A louver refers to a ventilation merchandise which works in such a manner that it permits air to effectively pass through it while at the same time denying entry of undesired components such as dirt, debris as well as water. A number of operable or basically fixed blades are usually mounted on a frame so as to effectively offer this kind of functionality. There are several factors which needs to be considered while selecting Architectural Louvers.
When looking for a louver it is important to look for a free space. A free space is usually arrived at by simply taking the sum of open louver area and diving this sum with by the total opening of the wall. This is usually used to give a contrast of the louvered opening to the free opening.
These particular products are also used to offer a good ventilation as well as cooling which significantly reduces the need to have air conditioning and fans as well. When an individual considers to have a Louvre window he can select to have these types of windows manufactured with either low toned or even low E-glass.
These are basically energy efficient type of glasses which significantly helps in reducing heat escape and entry into a given home and in turn reducing the much need of having to install artificial cooling and heating appliances. This will definitely save you significant amount of money on energy bills.
Once these items have been constructed by taking keen consideration on high performance, they effectively satisfy all the requirements of the HVAC systems without necessarily requiring flashing, field cuts or even fasteners which have been exposed. Each type of a louver is specifically built to basically guide a very specific airflow while at the same time ensuring that a very solid defense against rough weather is maintained.
In the traditional type of louvers the water penetration testing is done by simply taking the air intake via the Louvre while at the same applying the content of measured water in the airstream. The velocity of airflow via the Louvre free area is amplified up to the point when this Louvre permits entry of water. The results attained in the first test usually indicates the first point of penetration of water.
Another important factor to keenly consider is those types of louvers which are driven by wind. With these types, the test is usually conducted just in the similar manner as the traditional ones but with these wind is applied simultaneously to the Louvres face. This wind is usually applied at a constant rate while the intake of air velocity is usually augmented from the zero fpm up to a value which is predetermined.
Rather than measuring the water penetration at the first point value, the Louvre efficiency is measure instead. This is basically meant to know how the Louvre best suited to prevent water penetration. This efficiency is usually rated as a percentage and it is basically determined from water amounts which passes via the Louvre and then driven by the sum of applied water during this test.
When looking for a louver it is important to look for a free space. A free space is usually arrived at by simply taking the sum of open louver area and diving this sum with by the total opening of the wall. This is usually used to give a contrast of the louvered opening to the free opening.
These particular products are also used to offer a good ventilation as well as cooling which significantly reduces the need to have air conditioning and fans as well. When an individual considers to have a Louvre window he can select to have these types of windows manufactured with either low toned or even low E-glass.
These are basically energy efficient type of glasses which significantly helps in reducing heat escape and entry into a given home and in turn reducing the much need of having to install artificial cooling and heating appliances. This will definitely save you significant amount of money on energy bills.
Once these items have been constructed by taking keen consideration on high performance, they effectively satisfy all the requirements of the HVAC systems without necessarily requiring flashing, field cuts or even fasteners which have been exposed. Each type of a louver is specifically built to basically guide a very specific airflow while at the same time ensuring that a very solid defense against rough weather is maintained.
In the traditional type of louvers the water penetration testing is done by simply taking the air intake via the Louvre while at the same applying the content of measured water in the airstream. The velocity of airflow via the Louvre free area is amplified up to the point when this Louvre permits entry of water. The results attained in the first test usually indicates the first point of penetration of water.
Another important factor to keenly consider is those types of louvers which are driven by wind. With these types, the test is usually conducted just in the similar manner as the traditional ones but with these wind is applied simultaneously to the Louvres face. This wind is usually applied at a constant rate while the intake of air velocity is usually augmented from the zero fpm up to a value which is predetermined.
Rather than measuring the water penetration at the first point value, the Louvre efficiency is measure instead. This is basically meant to know how the Louvre best suited to prevent water penetration. This efficiency is usually rated as a percentage and it is basically determined from water amounts which passes via the Louvre and then driven by the sum of applied water during this test.
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