The Role Of Our Home Air Conditioner And Heater

In terms of maximizing our comfort in our own homes ? something we go to great lengths to achieve ? the proper functioning of our air conditioner and heater is paramount to our success. Determining, and ensuring, the maximum efficiency of these systems first depends on understanding their operation.

We all know that our home air conditioner and heater are used to adjust our interior temperature. The air conditioner lowers the temperature in the home so that we are comfortable in warmer weather; in contrast, the heater is used to elevate the temperature in the home so that we are comfortable in colder weather. But the air conditioner and heater also play roles in moderating humidity within the home subsequently affecting our comfort level.

Humidity is defined by the level of moisture in the air. Humidity can vastly affect our comfort level; as a point of reference, the human body positively responds to a relative humidity level between 20% and 60%. When the outside temperature is between 20?F and 70?F, the humidity level within in our homes is generally within this comfort level. But in more extreme temperatures, the humidity level ? along with the temperature ? inside our homes must be modified to maximize comfort.

When using the air conditioner and heater, humidity levels will also adjust accordingly. However, when the humidity level drops too low, those inside the home will often complain of dryness of the skin, irritation of their throat and eyes, and overall discomfort. Most people, in an effort to maximize comfort, will use a humidifier along with their air conditioner and heater. A humidifier will keep the humidity level consistent in the home.

The modern air conditioner and heater allows us to be completely comfortable no matter what the temperature outside. The humidifier, added to these conveniences, can take your comfort to the next level.

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Does Running Your Car?s Air Conditioner Really Affect Gas Mileage

When it gets warm outside, your air conditioner becomes your best friend. This is most definitely true in your car, where temperatures can sky rocket to 170 degrees under direct sunlight. But most people these days are under the impression that the more you run your air conditioner the more gas your car will guzzle. Now that gas prices are higher than the cost to eat at McDonald?s, people are starting to take precautions and do what they can to help with their cars fuel economy. The assumption that running your air conditioner burns way more gas is somewhat untrue. Leaving your air conditioner off makes barely any difference in the amount of gas you burn. With the advent of modern, more fuel efficient cars, this myth is busted!

The air conditioner draws its power from the engine which uses some gas, but with today?s cars, this use of gas is minute. The air conditioner can decrease the fuel economy of your car up to 20% in some vehicles, but it depends on the type. Driving with the air conditioner is more fuel efficient than driving with the windows down. Driving with the windows down creates drag which means that your engine has to work harder to keep your car at the current speed; this burns more gas than if you just ran your air conditioner.

In the long run, using your air conditioner is far better than any other means of cooling yourself off in the car, unless you?re driving in traffic. When you drive in traffic you aren?t going very fast so the drag on the car is minimal. In these cases, you burn more fuel running the air conditioner than having the windows down. That makes sense. When you drive on the highway you can use either the air conditioner or the ?window down? method to cool yourself, because, honestly, there is no noticeable difference in gas usage at those speeds.

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Choosing The Right Air Conditioner For Your Home

During the hot summer afternoons and warm muggy nights, an air conditioner can help to keep us cool and improve our ability to deal with extreme heat. Just as a heating unit provides a customized temperature, an air conditioner can be controlled to maintain a comfortable temperature of our choosing.

If you have a small home or find that one room is particularly hot, then a single room air conditioner may be the answer for you. These units are portable, meaning they can be moved from one room to another and are much less expensive than a large air conditioner that heats an entire home.

If you have a large home or simply do not wish to purchase multiple single room air conditioner units, then a larger model will be ideal for cooling every room in the house. Large air conditioner units usually begin at $2,000.00 and go up, depending on the manufacturer or company that you purchase from. These units require professional installation, which is usually done by the company who sells air conditioner units. Upon delivery, they will install the air conditioner and provide the customer with any warranty information that accompanies the unit.

As with most large purchases, including home appliances and accessories, a warranty is provided by the manufacturer. This is typically only available on brand new models and will cover certain repairs or replacements at not cost to the buyer. For example, if a defect relating to materials or workmanship is discovered during the warranty period, the air conditioner will be repaired free of charge. Most warranties do not cover improper care or negligence that results in damage or the products inability to function.

If a customer chooses to handle the installation themselves, they will need to be familiar with the process. Otherwise, they may end up calling a technician later and spending more than if they allowed the retailer to install their air conditioner initially. Once an air conditioner is properly installed, a temperature box will be placed inside the home that will allow residents to adjust the temperature inside. Even on the warmest day, an air conditioner can make your home a comfortable haven away from the heat and humidity that often accompanies the summer months.

Extreme heat can result in headaches, profuse sweating, dehydration and even more serious complications for the elderly or those with weakened immune systems. An air conditioner can help to ease the discomfort of heat while reducing the danger associated with over exposure to extreme temperatures.

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HVAC Noise: Solving a Common Noise Problem

Noise pollution caused by rooftop and ground-level HVAC equipment including chillers, boilers, and air handlers has become one of the most annoying as well as dangerous environmental problems in cities worldwide. As urban noise increases and residential growth multiplies, residents and communities are demanding better noise reduction solutions for heating, ventilation and air conditioning equipment. Outdoor community noise problems caused by commercial and industrial HVAC systems may require an acoustically engineered Sound Barrier Wall.

Sound barrier walls have been used extensively for years in the transportation and industrial fields. A sound barrier wall is an exterior structure, normally made of masonry or earth, designed to protect sensitive land uses, such as residential areas from noise pollution. These noise pollution abatement products are now being used to help eliminate unwanted noise from HVAC systems as well.

Traditional material for noise barrier walls for HVAC systems has been reflective products. Reflective products, like concrete or brick, simply redirect the unwanted sound waves in other directions, and can actually increase noise by unintentionally reflecting sound waves. There is a better solution. Absorptive sound enclosures and architectural screens actually absorb the unwanted sound waves, minimizing the risk of unintentional reflected noise. Absorptive sound walls reduce reflections and are able to maintain the effectiveness of the barrier. Therefore, the overall noise level is reduced. The advanced materials found in absorptive barrier walls present a much more effective noise barrier solution. There are different solutions for this problem such as the LSE System, an absorptive sound barrier created by Sound Fighter Systems, that actually absorbs the sound waves that hit it, thereby eliminating unwanted noise.

So, if you are facing problems with noisy HVAC equipment an absorptive sound barrier wall is obviously the most effective noise mitigation solution available for this very demanding application. Absorptive walls outperform and outlast all other noise reduction products. Plus, many systems such as the LSE System are an aesthetically pleasing HVAC sound wall with the added benefit of noise pollution reduction.

Murray Stacy is Vice President of Sound Fighter Systems, LLC, which has been researching, designing and manufacturing highly efficient absorptive noise barrier walls since 1973, making it the oldest established manufacturer of such products in America. Sound Fighter walls have been produced for unique noise mitigation applications around the world, and several of the company's walls are in their 30th year of effective service. http://www.soundfighter.com