Portable Air Conditioners Improve Air Circulation for Computer Science
Those who work in computer science buildings on school campuses understand the need for good air flow. Rooms are needed that are dedicated to nothing but computer servers. These rooms tend to get very warm because of all of the energy that is being released by the air conditioning units. They also tend to be very stuffy because the doors will be closed at all times, as is dictated in the university's guidelines. The doors are often kept closed to prevent theft and to keep the servers from being damaged.
In order to improve the flow of air, vents are often installed. These are typically put into the walls, and they will be spread out between the highest corners of the room and the lowest edges. This allows air that is at different temperatures to circulate equally. Hot air rises, so some vents are needed in higher altitudes to make sure that it does not become trapped near the ceiling. This can help to cool off the room and to keep dust and other things from building up in the air. This is sometimes difficult to accomplish in a building that is older and can't be changed due to construction or wiring issues.
A portable air conditioning unit can also be used to this same end. The first thing that it will do is to keep most of the air at the same temperature. There will still be some difference between the air that is close to the server room coolers and that which is at the top of the room. This is impossible to avoid. On the whole, the temperature will not vary to a high degree. This means that it will be able to circulate naturally through the multiple vents. This also means that it will be cooler to begin with, something that makes circulation in general less important. The servers will be protected from the overbearing heat.
The type of portable air conditioning unit that is used changes how much it can impact circulation. A unit that includes a large fan will do a lot more to circulate the air about in the room than a unit with a small fan. The size of the room typically dictates what type of server room coolers should be purchased. When buying one, the room should be measured so that you can get one that is large enough to work in the space in question. You should also check on the amount of fans that have been installed and how powerful they are before a decision is made.
In order to improve the flow of air, vents are often installed. These are typically put into the walls, and they will be spread out between the highest corners of the room and the lowest edges. This allows air that is at different temperatures to circulate equally. Hot air rises, so some vents are needed in higher altitudes to make sure that it does not become trapped near the ceiling. This can help to cool off the room and to keep dust and other things from building up in the air. This is sometimes difficult to accomplish in a building that is older and can't be changed due to construction or wiring issues.
A portable air conditioning unit can also be used to this same end. The first thing that it will do is to keep most of the air at the same temperature. There will still be some difference between the air that is close to the server room coolers and that which is at the top of the room. This is impossible to avoid. On the whole, the temperature will not vary to a high degree. This means that it will be able to circulate naturally through the multiple vents. This also means that it will be cooler to begin with, something that makes circulation in general less important. The servers will be protected from the overbearing heat.
The type of portable air conditioning unit that is used changes how much it can impact circulation. A unit that includes a large fan will do a lot more to circulate the air about in the room than a unit with a small fan. The size of the room typically dictates what type of server room coolers should be purchased. When buying one, the room should be measured so that you can get one that is large enough to work in the space in question. You should also check on the amount of fans that have been installed and how powerful they are before a decision is made.
