High-bay lamps, as their name suggests, are used to illuminate spaces with high ceilings. This typically entails ceiling heights ranging from 20 to 45 feet. On the other hand, low-bay lamps are found in rooms with ceilings of 20 feet or less. A high-bay is a vital light source that can brighten an expansive room since a high-ceiling position requires more space to fill.
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Where an expansive indoor room needs brightness, high bay lighting is typically the best choice. Consider areas such as assembly plants, gymnasiums, warehouses, massive department stores, factories, and more; these structures are usually large and span a large amount of vertical and horizontal area. This necessitates adequate illumination to achieve the necessary foot-candle ratios. 150W UFO LED high bay lights are typically hung from the ceiling by loops, strings, or pendants, or they can be permanently connected to the top (similar to troffer lights). In the example above, high bay lighting is in use.
What is the Purpose of High Bay Lighting?
Where vast expanses of indoor space find it difficult to achieve bright and uniform illumination in the entire work environment, high bay lighting is used. High bay LEDs are ideal for this application because they are typically vital fixtures designed in a range of configurations to meet the customer’s specific needs and the environment.
LEDs, metal halide bulbs, fluorescent tubes, and plasma lamps are among the many common fitting and reflector styles required for high bay lights. From extreme overhead spotlighting effects to a lighter, more diffuse glow dispersed over a greater area, various types of glasses and fixture locations can yield markedly different outcomes.
It’s essential to consider the particular features of the area in question and the actual existence of the activities being done when preparing the construction of any high bay lighting setup.
What are the Top Three Use of High Bay Lights?
It’s no wonder that LED lighting technology has outperformed traditional lighting in several ways. There are three main advantages of LED lighting that extend to all lighting systems, in addition to the aspects mentioned above.
1. Lighting for the Manufacturing Field
Another field where new LED configurations have gained considerable popularity in recent years is industrial high bay lighting fixtures, owing to the value of safety, accuracy, and efficiency in all industrial environments. LED industrial lighting has two significant advantages: instant-on functionality and compatibility with microwave activation sensors.
Many commercial environments respect adaptable lighting setups as well. In this respect, LEDs are light years ahead of conventional lamps, allowing for minute changes on the fly and allowing users to establish dramatically different lighting qualities and intensities in other parts of the workspace.
2. Maintenance needs are Eliminated
High Bay LED Lights from lepro.com, as previously said, have a four to forty times longer lifetime than many standard bulbs. This means fewer bulbs would need to be replaced as they wear out. LED lighting uses a diode to emit light differently than conventional fuel and filament lighting (learn more in this blog). As a result, there are fewer moving parts to split and, as a result, fewer repairs or replacements are needed. When it comes to factory lighting or warehouse lighting, maintenance is essential.
Since high bay lights have higher mounting heights, replacing a lamp necessitates advanced machinery or other ingenuity. Swapping or repair lamps, scaffolding, catwalks, and hydraulic lifts are widely used, and any of these may result in increased repairs or equipment costs. Again, the long life of industrial LED lighting means that fixtures need to be replaced less often, resulting in cost savings.
3. Lighting has been Improved
When it comes to color rendering index (CRI), correlated color temperature (CCT), foot candles, commercial LED lighting, and high bay lights will usually outperform any other lamps in head-to-head comparisons. As compared to an optimal light source, CRI is a test of a light’s ability to show the actual color of objects (natural light). CCT explains the “glow” emitted by a lamp in non-technical terms: is it warm (reddish) or cold (bluish white)? Foot candles are a measure of efficiency that measures the amount of light originating from a source to the amount of light touching the target surface.
To Conclude
Whether the setup is suitable for your needs, bear in mind that good lighting is all about protection and accuracy first and foremost, and this is something that high-bay lighting can offer you.
