List Price: $700.00
Sale Price: $611.98
Today's Bonus: 13% Off
I bought 3 of these units at $500 each. 2 of them ceased working within a week. No help from the help line. OK, try to pack them back up again and lug them back to the store, or ship them. The third one does come on, but the tiny water reservoir fills immediately and is difficult and time-consuming to empty.
this is a very badly designed and thought-out product. I wish I'd never laid eyes on it. I've never been so disgusted with anything I've bought ever. Save yourself. Do not even consider this item. It does not work.
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I used to do Air conditioning and Heating for a living so I know very well what I am talking about. For many years now I have a different career. I recently bought a house that was missing its central heat and AC air unit. My mom intending to be sweet and wanting to help out bought me a moving in gift which is this DeLonghi PACN130HPE. She forgets I am a expert in AC as I lived out of state while in that career.Upon opening the box I immediately became suspicious of its advertised cooling capacities. I instantly knew that in order for it to accomplish its claims, it would have to have two ventilation hoses to an outside window. 1 a fresh air intake hose. And 2 a heat exhaust hose. But it only came with the capacity to handle one hose only which is the heat exhaust hose.
Let me explain Air conditioning principles of operation. There are two primary components of moving heat from the inside of a building to the outside of a building so you are left with a cool interior. One is an evaporator and the other is a condenser.
The evaporator is made cold by the incoming Freon/refrigerant. Warm humid interior air is drawn into the evaporator where it becomes cold and dryer and is then blown out the other/exhaust side of the evaporator as cool air. The heat and moisture/humidity that had been in the incoming air is removed and transferred into the refrigerant as the now cool dry air leaves the exhaust side of the evaporator and is blown back into the room for your enjoyment.
Now the refrigerant has picked up the heat and humidity and must take it somewhere to dump the heat as it becomes cool again so it can continue in its continuous circle loop endlessly. Always picking up heat, moving it, dumping it and coming back to the front of the loop to do it all over again as long as a AC unit is running.
Now comes the condenser. The condenser receives this hot refrigerant as air is blown thru the condenser. Outside air of maybe a 100 degrees enters the condenser and picks up the heat from the refrigerant and is blown back to the outside much hotter than it entered. Around 120 degrees. NOTE: The outside heat and humidity and moisture do go through the condenser but never actually enters the interior of your room in a normal AC unit.
Your interior air is constantly being recycled inside the room thru the evaporator becoming cooler and dryer. Unfortunately ALL homes leak. They let in moisture and heat so you have a constant daily battle of throwing them back outside where it leaked in from. It would be sweet if homes did not leak as you could run your AC for a couple of days and then be good for the rest of the year not needing any more AC. But that is not the case. AC units merely keep up with the rate of leak in so you can stay 15-30 degrees ahead of the game.
You probably want your interior room temperature to stay in the vicinity of 70-80 degrees. So you never want hot humid outside air of 100 degrees entering your home or you might as well just open all your windows.
Here is the problem with DeLonghi PACN130HPE AC units. They do not use outside air to blow through the condenser to pick up the heat from the refrigerant and then take the heat outside to dump it. It uses your interior air to carry the heat outside and dump it. In order for your interior air to be exhausted outside with the heat, air must be entering your home and room from another area to be replacing what is being blown outside. You cannot be continuously removing air from a container unless somewhere else you're letting air back into the container.
So while it is using your inside room air to carry the heat outside, somewhere else in your home hot humid air is re-entering your home to compensate for the air that is constantly being thrown out. Now nearly as fast as your dumping the heat and humidity outside away from you, in another area of the home hot moist air is being sucked back into the house almost as fast as your dumping it out of the house.
While that one room the DeLonghi PACN130HPE AC unit is in is feeling cooler, the other areas of your home are feeling warmer as hot moist air is literally being sucked in at an equal rate that is being thrown out of the one room with the DeLonghi PACN130HPE AC unit.
So the evaporator is blowing 13,000 BTU's of cool into the room the DeLonghi PACN130HPE AC unit is in, but the outside air being sucked into the house is immediately bringing 5,000 BTU's of heat and moist air back in at the same time. That is a HUGE loss that must be applied against the cool claims to determine the real gain your left with.
DeLonghi PACN130HPE does not tell you about the simultaneous losses but only about the claimed gains which are not even close to being accurate by the time you figure in all the other secret factors they don't want you to know about.
I actually tested this by replacing the DeLonghi PACN130HPE with some widow units I had to see what the real gains were. My 5,000 BTU window AC unit did not cool the room as much as the DeLonghi PACN130HPE 13,000 BTU's claimed did. But it did dry the room better as it was not sucking in wet moist air.
However when I placed my 8,000 BTU window unit in the room, it did deliver the same amount of cooling as DeLonghi PACN130HPE 13,000 BTU unit did, but still I gained the advantage from my window unit that the humidity level dropped much lower so it still felt even much better.
While the DeLonghi PACN130HPE 13,000 BTU unit did cool the room as much as my 8,000 BTU window unit did, it could not remove nearly as much humidity because the DeLonghi PACN130HPE is always sucking in wet moist air continuously. My window units did not do that. Besides my 8,000 BTU unit cooling the room exactly as much as DeLonghi PACN130HPE 13,000 BTU unit, I was much further ahead of the game by the fact the room was dry and not humid/muggy as had the DeLonghi PACN130HPE had made it.
The DeLonghi PACN130HPE did surprisingly little to remove the humidity from the room because it was constantly replacing the humidity through the incoming air. Its gains were constantly being eroded away by the constant losses.
Removing humidity from the room and removing it from the air is not the same things. The outside air may have a 80% humidity level. That is very sticky and muggy. You want the inside air below a 30% humidity level to feel very comfortable with. The DeLonghi PACN130HPE did remove humidity from the air but did not remove it from the room because the moisture being removed the air was being replaced at a equivalent level by in incoming air the DeLonghi PACN130HPE had to suck back into the room as it used room air to carry the heat and humidity it captured back outside. So as fast as it threw humidity outside it was sucking it back into the home at the same rate so there never was a drop in the room humidity level.
Be aware of what they won't tell you.
Another fact I did not like about the DeLonghi PACN130HPE was that it took up significant floor space in my room making it look and feel even more crowded. I would much rather have a window unit that uses 70% less electricity than the DeLonghi PACN130HPE as it does so much better at making the room more comfortable and humid free. My 8,000 BTU window unit for $300did a better job than DeLonghi PACN130HPE for $500as it uses 70% less electricity.
The advantage of the DeLonghi PACN130HPE was that it easily rolled around from room to room and in 60 seconds could be connected to virtually any window for quick temporary very inefficient cooling. I will say inefficient cooling is still much better than no cooling. I almost kept the DeLonghi PACN130HPE because I have another mobile home that needs remodeling and the DeLonghi PACN130HPE would be super quick and easy to set up in whatever room I happened to be working in that particular day, and then move it to another room the next day. My 8,000 BTU window unit takes 5 minutes to set up in any particular room. It weighs 40 pounds and does not roll around so I have to carry it from window to window. So what?
The advantages of the DeLonghi PACN130HPE were not large enough to justify keeping it for short term temporary cooling so I took it back to Lowes and traded it in for a 24,000 BTU window unit that really kicks ass for the same exact money. My 24,000 BTU window unit gives me 300% more cooling than the DeLonghi PACN130HPE does.
The DeLonghi PACN130HPE did have a good digital thermostat that held the room temp even without much fluctuation. It was attractive looking for what it was, a floor space user upper.
The DeLonghi PACN130HPE was not a total flop, but it was a far cry from what they claim and advertise it to be. Matter of fact, it was so far from the truth that I call it a gimmick and fake AC unit. Hope this helps you.
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I would say this has the cooling capacity of a 4,000 btu unit... No where near worth the expense of running a (supposed) 14,000 btu AC.The room stays warm and even with the temp outside at 80 the room never get lower than 75... It's going back to the store for a window unit.
(Update) Keep in mind this is a 14,000 Btu unit.... I just replaced it with a 12,000 BTU window AC and the room temp difference is huge. I wish this unit had worked.. It seems like a great idea... But it needs a redesign.
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