How to tell if a ceiling junction box is braced to hold the weight of a ceiling fan?

  If the box was installed recently in accordance with National Electrical Code (NEC), the box should be labeled if it’s rated to support a ceiling fan.

  NEC 2008

  314.27 Outlet Boxes.

  (D) Boxes at Ceiling-Suspended (Paddle) Fan Outlets. Outlet boxes or outlet box systems used as the sole support of a ceiling-suspended

  (paddle) fan shall be listed, shall be marked by their manufacturer as

  suitable for this purpose, and shall not support ceiling-suspended

  (paddle) fans that weigh more than 32 kg (70 lb). For outlet boxes or

  outlet box systems designed to support ceiling-suspended (paddle) fans

  that weigh more than 16 kg (35 lb), the required marking shall include

  the maximum weight to be supported.

  If it’s not labeled, the box is still required to support at least 50 lbs.

  314.27 Outlet Boxes.

  (A) Boxes at Luminaire Outlets. Boxes used at luminaire or lampholder outlets in a ceiling shall be designed for the purpose and shall be required to support a luminaire weighing a minimum of 23 kg (50 lb). Boxes used at luminaire or lampholder outlets in a wall shall be designed for the purpose and shall be marked to indicate the maximum weight of the luminaire that is permitted to be supported by the box in the wall, if other than 23 kg (50 lb). At every outlet used exclusively for lighting, the box shall be designed or installed so that a luminaire may be attached.

  If the box was installed before this code was adopted; or in an area that does not follow NEC, you’ll likely have to cut/drill some exploratory holes to determine if the box is properly braced.

Repair a Fan That Won’t Turn

  This motor is called a single phase, capacitor start, induction motor. The capacitor is the small black box with the two wires coming out of it. The purpose of this is to create a phase difference between the stator voltage and the rotor voltage. This voltage phase difference is called “slip” and creates the torque in the motor. If there was no capacitor, the motor would not turn. If you want to check this capacitor, you can check it with a capacitance meter or use the ohms setting on your multimeter. Remove one of the wires. For 30 seconds put a short across the capacitor with a wire or alligator lead to remove any residual voltage to protect your meter and put your meter on at least the 1K setting and watch the capacitor slowly charge up. If it doesn’t, you know your capacitor is bad. Replace with another non polarized capacitor or create your own with two electrolytics with the two positive leads connected together. The voltage rating should be at least 250 volts or higher and the capacitor should be at least 4uF. If you are making one yourself, make sure the two electrolytics are at least 8 uF each because capacitance halves in series. The motor case consists of four pieces, the rotating piece called the rotor, the middle piece with the coils on it which is called the stator and the two end pieces with hold the bearings for the rotor. These all are held together with four screws. Before you take the motor apart you need to remove the pivoting arm which is held on by a screw that connects to the nylon eccentric and also take the green wire off of its screw connecting it to the case. Take these out and the motor comes apart like the picture. Take care to do this because the wires in the coils break easily especially where the power comes in from the outside of the motor.

How Much Electricity Does a Fan Use? Here’s How You Can Find It Out

  Are you looking to save money on your electricity bills? Wondering the most economical way to keep your home cool? How much electricity does a fan use? Compared to air conditioning units, do fans use a lot of electricity? We explore all of this and more in this article, answering your questions about the power consumption of fans of all different varieties. We’ve also included some very useful tips about saving money, and comparisons of fans versus other appliances in terms of energy consumption.

  Here’s A List Of The Best Fans This Year:Why is it Knowing How Much Electricity A Fan Uses Important?

  Ultimately, fans aren’t the only way you can cool your home. The money you spend on cooling is an investment in your comfort and even your health. If you could be spending the same amount on an air conditioner but getting better results then it would make sense to switch. It is estimated that more than half of the energy used in the USA is wasted. This is an incredible statistic. Knowing how much energy you are using when you turn a fan on or leave it on overnight can help you to establish how much it is costing you and the environment.

  How Much Electricity is Being Used

  There are certain ways to work out how much electricity an appliance is using. These will be rough estimations. These figures should be enough to make the right call on when to use fans and how many, or whether there are alternatives using less electricity. Now, for the maths.? To work out exactly how much you will be spending on a fan, you need to know:

  What is the cost of your electricity. This is on average $0.13/kWh, though it varies by state The wattage of the fan in question. Wattage is the only power measurement needed. (This is simply the power measured in Volts x Amps). The length of time you are using the fan for, in hours. It is usually easiest to work out a ‘per hour’ rate.How to Work Out The Electricity Usage

  Firstly, multiply the wattage of the fan by the hours of use. We’re going to work out how a ‘per hour’ figure, so we’re effectively multiplying by one. An 80W fan will use 80 watts in an hour. We then multiply this by the electricity rate. Assuming it is $0.13/kWh, the national average in the USA: Calculating 80(wattage) x 0.13 (kWh)=10.4 Then dividing the result (10.4) by 1,000=$0.0104 This means an 80-watt fan is using just over $0.01 or 1 cent per hour to run. If you want to extrapolate this to work out a monthly figure, you then need to multiply the hourly rate of $0.01 by the hours of use per day. In the summer months, fan manufacturers such as Lasko estimate 8-12 hours a day of use. We’ve gone with 12 to make our calculations. So, 12 hours at $0.01 means $0.12 per day. Over a month of 30 days, this particular fan would cost $3.60 to run. You don’t have to follow these steps to come up with the calculation. There is an energy appliance calculator which can be found here, and as long as you know the wattage of your fan and what you pay for electricity, it can do the sums for you. The helpful video below can also walk you through the process of calculating.

  EnergyStar in Fans

  EnergyStar is a system whereby fans and other appliances can be certified with the EnergyStar badge due to being energy efficient. The program is run by the U.S. Environmental Protection Agency and designed to encourage people to upgrade old or inefficient appliances. The criteria they set out means that in order to display the EnergyStar badge, the appliance must have above average performance economically. If you don’t want to do the sums, you can rely on this badge to know you are getting good performance when buying a fan. An example of an EnergyStar fan is the Emerson CF765WW Loft Modern Indoor/Outdoor Ceiling Fan. This fan runs at 79 watts and meets the criteria for EnergyStar rating. It also makes the most of the energy consumption by using large blades to move more air.

  How Much Electricity Do Different Types of Fan Use?

  It makes perfect sense that different types of fans use different amounts of energy. Though the style of fan doesn’t directly impact the consumption, and the wattage is far more important, wattage tends to go hand-in-hand with types of fans. Some styles tend to be lower in their wattage than others.

  Box Fans

  Box fans are an extremely simple design of fan. They tend to just consist of a spinning blade inside a simple plastic casing. They’re often not huge and can be used in the window to extract hot air as explained in the video below. How much electricity does a box fan use? Box fan power consumption tends to be pretty low. Take the Hurricane Classic Box Fan, one of the options in this list of box fan reviews, it uses just 55 Watts. Based on our calculations, this means that it costs far less than $0.01 per hour to run, making it extremely economical. Running that calculation again means: Calculating 55 (wattage) x 0.13 (kWh)=7.15 Then dividing the result (7.15) by 1,000=$0.00715 This means a box fan is using $0.007 per hour (just above a half a cent) to run. So you could run the fan 12 hours a day and it would cost just $0.08 or 8 cents per day. Per month, this works out at around $2.50.

  Tower Fans

  Tower fans stand independently and have a tall yet narrow design, hence their name. Tower fans can save on space, and are popular due to the fact they can usually rotate and cool a larger space than box fans. Also, they tend to have more features such as timers. How much electricity does a tower fan use? Tower fans tend to cost a little bit more to run than box fans. Box fans will usually be in the 40-60W range, while tower fans are around 80-100W. If you’re wondering “do high velocity fans use more electricity?” then the answer is yes, as proved by these types of higher-wattage fans. This means that when you run the numbers, your tower fan will probably cost $0.01-$0.02 per hour to run, depending on your electricity costs per kWh.? An conservative estimate cost per month is around $6-8 to run an 80W-100W fan for 12 hours a day.

  Ceiling Fans

  Ceiling fans are very useful if you have one installed in your house. They are usually pretty effective and can shift a lot of air. However, adding one if you don’t already have one installed can be a big investment. How much electricity does a ceiling fan use? Ceiling fans tend to use a similar level of electricity as a tower fan. 100W would be a reasonable estimation, but obviously this varies depending on the model you own.? This will mean around $0.02 to run per hour, depending on electricity costs.? This works out at $7-8 per month, if used for 12 hours a day. As you can see, there are a lot of variables, so giving one specific answer for an exact price to run your fan is impossible.

  Image credit:?

  Other Types of Fans

  Though we’ve focused on these three types of fan, you may also be wondering how much electricity other types of fan use, such as desk fans, for instance.? The design may change, but the calculation still stays the same. As long as you know the wattage, you can calculate the electricity usage.

  The Importance of Time

  As you can see, time is the key to all of the equations when working out the electricity used. The wattage is measured per hour, as is the kWh electricity cost (explained in the video below). If you can minimize the time a fan is running for, you minimize the electricity used. For instance, if you want a fan on while you fall asleep, and then leave it on all night, even once the air has cooled down, you are using electricity you may not need. A timer function is a brilliant way to combat this. Some fans allow you to set a ‘sleep timer’. If you know you are going to bed, you can tell it to turn off in 60 minutes, when you will be fast asleep. This feature won’t be available on fans such as small box fans, but we live in the age of technology! You can use a plug timer. This is a device which will stop the power coming out of the plug socket at a time you say. This means that it will stop using electricity past a certain time. You can even use these to turn the electricity back on in the morning, and wake up to a lovely cool room. An example of one of these timers can be found here.

  Fans Vs Other Appliances

  To give a little bit of context on the power usage of fans, it is worth considering other appliances. This article provides some estimations on what it costs to run certain appliances. As you can see, the consumption correlates to the wattage of the appliance. Not many appliances in the home consume as little power as a fan.? Consider a space heater which will use roughly 1,500 watts per hour. You could run 30 fans using 50 watts for the same power consumption! A more helpful comparison may be to an air conditioning unit.? A central air conditioner can use 10-15,000 watts. As you can see, a fan will use a minute fraction of this.? A 10,000 watt AC running 12 hours a day at full capacity would cost up to $468 a month to run! You probably won’t run it at full capacity, so it may not use the full wattage. Even if it uses 1/3rd of this, it is still around $150 per month. Compare this to fans costing between $2 and $8 a month to run, and you can see where the saving comes in.? If you can survive with fans as an alternative, you can make a huge saving on electricity usage.

  So, How Much Electricity Does a Fan Use?

  Fans are among the most efficient small appliances you can add to your home. You can save even more money by using a product such as the BN-Link 24 hour Plug-in Timer to control your electricity. Ultimately, fans can be a brilliant way to cool your home without spending lots of money, especially if you use them to their maximum potential. Has this article answered the question of how much electricity does a fan use? Do you have any questions about using fans efficiently and the electricity your fan uses? Feel free to leave us a comment below! If you want to learn how to save electricity around your house, check out?this 5 Easy Ways to Reduce Your Electricity Bill post.

Where Is The Best Place To Install A Bathroom Extractor Fan?

  Where Is The Best Place To Install A Bathroom Extractor Fan Tips, Property Guide, Real Estate

  Where Is The Best Place To Install A Bathroom Extractor Fan?

  7 July 2020

  Where Is The Best Place To Install A Bathroom Extractor Fan?

  It may sound like a simple question with a simple answer. However, there’s a lot to consider when choosing a place to install an extractor fan in your bathroom. The right extractor fan for your bathroom can easily be overlooked, yet it’s essential for keeping your new bathroom dry and free from the effects of mould on your health. Thus, you must choose the position, and the type of fan wisely.

  One thing to keep in mind is that not all Bathroom Extractor Fans are created equal.

  At face value, the answer to this question is not too far from common sense; as close as possible above the source of the steam. Basically, in the wall or ceiling above the bath or shower. This way, as the steam rises, it heads straight towards the fan and can be extracted straight out. Job done? Not quite.

  Bathroom Zones

  In the UK, your domestic bathroom is divided into three Zones, depending on how close to the source of water they are.

  Zone 1 is the bath or shower floor area and up to 2.25m high, Zone 2 is 60cm outside of that, and then beyond that is Zone 3 or “no Zone.” The best place to install your fan is above the bath or shower, so in Zone 1. To do this, you’ll need to install a fan that’s protected against water ingress.

  This can be done in one of two ways:

  Installing a fan that runs on 12v power, converted from 240v mains via a transformer;

  Installing a fan that has been designed and tested specifically to resist water and has been given an IP Rating. In order to be installed in Zone 1 of your bathroom, this fan would need to have an IP rating of IP45, or IPX5.

  Where Is The Best Place To Install A Bathroom Extractor Fan?

  Type of Fan

  Axial Fan

  An Axial fan is what most people picture when they think of a bathroom extractor fan. The kind you see on countless bathroom walls with a grille and a spinning fan blade behind.

  These fans usually extract around 95 m3/h (metres cubed per hour) and are perfect for installations directly through a wall. A good IP45 rated one is perfect for an average domestic bathroom or en-suite.

  However, if fitting an axial fan in the ceiling, there needs to be consideration about how long the run of ducting is to the outside world.

  When installing an extractor fan, you must extract the stale air and moisture to an external vent in a wall, roof tile, or roof soffit. Extracting moisture and steam into a loft space will cause mould build-up and eventually structural problems. A surface mounted axial fan will not be able to adequately extract outside with any real power if the duct run is longer than 3-4 metres. The system will be a disappointment, to say the least.

  Centrifugal Fan

  If a longer duct run is unavoidable, there’s another solution. A centrifugal fan will generate similar extraction rates to an axial fan but will generate sufficient pressure to extract down a long run of duct.

  Ceiling or surface mountable, a centrifugal fan will easily cope with a duct run in excess of ten metres. For installation above the shower, however, a 12v version will be required.

  Inline Fan

  If your duct run is to be more than 4 metres, and you have the space to fit one, an inline fan will give you almost three times the power of an axial fan, around 245m3/h; and will extract through a duct run in excess of twelve metres. For a fully comprehensive bathroom extraction system, a ceiling-mounted extraction system would permit two extraction points, one above the shower and one above the toilet.

  Furthermore, an inline fan above the ceiling means that no electrical wiring work needs to be done in an existing room. Since all electrical connections are very much outside of the bathroom, there’s no need to worry about bathroom zoning. Your extraction point can be directly above the steam source with no problems. Before buying, remember to check top bathroom faucets 2021 ideas to get more information about fans.” after “The system will be a disappointment, to say the least

  To Conclude

  So, where is the best place to fit a bathroom extractor fan? A fan fitted in Zone 1, as close to the steam source as possible, will give the best extraction solution. An inline fan fitted above the ceiling with a grille-mounted above the bath or shower gives the best combination of extraction rate – low noise and ease of installation.

  Comments on this guide to Practical Modern Furniture Ideas for Your Home article are welcome.

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  Where Is The Best Place To Install A Bathroom Extractor Fan?

  Norra Tornen, Hagastaden, north of Stockholm

  Design: OMA / Reinier de Graaf

  Where Is The Best Place To Install A Bathroom Extractor Fan?

  photograph : Laurian Ghinitoiu, Courtesy of OMA

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7 Things You May Not Know About Ceiling Fans

  Here we are in the middle of air conditioning season.? So why don’t we chop down some myths and misconceptions about ceiling fans.? What got me on to this topic was a video of a fan with blades that hide on top of the fan when the fan is turned off.? Sounds clever, but it’s a ridiculous idea.

  Anyway, here are seven things about ceiling fans that a lot of people seem not to know.

  1.? Ceiling fans heat the room

  Yes, a ceiling fan is a cooling device.? (See number 2 below.)? But its effect on the room it’s in is to add heat.? Why Because electric motors are devices that turn electrical energy into mechanical energy, most of which ends up as heat.? The infrared image below shows a ceiling fan motor that’s hotter than the room it’s in.? From the second law of thermodynamics, we know where that heat is going — into the cooler room.

  7 Things You May Not Know About Ceiling Fans7 Things You May Not Know About Ceiling Fans

  No, it’s not a lot of heat, but just be aware that the net result of running a ceiling fan is that you’re adding heat to the room, not cooling it.? [Extrapolation:? Pretty much all of the electricity you use inside your home turns into heat.? The exception is the little bit of light energy that escapes.]

  2.? Ceiling fans cool people

  Ceiling fans are useful for cooling only when they move air over skin.? They cool our bodies two ways:? by aiding evaporative cooling and by aiding convective cooling.? If the air movement created by a ceiling fan isn’t hitting anyone’s skin, it’s just making the space warmer with no cooling benefit.

  3.? A fan’s efficacy tells you how well it moves air

  Every new ceiling fan being sold in the US these days is labeled with its efficacy.? (Efficacy is an efficiency rating where the output and input quantities have different units.)? For fans, the measure of efficacy is how much air flow you get for the amount of electrical energy you put in.? Its units are cubic feet per minute (cfm) of air flow per watt (W) of electrical power.? A good fan will give you more than 100 cfm per watt;? a poor one might be as low as 30 cfm per watt.

  7 Things You May Not Know About Ceiling Fans7 Things You May Not Know About Ceiling Fans

  Next time you’re looking for a ceiling fan, check the label.

  7 Things You May Not Know About Ceiling Fans7 Things You May Not Know About Ceiling Fans

  4.? Bigger is better with ceiling fans

  While you’re checking those labels, you may notice a correlation.? The fans with the longest blades have the highest efficacies and those with the shortest blades have the lowest.? That’s why the company Big Ass Fans makes big ass fans.? And it’s why you’ll want to avoid the little short-blade fans like the one above, no matter how cute, if you’re interested in air flow.? If you just want cute, though, go right ahead.

  5.? Lower speeds are more efficient

  Another thing you’ll notice when looking at fan efficacy labels is that you’ll get more cfm per watt when you run the fan on medium than on high and more still on low than on medium.? The only logical conclusion here is to get the biggest fan you can fit into the room, leaving proper clearances, and run it on the lowest speed that keeps you comfortable.

  That’s why the Big Ass Fans company was originally called the HVLS Fan Company.? HVLS stands for high volume, low speed.

  6.? Ceiling fans probably won’t save you any money if you have air conditioning

  Martin Holladay covered this in his ceiling fan article from 2010, but it’s worth reviewing.? If you don’t have air conditioning at all, having some kind of fans can preserve your sanity.? You get to keep cool for a relatively low cost.

  Once you have a house with air conditioning, though, the dynamics change.? That air moving over your skin still feels good, and so does the low temperature, low humidity air produced by the air conditioner.? The hypothesis is that people will raise the AC thermostat setting if they’re feeling the breeze of the ceiling fan, but the data don’t support it.

  In 1996, the Florida Solar Energy Center (FSEC) did a study of homes with ceiling fans. They found that even though the fans ran more than half the day in the test homes, they saw no difference in thermostat setpoints in homes with ceiling fans compared to homes without.

  In short, for ceiling fans to save you money on your energy bills, you have to set the thermostat to a higher temperature. ?I do it in my house but FSEC found that most people don’t.? Better yet, use the fans instead of air conditioning when you can.? Here in the Southeast, that’s usually in the spring and fall because of the humidity thing we’ve got here.

  7.? A ceiling fan can decapitate you

  I didn’t even know there was a myth about this until I saw the Myth Busters video below.? Apparently some people worry about getting their heads chopped off by a ceiling fan.? And it can certainly happen, as you’ll see in the video below…but only if you replace the motor with a more powerful one (like a lawn mower motor) and change out the ceiling fan paddles with razor-sharp blades.

  So relax!? You won’t get your head chopped off by a (normal) ceiling fan.? But you can certainly use more energy and make your home warmer by using one.

  Oh, and that fan with the nesting blades is a ridiculous idea because it has two problems:? The blades have to be short to be able to nest together on top of the motor, and the blades are designed for nesting, not moving air.? If you don’t like the looks of a ceiling fan, that’s fine.? But why even have something like this at all if it’s not going to move much air?

  7 Things You May Not Know About Ceiling Fans7 Things You May Not Know About Ceiling Fans

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  How Energy Efficient Is Your Ceiling Fan?

  Turn Off Those Ceiling Fans!

  What Is the Difference Between Energy Efficiency and Efficacy?

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Is there a reason I should NOT install a ceiling fan in my kitchen?

  We need to install a new ceiling light in the kitchen. We do not have any kind of exhaust fan in the kitchen, and it would be nice to be able to move the air around on the occasion that something gets burned/overcooked. Additionally, the room is very cold during the winter and too warm in the summer. I’d like to install a ceiling fan with a light fixture. I haven’t seen something like this done in any kitchen catalogues or renovation idea boards. When I was speaking with the person in the lighting department of my local home improvement store, I mentioned that I wanted to install a ceiling fan with light in the kitchen. He gave me a weird look, chuckled and said, “Okay, if you want to do that, the fans are over there.”

  So. A couple of things to to note:

  We have a gas range, but no range hood.

  We do have CO detectors in every room in the basement and on the first floor (where the kitchen is).

  Is there any reason not to install a ceiling fan in the kitchen? If so, what is that reason?

seville classics tower fan won’t turn on

  The Seville Classics UltraSlimline has a handy remote to change the fan settings. This stylish Seville Classics UltraSlimline 40 in. Seville Classics, Inc. warrants that this product is free from defects in materials for a period of 1 year and free from defects in workmanship under normal use for a period of 1 year from the date of purchase. ? 2019 Seville Classics, Inc. All rights reserved. Please provide some troubleshooting steps, 2020 iFixit — Licensed under Creative Commons — Privacy — Zeus Custodio – The Seville Classics MSC10166 Tower Fan offers an innovative design contrasting from the traditional circular style making it sleek, compact, and quiet. UltraSlimline Tower Fan Combo Pack Black Get the best of both worlds with Seville Classics Tower Fan Combo. Clogged vents may impair airflow. Tools. Our product offering includes garage storage systems, commercial … Bad connections might cause the LEDs to not function. The remote has an LCD that lets you control most parameters of the fan. Lack of lubrication may cause the fan to not rotate. Dust may accumulate in the vents and hinder outside air from entering the fan. 4.5 out of 5 stars. did you get a solution? The Seville Classics UltraSlimline is easy to use and performed well in our tests. Reply. or Best Offer +C $40.89 shipping estimate. For instructions on fixing connections, please refer to the following guide: Repairing the LEDs. Free Shipping On All OrdersTax-free shipping to 45 States. Help please: my problem is the fan does not turn on. The Seville Classics UltraSlimline Oscillating Tower Fan provides effective and fast cooling with the ability to oscillate up to 80 degrees for a wide coverage area. Seville Classics MSC10166 Tower Fan Troubleshooting Fan does not turn on. The Sunter tower fan has a style not that too dissimilar to the popular Seville classics and is actually the same size at 40 inches tall. The gliding grille tilt It’s as simple as that cause to fix it, it’ll take a … Airflow is customizable with 5 settings and 3 breeze modes enhances personalisation further. Multiple models available in 3 colors, in large & small sizes. Remote not Working on Seville Tower Fan. Place the 4 SCREWS D into the holes through the bottom of the base and tighten securely. Seville Classics Fan 10117. JavaScript seems to be disabled in your browser. If airflow is restricted, the fan blades may be dirty. Select from our range of oscillating tower fans, in personal and room sizes, and different finishes. The Seville Classics tower fan comes with a standard one-year warranty, which is enough time to get some use out of it before it expires, but well below the best warranties out there. If the problem is not solved, try plugging the fan into another outlet. The Vornado Tower 184, in contrast, has a … 40 in. How to Fix an Oscillating Fan. Refer to the following guide for taking apart the fan and cleaning it out: Cleaning the Fans.. You should see (through the camera LCD display or… – Seville Classics MSC10166 In this case, take off the top cover and circuit board to clean the buttons. H. $59.79. Oscillating feature provides 75 degrees of coverage. Disappointing. 06/02/2016 Seville Classics MSC10166. You may need to take off the back over and clean off the dust. The next step is to remove the fan and lubricate the track referring to the following guide: Repairing the Rotation and Vibration of the Fan. Refer to the following guide for taking apart the fan and clearing blockage on the track: Repairing the Rotation and Vibration of the Fan. If the fan does not rotate or stutters when rotating, there may be a blockage on the track. … Seville Classics – tower fan for office. Save on fans today! Reply. If the fan seems to be completely unresponsive,… LEDs do not light up. It is one of the more affordable tower fans in our lineup, and it was one of the best performing fans in our power tests. It’s not very old. The buttons can be pressed but are unresponsive. nospam – Why won’t my Ionic Breeze Air Purifier turn on? Here are a few suggestions on how to fix an oscillating fan. Look for any loose connections or broken wires. $70.20. You make impossible to clean the tower fan ! Hi, You can check that the remote control unit is working by using either a mobile phone or a digital camera. Please help someone! The fan turns on and works, but there are no functioning lights. Align the BASE front with the FAN front and insert the four posts on the FAN body into the four holes on the top of the BASE, it will only go one way. This 2-piece set is designed to keep your home, apartment or dorm room cool with fans for any situation. The first step to resolving this problem is to take apart the fan and check the connections of the LEDs to the circuit board. Mine is the same. H. 40″ Floor Oscillating Tower Fan 4-Speed Air Cooling Drying Circulator W/ Remote. my 10117 fan does not blow, it turns, but not blow. After determining that the outlet is not the problem, the next step is to check the connections inside of the fan. Seville Classics Tower Fan Oscillating Electric Portable Black 17 Inch Personal . Enjoy the summer comfortably when you fight the heat and cool down with a refreshing breeze! Refer to the following guide for taking apart the fan and cleaning it out: Cleaning the Fans. The second one is actually a “baby” tower fan … Oscillating Tower Fan w/ Steel Intake Grill and LCD Remote Control, Gray. UltraSlimline Tower Fan Combo Pack – 40″ Tower Fan & 17″ Personal Tower Fan, UltraSlimline 40 in. Check the connection into the wall to make sure it is not loose in the socket. The classic 40″ tower fan is a whole-room circulation while the 17″ fan … Is there a solution? If you’re in a small space, the last thing you want is a bulky fan taking up more than its fair share of room. For more help on soldering and checking the fuse, please refer to the following guide: Repairing the LEDs. It has some idea of state, and also you could create masks of the nybbles that turn things on and off. Unscrew the 2 base SCREWS and base CLIPS from posts on the BASE-back. You can choose from six speeds and 15 different comfort settings, using the two dials on the side of the fan. Turn the base upside down. Page 1 The warranty is extended by Seville Classics, Inc. to all original purchasers of Seville Classics Appliances. Best overall: Seville Classics – UltraSlimline These are some common tools used to work on this device. Accessibility, Seville Classics MSC10166 Tower Fan Troubleshooting, Repairing the Rotation and Vibration of the Fan. From United States. Point the remote at the camera (or phone -using the camera app) and press a button on the remote – any button will do at this stage. You may need to connect any disconnected wires either by twisting them together or soldering. Our fan is designed for your home, and features a small footprint, remote control, 75 degree oscillation and noise-reducing steel intake grill. It features the latest turbine technology for the best results and comes with 3 adjustable speeds so you can choose between maximum power or minimal noise depending on the time of day. The fan turns on and works, but there are no functioning lights. Refer to the following guide for cleaning the buttons: Repairing the Buttons. Oscillating Tower Fan, Black, UltraSlimline 17″ Oscillating Personal Tower Fan, Black. Seville Classics UltraSlimline tower fan: Help & support. Manufacturer’s Product Page: Ultra Slimline Tower Fan Combo Pack – note, though, that only the larger fan (# 10127) has IR control Oscillating fans are now also available with remote controls making them even more convenient. Product info. You may need to take off the back cover, remove the fan blades, and clean out the dust. If the fan seems to be completely unresponsive, the first step is to make sure the fan is plugged in. In case you’re tired of the heat and would like to benefit from a beautifully sleek and powerful tower fan, then lucky for you, in this buyer’s guide 2020, we review the TOP 5 Best Tower Fans on the market. Feel a refreshing breeze into any room with the UltraSlimline; 40 in. My fan has terrible rattling when it’s on. If all of the connections are solid but the fan is still unresponsive, the next step is to check the fuse and replace it if necessary. If there is, then remove the object. It goes away when it’s horizontal, but returns when I stand it up. Make Offer – Seville Classics Tower Fan Oscillating Black Ultra Slim Remote Control 40 in. Subscribe to receive deals and notices on new arrivals. Honeywell is one of the biggest names in the tower fan business, so we’re proud to recommend another one of their innovative products. C $87.10. The Honeywell HYF500 features two independently controlled fans, for amazing versatility and cooling power. Throw it away and buy a new one for 20 box at Wal-Mart. Seville Classics Ultra Slimline Tower Fan This is a unique set because it features not one but two tower fans. Inspecting the fuse involves checking the resistance of the fuse using an ohmmeter as well as soldering to remove and replace it. The fan is unresponsive after pressing any button. Seville Classics Fan. If when you press down on a button and it does not return to it’s original position, the buttons may be dirty or covered in something sticky. Firmly snap the BASE-front onto the BASE-back by aligning the four holes onto the four posts. Oscillating Tower Fan with Steel Intake Grill. Our range of office fans will help you keep cool. If fixing the connections does not resolve the problem, the LEDs may have gone bad. For the best experience on our site, be sure to turn on Javascript in your browser. $41.95. You might not need every tool for every procedure. Seville Classics UltraSlimline 40 in. Features oscillation of 80-degrees for a range of air movement. This smart tower fan from Seville has a wide range of features to ensure you get the very best out of what it has to offer, and it definitely has plenty of features to choose from. Dust may accumulate between the fan blades and result in blockage. For guidance on checking connections and soldering, please refer to the following guide: Repairing the LEDs. The clever bit is in the .h file, which is a dump of all the 32-bit NEC codes sent by the remote. Your home will thank you! Terms — tower fan 61,240 202,518 103,325 . Keep cool and complement any room in your home with Seville Classics’ premium 40 in. For the money, you can’t beat the Seville Classics – … 4 Score. 06/09/2016 It has an all-black style and is made from plastic, much like most other tower fans. I dismantle, clean, checked for loose connection and tested before putting it back together but the fan I’d not responding. Why fan is making loud noise when it rotates … 1 Score. 2 product ratings – Seville Classics Tower Fan Steel Intake Grill Programmable Oscillating Indoor. Mine is the same. Make Offer – Seville Classics Tower Fan Oscillating Electric Portable Black 17 Inch Personal . There are those moments when they don’t move as fast as they should or are making strange sounds as they oscillate. We got good airflow right in front of the fan and all the way across the room. I have same issue top light r up and green but fan not working although rotatation works. Oscillating One-push operation with LED light indicators allows easy operation for hands of all sizes. Control lights come on and it will rotate but no air. Buy new LEDs and replace them referring to the following guide: Repairing the LEDs. For the best experience on our site, be sure to turn on Javascript in your browser. It is equipped with four ultra-quiet speed settings (high, medium, low and “eco”) that will leave you feeling cool and comfortable on hot and humid days. Free shipping. 3. My seville classics tower fan no longer oscillates – how can that be fixed? I’ll First, take time to open the fan and check if anything is blocking the fan from rotating. Replace the SCREWS and CLIPS so that the clips wraps over the BASE-back and tighten. Seville Classics UltraSlimline 40” Oscillating Tower Fan Review Many fans offer just a few preset timer options—typically one, two, four, and eight hours—but with the Seville Classics UltraSlimline Tower Fan, you can customize the shut-off timer to better suit your needs. Brand New. Take the fan apart and clean the track of all dust and other debris. It’s turning on, swivel is working and lights on top are working except for the fan. 11 Answers . Any ideas? Oscillating Tower Fan, Black. 6-in-1 Screwdriver. The fan is unresponsive after pressing any button. 0 Solutions. The Seville Classics fan features three speeds: high, medium, and low for airflow customization. Free shipping. Fan. Offers three auto-off settings: 1, … Otherwise, the problem could be the lack of lubrication. Seville Classics has been an industry leader in storage & organization solutions for over 40 years. Seville Classics Tower Fan Oscillating Black Ultra Slim Remote Control 40 in. Enjoy the breeze with Seville Classics UltraSlimline oscillating tower fans. Oscillating Tower Fan is perfect for the office, bedroom or any room that needs a breeze. Triple dr. fridge.6 days ago meat thermometer 76,548 227,642 103,418 . It has five buttons that can turn the fan on and off, change speed settings, set the timer, turn the … $63.84. Page 4: Fan Assembly

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How Cooling Towers work

  How Cooling Towers work

  In this topic, we will look at how a cooling tower operates. This will cover the basic workings of the most common type of cooling tower “wet” or “open” which you will find on most commercial high rise and industrial sites.

  Why are open cooling towers the most common?

  Open or wet cooling towers are the most efficient way to reject heat from the cooling system because the water evaporates to carry the heat away. This results in a loss of water from the cooling system and so it is not suitable for all locations and system designs.

  How do they work?

  Consider the cooling tower on top of a typical office type building. A centrifugal pump moves water, known as “condenser water”, between the chiller in the basement and the cooling tower on the roof. The chiller adds heat to the condenser water and the cooling tower cools it down by rejecting this into the atmosphere. The heat it rejects is all the unwanted heat from the building caused by the people, computers, sunlight, lighting etc. It must also reject the heat generated by the compressor of the chiller.

  The condenser water leaves the condenser of the chiller at around 32°C (89.6°F) and the pump sends this up to the cooling tower. The system has been designed so that the condenser water leaving the cooling tower and re-entering the chiller condenser, must be around 27°C (80.6°F) in order to be able to pickup enough heat on it’s next cycle.

  Parts of a cooling tower

  Before we look at how a cooling tower rejects heat. Let’s first look at the parts inside a cooling tower.

  Fan: The fan pulls cool ambient air in through the filters at the base and pushes it out the top of the cooling tower, taking heat and moisture with it.

  Drive Belt and Drive Motor: The simplest method of spinning the fan blades. It could also be direct drive, chain driven or gear mounted.

  Drift Eliminator: This causes the air to change direction and condense some of the moisture in the leaving air which reduce operating costs.

  Condenser Water Inlet: This is where the warm condenser water enters the cooling tower

  Spray Nozzles: The warm condenser water is pushed through these nozzles, causing it to spilt into a spray of small droplets.

  Fill Packaging: The condenser water spray droplets run down this increasing the heat transfer surface area and allowing the air (which flows in the opposite direction) to carry some of the heat away as well as moisture from the evaporation.

  Filter: This is where the fan pulls it’s air in from. The filter limits the amount of dirt and leafs entering the cooling tower. Air enters cooler and dryer here then when it leaves at the top.

  Condenser Water Outlet: This is where the condenser water will leave the cooling tower. It will leave at a lower temperature than when it entered at the top.

  Makeup Water: A minimum water level is held in the basin of the cooling tower. Water is lost from the cooling tower from evaporation but also when the cooling tower drains to get rid of accumulated dirt and salt.

  Overflow: If the water level in the basin gets too high, it will flow through here and out to a drain.

  Drain: Water will be drained from the cooling tower for maintenance purposes but also periodically during normal operation when the level of impurities in the water gets too high. The impurities are from the accumulation of dirt and salts which build up as water evaporates and leaves these behind. This is often reffed to to “blowdown”.

  How does a cooling tower reject heat?

  The warm condenser water enters near the top of the cooling tower. It passes through some nozzles which spray the water in small droplets across the fill packaging. The spray increases the waters surface area which allows it to reject more heat.

  The water is sprayed across the fill packaging

  These droplets, from the spray, run down the fill packaging causing a thin film of water on its surface. The water will evaporate into the air and carry heat away with it.

  For greater cooling capacity, cooling towers use a fan to create more evaporation. The fan pulls air through the filters at the bottom of the unit and move it up and out through the top of the cooling tower, passing through the fill packaging and drift eliminators. The air flows in the opposite direction to the flow of condenser water.

  Combining the spray of water, the thin film of water on the fill packaging and the flow of cool air you get a great amount of heat transfer.

  Just to recap. Warm condenser water enters the tower and is sprayed over the fill packaging. This spray runs down the fill packaging creating a thin film of water over it, the water will evaporate and cool down. Cool dry air enters through the bottom of the tower and passes through the fill packaging in the opposite direction to the flow of condenser water, this will pickup heat and moisture from the thin film of water. The condenser water will leave the bottom of the cooling tower at a lower temperature. The air will leave the top of the cooling tower with that heat but it will also carry some of the water away with it.

  Water costs money. So in order to keep operating costs and water consumption down, cooling towers often use drift eliminators. These are located above the fill packaging and spray nozzles but below the fan.

  The drift eliminators purposely change direction to cause the leaving air to condense against the sides. This squeezes some of the moisture out of the air which then runs back down to the fill packaging for further cooling and eventually accumulates in the basin of the cooling tower to be sent back to the chiller.

  The cooler condenser water accumulates in the basin of the tower. This returns to the chiller where it will pickup more heat and the cycle starts over again. A filter is usually present over the outlet to ensure no foreign objects enter the pipe as this will enter the blades of the pump.

  A float valve in the basin operates the flow of water from the makeup water inlet and ensures a minimum level of water is maintained. This water is topped up because of evaporation losses and also during blow downs.

  The overflow prevents too much condenser water entering the cooling tower basin. Water entering here will usually be sent to drain.

  The drain usually has an automated valve attached. Sensors located in the basin or the condenser system pipework will detect the level of impurities (dirt and salts) and will start to drain the water if the level is too high. This draining is known as the “blowdown” and causes the float valve to drop which allows fresh water to enter through the makeup inlet. The impurities are already in the condenser water as well as the air, but as the water evaporates it leaves these behind. If enough water evaporates it will cause a build up of impurities which can damage the equipment as well as reduce the cooling tower, chiller and pump effectiveness and efficiency.

  In cooler climates, some cooling tower basins will have an electric pan heater installed. This turns on at a specified minimum air temperature (e.g. 5°C, 41°F) to prevent frost.

  Watch the video tutorials below for further information.

How to fix an Unbalanced Ceiling Fan?

  Five Tips for Wobbly Ceiling Fans

  Ceiling fans are a great addition to any room. They add ventilation, add tons of style and can slash your energy bills. Ceiling fans aren’t just for the summer. Rotate them in the winter to keep rooms toasty without sending your heating bills sky-high.

  If you’re in the mood to add more ceiling fans to your house, this is a perfect time. SESCOS is having a special on ceiling fans and professional ceiling fan installation right now.

  Is Your Ceiling Fan Wobbly?

  A shaking, wobbling ceiling fan is annoying. It makes irritating noises and does nothing to move the air. Worse yet, a wobbling fan can cause wear and tear on the ceiling fan’s motor. Learn how to get your ceiling fan back in balance.

  Five Tips for Balancing Your Ceiling Fan

  1. Check the Blades

  Dirty, dusty blades can weigh down the fan and throw off its rotation. Before you do anything else, check the blades to make sure they’re clean and free of dust.

  You should also check for any warped or damaged blades. If a blade is bad, you need to replace it. It can be difficult to find replacement blades, especially for older fans. Consider replacing the whole fan if it’s an old one.

  2. Remove the Fan and Install It Again

  Sometimes this is the only way to get a wobbly fan working properly. If your fan wasn’t installed properly, you can start all over with a good installation. Be sure to tighten all the screws on the fan, base, and motor. Try running your freshly installed fan. If you still have problems, try the next step.

  3. Use a Blade Balancing Kit

  You can find a blade balancing kit at most hardware or ceiling fan stores. The kit contains several plastic clips and some balancing weights.

  To use the kit, begin by placing a clip on the edge of one blade. Place it in the middle of the blade. Turn on the fan and check to see if the wobbling improves. If it doesn’t, move the clip down a few inches and try it again. Once you have found the position that doesn’t wobble, place a balancing weight on the blade.

  You’ll have to do this for each blade, but eventually, you will locate and fix the faulty blade.

  4. Check Your Outlet Box

  Is your outlet rated for fans? Fans are heavy, and you must install them in an outlet box that can hold the weight.

  Many people make the mistake of replacing a light fixture with a ceiling fan. If you do this without replacing the outlet box, you could have a dangerously loose fan. You should install a fan in a fan-rated box that is mounted with lag screws or to an adjustable fan brace.

  5. Use a Story Board to Check for Height Differences

  If you know how to use a storyboard, use it to check the differences in height between the blades and blade irons. If you find a blade that has a difference of a quarter-inch or more, it’s time to replace that blade.

  Save Money Now on Fans and Professional Fan Installation

  If it’s time to replace your ceiling fans, it’s time to save money with SESCOS. Don’t miss this opportunity to get new ceiling fans and fast, expert installation at a great price.

  Our fans come in a wide variety of styles and with a lifetime guarantee. We can also install a fan you already have. Contact us today about adding new ceiling fans to your home or business.

Which Way Should Your Ceiling Fan Turn in the Summer?

  When the temperature goes up, often so does air conditioning usage. But the AC can eat up a lot of electricity, which can be expensive. That’s why it pays to find alternatives to air conditioning that use less energy, like ceiling fans. Whether you run them instead of the AC or together, a ceiling fan can help reduce your home energy usage. The only catch is that you must know the correct ceiling fan direction for summer.

  Use ceiling fans to make rooms feel cooler during the summertime

  In summer, you want your ceiling fan to push cold air down toward the floor. The breeze makes perspiration on your skin evaporate, creating a wind chill effect. People under a ceiling fan can feel several degrees cooler than the room’s actual temperature. By running your ceiling fan in the direction for cooling, you’ll rely on air conditioning less and help save energy in your home.

  As mentioned, ceiling fans cool people, not rooms. They just affect airflow in the room they’re mounted above. So, when you leave the room, save energy by turning off the ceiling fan.

  Which direction should your ceiling fan turn in the summer?

  Which Way Should Your Ceiling Fan Turn in the Summer?

  The correct ceiling fan direction for summer is counterclockwise. Running the blades in that direction ensures that the air blows straight down. As you stand under the fan and look up, you’ll see the blades start at the top left, move down and finally make their way up the right side to the top again.

  More importantly, you should also feel the telltale breeze that means you’ve successfully set your ceiling fan direction for cooling. If you can’t feel anything yet, try increasing the fan’s speed.

  Do you need to turn your ceiling fan in the opposite direction for winter?

  Yes, the ceiling fan direction for winter is clockwise. When set at a low speed, your ceiling fan draws cool air up and forces warm air down. Redistributing warm air that collects near the ceiling helps make your room feel warmer and keeps you from needing to use more energy to raise the temperature.

  To make sure your ceiling fan direction is right for warming, stand under the ceiling fan and look up. You should see the blades rotating in the direction the hands of a clock move: starting at top right, moving down and back up the left side to the top again. The speed should be set to low. You shouldn’t feel a breeze coming down.

  How to change the direction of your ceiling fan

  To change your ceiling fan direction, the most important thing is locating the switch that controls blade rotation. Traditional ceiling fan models have a toggle switch on the housing, just underneath the blades. (Sometimes the switch is on top of the fan, above the blades.) Some ceiling fans can be reversed by pressing a button on a wall-mounted control. Others come with remote controls — and smart ceiling fans can even be controlled with an app. (If you can’t locate the switch that changes blade rotation, consult the user manual that came with the fan or call the manufacturer.)

  If you don’t have the ability to change your ceiling fan direction from the floor, you’ll need to climb up and change the blade rotation by hand.

  Which Way Should Your Ceiling Fan Turn in the Summer?

  Steps to take when switching the direction of your ceiling fan by hand:

  Get a sturdy ladder. Inspect it first to make sure your ladder is safe for use. You may need someone to hold the base of the ladder for support.

  Clear furniture or other obstacles underneath the ceiling fan. You should be able to set up your ladder directly under the fan. You shouldn’t have to stretch to reach the switch.

  Set up the ladder. You want it close enough that you can easily reach the blade direction switch.

  Turn off the ceiling fan. Many traditional models have cords or chains that hang down from the center. Each pull switches the ceiling fan’s speed and turns it off and on.

  WAIT FOR THE BLADES TO COMPLETELY STOP MOVING. Safety first! The blades can injure you if they’re still moving. Wait for them to come to a complete stop before proceeding to the next step.

  Locate the blade direction switch. Many ceiling fans have it on the housing, just under the blades. It may also be on top of the fan, above the blades.

  Flip the switch in the other direction. If it’s a vertical (up/down) switch, the down position is the ceiling fan direction for summer, and the up position is the direction for winter. (Think pushing air down and pulling air up.) For horizontal (side-to-side) switches, the left position should be the summer setting and the right position should be the winter setting.

  Turn the ceiling fan back on. Beforehand, make sure you’re safely out of the way of the blades. If you choose the ceiling fan direction for winter, make sure the speed is set to low.

  Confirm the blade direction. Look up to make sure the blades of the fan are moving in the right direction: counterclockwise for warm weather, clockwise for cold weather.

  What ceiling fans are best for the summertime?

  The ceiling fan that’s best for your summer use will depend on where it’s going and how much you want to spend. Ideally, you’ll want one with multiple speeds. You may want one that doubles as lighting, or that runs silently. And if you want to avoid climbing up and reversing the direction by hand, you should look into ceiling fans that have a wall-mounted or remote control.

  Smaller rooms will be served well by smaller ceiling fans; bigger rooms will need larger, more powerful models and possible multiple units. The larger the fan, the more energy used. To cut down on energy use, you may want to get a ceiling fan with an ENERGY STAR? rating, which is up to 40% more efficient than a traditional ceiling fan. If your ceiling fan has lights, use LED bulbs for increased energy efficiency. You can also save energy by turning fans off when you leave the room.

  And if you’re looking for additional ways to reduce AC use and improve energy efficiency, you may want to look into other types of fans.

  Tips for each room of the house

  Ceiling fans are suitable for indoor and outdoor use and can be mounted in nearly every room of your house. Size, type and installation will vary by location. Many also double as lighting, which may factor into your decision.

  Ceiling fans in a bedroom — Keeping air circulating at night will help keep you cool and get a better night’s sleep in summer. Light sleepers will want a model that runs silently. And unless you have a very large bedroom, you’ll probably want a smaller ceiling fan with a flush mount (anchored only a few inches below the ceiling).

  Ceiling fans in a bathroom or kitchen — Keeping air circulating in bathrooms and kitchens can help regulate temperature. However, those rooms often fill up with moisture, which can damage indoor-only models. Choose a ceiling fan with a damp rating for these rooms.

  Ceiling fans in the living room — You’ll want a larger model for your living room or great room. Ceiling fans are most effective when their blades are about 8 or 9 feet off the floor, so you may need a downrod mount. A downrod simply lowers the fan from the mount secured to the ceiling. Pro tip: If your ceiling fan has been idle for a long time, dust the blades before you start it up again. Your family will breathe easier without all those dust particles kicked up into the air.

  Ceiling fans in the dining room — Cool, circulating air can make for a pleasant summer dinner. But if you want a ceiling fan in your dining room, make sure you don’t install a more powerful fan than you need. You don’t want too much air blowing down on your family and guests, blowing napkins off the table. Look for a model with a low-speed option. Also, moving dining room furniture out of the way to change the ceiling fan direction can be taxing. If possible, you may want to consider a fan model that can be controlled remotely.

  Ceiling fans for outdoor use — If Mother Nature isn’t cooperating with a nice breeze, a ceiling fan can be just the thing. Just make sure you get one that’s wet-rated, which means it won’t be damaged by the elements. If the area you want to cool won’t be directly exposed to rain, snow or ice, you may be able to get away with a damp-rated ceiling fan. Fans with a dry rating are meant for indoor use only and should never be used where they’ll be exposed to any moisture.

  Staying cooler when it’s hot and warmer when it’s cold — and cutting energy consumption year-round — can be as simple as knowing the right ceiling fan direction for summer or winter. But using fans is just one of many energy-saving tips for summer. With some wise investment in the right equipment and some thoughtful changes to your daily routine, you can potentially lower your cooling and heating use during the year’s peak months.