Eagle Mountain Air Conditioning & Heating

Our team is very informative in answering questions & helpful with making good decisions on future plans for heating & cooling needs.

We’ve trusted at multiple homes and through several heating and cooling units, Eagle Mountain are still the only ones we trust to be responsive and get the job done right for a fair price.

Yes we do.

Ducts are conduits or passages used in heating, ventilation, and air conditioning (HVAC) to deliver and remove air. The needed airflow include, for example, supply air, return air, and exhaust air. Ducts commonly also deliver ventilation air as part of the supply air. ... A duct system is also called ductwork.

Refrigeration is the process of heat removal from a low temperature sink and added to a high temperature reservoir to produce a net cooling effect. Example : household refrigerator where low temperature sink is the inside of the fridge and high tem reservoir is stationed behind the fridge in its mechanism. There are 2 basic types of refrigeration and over time some other (lesser known, unconventional) types have been invented. They are: - non cyclic- ice kept in a thermally insulated box which provides cooling effect inside the box. - Cyclic- this is a continuous process where a process fluid flows through to achieve continuous heat exchange from low to hot temperature reservoirs creating a cooling effect to provide refrigeration. It also has certain types namely: gas cycle, vapour cycle (compression and absorption) etc. - Magnetic refrigeration

The principle is to remove the heat from one area and replace it with chilled dry air and the hot air is expelled, normally to the outside atmosphere. Every air conditioner has a compressor inside it. It works to compress and pump the refrigerant gas. Compression of refrigerant produces heat. To dissipate this heat, compressed refrigerant is pumped to the condenser coils where a fan blows the heat out to outer atmosphere. During the process, refrigerant takes the liquid form. This liquid refrigerant is pumped towards expansion valve. Expansion valve has a temperature sensor connected to it which works in correlation with thermostat settings. Expansion valve releases the appropriate amount of refrigerant to evaporator (cooling coils) where liquefied refrigerant takes gaseous form. Conversion from liquid to gaseous state due to expansion produces chillness because energy is absorbed from the surrounding. Air when passes through fins (attached to coils) gets cooled and blown to the room.

Ventilation involves the removal of stale air in the interior of a home as well as moist air, and replaces all the air with the replacement of clean, fresh air from the outside, which means that it can provide you with clean air. Adequate ventilation is essential and can assist with: It prevents the build-up of excess levels of humidity, which helps with any type of respiratory conditions that you may have. Provides air for fuel-burning appliances, such as woodburners. Removes bad smells, such as food, smoke and sometimes even allergens.

You start by calculating the load, using the procedures outlined in the ASHRAE handbook (at least if you are in North America). The basic idea is that you calculate the temperature, humidity, and fresh air requirements based on the building's intended occupancy. Next, you calculate the load based on fresh air requirements, total volume, the quality of insulation and other factors. The fresh air, heating, cooling and humidification requirements may also determine how much air you can internally recycle.

Cupola furnace casting unit means the to make in liquid form of pig iron, transferring the Melton mass to molds, taking out the solidified objects then finishing the objects. This complete process is done in a casting unit known as foundry; either it may be small, micro, or medium units. This is the principle of casting. For melting the iron a cupola furnace is used. It may be of different types, designs, and capacities as required by the unit. The products which are produced in the casting unit cannot be produced anywhere. The furnace is loaded by the required materials such as pig iron, iron scraps, and others in the required ratio. Furnaces are of three types depending on the process of casting and the products. Furnaces are of coal-fired, Gas-fired, electric arc, and oil-fired. The basis of the casting principle is the same it does not depend on the type of furnace.

Increased cost of vehicles, equipment and materials. Expensive tools are required. Highly trained and skilled labor is needed to make it all come together. Cost of licenses, permits, and insurance. Taxes.

The absolute easiest and cheapest way to keep the most value in a home is to properly maintain it while you live in it. When an appliance, roof, or AC unit need to be replaced, do it. Don’t fuss, don’t wait, and don’t be all about a bargain. Get them done, and done right. If everything in the house is current, in good shape, clean and operable - your home is better off than the majority of your neighbor’s homes and will always be ready to sell.

It is important to understand that an HVAC is basically a heat pump: it takes heat from one environment (our home, for example) and transfer it to another environment (the air outside of our home). The AC compressor pumps the thermodynamic gas to the condenser outside of our home at high pressure, thus elevating its temperature, where the fan blows the heat out to the external environment.

Gas heating has been popular for many decades. The temperature of the output air is warmer than skin temperature and the unit is unaffected by the weather. So, you always feel warm in the output flow. Modern electric systems are usually heat pumps, as they are the most efficient electric option. The downside is that the performance drops as the outdoor temperature drops.