Aircraft warning lights are the high intensity lighting devices that are generally attached to tall structures with collision avoidance measures as its general purpose. They come in different types, due to the varying degrees of their uses. A prominent example is the constantly illuminating obstruction lighting. From the view point of pilots, the buildings adorned are immediately made more visible, which is quite important during night time flying. Sufficient brightness is needed in order for these buildings to be visible miles away.
Other than obstruction lights, other types include red strobes, high intensity white strobes and medium intensity white strobes. The obstruction lights are more frequently illuminated in comparison to its counterparts. Meanwhile, the red lamps have shorter lifespans in comparison.
Medium and high intensity variations differ depending on where exactly they are placed. The medium intensity ones are normally placed on buildings that range from two hundred to five hundred feet while high intensity strobes are on structures that are normally higher than that. Those mediums placed above five hundred feet must be put on structures that are specifically painted.
The International Civil Aviation Organization are the ones that creates the standards about the performance and characteristics of these lamps. At anytime at all, these are easily located on just about any tall building. These tall buildings include water tanks on building roofs, broadcast towers, cranes, chimneys among other places. Shorter structures near airports may also need lighting.
They are normally arranged in clusters of two or perhaps even more around the structure at specified heights on the tower. Usually, there will be a set at the very top, and then more sets equally spaced down the structure. The Belmont mast of the UK has about nine clusters of red lamps spaced equally along the full height of the mast.
Airplanes can also host a few of these strobes as a warning to other planes that their presences is incoming. Normally the strobes used are either red or white together with wingtip navigation and landing lights. Those strobes are used once the plane begins its descent and starts to approach landing, among other necessary occasions.
These lamps are standard usage but a few unorthodox methods exist as well. An example would be the Deutschlandsender Herzberg, which makes use of zero warning lamps, using skybeamers in its place. The Stuttgart TV tower uses rotating lamps not unlike the ones in lighthouses. The Blosenbergturm located in Beromunster also makes uses of a rotating lamp.
Despite the positive consequences, there are negative consequences to be reaped as well. When using these lights on ground based buildings, you run the risk of both light pollution and towerkill for the birds. Special care must be taken to avoid these unfortunate incidents.
Basically, this overview describes at length the features and types of obstruction lighting used all over the world. To summarize, the types utilized tend to vary between their uses and where they are placed. Towers, tall buildings and even planes can make use of them for various safety reasons.
Other than obstruction lights, other types include red strobes, high intensity white strobes and medium intensity white strobes. The obstruction lights are more frequently illuminated in comparison to its counterparts. Meanwhile, the red lamps have shorter lifespans in comparison.
Medium and high intensity variations differ depending on where exactly they are placed. The medium intensity ones are normally placed on buildings that range from two hundred to five hundred feet while high intensity strobes are on structures that are normally higher than that. Those mediums placed above five hundred feet must be put on structures that are specifically painted.
The International Civil Aviation Organization are the ones that creates the standards about the performance and characteristics of these lamps. At anytime at all, these are easily located on just about any tall building. These tall buildings include water tanks on building roofs, broadcast towers, cranes, chimneys among other places. Shorter structures near airports may also need lighting.
They are normally arranged in clusters of two or perhaps even more around the structure at specified heights on the tower. Usually, there will be a set at the very top, and then more sets equally spaced down the structure. The Belmont mast of the UK has about nine clusters of red lamps spaced equally along the full height of the mast.
Airplanes can also host a few of these strobes as a warning to other planes that their presences is incoming. Normally the strobes used are either red or white together with wingtip navigation and landing lights. Those strobes are used once the plane begins its descent and starts to approach landing, among other necessary occasions.
These lamps are standard usage but a few unorthodox methods exist as well. An example would be the Deutschlandsender Herzberg, which makes use of zero warning lamps, using skybeamers in its place. The Stuttgart TV tower uses rotating lamps not unlike the ones in lighthouses. The Blosenbergturm located in Beromunster also makes uses of a rotating lamp.
Despite the positive consequences, there are negative consequences to be reaped as well. When using these lights on ground based buildings, you run the risk of both light pollution and towerkill for the birds. Special care must be taken to avoid these unfortunate incidents.
Basically, this overview describes at length the features and types of obstruction lighting used all over the world. To summarize, the types utilized tend to vary between their uses and where they are placed. Towers, tall buildings and even planes can make use of them for various safety reasons.
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