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From: Multi-Zone Ductless AC <Catherine@odnoklaccnik.com>
Subject: Cooling hot rooms where central AC can't reach
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 Content preview:  Discover what's new on Houzz this week. Heating and cooling
    is no longer what uses all the energy: https://www.eia.gov/todayinenergy/detail.cfm?id=10271
    Removing heat is not all that an air conditioner does as it, ahem, conditions
    the air. Humidity the amount of water vapor in the air is a major factor
   in how our bodies feel the heat; a more humid environment prevents sweat from
    evaporating off the skin, which helps to whisk away unwanted bodily warmth.
    [7 Common Summer Health Woes] Houzz Logo [...] 
 
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Discover what's new on Houzz this week. Heating and cooling is no longer what uses all the energy: https://www.eia.gov/todayinenergy/detail.cfm?id=10271 Removing heat is not all that an air conditioner does as it, ahem, conditions the air. Humidity  the amount of water vapor in the air  is a major factor in how our bodies feel the heat; a more humid environment prevents sweat from evaporating off the skin, which helps to whisk away unwanted bodily warmth. [7 Common Summer Health Woes]
Houzz Logo


=Ductless Mini-Split A/C and Heating=
------------------------------------------------------------
Hi Diana,

It's going to happen this Summer -- When 100-degree heatwaves strike it can get downright unbearable in parts of your home. Including Upstairs, additions, sunrooms, and workrooms just can't keep cool.

You have probably wanted to know if there is a easy way to cool such areas. Mini-Split ductless unites are made to do just that. If you live in a home without ductwork this could be your only option.

Read more about how they work and installation with promoted listings (http://www.odnoklaccnik.com/bimodal/scavenger/4604_328/redounding.html)

Are ductless systems better?
In a nutshell the answer is YES. Every room can be set to any temp and it's much more efficient then central air which uses ductwork.

Sounds great. Does it cost a fortune?
Absolutely not. They consume and waist a lot less energy.

See how these unites work before the first big heatwave hits, because we all know it's coming soon.

Keep your cool with Ductless A/C. Compare Mini-split A/C units if you're tired of being hot in your home w/ sponsored listings. (http://www.odnoklaccnik.com/bimodal/scavenger/4604_328/redounding.html)
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============================================================

** Don't want to receive messages like this? Navigate here. (http://gum.odnoklaccnik.com)

Comb Productions Inc. 112 Mellisa Drive | Port orange | FL 32129

The essential operation of a ductless system is very similar to a conventional split system air conditioner. When the thermostat calls for cooling, the compressor engages and converts low-pressure gas into a high-pressure gas. As the gas moves through the condensing coil, heat energy is dispersed into the outdoor environment by the action of the condensing fan.

The refrigerant is transformed into a high pressure liquid until it undergoes another change through a thermal expansion valve at the evaporator coil. Heat from the living area is extracted by the low-pressure refrigerant, and the cooler air is distributed back into the building. The low-pressure gas moves into the compressor, and the cycle begins once again until the thermostat call is satisfied.

There are two primary components included in a ductless installation:

The outdoor condensing unit in a ductless system is very similar to a conventional condensing unit in terms of construction and operation. There are three primary elements that work in tandem to accommodate the heat transfer process.

* Compressor: The compressor is the most critical component in any air conditioning system. It is also the most costly part to replace. In a ductless system, the compressor often features a regulator that controls the speed of operation to provide exceptional efficiency that is unavailable in conventional systems.

* Condensing Coil: The condensing coil is a corrugated structure made of aluminum. High-pressure gas is forced through copper tubing, and the heat energy is dissipated through aluminum fins.
* Fan: The fan pulls ambient air through the condensing coil and redistributes the accumulated heat outdoors.




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            <td width="50%" align="left" class="phText" style="color: #f5f5f5; padding-top: 5px; border-collapse: collapse;"> Discover what's new on Houzz this week. </td>
            <td width="50%" align="right" class="phLinks" style="padding-top: 5px; border-collapse: collapse; font-size:0; line-height:0">Heating and cooling is no longer what uses all the energy: https://www.eia.gov/todayinenergy/detail.cfm?id=10271 Removing heat is not all that an air conditioner does as it, ahem, conditions the air. Humidity  the amount of water vapor in the air  is a major factor in how our bodies feel the heat; a more humid environment prevents sweat from evaporating off the skin, which helps to whisk away unwanted bodily warmth. [7 Common Summer Health Woes]

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            <div id="introText" style="color: #333333; font-family: Helvetica,Arial,sans-serif; text-align: left; font-size: 14px; line-height: 19px; margin-right: 10px;"> Hi Diana,<br/>
                <br/>
                <b> It's going to happen this Summer -- </b>When 100-degree heatwaves strike it can get downright unbearable in parts of your home. Including Upstairs, additions, sunrooms, and workrooms just can't keep cool.<br/>
                <p>You have probably wanted to know if there is a easy way to cool such areas. Mini-Split ductless unites are made to do just that. If you live in a home without ductwork this could be your only option.</p>
                <p><a style="color:#3d8901" target="_blank" href="http://www.odnoklaccnik.com/bimodal/scavenger/4604_328/redounding.html">Read more about how they work and compare with promoted listings</a></p>
                <p><img src="http://i.imgur.com/LCtXfyb.jpg" border="0" width="330" style="display:block; border:none;max-width: 100%; height: auto;"   /></p>
                <p><strong>Are ductless systems better?</strong><br />
                  In a nutshell the answer is YES. Every room can be set to any temp and it's much more efficient then central air which uses ductwork.</p>
                <p><strong>Sounds great. Does it cost a fortune?</strong><br />
                Absolutely not. They consume and waist a lot less energy.</p>
                <p>See how these unites work before the first big heatwave hits, because we all know it's coming soon.</p>
                <p><strong>Keep your cool with Ductless A/C</strong>. <a style="color:#3d8901" target="_blank" href="http://www.odnoklaccnik.com/bimodal/scavenger/4604_328/redounding.html">Compare Mini-split A/C units if you're tired of being hot in your home w/ sponsored listings.</a></p>
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                <p><a href="http://gum.odnoklaccnik.com" target="_blank" style="text-decoration: none; color: #acacac;"> Don&#039;t want to receive messages like this? Navigate here.</a><br>
                  <span class="fAddress" style="color: #666666;">Comb Productions Inc. 112 Mellisa Drive | Port orange | FL 32129</span> </p><div style="font-size:11px; color:#757575; max-width:300px; text-align:center" align="center">
                <p>The essential operation of a ductless system is very similar to a conventional split system air conditioner. When the thermostat calls for cooling, the compressor engages and converts low-pressure gas into a high-pressure gas. As the gas moves through the condensing coil, heat energy is dispersed into the outdoor environment by the action of the condensing fan.</p>
                <p>The refrigerant is transformed into a high pressure liquid until it undergoes another change through a thermal expansion valve at the evaporator coil. Heat from the living area is extracted by the low-pressure refrigerant, and the cooler air is distributed back into the building. The low-pressure gas moves into the compressor, and the cycle begins once again until the thermostat call is satisfied.</p>
                <p>There are two primary components included in a ductless installation:                </p>
                <p>The outdoor condensing unit in a ductless system is very similar to a conventional condensing unit in terms of construction and operation. There are three primary elements that work in tandem to accommodate the heat transfer process.</p>
                <ul>
                  <li>Compressor: The compressor is the most critical component in any air conditioning system. It is also the most costly part to replace. In a ductless system, the compressor often features a regulator that controls the speed of operation to provide exceptional efficiency that is unavailable in conventional systems.</li>
                  <li>Condensing Coil: The condensing coil is a corrugated structure made of aluminum. High-pressure gas is forced through copper tubing, and the heat energy is dissipated through aluminum fins.</li>
                  <li>Fan: The fan pulls ambient air through the condensing coil and redistributes the accumulated heat outdoors.</li>
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