispose of them responsibly, tasks that can increase costs on your end.

 

  • LED Lights Offer Better Light Quality

A fluorescent lamp may offer increased color rendering and efficiency compared to MH lamps, but both still lag behind the capabilities of a LED option. Unlike both, LED high bay lights also produce directional light (180 degrees compared to their 360 degrees) which is great for focused work such as the work done in a production line.

Worse still, fluorescents are unsuitable for use in snowing conditions because the snow can not only cause them to fail to light up, but the weight can also break them.

However, LED high bay lighting solutions are not made equal. You can choose from a selection of solutions to suit your specific use, budget, and décor needs.

Types of LED High Bay Models

There are five types of LED high bay lights:

  • UFO
  • Linear aisle
  • Panel-style

We’ve covered traditional high bays by comparing them to LEDs, so we will now look at what each of the LED options has to offer.

However, if you have traditional high bay lighting fixtures, we recommend you convert them to LED high bays. The process is straightforward and rewarding as you’ll see below.

You can also switch them to the following types.

UFO LED High Bay Lights

With their brilliance, heavy-duty construction, circular design, as well as powerful beams, UFO high bays are considered powerful, durable, and aesthetically appealing for modern applications.

Because they do not need reflectors to reflect light to a specific direction as HID lights do, they can also afford to be compact. They have a fin tail design that helps dissipate the little heat they produce evenly to cool down.

Unlike fluorescent high bays, they do not inconvenience anyone with incessant buzz sounds or flickers.

IP65 rated for dust and water resistance, the lights can work seamlessly in wet or dusty applications, too.

Panel Style High Bay LED Lights

These look remarkably similar to LED light panels and fluorescent bulbs (T5s and T8s), at least on the surface. Dig deeper and you'll find panel-style high bay lights are designed to spread light over a larger surface area than UFO high bay lights. For example, you can install T8 panel-style high bay tubes to spread their beams wider even when installed at over 15 feet up.

They don’t just look similar to fluorescent panels either, more importantly, you can decide to swap the T5 and T8 bunch with LED high bay tubes to decrease your carbon footprint while increasing your energy savings.

What are the Benefits of Using LED High Bay Lights?

LED high bay lights bring the latest in visible light technology.

  • LEDs consume less power but produce more lumens (visible light) than any other type of high bay on the market right now.
  • Used with energy-saving tools such as dimmers, LED high bay lighting provides even higher energy savings compared to HIDs and fluorescents (which are especially tough to dim).
  • As LED technology has continued to advance, so has the cost of LEDs continued to drop. Investing in LEDs offers value for money.
  • LED high bays can also withstand different temperatures in various locations
  • LEDs do not emit poisonous residue when burning like HIDs
  • You can expect your LED light to last between 50,000 to 100,000 light hours, the longest lamp lifespans on the market. Compare that to a maximum of 15,000 light hours for HIDs.
  • LEDs do not lose their power as they age like HIDs. In fact, by the end of its lifespan, a LED high bay light will have as many as 70% of its diodes in top-notch condition.
  • LEDs require almost zero maintenance. Having to change HID and fluorescent high bay lights is not only time-consuming but can also stall operations. Due to their high-ceiling installation, constantly having to change lights can add up labor costs as well as the actual costs of installing HID high bay lights—and that can even outprice the costs of LED high bay lights

Those are just some of the measurable benefits installing LED high bay lighting fixtures can bring.

So, now you know what you stand to gain from using high bay lights. You also know you can replace existing lights with more energy-efficient and economical LEDs.

But what factors should you look for when buying LED high bay lights?

The How-to-Buy LED High Bay Lights Guide: 5 Vital Considerations

So, you want to buy LED high bay lights?

What assessment criteria can you use to choose the best high bay lighting solution for your specific LED needs?

Here are seven considerations to make while you are at it:

1. What’s The Lamp’s Luminous Efficacy?

Measured in lumens per watts (lm/W), luminous efficacy refers to the amount of visible light that a light source emits for a specific amount of power. This is the true measure of how energy-efficient a lamp really is. Choose a high bay light that offers a high lumen output per watt of power.

Because utility companies charge power bills on a per watt basis, such a lamp will save you money. LEDs offer the best value here compared to all other types of lights.

Let’s take some independent studies as examples:

Ignore the theoretical maximum luminous efficacy (lm/w) and notice the figures on the “system luminous efficacy (lm/w)”.

Now, compare those figures with the LED light ones below:

From the tables, it is clear that LEDs not only have higher luminous efficacy ratings than any other type of lamp and at any wattage, but also afford users the best energy conversion efficiency.

The table below also compares the luminous efficacy of the different types of bulbs available on the market right now:

Credit: Greater Cincinnati Energy Alliance

The higher a light’s luminous efficacy, the more money you can save from that monthly utility bill and improve your cash flow. So, always prioritize the lumen output over watts.

 

2. What Color Temperature Should You Expect From It?

The color temperature of a lamp is simply a measure of the visible light it emits. It is measured in Kelvin (K). The whiter the light your LEDs emit, the better you or your staff can identify foreign debris in an airport runway, recognize different-color containers at a port, and accurately decode color-coded messages or inventory in a warehouse. Those are just some examples.

To give you more perspective, daylight’s color temperature is recorded at 5500K-6500K. Of course, that changes depending on the weather elements and the time of day. These are considered ideal color temperatures because we can accurately tell different colors apart.

There are LED high bay lights with higher color temperatures: 6000K to 7,000K. Go above that and you’ll begin to notice a bluish glow in the light the lamp emits. Get one below the 3,000K threshold and it’ll give off a warm glow with shades of red and orange depending on its specific color temperature. In fact, it might be tough differentiating a red, pink, orange, and a maroon car in a parking lot at night.

 

3. Watch Out For the Color Rendering Index Marker

Do you work in an industrial or commercial environment where true color representation is vital?

You’ll want to choose a LED with a high CRI. The CRI indicates the ability of a lamp to reproduce true-to-life colors and is typically represented on a scale of 0 to 100.

Here’s an application scenario for you:

Think of a grocery stall where poor color reproduction can lead buyers away, thinking your apples’ dull reflection means they are not fresh.

 

4. What’s Its Beam Angle and Mounting Height?

High bay lights typically have smaller beam angles (about 95 degrees) because they are mounted higher up from the floor, concentrating more light in larger spots.

Low bay lights, on the other hand, have wider beam angles (about 120 degrees) because they are mounted closer to the floor and must provide ample light to a big surface area.

The best beam angle for your application will also depend on the number of lights you’ll need to install and their specific mounting height.

 

5. Consider the Spacing between Lights

A rule of thumb here is to ask a lighting expert to make the calculations for you.

But here’s something to help out.

The amount of light you need per cubic meter of space in your facility is called Lux. Variables include the color of your walls, the nature of work you intend to carry out in there, the spacing of high bay lights, and the type of high bay lights you wish to install.

A lighting designer is best placed to work with you. By listening to everything you want to achieve in a particular space, they can advise you appropriately—from lights’ spacing to the number and type of high bays you’ll need, to the most appropriate lux for specific tasks.

Conclusion

Considering the benefits of LED high bay lights, it is easy to conclude LEDs are a great investment for any organization. With the help of an experienced lighting professional, it is also easy to convert existing high bay lighting to LED high bay lighting using affordable LED retrofit kits. No need to spend a small fortune changing the existing lighting infrastructure.

 

Are you ready to slash your power bill, enjoy the best light where it matters, and influence your staff to become more productive?

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