Is this something that I could install myself?
YES AND NO. If you are not sure what you are doing, you will end up installing it incorrectly and thereby will loose the warranty.
Can this be set like the regular AC units where they just come on when they are needed and go off once
it reaches the desired cool/heat temperature? Or are the always running?
THERMOSTAT IS JUST LIKE THE CONVENTIONAL WALL THERMOSTAT THAT TURNS ON FOR COOLING AND HEATING. So once you set the temperature for the room for example 70 deg in AC mode, the compressor outside will run and then will shut off once the room is 70 deg, but the indoor unit will keep running to circulate and clean the air. Once the temp of the room jumps up to 75 deg or example, the compressor outside will turn on again and bring the temp in the room down to 70 deg.
The only time it will
turn off is if you shut it off
Or have it set on a timer setting.
Is Amcoraire outside unit a metal or a plastic case?
Metal case as plastic vibrates and make a buzz. It is made of Galvanized enamel coated metal.
ALL SPLIT CONDENSERS ARE 100% WEATHERPROOF.
RAIN, SUN AND SNOW WON'T BOTHER.
SHOULD THE CONDENSER BE ON A FLAT SURFACE OUTSIDE? IS IT FINE EVEN IF IT IS ON THE GRASS?
IT IS ALWAYS RECOMMENDED FOR THE CONDENSER TO BE ON A PATIO BLOCK OR BRICK TO RAISE IT A FEW INCHES BUT IT IS WATERPROOF.
The distance between my indoor and the outdoor unit will be more than 25 ft. Amcoraire package provides 25 ft:-
1. Is it ok to extend it upto 90 ft? YES
YOU CAN. Few models can handle upto
90 ft. Please call before placing order to
check.
2. What kind of pipe extentions or what quality do I need? Either solder silver the new copper lines on or flair with a coupling.
3. Where will I get this quality from? home depot? YES, Home depot or any plumbing supply store.
What is the copper tubing diameters for Amcoraire units?
1/4 and 1/2 TUBING FOR 9K & 12K UNITS
3/8 and 5/8 TUBING FOR 18K & 24K UNITS
I understand indoor unit gets its power from outdoor unit and outdoor unit is the one that is hard wired. But if I have to go as far as 45 ft, I know I could buy the additional copper tubing from home depo to connect it to existing 25 ft, but how will I extend the electrical connection between the indoor and outdoor unit?
Indoor and outdoor units are connected through the lineset. This is how the indoor unit gets its power from outdoor unit. WE SUPPLY 25 FEET WE ADVISE TO EXTEND LINESET UP TO 32 FEET ON 9K & 12K UNITS & 50 FEET ON 18K & 24K UNITS ALL SUPPLIES CAN BE PURCHASED AFTER MARKET.
Where on the wall should I install the indoor unit and How high?
4" FROM THE TOP OF THE AIR HANDLER INSIDE AND CEILING IS REQUIRED.
What if I want the indoor unit installed at a 6 ft high?
IF YOU HAVE NO CHOICE AND WANT TO MOUNT IT LOWER EFFICINECY WILL BE LOW AND MAY NOT COOL WELL.
COLD AIR FALLS AND WARM AIR RISES. So higher the indoor unit, better it will cool the room.
Can I install indoor unit 2 ft above the floor?
Not recommended but may work ok though. FLOOR MOUNT IS NOT RECOMMENDED IN MINI SPLITS. You would be better off buying a PTAC instead, where you can install them at a floor level like the one's in Motels/Hotels.
I don't want to install the outdoor unit in my backyard or on my roof. What if I want the outdoor unit installed on the outside wall instead?
Wall bracket for condenser is an option and in stock only for $45 plus $15 shipping.
Great value.
Does Amcoraire mini split has air purification capabilities?
Air filters?
Yes.
Cold catalyst air filter.
Are there controls on the indoor unit itself or only a remote control?
ON THE REMOTE ONLY.
Can the outdoor unit be in the straight line with indoor unit, or it always should be above or below the indoor unit level?
Straight betwen condenser and air handler line is ok .
I can't directly run the expel tube down to a drain. I may have to
actually pump it back up 10 feet to the roof? What are the options to
the direct gravity method for moisture expel?
You can add more drain pipe to reach the ground or you can put a
condensate pump and pump it anywhere you want to.
What size breaker and gauge wire would you suggest for Amcoraire units?
The 24,000 btu unit is rated for a 20 amp breaker, which requires 12 gauge wire at 25’ (distance between outdoor unit and the breaker)
The 18,000 btu unit is rated for a 15 amp breaker, which requires 14 gauge wire at 25’ (distance between outdoor unit and the breaker)
The 12,000 btu unit is rated for a 20 amp breaker, which requires 12 gauge wire at 25’ (distance between outdoor unit and the breaker)
The 9,000 btu unit is rated for a 15 amp breaker, which requires 14 gauge wire at 25’ (distance between outdoor unit and the breaker)
Is there only one copper tube or two?
2 copper lines.
Is the drain line a flexible tube or solid pvc?
It is
Flexible
Distance from inside air handler to consenser is 30'. How would I add to the standard 25' length that is included? Can I get a 5' length with
flared ends and a coupling?
Yes you can buy the extra flared and coupling from any plumbing store or home depot.
How would you suggest I make 90 degree turns in copper tube?
You can do it slowly with your two hands and a large radius to make the 90.
Does Power only run to Main Compresssor Unit and the Fan piggy
Backs off of the main Compressor? Or does power need to be run to both
Units Individualy?
POWER ONLY TO CONDENSER OUTSIDE UNIT THAN IT FEEDS TO THE
INSIDE UNIT.
Regarding the Breaker. Should it be 20 AMPS or 15 AMPS for Amcoraire units?
The 24,000 btu unit is rated for a 20 amp breaker, which requires 12 gauge wire at 25’ (distance between outdoor unit and the breaker)
The 18,000 btu unit is rated for a 15 amp breaker, which requires 14 gauge wire at 25’ (distance between outdoor unit and the breaker)
The 12,000 btu unit is rated for a 20 amp breaker, which requires 12 gauge wire at 25’ (distance between outdoor unit and the breaker)
The 9,000 btu unit is rated for a 15 amp breaker, which requires 14 gauge wire at 25’ (distance between outdoor unit and the breaker)
Do Amcoraire mini-split units have the electric heat strips or do they have heat pumps.
They are Heat pumps.
No heat strip.
But unlike many other heat pumps, they run down to 17 deg F. If you need the one's with heat strips, you can look at other options on our main page.
I will be running the pipes high 30 feet. Is that much elevation ok?
20 FEET MAX IS OK. YOU MAY BE ABLE TO GO 25' UP AS WELL BUT IT MAYBE A PROBLEM.
What is HSPF?
HSPF is the abbreviation for the Heating Seasonal Performance Factor. This factor rates the efficient operation of the heating portion of the heat pump. As the HSPF increases, the unit functions at a more efficient level. New units in the United States have HSPF ratings from 7.0 to 9.4.
Heating Seasonal Performance Factor-the total heating output in B.T.U's during it's normal usage period for heating divided by the total electrical energy input in watt hours during the same period
What is a Heat Pump and How Does It Work?
A Heat Pump is an electrical device that takes heat from one place and transfers it to another. A heat pump transfers heat by circulating environmentally friendly refrigerant through a cycle of evaporation and condensation. A compressor then pumps the refrigerant between two heat exchange coils. In one coil the refrigerant is evaporated at low pressure and absorbs the heat from the surroundings. The refrigerant is then compressed on the way to the other coil where it condenses at high pressure. Now the heat pump releases the heat it absorbed earlier in the cycle. This process is reversible for the summer months and the heat pump acts as a cooling system.
Why Purchase A Heat Pump?
A heat pump is the most energy efficient way to heat and cool your home.
Heat pumps utilize the renewable heat sources in our surroundings in order to produce heat. The air, ground and water provide useful heat that is warmed up by the heat pump and delivered into the home. Sources such as the air, ground and water provide more heat than realized and the heat pump makes use of these sources that are continuously heated by the sun.
WIth British Columbia's mild weather conditioins, having a heat pump is the most logical, environmentally friendly and efficient source of in-home heating and cooling.
How Do You Measure A Heat Pump's Efficiency?
Heat pumps provide both cooling and heating, so the efficiency is measured in two different ways. When the heat pump cools, a SEER rating or Seasonal Energy Efficiency Ratio measures the efficiency. The SEER rating is similar to gas mileage on a car. The higher the SEER rating the more efficient it is. Most of today's heat pumps have a SEER rating between 13.0 and 19.0 SEER. When the heat pump heats the home, a Heating Seasonal Performance Factor or HSPF rates the efficiency. The HSPF rating works the same way as the SEER rating does. The higher the HSPF, the more efficient the system is. Most new units today have a HSPF rating between 7.7 to 9.0 HSPF.
Is The Refrigerant Used In A Heat Pump Safe For The Environment?
Both Carrier and Lennox heat pumps use envronmentally friendly R-410A refrigerant. This refrigerant does not deplete the ozone layer and is seen as the logical replacement for Freon R-22. Carrier beat the competition by six years and introduced Puron refrigerant or R-410A. Use of R-410A adds to the efficiency and realiability of a heat pump.
How does an air conditioner work?
An air conditioner seems as if it cools your home's air, but it actually makes your home less warm by removing heat from the indoor air and transferring that heat to the outdoor air.
Heat is extracted from the home by passing indoor air across a refrigerant coil in the indoor unit. Refrigerant lines then carry the heat to the outdoor unit, where it is released into the outside air. The cooling cycle continues until the indoor temperature reaches the thermostat setting.
What does SEER mean?
Season Energy Efficiency Ratio. It is a system for rating the efficiency of air conditioning equipment. SEER is calculated by dividing the cooling capacity in BTU/H, of a continuously operating air conditioner, by the electric power input, or watts, of power consumed. The higher the SEER, the less the unit should cost to operate.
How does an air conditioner work?
An air conditioner seems as if it cools your home's air, but it actually makes your home less warm by removing heat from the indoor air and transferring that heat to the outdoor air.
Heat is extracted from the home by passing indoor air across a refrigerant coil in the indoor unit. Refrigerant lines then carry the heat to the outdoor unit, where it is released into the outside air. The cooling cycle continues until the indoor temperature reaches the thermostat setting.
What is a heat pump and how does it work?
A heat pump combines cooling and heating in one unit. When cooling, the heat pumps operates like an air conditioner, removing the heat from indoors and transferring it outdoors. In the winter the heat pump takes heat from the outdoor air and transfers it inside your home. Even at freezing temperatures, there is heat in the outdoor air that can be used to warm a home with a heat pump. To raise the heat pump’s output on very cold days, electric resistance heaters are installed in the indoor section of the unit.
What is R-410A?
R-410A is a hydro fluorocarbon (HFC), which is an environmentally friendly refrigerant that is considered by most to be the likely replacement for R-22.
What is Freon/R-22?
Hydrochlorofluorocarbon (HCFC), known as R-22 has been used as a refrigerant for more than 40 years by HVAC manufacturers. While HCFC's are considered safe for the environment they do contain chlorine which is classed as an ozone-depleting chemical. The Clean Air Act set a target date of January 1, 2010 after which HVAC manufacturers can no longer build products that use R-22. Manufacturers of refrigerants will still be allowed to produce R-22 until January 1, 2020 after which time only recovery and recycling will provide R-22 for servicing older installed systems.
Are there any good reasons for replacing my existing system if it is still functioning?
You should consider replacing your system if it is old, and therefore less efficient or if it will probably need major repairs in the near future. New systems can be 60% more efficient than systems built only 10 years ago. Normal wear and tear can reduce the efficiency of your system. Another costly season of utility bills or paying for an expensive failed part can go a long way toward the cost of a new system.
How do I know what to buy?
Make sure the unit that you select is the correct size for your needs. Systems that are too large or too small can be inefficient. We would be pleased to provide an energy analysis to show you the true operating cost. If someone in the family has allergies, an air filtration system should be part of the installation.
What does it mean to zone my house and why should I zone my house?
A zoning system is designed for the many ways you use your home. Maybe you're caught up in family "thermostat wars"? Or perhaps you have unoccupied areas that do not need conditioning? A Lennox® zoning system allows you to divide your home into separate areas, giving you the comfort and control you've always wanted.
The main benefits of residential zoning are:
Comfort
Zoning meets the specific temperature and airflow requirements of one area, without affecting other areas.
Efficiency
A properly designed zoning system can save you hundreds of dollars in energy costs each year.
Control
Zoning divides the home into different areas and comfort into different levels, giving you more choices and control than ever before.
Quiet Performance
When integrated with variable speed and/or two-stage HVAC systems, zoning allows your heating and cooling equipment to deliver peak performance and efficiency without continually operating at peak capacity. Lower speeds mean lower sound levels.
What else might be needed if I replace my old system?
Beside the installation of new equipment, other items need to be inspected and possibly replaced, such as, thermostat, ducts, refrigerant piping, electrical service, wiring, condensate piping, insulation, flue piping and terminations, chimney liner, slabs, filter, registers, grills, drain pans and evaporator coil.
Should I change my indoor coil?
When replacing your air conditioner or heat pump the answer is probably yes. If only the outdoor portion is changed the efficiency of the entire system could be lowered and consequently your savings could be less.
How long should my unit last?
With proper maintenance, industry averages suggest that an air conditioner should last 12-15 years (high humidity/salt air applications may be less than that) and a gas furnace should last as long as 20 or 25 years.
How often should I change or clean my filters?
Dirty filters should be replaced to prevent equipment from working harder, resulting in energy waste and possibly causing damage to your unit. Filters should generally be replaced every month when the system is running. Filters should be replaced with the same kind and size as your original filter. If the filter is not disposable, follow the manufacturer’s instructions for cleaning it.
Should I cover my outdoor unit in the winter?
Covering the unit is not necessary. Air conditioners are built to withstand a wide range of climate changes. Rain even helps keep your unit clean. Since heat pumps run all year long, they should not be covered.
Should I set my thermostat fan to the "ON" position so the fan runs all the time?
There are advantages. One is full-time filtering of the air in your home. Another is that you can maintain a more even temperature throughout your home.
What causes indoor air pollution?
Many everyday household items contribute to poor indoor air quality. Compounds found in carpeting, furniture, upholstery and drapery fabric consistently emit gas or fumes. Other sources of pollutants can include, but are not limited to, cleaning agents, paints and personal care products.
Also, newer homes that are tightly sealed for energy efficiency tend to limit air circulation, which can contribute to a buildup of contaminants. Likewise, things like weather stripping and storm doors keep stale air in and fresh air out.
How can I improve my indoor air quality?
There are five basic strategies for outsmarting indoor air pollution:
Identify the problem:
The first step toward better indoor air is to identify the types of pollutants present in the home. The best way to do this is to schedule an in-home air-quality test.
Reduce concentrations of particles and bioaerosols
Routine cleaning and housekeeping helps reduce indoor air pollutants, but these simple fixes are not cure-alls. Some contaminants are so small that they may escape through the vacuum or never land on a surface. Lennox HEPA filtration systems, electronic air cleaners, high-efficiency air filters capture even the smallest of particles and bioaerosols.
Reduce or eliminate chemical vapors and odors
Chemical vapors and odors can come from many different sources inside and outside the home. Once inside the home, these potentially toxic pollutants circulate through the ductwork, entering every room and living space. A Lennox air purification system removes and destroys 50% of household chemical vapors and odors within 24 hours.
Ventilate Your Home
Today's modern homes are well-insulated and sealed to conserve energy, which means airborne pollutants have no way to escape. Lennox® ventilation systems help remove particles and bioaerosols by exchanging stale, recirculated indoor air with fresh, filtered outside air.
Control Temperature and Humidity
Improper humidity levels and high temperatures can actually increase concentrations of particles and bioaerosols. Lennox SignatureStat™ and thermostats regulate moisture levels and temperatures to improve indoor air quality and enhance comfort.
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