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Heating & Air Conditioning
As a Factory Authorized Dealer for American Standard Heating and Air Conditioning Products, we offer the best equipment at the best prices, with the best warranties, backed by the factory! We service, repair and install these products...and we've been doing this for over 30 years

American Standard understands that all homes offer unique challenges, especially where installation is concerned. American Standard furnaces are designed with those challenges in mind.

Air Conditioners
American Standards tradition of keeping homeowners comfortable dates back to the early 1900’s. As times and technology have changed, American Standard has faithfully delivered home comfort products designed for reliability, comfort and economy. That history continues today as environmental issues force manufacturers to develop products that not only keep us comfortable, but also conserve energy and minimize their effects on the ozone layer. American Standard is the leader in environment friendly Heating & Air Conditioning equipment.

Gas Electric Package Units

Heat Pumps
Heat pumps offer an energy-efficient way to provide heating and cooling in many applications. A heat pump looks just like an air conditioner, but it does double duty, acting as a heater in the winter and an air conditioner in the summer.

Indoor Air Quality
With American Standard’s indoor air quality products, we can filter and refresh the air in your entire home. Electronic air cleaners, advanced media filters, Ultraviolet air purifiers and humidifiers make the time you spend in your home healthier and more comfortable.


The desire for comfort is a basic human wish and nothing delivers comfort better than radiant floor heating. Imagine your body surrounded by a cozy warmth that radiates up from the floor. Radiant floor heating heats your body and objects, not the air. The warmth stays down around the floor where it is needed most. It is not wasted at the ceiling or lost to the outdoors whenever a door or window is opened.

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It's simple...floors become large, mild radiators resulting in warm, friendly floors. The systems circulate warm water through the flexible yet durable tubing that can be installed underneath virtually any type of flooring material--wood, tile, even carpet. The lower water temperatures needed for a radiant floor heating system mean lower thermostat settings which saves on monthly heating bills. In addition, zoning gives you room by room temperature control allowing you to place the heat where you want it. There are systems to meet every need and budget. Installation is fast and easy.

So many benefits with Radiant Floor Heating...
  • Superior Comfort - Consistent, steady heat all winter long remaining near the floor where you are. It is a very desirable cool head, warm feet environment.
  • Warm floors in kitchens and bathrooms . Beautiful wood and marble floors are even more enjoyable because they are now warm.
  • Efficiency - Because people are in direct contact with the heat source, they are comfortable at a lower thermostat setting. Energy savings between 20 to 40% result.
  • Zoning Ability - Radiant floor heating provides room by room temperature control, allowing more heat where you want it most.
  • Decorating Freedom - because the system is encased in the floor, furnishings can be placed wherever you desire without concern for impairing heat distribution or hiding unsightly heating appliances. In addition, Wirsbo radiant floor heating systems can be installed under any type of flooring, including wood, tile, concrete and carpet.
  • Clean and draft-free - there are no noisy fans to blow dust and allergens around your home. Because the floors are warm, they dry more quickly after mopping.
  • Radiant Floor Heating Adds Value To The Home - Radiant floor heating can immediately increase the value of your home. Installing Wirsbo tubing in slab or basement applications allows you to turn cold, damp areas into warm cozy living space - taking full advantage of all the available square footage in your

With proper design and insulation, the benefits of a radiant floor heating system are many. It's easy to see why more and more people are choosing superior comfort and efficiency for their homes and families.

Why is radiant floor so comfortable? The human body has its own hydronic heating system. Heat is distributed to the body through blood pumped from the heart. The first priority of the body's heating system is to maintain central body core temperature. From there, blood is sent to the extremities. Since the feet are the farthest from the central body core, they are the last to get heat and the first to recognize the discomfort of a cold environment.

Where the body's hydronic heat system fails, radiant floor excels. Radiant floor applies direct conductive heat to the feet (most of us have our feet on the floor), and to objects in the room that in turn re-radiate heat. Because radiant floor directly addresses the heat loss of the human body through conduction, people are typically comfortable at a lower thermostat setting -- around 65 ° F. This is another reason why
radiant floor is so energy efficient.

The common forced air systems heat air, not objects, and warm air is often lost through the walls and ceiling. Radiant floor heating heats the objects in the room so heat is not wasted. Hot air heating systems do not distribute heat where the body needs it most, leaving structures with drafts and high heat loss.

Technical Information on Radiant Heating

What exactly is Radiant Energy? Hold your hand over a hot cup of coffee and feel the heat. The logical conclusion is that heat rises. Logical maybe, but incorrect! "Hot air" rises but "heat" can travel in any direction. That is why you can feel the heat of the cup when you place your hand to the side of it. Radiant energy transfer is caused by a warm surface giving up its heat to a cooler surface. Whenever there is a temperature difference between two surfaces, both surfaces will attempt to equalize. Radiant energy travels through space without heating the space itself. It only turns into heat when it contacts a cooler surface. Our human comfort relies just as much on radiant heat transfer as it does on air temperature, yet the majority of heating and air-conditioning professionals think only in terms of air temperature. As a result, Americans are missing out on a truly comfortable living environment in their own homes or places of business. By controlling both the air temperature and the radiant transfer, radiant systems deliver a comfort that is unsurpassed.

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Which Radiant System is best for your home?

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Concrete Floors

In lower levels, basements and garages, tubing is tied to the reinforcement mesh before the slab is poured. Radiant floor is very easy and cost effective to install in concrete.

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Poured Floor Underlayment

Tubing is installed over suspended wood floors and covered with poured floor underlayment.

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Suspended Floors

Tubing is placed over the sub-floor. This tubing rests in heat transfer plates. This is an alternative to lightweight concrete and is excellent for remodeling projects or additions.

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Between the Joists

Tubing can be installed between the floor joists. Between the joist heating ir perfect for remodeling projects, additions and for heating the upper floors of your new home.


HVAC Terminology

What is BTU?
BTU is an acronym for British Thermal Unit and is the amount of heat required to raise the temperature of one pound of water by one degree in one hour. Furnaces are rated by their Btu input capacity. Air conditioners will remove 12,000 Btu's of heat per hour
per ton of cooling.

A bypass damper relieves the pressure created when one or more zone dampers are closed while another zone is calling for air. Imagine a two zone system with one zone closed - the furnace is still trying to deliver its full air capacity. The air volume that would have been routed to the now closed zone is "dumped" into the return air duct, preventing an over-delivery of air to the open zone.

This term refers to the furnace air delivery configuration. Downflow means the supply (warm) air is delivered from the bottom of the furnace into a duct system beneath it. Be sure to specify a downflow furnace when ordering as they are typically a different model number from the upflow/horizontal models.

This term refers to the furnace air delivery configuration. Horizontal means the furnace will lay on its side for use in an attic or tight basement. All Goodman and Ruud furnaces are horizontal compatible and don't require any modification whatsoever to be used in this manner

What is KW?
Kw (kilowatt) is a unit of power equal to 1000 watts. One Kw (1000 watts) will produce about 3417 Btu's of heat. A 10Kw heating element, for example, produces 10 x 3417 Btu's or 34,170 total Btu's of heat. Each heating element size offered will also tell you how much heat it produces.

What is LINESET?
Also known as refrigerant lines, they are used in a split (an indoor furnace or blower and an outdoor condensing unit) cooling system to supply and return refrigerant between the outdoor condenser and the indoor coil. A lineset consists of a smaller liquid line and a larger insulated suction line.

What is SEER?
SEER is an acronym for Seasonal Energy Efficiency Ratio and is used to specify the comparative energy efficiency of air conditioners under 65,000 Btu's (about 5.5 tons). It is the result of the Btu's produced divided by the watts consumed. An air conditioner is said to be 10 seer if, for example it produces 36,000 Btu's per hour (3 tons) and consumes 3600 watts in that one hour of operation..

36,000 Btu's (3 tons)
Divided by
3600 watts consumed = 10 seer

Each one point increase above 10 seer reduces operating costs by about 10%, so for any given capacity a 10 seer air conditioner costs about 40% more to operate that a 14 seer.

On average, when compared to a standard 10 seer, higher seer ratings will recoup their increased initial cost in 2-4 years.

 What is TON?
Tonnage is used to express the one hour cooling capacity of air conditioners. One ton is 12,000 Btu's of cooling/hour. Residential capacities are offered in one half ton increments between 1.5 tons up to 5.0 tons. On average, one ton will cool between 400-700 square feet in a residential application. Homes with poor insulation will reside on the lower end of this scale while homes with excellent insulation qualities will reside on the upper end.
Homes requiring more than 5 tons are "zoned", using two or more systems to meet the necessary capacity demand.

What is UPFLOW?
This term refers to the furnace air delivery configuration. Upflow means that the supply (warm) air is delivered upward, off the top of the furnace into an overhead duct system.

What is a ZONE DAMPER?
A zone damper is installed within your ductwork and controls air delivery to any given zone of your home. A butterfly valve contained inside the damper opens and closes as needed to regulate the air requirements of each individual zone.

What is 80% EFFICIENT?
Also known as AFUE, or Annual Fuel Utilization Efficiency, this percentage number (80 in this case) represents the percentage of fuel that is converted to useable heat. The other 20% is exhausted out the flue or chimney. The current federal minimum for residential furnaces is 80% AFUE. Furnaces that are between 15 and 25 years old burn fuel at an average efficiency of about 65%.

 Furnaces older than 25 years can be as little as 55-60% efficient meaning that between 40-45% of each dollar spent on gas is exhausted through the flue, providing no value to the homeowner. On average, an 80% efficient furnace will reduce fuel costs by about 23% when compared to a furnace that is between 15 and 25 years old. Purchase an 80% efficient furnace if you are in a southern climate or if you just wish to purchase an inexpensive furnace and still realize some savings on fuel.

What is 93% EFFICIENT?
Also known as AFUE, or Annual Fuel Utilization Efficiency, this percentage number (93 in this case) represents the percentage of fuel that is converted to useable heat. The other 7% is exhausted out the flue or chimney.  Venting requires 2"-3" PVC, making installation of the flue a breeze. The current federal minimum for residential furnaces is 80% AFUE. Furnaces that are between 15 and 25 years old burn fuel at an average efficiency of about 65%.

Furnaces older than 25 years can be as little as 55-60% efficient, meaning that between 40-45% of each dollar spent on gas is exhausted through the flue, providing no value to the homeowner. On average, a 93% efficient furnace will reduce fuel costs by about 43% when compared to a furnace that is between 15 and 25 years old. Purchase a 93% efficient furnace if you are not in an extreme southern climate and if you wish to obtain maximum savings on your annual fuel bill.



  • Significantly reduced sound levels
  • Eliminates the initial blast of air at each on-cycle
  • Reduces temperature variations from room-to-room and floor-to-ceiling
  • Substantially increases humidity removal in the cooling mode
  • Provides lower energy costs
  • Enhanced particle removal from air filtration systems
  • Enhanced particle removal from air filtration systems

A variable speed furnace blower motor is different from a standard blower motor in that it features a high efficiency Electronically Commutated Motor (ECM) by General Electric. These motors are simply the quietest, most efficient and powerful motors available for today's furnaces. You will notice a marked increase in both system performance and comfort.
Read more about these amazing motors within each individual product ad.

What is a HEAT PUMP?
A heat pump is a central air conditioning and highly efficient heating system that will "extract" heat from the air in the wintertime for cost effective heating comfort in all but the most severe winter climates. The system actually "reverse-cycles" in the heating mode and captures heat from outside and "pumps" it into your home.

Unlike a furnace it doesn't burn fuel to make heat - It simply uses electricity to move heat from one place to another. In the cooling mode, an air conditioner or heat pump simply captures heat from inside your home and transfer it outside. In heating, a heat pump actually "reverse-cycles" and captures heat from outside and moves it inside. This process is more efficient than electric heat as it is much less expensive to transfer existing heat than to actually generate it.

Electric heat refers to the heat source within the system. An electric heating element is inserted within the indoor section to produce heat. Use as an auxiliary to baseboard or radiant heat when installing central air conditioning or as your primary heat source in extremely warm winter climates where heating requirements are very low. Select the size required within each individual product ad or use the "Electric Furnaces" link on the right side of each page for help in selecting the right heating element for your home.

What is a GAS PACKAGE?
A package unit means your heating and cooling system is self-contained in one outdoor unit. If your ductwork connects directly to your outdoor unit, then you have a package unit. Most commonly used in mobile or manufactured homes, any home on an elevated crawl space, or for roof-top applications.
 A "Gas Package" unit refers to the heating fuel source. The heat is generated using natural or propane gas while the air conditioning is powered by electricity.

Hot water means that the heating will be produced via heated water. The hot water coil is included where indicated and will require either a water heater or boiler to provide the heated water source. (Water heater or boiler not included)

What is 2-STAGE?
A 2-stage gas furnace is like having two furnaces in one. On the coldest days, the furnace operates in the high-stage mode at 100% capacity. But on most days, the furnace comfortably conserves energy by operating in the low-stage mode at just 70% capacity. The 2-stage gas valve contributes to greater comfort by reducing temperature swings and maintaining even temperatures throughout your home.
2-stage gas valves also run quietly on low stage 90% of the time, producing just 25% of the normal high-stage sound while significantly reducing energy consumption.





Noritz: Your tankless water heater specialist

Noritz: Your tankless water heater specialist

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