By John. Ceiling Fan. Published at Sunday, August 19th, 2018 - 02:35:02 AM.
Answering Your Ceiling Fan Questions If you are a fan of popular home improvement shows then you know that the ceiling fans are usually the first thing to be ripped down by the designers. This is a true mystery. They have a real purpose in a room. Granted that some ceiling fans from the past decades are completely hideous but todays ceiling fans come in a wide assortment of styles, colors and designs. A ceiling fan can add warmth to a room or can help cool it down. It definitely helps your electric bill and can even be adorned with lights to help illuminate a darkened room. If you are not quite sure how ceiling fans can help your decorations, you need this article. In it we will cover the history of ceiling fans as well as some of the more popular types that people are using. Do not let those designers fool you. Ceiling fans do deserve a place in your room. What is a ceiling fan used for? Believe it or not, it can be used to heat and cool a room. When there is a need to circulate cool air around a room, an electrical switch can be flipped and the blades will turn counter-clockwise. This brings the cool air up from the floor and distributes it around the room. During the winter months when the heat from vents rises, the switch is turned so that the fan is now operating clockwise. This pushes the heated air downwards and helps circulate the warm air around the room. What are the parts of a ceiling fan? Your ceiling fan has several parts to it. It has the electric motor which powers the blades into turning. You then have the blades themselves which are affixed to the motor with blade irons. Ceiling fans are attached to the ceiling through a mounting mechanism. The mounting mechanism is what attaches the motor to the ceiling. Usually a downrod is used to hold the motor in place. If the ceiling is low, a special "close to ceiling" mount is ordered so that the ceiling fans are closer to the ceiling and not in the way of heads or arms. There may also be decorations or adornments for the blades themselves. It really depends on the type and model of what that you choose. You can also install lighting fixtures into the ceiling fans. It is a special lighting kit that you can purchase when you are looking through the available ceiling fans. Can I install a ceiling fan myself? Yes, you can install one yourself if you know what you are doing. It is going to require some tools and some construction know-how. You will have to cut a hole in your ceiling. Most people do not have the tools to do this. It also requires knowledge of electricity. You would be handling live wires and butting into electrical boxes. If you are not very handy with construction or electrical work, it will save you a lot of time and money if you have the ceiling fans installed by a professional. It might take you days to install it whereas it would take a professional an hour or so. Plus the professional can ensure that the fan does not wobble. How much does a ceiling fan cost? The cost of one is going to depend on a few factors. The first is the style of fan that you want. The traditional ceiling fans are far less than the new modern ones with blades that are on a long pole that circle up and down instead of around. The manufacturer will also play a significant role. A Hunter fan is going to cost far more than one purchased at your local discount store. The size will play a factor as well. The larger the ceiling fan, the more it is going to cost. You can expect to pay a couple hundred dollars for a good ceiling fan. 369 Niches Rolled Up Into 1 Product Turn any hobby into a business. Discover 24 totally unique business models.
Why Do Ceiling Fans Have a Reversing Switch? What is the reason for having a reverse button on ceiling fans? Well "they" say that you cannot stand a draft during winter months, but that you can equalize the air temperature buy using your fan in the reverse direction. I always wondered why the older ceiling fans did not have a reverse button. Were the people who designed those fans, just too stupid to think about using reverse in winter? During winter, when you use the central heating system, the warm air coming out of the registers, in each room, will naturally rise and because the registers are up high already, the hot air will build at the ceiling level and gradually work its way down toward floor level. The heating unit runs until the temperature is comfortable at the lower levels of the rooms. But by the time this happens, it will be very hot at the ceiling level. Many BTUs are wasting heating the ceiling areas of the home, where we dont live our lives. But what if there was a way to get this hot air down off the ceiling, to the lower levels where we live. The heating unit would not need to work as long and the savings on our utility bill could be significant. AHH CEILING FANS! will bring this air down and mix the hot air with the cooler air at floor level. This mixing would basically equalize the temperature at floor and ceiling levels, which means that the heat would not be wasted keeping the ceilings warm. The heating unit would not run as much. The utility bill will be lower while the comfort level will remain the same. But then someone said that the draft created by the ceiling fans would be too much for winter months. So someone else said "well, lets just reverse the ceiling fans and let the air blow up until it hits the ceiling and then it will go horizontal in all directions until it hits the walls. Then it will come down vertically until it hits the floor. Now it will travel, at floor level, back in toward the center of the room and then back up to the ceiling fan. What a genius! Now everyone can use ceiling fans to equalize the temperature without feeling a draft in winter. Oh yea! So what happens when this warm air starts down the walls and hits furniture, bookshelves, etc? It will start a horizontal movement toward the center of the room. Now when it comes out past the obstruction, will it turn and fall toward the floor, where it can mix? If warm air falls instead of rising, then I guess it could. What happens when air from the ceiling fans hits the ceiling in a room with a sloped ceiling? If the ceiling fan is centered in the room, it would be basically half way up the slope. So wouldnt all the air go directly up the slope from where the ceiling fan is mounted? What about the other half of the room? What happens when the room is large? Will the force, coming down the walls, still be enough to get this warm air to the floor, especially when the ceiling is two stories high? What happens when ceiling fans are in a room with a two story high ceiling, which is open to the second floor level of the home? Wouldnt the warm air go off into the second level, instead of coming down to the floor and in this situation, wouldnt the ceiling fan steal the warm air from the first level and take it to the second floor, defeating the purpose for which it is being used? On the other hand, if you blow the air down, the hot air at the ceiling level will be forced down to floor level where it will move in all directions toward the outer walls of the room. The air can now mix and seek its own level. The hotter air will naturally rise to the ceiling level where it will be picked up by the fan to repeat the cycle. So wouldnt this be much more efficient than using reverse, especially in the scenario where the ceiling is two stories high and open to the second floor? But what about the draft? I say just run the ceiling fan at a low speed or the highest speed that you can tolerate and still be comfortable. Could reverse on ceiling fans be a marketing tool to sell fans in winter? You decide. But I do not think that the old folks overlooked something as important as this. I think that they used what was most efficient. I agree and my ceiling fans always blow down, winter and summer. And if you happen to have a room with the two story ceiling where the room is open to the second level, and where you notice the upstairs is always hot while the lower level is cold during winter, try using your ceiling fans in the down direction. You will not believe the difference!
Outdoor Ceiling Fans If you are planning on installing a ceiling fan in an outdoor location, it is important to purchase a fan that is designed specifically for that purpose. If you install an indoor fan in an outdoor area it is likely to short out (which can be hazardous) or simply break down prematurely. Outdoor ceiling fans are designed differently than indoor ceiling fans because they need to be able to the forces of mother nature. Here are some of the ways that outdoor ceiling fans differ from those made for indoors: The decorative motor casing is either sealed or designed to prevent water or moisture from coming in contact with the actual motor inside. The wiring is a higher grade with additional shielding. Screws and other components are typically made of stainless steel. The finish on the motor casing and hardware is usually a weather resistant powder coat, stainless steel, or has some additional protective coating that can handle exposure to the elements. The blades are likely made of ABS plastic rather than plywood. ABS is a very strong durable material that resists warping and discoloration from moisture or UV exposure. Light fixtures are sealed on top and designed for outdoors The mounting hardware is either water tight or designed to prevent water from entering from above. There are 2 types of outdoor ceiling fans, those rated for DAMP locations and those rated for WET locations. There is a notable difference between the two and it is important that you choose the right type for your application. In either case, make sure the fan you purchase is UL Listed for the application you need so that you know it can be safely installed without creating a potential electrical hazard. Here are the differences between the two types of outdoor fans: Damp rated outdoor fans are designed to handle moisture but not direct contact with rain or running water. Therefore, a damp rated outdoor ceiling fan can be installed in a covered area such as a patio or screened in porch or other areas that are protected from rain or dripping water. Wet rated outdoor fans are designed to handle direct exposure to rain. They can be installed in virtually any indoor or outdoor location, covered or uncovered. So you can install a wet rated outdoor ceiling fan in an open gazebo, lattice covered lanai or other similar shade structure as well as under a covered porch or patio. Because wet rated outdoor fans are pretty much water tight, you can actually clean them by hosing them off...which is a great reason to buy a wet rated fan even if all you need is a damp rated model. Commonly asked questions about outdoor fans: Can an outdoor ceiling fan be installed indoors? Yes, you can install an outdoor fan in your living room or any other room in your home where you want a fan. Many people will do this simply because they like the look of a particular outdoor fan. Also, outdoor fans are highly recommended for laundry rooms and bathrooms or any other room inside your home that that tends to have excessive moisture. In more humid climates, outdoor fans are a great choice for every room in the home. I live in a very windy area and have had problems with blades breaking off...are there any outdoor fans that are made to handle high winds? High winds can in fact sheer the blades off a ceiling fan, particularly cheaper models that use lightweight materials. Usually it is the metal blade holders that attach the blades to the fan that break rather than the blades themselves. So if you are in an area prone to high winds, outdoor fans that do not have blade holders are your best choice. If the fan is to be installed in an area that is 9 feet high or less, a hugger style outdoor fan is even better. A perfect example of such a fan is the Minka Aire Concept II Wet, which is one of the very few outdoor fans that meet this criteria. Are there any outdoor fans that are designed to be taken down easily or that have blades that are easy to take off when a storm is coming? This is a very common question. Unfortunately the answer is no. There are no ceiling fans designed with a "Quick Disconnect" mechanism or with blades that snap on and off. However, I suppose that if any fan manufacturer came up with such a fan it would be a big seller. Running wires and installing a junction box can be difficult in many outdoor applications. Are there any outdoor ceiling fans that are battery operated? Although DC powered ceiling fans are now in fact available, they are not yet powerful enough to handle the needs of outdoor applications, nor are they being designed to work from batteries. Currently, most DC powered ceiling fans use an AC/DC converter, so they still require electrical wiring. However, I would look for this to change in the near future...most likely in the next year or two. Can a remote control be added to an outdoor ceiling fan? Most add-on remotes or wall controls are not rated for use outdoors, so unless the control is specifically designed for the fan you are considering and is rated for the correct application (Damp or Wet), then you should not use it. If a remote control or wall control is important to you, look for outdoor fans that have such a control included with the fan. Can any light fixture be added to an outdoor ceiling fan? No. Just as ceiling fans are rated for Damp or Wet locations, so are the light fixtures that are used with them. Make sure you purchase a light fixture that is made by the manufacturer of the fan and that has the same rating. If you want an outdoor fan with a light fixture, your best bet is to purchase one comes with one, this way you can be certain they are compatible.
Save Home Energy With the Wise Use of Ceiling Fans Ceiling fans are a popular room addition; comfort can be easily obtained with a flip of a switch. An immediate cooling breeze is created by an electric motor with rotating blades. That motor uses electricity. Ceiling fan motors are not large, but energy can be wasted. Read on for tips on operating your ceiling fans so that you can be comfortable and save home energy. Ceiling fans have a cooling effect, but do not cool. Ceiling fans do not directly change the temperature of the air; therefore, they do not cool or heat. The benefit comes from how the human body cools itself. As air velocity increases across the skin, moisture (sweat) on the skin evaporates quicker. This cools the body faster; we feel cooler. As you increase you activity, you need to evaporate more sweat. The air blowing from a ceiling fan can provide great help. Turn off air conditioning when using ceiling fans. The majority of energy cost savings comes from using ceiling fans instead of the air conditioner. Ceiling fans use from 50 to 90 watts (not including lights). Compare this to a central air conditioner using 2000 to 3000 watts; a window air conditioner can use 600 to 800 watts. The ceiling fan uses far less energy. As the temperature in your house rises, try to use ceiling fans to keep comfortable. But at some point the fans will not be able to keep you cool. Turn off the ceiling fans and start the air conditioner. The longer you can delay turning on the air conditioner, the more energy you save. Exceptions to the above rule. Many websites suggest running the ceiling fan along with the air conditioner. This may or may not save energy. The thermostat must be set at a higher temperature when using ceiling fans. The exact amount is difficult to calculate due to many variables, but savings high enough to notice kick in at about 5 degrees. If you keep your cooling setting at 78 degrees without fans, then it would need to be set at 83 degrees. Is this acceptable? Only you can decide. Also you must continually turn fans on when walking into a room, and turn it off when leaving. See tip below. Keeping either the fans or air conditioner off may be the more practical action to insure minimal energy use. During any situation you need short term cooling, the ceiling fans can help. When company is over, turn on the ceiling fan instead of turning down the thermostat. Reduce fan speed when possible. If you have several people playing WII, you may need the fan blowing as much as possible. But if there is one person sitting reading a book, only a gentle breeze is needed. Many ceiling fans have multiple speeds. Adjust the speed depending on the activities in the room. Turn off ceiling fans when not in the room. Only people are cooled by ceiling fans. Ceiling fans should be off when nobody is in the room. There is a surge in energy when starting the fan motor, but it quickly drops as the fan blades reach their full speed. However, leaving the fan on when not needed still uses far more energy than that short burst of startup energy. Air should blow up in the winter. The only benefit to running the fan in the winter is to breakup warm air collected along the ceiling. In the winter, lighter warm air rises to the ceiling. If this air cannot go anywhere, it becomes a still layer of warm air. You are paying to keep the space near your ceiling warmer than the rest of the room. This is a waste of energy. Running the ceiling fan, blowing upwards, will drive that warmer air back down to the portion of the room you want warm. At the first bead of sweat run to the fan switch and get a quick blast of air. Or just run the ceiling fan to eliminate a warming stuffiness. The use of ceiling fans can enhance the comfort in your home. By using the above tips, you can also save home energy.
Any content, trademark’s, or other material that might be found on the LukeJohnsonPhoto website that is not LukeJohnsonPhoto’s property remains the copyright of its respective owner/s. In no way does LukeJohnsonPhoto claim ownership or responsibility for such items, and you should seek legal consent for any use of such materials from its owner.