Air Conditioning in My PT Cruiser?

Here's the thing. If you need a recharge, you definitely have a leak. If the dealer or anyone else you took it to could not find a leak, then you need to go to someone who knows what they are doing. You should look where the other guys did not want to look, probably in the evaporator core that is behind your dashboard. That's why they just fill it up and have you pay over and over, it's easier for them. A good reason for you to not use a recharge kit from the auto parts store is you do not know how low you are, or how much you need, by weight. You do not even know how much refrigerant, by weight, is in the recharge can. My advice is to take it to an ASE certified AC technician and stop fooling around with "mechanics" who think they know what they are doing. But at least you know refrigerant goes in by weight.

Air Conditioning in My PT Cruiser? 1

1. Compass Heating and Air Conditioning Inc.

It's an age-old problem - or at least since they invented stairs: For some reason, your bedroom is always cold at night, even when the heat is on, and the living room feels fine. Well, the good news is, it's not just "some reason." We know why it happens. And, we know how to fix it. The even better news? There are better ways to fix it than ever before. And, they work out here in Elgin, Barrington, and elsewhere in the Fox River Valley that have seen some brutal winters later. In this post, we will look at why this happens. And, we will clue you into the best way to solve it. And, if you are tired of waking up with cold in the morning, give Compass Heating and Air a call. Starting with a free consultation, we will make your upstairs rooms more comfortable than ever. Four Reasons Your Bedroom is Colder Than the Rooms Downstairs? There could be a number of reasons your bedrooms are colder than downstairs. And, some have simple solutions. Here, however, we are looking at some of the bigger causes: Let's see how these play out. You've heard that hot air rises. Well, it does. And, if you've got an attic, in the winter, it just keeps going up. The problem here is another fact: Heat is attracted to cold. Now, you may have also heard people say, "Close the window! You are letting in the cold air." Well, this is not true. Instead, the warm air outside. That thermal energy always travels toward colder areas. So, in your home, the hot air rises. But, as it reaches the roof, it keeps going. Since it's colder outside, that thermal energy finds any opening and goes through it. An attic makes the problem worse. If there's no heating up there, then it's cold - and the warm air in your home travels right to it. A master bedroom with a high, vaulted ceiling, looks regal and makes the area look bigger and feel more spacious. But, it's much harder to keep the room warm in the winter. The problem is mostly the same as before. With a high ceiling, that means the warmth you are pumping into the room rises well above your head. And, of course, it does not come back down. This is a bigger problem than a lot of people realize: Your thermostat measures and regulates the temperature based on the room where you installed it. But, that room is usually downstairs. So, if your living room is warmer than the upstairs, the second floor does not get the right treatment. Let's say the call on your thermostat is 69 degrees. Well, your living room - where you usually find the gauge - will reach that call before the upstairs. At that point, the heating system shuts off. Downstairs is just right. Upstairs is still too cold. Most homes here in the Chicagoland suburbs have forced air heat. You know: A furnace in the basement produces heat. That warmth travels through the house via ductwork. And, it enters each room through vents. Well, here's the problem: Those ducts are not airtight. You get leakage along the way: Treated air seeps out of small openings before they reach the vents. At the same time, the system loses pressure further up the line. Since all the force comes from the basement, it can only push so far. Combine those two problems, and you end up with less heat than you need. So, what can you do about these problems? An older solution we saw a lot was twinned furnaces. A home would have two furnaces: One for the upstairs and one for downstairs. In theory, it's a good enough idea. Now there's a thermostat upstairs and a separate heating system just for the second floor. But, even this has its limitations. It's more expensive for starters. Noisier, too. And, your HVAC system takes up more room. Finally, it does not solve the air pressure problem: That heat still has to travel from the basement to the second or third floor. Fortunately, there's a much better solution out there today. Daikin VRV Life Finally Gets Your Bedrooms Warm and Comfortable Daikin VRV Life solves all the problems we talked about before. Your bedroom will be warm and comfortable - and your heating bills will probably go down, too. Instead of pushing warm air up to the second floor, the Daikin VRV system sends a refrigerant liquid through sealed lines throughout the house. The refrigerant carries heat with it. When it reaches an air handler, the heat gets released into the room. These lines are airtight. So, there's no pressure loss as it travels. Now, let's talk about those air handlers. These are usually wall-mounted units. They take care of a lot of the problems we outlined earlier. First off, each one has a thermostat. So, every room with an air handler gets individual treatment. No more relying on a measure from the floor below. And, the air handlers use state-of-the-art technology to circulate the treated air to where it's needed. In a room with high ceilings, it focuses on heating the living area, not above your head. We mentioned you could also save money with Daikin VRV Life. This is mostly due to the heat pump that provides the thermal energy to keep your home warm. Instead of generating heat through combustion, the pump transfers heat from outside air into your home. Even when it's cold, there's at least a little heat out there. The pump amplifies that thermal energy and sends it inside. Usually, these work even when it's negative 13 degrees Fahrenheit. But, Chicagoland has seen weather colder than that recently. What makes the Daikin system unique is that you can pair it with your existing gas furnace. If the temperature goes so low that the heat pump can not work, no problem. The system can use your furnace to generate heat until there's enough thermal energy outside again. And, it happens automatically, so you do not have to worry about switching anything back and forth. Is Daikin VRV Life a good fit for your home? We can help you decide. Call or email Compass Heating and Air today for a free consultation.

2. why do Air Conditioning Units hang outside of windows?

So the condensation will not run into your floor

Air Conditioning in My PT Cruiser? 2

3. who invented the first air conditioning?

While energetically moving heat to provide air conditioning is a relatively modern invention, the cooling of buildings is not. The ancient Romans were known to circulate aqueduct water through the walls of certain houses to cool them off, thus cooling the interior air. As this sort of water usage was expensive, generally only the wealthy could afford such a luxury. In 1820, British scientist and inventor Michael Faraday discovered that compressing and liquefying ammonia could chill air when the liquefied ammonia was allowed to evaporate. In 1842, Florida physician Dr. John Gorrie used compressor technology to create ice, which he used to cool air for his patients in his hospital in Apalachicola, Florida. He hoped eventually to use his ice-making machine to regulate the temperature of buildings. He even envisioned centralized air conditioning that could cool entire cities. Though his prototype leaked and performed irregularly, Gorrie was granted a patent in 1851 for his ice-making machine. His hopes for its success vanished soon afterwards when his chief financial backer died. Gorrie did not get the money he needed to develop the machine. According to his biographer Vivian M. Sherlock, he blamed the "Ice King," Frederic Tudor, for his failure, suspecting that Tudor has launched a smear campaign against his invention. Dr Gorrie died impoverished in 1855 and the idea of air conditioning faded away for 50 years. Early commercial applications of air conditioning were manufactured to cool air for industrial processing rather than personal comfort. In 1902 the first modern electrical air conditioning was invented by Willis Haviland Carrier. Designed to improve manufacturing process control in a printing plant, his invention controlled not only temperature but also humidity. The low heat and humidity were to help maintain consistent paper dimensions and ink alignment. Later Carrier's technology was applied to increase productivity in the workplace, and The Carrier Air Conditioning Company of America was formed to meet rising demand. Over time air conditioning came to be used to improve comfort in homes and automobiles. Residential sales expanded dramatically in the 1950s. In 1906, Stuart W. Cramer of Charlotte, North Carolina, USA, was exploring ways to add moisture to the air in his textile mill. Cramer coined the term "air conditioning," using it in a patent claim he filed that year as an analogue to "water conditioning", then a well-known process for making textiles easier to process. He combined moisture with ventilation to "condition" and change the air in the factories, controlling the humidity so necessary in textile plants. Willis Carrier adopted the term and incorporated it into the name of his company. The first air conditioners and refrigerators employed toxic gases like ammonia and methyl chloride, which could result in fatal accidents when they leaked. Thomas Midgley, Jr. created the first chlorofluorocarbon gas, Freon, in 1928. The refrigerant was much safer for humans but was later found to be harmful to the atmosphere's ozone layer. "Freon" is a trade name of Dupont for any CFC, HCFC, or HFC refrigerant, the name of each including a number indicating molecular composition (R-11, R-12, R-22, R-134). The blend most used in direct-expansion comfort cooling is an HCFC known as R-22. It is to be phased out for use in new equipment by 2010 and completely discontinued by 2020. R-11 and R-12 are no longer manufactured in the US, the only source for purchase being the cleaned and purified gas recovered from other air conditioner systems. Several ozone-friendly refrigerants have been developed as alternatives, including R-410A, known by the brand name "Puron". Latest air conditioners usually have air sterilization effects, such as the recent air conditioners that have germicidal and neutralization benefits hope this helps, i just looked it up in the net anyway

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