Tulsa’s Experts for Heating and Air Conditioning Repair and Installation Furnace Repair and Replacement Heat Pump Repair and Installation Heating and Air Conditioning Repair Harp Service Company in Tulsa specializes in customer service and giving you cool air. Harp has been one of the highest-rated air conditioning companies in Tulsa. We have dedicated ourselves to treating our customers with respect and operating our business with honesty and integrity. Finding yourself in need of AC Repair in Tulsa, can be an emergency situation. In most cases, a simple AC unit repair can be done quickly and affordable. If it comes time to replace your AC unit, we will help you to understand all of your options so that you can choose the best air conditioning unit for your home. We respect the feedback from our customers and always take what we’re told and apply it to building a strong air conditioning service. For the best air conditioner repair in Tulsa, think Harp Service Company!

Cooling and Heating System Installation Eventually, all Tulsa residents will find themselves needing a new cooling and heating unit. Give us a call and take advantage of our free, no-obligation air conditioning installation estimate. We will make sure you understand all of your options involved in replacing your old AC unit and advise you on the best air conditioner for your specific home or office needs. Air Conditioning installation in Tulsa is our specialty, and we are been number one in Oklahoma. We are Certified Specialists! We offer a complete line of state-of-the-art Air Conditioners in Tulsa, and we specialize in repairing and servicing AC units and systems. We service and Repair All Brands Carrier: You won’t be sorry you’ve chosen a Carrier Air Conditioning System. They have a reputation for being very efficient and can provide years of optimal cooling and heating. Contact us today if you’re in need of Carrier Air Conditioner Repair in Phoenix.If you’re in need of Lennox AC unit repair, contact us today and we’ll get your home or office back in working condition in no time.

York: Repairing York Air Conditioners is not a problem for us. For the intense Tulsa summers, a York air conditioning unit can be a great choice. If you’re in need of a repair, a check-up or an installation, call us today and we’ll help you be surrounded by cold air all summer long! Goodman: Is your Goodman Air Conditioning Unit not blowing cold air or in need of a tune-up? We are qualified to service Goodman units and can run a full diagnosis and consult you on all your options when it comes to Goodman Air Conditioner Repair. Choose the best Goodman AC Company in Tulsa. Rheem: If you own a Rheem AC unit and are in need of repair or an estimate, contact Harp today for any service, installation or repair needs. Bryant: Our highly-trained technicians are experts at repairing Bryant Air Conditioning Systems. Whether you simply need a new part or are nearing the end of your system’s life and would like to know options for a new install, Harp is here to help. Contact us today if you’re in need of Bryant repair.

Have A “Maintenance Checkup” on your Air Conditioner from Harp Services Service your heating and cooling system every year for maximum efficiency and optimal savings.how to fix a central air conditioner unit Replace Air Conditioner Filtershow to disguise window ac unit Dirty filters restrict airflow and can cause the system to run longer, increasing energy use. is my ac unit too smallReplace filters monthly for maximum benefit. Utilize “Shade” to Cool Your House Prevent direct sunlight from coming into your house by adjusting blinds, installing ceiling fans, or plant trees to shade windows facing South and West or you can add awnings outside of your windows. Seal the Vents in the Rooms That Are Not in Use

Ensure that air vents and registers are well sealed where they meet your floors, walls, and ceilings to prevent leaks and disconnected ductwork. Harp Can Install More Energy-Efficient Lighting Compact fluorescent lightbulbs (CFLs) and light-emitting diodes (LEDs) produce 75 percent less heat than incandescent bulbs, and can help keep room temperature down. CFLs and LEDs also consume less energy. We service and maintain all makes and models, offer top-of-the-line heating and cooling systems at competitive prices, and strive to uphold a long-standing tradition of unparalleled customer service. Harp Service Company includes a full service commercial heating and air conditioning division dedicated to the indoor comfort of your business. Our commercial staff has the knowledge and training to service and install all makes and models of commercial heating, cooling and indoor air quality systems. Whether you’re in the market for new air conditioning installation, repairs or maintenance, Harp Service Company does it all.

Harp Service Company provides superior furnace repair, replacement and installation services in Tulsa. As a long-time provider of quality air conditioning services, we’re quick to respond to your service request and only suggest the best (and most affordable) solution. In order to ensure that you get the longest, most effective service span possible from your heat pump it is necessary that you care for it. Harp can service your heat pump. difference between 13 seer and 16 seer hvac system? The is the recommended square footage range for each seer? I think maybe you are confusing SEER, which is an efficiency-related rating (higher SEER means more effective use of the electric power used to compress the gas), and TONS rating, which is a measure of the total cooling power of the system. (Tons used to mean how many tons per hour of ice was used in evaporative cooling building systems - a Refrigeration or Cooling Ton equals 12,000 Btu/Hour of energy exchange. A BTU, which is another antique measure but still used, is the energy needed to change the temperature of a pound of water one degree fahrenheit.

Unfortunately, because of varying humidity and evaporation, this is not readily related to house air heating or cooling without a lot of assumptions and some computations.Relating this to today's world - the Manuals BayAreaAc referred to account for all these energy conversions and determine an estimated cooling (or heating) requirement for your specific house. The type of construction, solar exposure, general climatic conditions such as average temperatures, humidity, and hottest and coldest normal ambient temperatures and desired inside temperture are all taken into account in the more sophisticated versions of the analysis, so there is no "standard", though a rough old rule of thumb was about 1 ton of cooling per 500SF of house. Obviously, this was a WAG only because it did not account for insulation, type of roofing, whether you live in Alaska or Miami, etc. The ACCA manuals do a very simplified form of evaluation to arrive at a "design", which generally will be adequate. OF course, highly precise calculations are not really needed because A/C units generally come in even ton ratings - so if you are at say 2.6 ton requirement you will be getting a 3-ton unit anyway.

SEER ratings are not a direct measure of efficiency, but the relative difference between ratings gives you good idea of the unit's relative efficency in using electricity - so a 16 SEER should be about 19% more efficient (so roughly comparable lower electricity bill) than a comparably sized 13 SEER unit. 13 SEER is the lowest efficiency currently allowed to be built for general use, 19 SEER is about the highest efficiency made by pretty much all manufacturers, and about 25 SEER is the highest rated though very pricey shelf-item units, though special construction custom units can reach about 30 SEER. Note however, like any government sponsored rating, much of it is hooey when you get down to it - for instance, SEER ratings are figured based on 80 degree inside air temp and 82 degrees outside, when that is far from the normal case of mid to low seventies inside and high eighties or above outdoors. This makes the absolute SEER rating meaningless, but relative numbers still have meaning in comparing units.

Note these efficiency ratings are for conventional air conditoners and heat pumps working in ambient air conditions. Ground sourced Geothermal or lake/river exchange cooling units, though initially more expensive in most cases, can greatly exceed the air-exchange unit efficiencies because they are exchanging heat with cold natural water rather than with a high-temperature outside air, and instead of continually compressing a gas are just circulating cold water. I worked on one geothermal cooling project which had almost infinite efficiency, which of course makes no sense - but the only power was for sensors and a control valve as the water flow was single-pass under gravity flow, so no power was used to circulate the water. SEER is Seasonal Electrical Energy Ratio. The higher the number the lower the cost to operate, like miles per gallon for your car. Size of the system/unit required is not related to SEER. , the industry standard for sizing.Please tell us more about your project, by using the Answer this Quetion feature.

Heating and cooling comfort area 1500 sq ft single story house in Ontario California. Current 40+ year old Day and Night split forced air furnace (located in a closet) and central air conditioner (rooftop) - gas/electric. Very minimal insulation, single payne windows, thin wood doors and original hardwood floors (wishlist windows/doors/flooring). UNIT HAS STOPPED WORKING--BEST SONA EVER, lol--. Would like to replace HVAC system and need clarity on how to choose the correct system. From research it appears that a 3-ton, 13 Seer Trane is the recommended unit. Air conditioner - roof/top versus ground level; furnace remain in closet. Just as important price range. I would check first why the A/C is on the roof - required in your area by code or subdivision covenant for appearance and noise control, maybe. That would certainly impact your decision.Assuming you have forced air furnace like most houses in SoCal, then moving the units without reason serves little purpose. Your rooftop unit is possibly less efficient than a ground-mounted unit in your area since the ambient temperature on the roof is much higher and you are not in an area with significant prevailing winds (unless up in the hillside/Sierra Madres area) except for the hot Santa Anas (which provide no cooling), but if there is a lot of cost in ducting changes to swap to a ground-mounted unit it might not pay off.

Certainly, in your environment you are looking at a small furnace which is not used too much (although reaching heating temperature outside almost 12 months a year), so spending a lot of money on efficiency would not save you much there, especially if natural gas fired as I assume - so I would just go with a good brandname 80% efficiency unit for that. The A/C is where you should be concentrating your research regarding the cost-benefits of higher efficiency units, because you have about 8 A/C months a year, and three well into the 90's for average daytime high - not to mention the smog which makes people keep their windows closed a lot of the time, hence more air conditioning demand.SCE, TheGasCompany, and the US Dept of Energy EnergyStar program all have good website info on typical cost-benefits of more efficient units, and the utilities have info on the cost of your power and gas on your bill so you can use actual energy costs in figuring your expected cost. Bear in mind to use only the energy charge parts, not including the fixed flat monthly service rate or fixed government charges which does not change with usage.

May be several types of charges based on energy usage, and some government fees or taxes related to that too - if you can not figure out which to use, call the energy conservation office or billings office at your utility and they should be able to explain it to you - as can the webpages explaining your bill (also sometimes on the back). Haven't used those utilties for quite awhile so don't know what they have on their bills now.Like prior comment said, contact several HVAC contractors with good reviews and ratings, then talk to them about brand and configuration possibilities and have them take measurements and do the required Manual calculations to size your system but tellthem NOT to prepare a bid right off, then after talking to about 3 decide what efficiency and type of unit you want and brands you will accept, THEN call all back and have them all bid on the same general system requirements (furnace Btu and A/C tons and SEER rating, etc) (though they will likely bid different brands).

IF you are planning on staying in this house for a long time or see little chance of a move in the future so this replacement is a long-term investment for you, I would consider a higher efficiency unit like SEER 16-18 range for your area. You are in a serious A/C environment much of the year and SoCalEdison rates certainly are not going to be going down, and with San Onofre being abandoned and Diablo Canyon cutting back power, Hoover and Glen Canyon Dams producing less power due to the water shortages, and the Four Corners area coal plants being pinched by the new coal air pollution regulations, your rates will be increasing even more - quite likely dramatically in the next few years. I know in our area we have had 40% electricity and 48% gas consumption rate increases this year already and over 100% total increase in the past 3 years or so, and more coming. Each SEER point up you go is close to 8% saving each year in operating cost per year youare still in the home, for the life of the equipment.