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The larger-scaled Pharos pairs a powerful motor and advanced design principles to provide outstanding air distribution and useful light. The fan’s primary feature, a series of rings (or louvers), gives it its “deco” styling.

If you cannot find what you need to make this fan work in your room, please give us a call so we can check to see if there are any further alternatives.

	Downrod Extension Poles	12" Downrod ($8.00) 24" Downrod ($16.00) 36" Downrod ($24.00) 48" Downrod ($32.00) 60" Downrod ($40.00) 72" Downrod ($48.00) What size do I need? CALCULATE HERE!
	Angled Ceiling Kit - Required for ceilings angled more than 30 and up to 45 degrees. Not needed for ceilings angled 30 degrees or less (or flat). Ceilings angled more than 45 will require a box framed into the ceiling to flatten the surface where the fan is to be installed.	Don't know your ceiling angle? CALCULATE HERE!	$20.00

How long of a downrod do I need?

Building codes require ceiling fans to be installed with the blades no lower than 7 feet from the floor in residential applications (industrial fans may require more distnace). The closer you are to the fan blades, the more cooling effect you will feel, so 7 feet is the optimal distance from the floor for most residential ceiling fans to get the most benefit.

To calculate the length of downrod that you need to get as close to 7 feet from the floor as possible (but not lower), first you must look at the dimensions of the fan to determine how far from the ceiling the blades will hang using the standard mounting hardware. In most cases, the hardware that a ceiling fan ships with is all you need for an 8 or 9 foot high ceiling...but be sure to double check the distance a fan hangs from the ceiling because some fans hang down more than 18" and will require at least a 9 or 10 foot ceiling.

Once you know how far the fan hangs with the standard mounting hardware you can calculate how far it will hang with a longer downrod by subtracting the length of the standard downrod from the length of a longer downrod. Add that length to the distance the fan normally hangs from the ceiling to determine how far down your fan will hang with any particular downrod length. If you do not know the length of the downrod that is included with you can figure that 4" is about average.

If none of the dimensions you need to make your calculation are not shown on our website, then please call us to have someone help you choose the correct downrod.

Here is an example of the calculation:

If a fan comes with a standard 4 1/2" downrod, a 12" downrod would make the fan hang 12" - 4 1/2" further from the ceiling...or 7 1/2" further. So if the fan normally hangs 12" from the ceiling with a 4 1/2" downrod, it would hang 17 1/2" (12" + 7 1/2") from the ceiling. So if you want the fan to hang as close to 84" from the floor, then do the math to calculate the longest downrod you can use to get closest to 84" without going past 84".

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About Angled Ceilings

This fan will hange from flat ceilings and ceilings angled up to 30 degrees using the hardware that comes in the box. If your ceiling is over 30 degrees, you can by an Angled Ceiling Adapter that will allow you to install the fan on a ceiling angled up to 45.

Ceiling Angle Calculator

Rise =

Inches 0 1 2 3 4 5 6 7 8 9 10 11 12

Fraction 0/0 1/16 1/8 3/16 1/4 5/16 3/8 7/16 1/2 9/16 5/8 11/16 3/4 13/16 7/8 15/16

How to measure Rise:

Rise is the vertical distance your ceiling rises for every horizontal foot. Rise per foot is called Pitch. A roof with a 4/12 pitch rises 4 inches vertically for every 12 inches horizontal.

Our calculator uses roof pitch to calculate the angle of your ceiling. Since we already know the horizontal measurement is 12", we only need you to enter in the vertical rise to make the calculation.

To measure the rise of your ceiling: Hold a 12" ruler ruler horizontally (using a level) with one corner touching the ceiling. Then take measure the vertical distance from the other end of the ruler to the ceiling. This is the rise. Select your dimensions in the form above to calculate the angle of your ceiling. Most ceiling fans (except for hugger fans) can hang on ceilings angled up to 30 degrees without the need for an angled ceiling adapter. 30 degrees is slightly less than a 7/12 pitch. Most angled ceiling adapters will allow your fan to hang up to 45 degress...which is a 12/12 pitch.

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Replacement Glass*

FREE REPLACEMENT GLASS: If you purchased your fan from us in the past 5 years (on or after March 31st 2009) and have broken your glass, we may replace it FREE OF CHARGE based on our 5 Year FREE Replacement Parts Plan. Please call us so that we can verify that you made your purchase from us and that your glass is in fact broken (email us a picture of your fan and broken glass). Once verified, we will get you a replacement at no charge (just another advantage of buying your ceiling fans here at Hansen Wholesale). *All replacement glass sales are final, no refunds or exchages.

How does the Modern Fan Pharos Compare to the Average Ceiling Fan?

Quality = 4 (average is 3)
A Quality Rating of 4 is above average, so this fan will run smooth and quiet and will give you many years of operation with no worries of the motor burning out.

CFM Airflow = 5678 (average is 5755)
5678 CFM is pretty much average, so don't expect a super strong breeze from this fan. However, most people are used to average ceiling fans, so if you have never experienced a fan more powerful than this, you will most likely be satisfied.

Efficiency = 84 (average is about 76)
An Efficiency Rating of 84 is pretty close to average. Efficiency is defined by the EPA as the amount of airflow a fan produces (CFM) divided by the amount of electricity (Watts) it uses on high speed without any lights on. Efficiency is less important than Airflow because more CFMs allow you to raise your thermostat higher...which is where you will save the most energy. Efficiency becomes more important if you expect to operate several ceiling fans at the same time. (see calculator below)

Watts = 68 (average is about 76)
68 Watts per hour is slightly below average, which is a good thing. This fan will cost a little less to operate than the average ceiling fan. Use the calculator below to estimate just how much it will cost to operate this fan in "Your home".

How to use our Ceiling Fan Cost Calculator

Basic Help: Our cost usage calculator shows you how much it will cost to operate the Modern Fan Pharos ceiling fan. By default, the calculator assumes that you will leave your fan running 24 hours a day for the entire year (which is not very likely to be accurate), so you will want to change the hours and days to be more in line with how often you think you will use the fan. The calculator also defaults to the average cost per kWh of electricity in the USA. You can change this to use the average cost of electricity in your state, although this may vary widely from city to city. For the most accurate calculation, manually enter the actual cost/kWh shown on your utility bill. The wattage of the fan is already included (if it is known), but you can change it if you wish to see how the wattage affects the cost.

Fans with lights: Calculations are performed without lights by default. If you add a light fixture to the fan, you can add the wattage of the fixture to the wattage of the fan to perform calculations with the lights on. In some cases, when a light fixture of known wattage is included with the fan, the option to calculate with or without lights will show automatically. The light fixture on a ceiling fan almost always uses substantially more electricity than the fan motor, so it is very important to take that into account when comparing the overall operational cost between various ceiling fans

CFM -vs- Efficiency: CFM is KING! It is more important to buy a fan with higher CFMs than it is to buy a fan that uses less electricity. The highest wattage consumed by the most energy guzzling ceiling fan on our website is about 120 watts. So if you input 120 as the fan watts and run our calculator, you will see that it still costs less than 2 cents per hour to operate the most energy guzzling ceiling fan in most states. You will get more savings with a higher CFM fan than a lower Wattage fan because if your fan moves more air you will be able to raise your thermostat to a higher degree. Raising your thermostat by 10 degrees can save you up to 40% on your cooling bills. Choosing a less powerful fan because it uses less electricity can be the worst mistake you can make because it will not cool you off enough to allow you to raise your thermostat to a high enough level without becoming uncomfortable. This is why CFM is so much more important to consider than Wattage.

The average kWh by state used by our calculator is derived from information published by the US Government Department of Energy as of May 2009. Your actual cost may differ from this. Again, refer to your utility bill for your most recent kWh cost.

"NA" means that the data was not available at the time this information was published or the manufacturer simply does not test for the data that is missing.