As any facility manager knows, industrial facilities pose very unique lighting challenges. From lumber and metal production to the aerospace industry, the term “industrial” encompasses many different businesses. Industrial buildings are often extremely large spaces with high ceilings and narrow aisles.
And, in addition to this, they also oftentimes have offices and outdoor spaces to light as well. Having the right lighting in these environments is of the utmost importance.
Not only does it allow employees to go about their daily tasks in an effective and efficient manner, but it’s also essential for maintaining a safe work environment.
That in itself is complicated enough. With so many needs to meet, it’s understandable that industrial lighting design is such a challenging endeavor.
But, that’s not the only thing required of industrial lighting. In many situations, the lighting also needs to be able to withstand harsh environmental conditions like high temperatures, high humidity, corrosive atmospheres, and dirty, dusty settings all while complying with applicable fire, safety, and material codes.
With so many requirements that need to be met, it only makes sense that taking on an industrial lighting project is a big and expensive task. For this reason, it’s a good idea to choose lighting that operates efficiently, lasts a long time, and is easily maintained. LED lighting checks all of these boxes, and more. But that’s just one aspect of choosing your facility’s lighting. So what about everything else? Pick up tips and tricks from the professionals in our Industrial Lighting Design Guide
How do I know I’m Choosing the Right Lighting?
It’s pretty simple to know whether or not you’re choosing the right lighting. If it checks all your boxes and falls within your budget, then it’s the right lighting for your facility.
But, every facility is different, so every business will need a different lighting setup. Below is a general list of things that your industrial lighting should accomplish. Chances are that if your lighting does all of them, you’ve made the right choice.
Creates a safe working environment
Prevents workplace accidents and promotes safety
Increases efficiency and productivity
Complements your workplace
Provides the perfect levels of illumination
What Steps Can I Take to Promote Safety With Lighting?
We’ve already mentioned it several times, but just in case you missed it, your lighting should promote safety. In an industrial facility you can expect to find workers in a variety of different, potentially dangerous situations.
From driving forklifts and operating heavy machinery to forging metals and performing precision tasks, there are many opportunities for hazards. Even the narrow aisles, often found in these facilities, can be dangerous.
These factors make it extremely important to take extra steps in order to ensure an even light distribution. And, even doesn’t necessarily mean the same. In fact, your lighting should change from setting to setting.
By even, we mean no bright spots and no dimly lit corners. The best way to do this is with a free photometric lighting plan but, we can provide some general examples of best practices.
A narrow beam angle illuminates aisle spaces properly, while wide beam angles are better for open areas. There are also the issues of over-lighting an area or using improper mounting methods, which can result in a glare.
This is grating on the eyes and potentially extremely hazardous, if your facility is a high-risk work environment, as many industrial settings are. Be conscious of providing a light that is plenty bright for the task at hand, but not so bright that it impedes vision.
LEDs vs The World
Installing LED lighting may seem like an unnecessary expense at first, but you’ll quickly come to realize that not only does it save you money in the long run, there are many, many benefits to using LED lighting over traditional bulbs.
If you want to read more specifically about how and why LEDs are the best choice, you can do so here, but we’ll provide a quick overview for you below as well.
LED lights use up to 75% less power than traditional bulbs, which means that the extra money you spend on the lights themselves and installation, will quickly be made back in energy savings.
In some instances, this may be negligible, but in an industrial facility, where you likely have large-scale lighting setups, these savings are enormous.
In addition to energy-saving, LEDs can also help you cut back costs elsewhere. As far as traditional bulbs go, fluorescent lights have the longest shine time at about 10,000 hours. LEDs, on the other hand, have an average lifespan of about 50,000 hours.
This long lifespan coupled with a more durable bulb and fixture means that switching to LED lighting will also help you cut back on maintenance costs.
Like we said, LED lighting is revolutionary, so these are just two of the many, many reasons why LED lights are superior. They also over greater customization, emit little to no heat, and don’t require special disposal methods.
High Bay vs. Low Bay
Despite the fact that both high bay and low bay fixtures were designed to illuminate large areas, they are actually quite different lights. High bay lights are designed to provide a bright shine from a high vantage point.
These are most often found in factories and warehouses with high ceilings but can be used in other settings as well. These lights work best when installed at 30 feet or higher. You’ll find both round and linear high bays, each with its own special application.
High Bay lights are typically fixed to the ceiling, or suspended using hooks. This simple mounting allows easy installation and the ability to customize your layout.
It’s especially helpful to use LEDs for high bays because due to ceiling height and mounting setups, they can be difficult to change. However, with the long lifespan and virtually maintenance-free shine of LEDs, you’ll have to worry about this a lot less often.
Similar to high bays, low bay lighting is made to illuminate a large area. But unlike high bays, they are designed for much lower mounting height. A low bay is a large space with a ceiling height that generally falls between 10 and 20 feet in height.
Typically, LED Lights used in low bay areas are in the 10,000 to 20000-lumen range. This is because they’re mounted closer to the ground than high bays and do not need a super-powerful LED Fixture to adequately illuminate the space.
LED low bays are available in similar styles, like round/UFO lights and linear fixtures, but they’re also available in surface-mount options.
This is an added advantage for especially low ceilings where you likely would not want a low-hanging fixture. It also keeps lights out of the way of any potential hazards.
How Many Lumens Do I Need?
This is perhaps the most difficult question to answer. Different facilities require different light levels, as do different occupations and industries. There are even different recommendations for lumens levels depending on where you are in the building.
And, with LED lighting, it’s especially important to consider CRI when you discuss lumens. CRI, or Color Rendering Index, is a measure of the quality of light. So, if one light has fewer lumens than another, but a higher CRI, it might actually seem brighter than the light with more lumens. This can make determining an exact number of lumens, very tricky.
You can also find more IESNA recommendations here: Lighting Application Guidelines for LEDs
Finding the right lumen level for your manufacturing facility depends on what is being made inside the building. Here are standard recommendations for some common manufacturing operations:
- Leather Production: Cleaning, cutting, stuffing, and stretching (20 fc to 30 fc); Finishing (50 fc to 75 fc).
- Explosives Production: 20 fc to 30 fc for running generators, boiling tanks, and extractors.
- Paper Production: Beating and grinding (20 fc to 30 fc); finishing (50 fc to 75 fc); inspections (100 fc to 150 fc).
- Electrical Equipment Production: 50 fc to 75 fc for insulating and electromagnetic coil winding.
- Hat Production: Dyeing, cleaning, refining (50 fc to 75 fc); Forming, finishing, ironing (100 fc to 150 fc); sewing (200 fc to 300 fc)
- Glove Production: Knitting, sorting (100 fc to 200 fc); Pressing, sewing (200 fc to 300 fc)
- Jewelry and Watch Production: 200 fc to 300 fc
Some other tasks may require better visibility. If necessary, portable lighting systems can be set up to allow this work in certain locations.
Assembly Line Work
Work on an assembly line can be generally classified depending on how complex the task is. Here is a basic lighting levels guide for facilities with assembly work.
|Type||Lighting Level (fc)|
|Simple||20 – 30|
|Moderate||50 – 75|
|Difficult||100 – 150|
|Very Difficult||200 – 300|
|Extraction||500 – 750|
Woodworking & Processing
Woodworking buildings have unique lighting needs as well. These lighting levels are measured at a height of 3.3 feet.
|Task||Lighting Level (fc)|
|Bench/saw frame assembly||30|
|Turning, cutting, dressing||50|
Good lighting is essential in professional paint spray booths so that technicians can mix paint, detail vehicles, and paint the correct area (failing to do this means that reworks are required, which can be the largest expense for a paint booth shop.
Requirements vary depending on what tasks are being completed in different rooms.
|Task||Lighting Level (fc)|
|Paint processing (Dipping, spraying, hand painting)||20 – 30|
|Fine hand painting, finishing||100 – 150|
|Paint mixing||100 – 200|
|Extra-fine hand painting, finishing||200|
Some automotive paint inspection facilities require even higher lighting requirements (up to 10,000 lumens at 3.3 feet). However, these requirements are usually mandated by a certification process that is necessary to open a paint booth lighting or inspection facility.
Loading Docks and Welding Shops
Loading docks are an important area to light properly since workers need to be able to identify hazards and move goods safely in a high-traffic environment. Most loading docks require 10 fc of lighting, while areas with smaller items and labels can require up to 30 fc.
Welding areas are also important. This is a very detail-oriented trade, and safety is of the utmost concern.
|Task||Lighting Level (fc)|
|Worker orientation||20 – 30|
|Precision arc welding||500 – 750|
Parking Areas and Building Exteriors
The parking lot and exterior of your building also have specific lighting needs. This ensures that your space is welcoming and safe for everyone, making it less of a target for vandalism and other property crime.
Also, a parking lot must walk the line between lighting quality and energy efficiency, which we cover in our Parking Lot Light Buyers Guide. The standard lighting requirement for most businesses and industrial buildings is 6 fc in high traffic areas, and 3 fc throughout the rest of the lot.
Entry and exit areas have a higher requirement of 5 fc, and at least 1.5 fc (vertical luminance, at a height of five feet) is required if you have security cameras in place.
Hospitals, Hotels and Schools
Even though these locations aren’t strictly industrial, they can still use IESNA’s lighting guidelines. School classrooms can operate at 30 to 40 fc. Computer labs have a significantly smaller requirement of only 30 fc. Hotels require 10 fc for dining rooms and buffets, and 50 fc in their kitchens.
Hospitals have much more specific requirements due to the unique needs of different parts of the building. General wards require 30 fc, examination rooms need 50 fc, and treatment/operating rooms are the most demanding with 100 fc.
In these buildings, stairways and hallways need 5 fc, while restrooms require 30 fc.
Industrial LED Lighting
With so many requirements that need to be met, it only makes sense that taking on an industrial lighting project is a big and expensive task. For this reason, it’s a good idea to choose lighting that operates efficiently, lasts a long time, and is easily maintained.
LED lighting checks all of these boxes, and more. But that’s just one aspect of choosing your facility’s lighting. So what about everything else? Pick up tips and tricks from the professionals in our Industrial Lighting Design Guide.