Central Air Conditioners in Northeastern Indiana The invention of the window air conditioning unit in the 1950s is what first allowed electro-mechanical air conditioning to become widely available to the general public. Window units are still around today, but they are useful primarily for small apartments. They don’t offer much benefit to a multi-room home. Not only are they inconvenient, they are energy inefficient and cannot provide the cooling a family requires for summer comfort compared to the modern central air conditioning system. If you’re looking to have central air conditioning installed in your home, call Collier's Heating & Air Conditioning and speak with our air conditioning experts. Along with new central AC installations, our team serves the Fort Wayne and Warsaw, IN areas with excellent service to replace older central air units, repair malfunctioning ones, and handle regular annual maintenance. Our company’s philosophy is to ensure that the customer is satisfied with every job!

Your Satisfaction with every job. We Install the Central Air Units You Need A whole–house central air conditioner runs as a split system, using both indoor and outdoor cabinets. The indoor unit sends cooled air into a network of ducts that carry the air to vents all around the house, and the outdoor unit exhaust the heat carried from the inside unit. The outdoor cabinet also contains the viral compressor, the component that adds energy to the refrigerant to make it circulate through the system. This is obviously a complex system, and to install one you must rely on professionals only. Our HVAC technicians have the knowledge, experience, and tools to make certain that you receive the right central AC for your household needs. Some Signs You Need Central Air Conditioning Repairs Professional installation will give a central air conditioner the best start, and provided it receives routine maintenance (see below), the AC should have years of trouble–free cooling.

But there’s no way to ensure that an air conditioner will always work without malfunctions. window ac unit cooling capacityCall for our professionals in North Eastern Indiana, should you notice any of the following warning signs:air conditioner units for tents Uneven cooling: When hot spots start to emerge in rooms around the house, it often means the AC is losing its cooling ability or something is wrong with the blower fan.dimension of ac outdoor unit Strange noises: Never ignore odd rattling, hissing, and grinding sounds coming from your air conditioner. It could mean anything from leaking refrigerant to motors about to burn out. Ice along the evaporator coil: No part of an air conditioning system should ever have ice appearing on it.

If ice forms along the evaporator (indoor) coil, it means something is wrong, and it may even be affecting the compressor. We Also Offer Regular Maintenance for Central AC Systems Regular maintenance involves a spring visit from an air conditioning technician who will inspect the system and provide any necessary cleaning and adjustments to make certain that the central AC will work in the best condition throughout the summer. Our HVAC experts will see that your central air conditioner has the longest service life possible and works at energy efficient levels. Our three–tier Home Savers Club lets you select the annual maintenance program that works best for you. You can always look to the experienced heating and cooling specialists at Collier's Heating & Air Conditioning for your central air conditioning needs in Northeastern Indiana. We offer 24–hour service and an exclusive replacement guarantee. The indoor coil in your air conditioner acts as a magnet for dust because it is constantly wetted during the cooling season.

Dirt build-up on the indoor coil is the single most common cause of poor efficiency. High-efficiency A/C units result in fewer environmentally harmful emissions. In an average air conditioned home, air conditioning consumes more than 2000 kilowatt-hours of electricity per year, causing about 3,500 pounds of carbon dioxide and 31 pounds of sulfur dioxide to be emitted at the power plant and, at average electricity prices, costs you about $150. In high-cooling climates those numbers can be doubled or even higher. Central air conditioners use electric energy to pump heat out of your home and dump it outside. They distribute cooled air throughout your house and remove moisture from the indoor air. The efficiency of Central A/C units is governed by U.S. law and regulated by the U.S. Department of Energy. Every A/C unit is assigned an efficiency rating known as its seasonal energy efficiency ratio (SEER). The SEER is defined as the total cooling output (in Btu-British thermal units) provided by the unit during its normal annual usage period divided by its total energy input (in Watt-hours) during the same period.

The SEER is displayed on a yellow label affixed to the A/C unit. Higher SEERs are better. The minimum SEER allowed by law for a central A/C is 13 for a split system or 9.7 for a single-package unit. The best available SEER is about 18, while many older units have SEER ratings of 6 or less. Most consumers must consider a SEER of 13 or higher when buying a new A/C system. First Class, Air Conditioning • 1036 NE Pine Island Road #1 Cape Coral, FL • (239) 574-2500 All Rights Reserved © 2001-2016 In general, there are four types of central air conditioning: Split systems are the most common type of central air conditioner found in the U.S. Inside the house, tucked in a cabinet, is the evaporator coil, which removes heat and moisture from the air. Outside the house, a metal case contains the condenser coil, which releases the heat, and the compressor, which pumps refrigerant between the two coils. The indoor component of the air conditioner is connected to a network of ducts, and a blower circulates the cold air through them to reach all parts of the house.

This type of system is the most economical to install in a house with a central furnace, because it can share the ductwork used by the heating system. All of the central air conditioner systems in this report are split systems. Heat pumps are a variation of the traditional split system. During hot summer months, it pumps heat from the house and releases it outside. In the wintertime, it extracts heat from the outdoor air and uses it to warm the house. Because of that, heat pumps can be used effectively for both heating and cooling in mild climates. However, heat pumps do not generally work well when temperatures stay below freezing for a long time, so they are not the best choice for cold climates. A specialized type of heat pump, called a ground-source or geothermal heat pump, could be an option for colder environments. It works by drawing heat out of the ground rather than the air. -- and not every contractor is familiar with or capable of doing the installation. Packaged central air conditioners combine the evaporator, condenser and compressor in a single unit.

The air conditioner is usually placed on a roof or a concrete slab near the foundation. Ducts running through the exterior wall or roof draw air from inside the house and return cooled air indoors. This type of air conditioner can also be used in small commercial buildings. When combined with a set of heating coils or a natural gas furnace, it eliminates the need for a separate furnace inside the building. Ductless mini-split systems can be a good choice for houses that do not have ductwork. Like a basic split system, the ductless mini-split combines an outdoor compressor and condenser with one or more indoor air-handling units. These units are mounted high on the wall and have blowers attached. Tubing connects the indoor and outdoor units and circulates refrigerant between them. Each indoor unit is installed in a separate room and cools that room only, much like a window air conditioner. The main advantage of ductless mini-split systems is that they can be installed without tearing up walls to install ductwork.

They also allow the flow of cold air to be controlled independently in each room (or shut off altogether in empty rooms). If used to cool an entire house, mini-split systems are more expensive than ducted central air conditioning systems, costing roughly 30 percent more for the same amount of cooling power. However, they are also more efficient, since they avoid the energy loss associated with ductwork. When comparing central air conditioners, one term you'll see repeatedly is the seasonal energy efficiency ratio (SEER), a measure of how much energy the air conditioner uses to cool a home. Central air conditioners range from 13 to 28 SEER. The SEER is calculated by taking the total cooling output over the course of a summer, measured in British thermal units (BTUs), and dividing it by the total amount of energy the air conditioner uses over that same period. These figures are based on a theoretical average climate for the United States. In reality, of course, the same air conditioner's performance may vary considerably based on how hot and humid it is outdoors.

SmarterHouse, a project of the American Council for an Energy-Efficient Economy (ACEEE), recommends that people who live in hot and humid climates choose an air conditioner with a SEER of at least 15. They also note that if you have an older system with a SEER of 10, upgrading to a model with a SEER of 15 could cut your air-conditioner energy costs by a third. Another measure of air conditioner efficiency is the energy efficiency ratio (EER). This measures the air conditioner's efficiency at any given moment. It's simply the cooling capacity of the air conditioner, as measured in BTU per hour, divided by its energy consumption in watts. Energy Star ratings for central air conditioners are based on both SEER and EER. To qualify for the label, a standard split-system central air conditioner must have a SEER of at least 14.5 and an EER of at least 12. For single-package units, the requirements are lower: 14 SEER and 11 EER. The Energy Star label is only one award a central air conditioner can earn for efficiency.