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一个详细的空调器的说明，请单击下面的。
窗式
窗式空调是非常简单的电器。他们工作在同样的原则作为一个冰箱，冰柜，或除湿机。
请看如何窗式空调器工作在这些领域的信息：
1、冷却系统
2、风机
3、恒温控制
4、选择开关
冷却
所有住宅窗式空调冷却系统由四个主要部分组成，压缩机，蒸发器，计量装置，和冷凝器。如果你认为他们的设备，将温暖的空气比冷空气，那么空调制冷系统会更好理解。
风机
当机组运行，循环风机和压缩机同时运行。风扇电机有两个风扇叶片的另一端连接到它。在单元内部的风扇叶片不断地将室内空气在蒸发器盘管，这是冷的。在外面的单位部分的风扇叶片不断将新鲜的室外空气通过冷凝器线圈，它是温暖的。由于蒸发器盘管冷，导致水分在房间里收集它们，就像在一个温暖的一杯冰水，潮湿的一天。当湿度增加，它开始滴下的线圈到空调器的底锅。
恒温控制
在一个窗式空调温控器通过感应空气温度进入空调。当空气进入单位达到设定温度，这将导致压缩机关掉。风机可继续运行取决于控制面板上选择的选择。数字温控器的工作原理类似但显示更精确的温度。
选择开关
空调选择开关允许用户选择风扇转速。压缩机总是运行在相同的速度无论设置。如果低冷的选择，例如，风扇运行速度较慢的速度，但仍然提供相同的冷却容量压缩机。还有其他一些单位百叶窗开关操作和其他特性的控制。
你的空调出了什么问题
窗式
它不打开所有
风扇运行但没有冷空气
空气凉爽但似乎不太够冷的
装置没有关闭
有水在里面晃动
装置试图启动几秒钟，然后退出
电机运行但没有空气吹
单位摇铃大声当它关闭
水泄漏出来的单元的前
空气闻起来发霉
注意：如果您修复问题不在上面的清单内，点击邮件修复专家。他会给你需要的帮助。
请检查空调是否联通电源。如果它是一个110伏的单元，插头灯或其他设备在同一口冷气插入。如果没有电源，检查保险丝或断路器。如果仍然没有电源，你需要联系一个合格的电工恢复供电的插座。
如果有电源设备但仍完全死机可能有一个或多个以下方面的问题：
布线（检查是否有损坏或烧毁线路）
恒温器
压缩机
过载和/或继电器
选择开关
控制板
在这些地区的电器工作可能需要从一个设备的维修人员或其他有资格的技师的帮助。
风扇运行但没有冷空气？是空调彻底死机了？见第1节。是温控器旋钮旋转到适当的设置吗？是压缩机电机运行？它位于空调器内的中心。它的嗡嗡声或制造任何一种持续不断的噪音或造成的灯光变暗？如果是做一个连续的噪音，而你的空调还没有冷却时，可能会有一个或更多的这些地区的一个严重的问题：
压缩机
冷凝器
蒸发器
这些东西都没有用户可维修。你需要联系一个合格的电器维修修理这些组件。
如果压缩机不运行，但你有电力的空调有可能在这些地区的一个或多个问题：
压缩机
过载和/或继电器
恒温器（开放式温控器）
烧毁接线
不良选择器开关
电容器
空气凉爽但似乎不太够冷的
如果空气似乎不足以有必要使用温度计来检查在空气进入装置和空气吹进房间之间的温度差。理想的情况下，该温度差应大于15度。例如，如果温度进入空调的温度是80度，从单位至少应为65度或以下。如果差值为15度或更可能没有引起关注。如果温度差小于15度，你应该检查以下内容：
空气阻尼器
检查以确保气门关闭。如果它是开放的，它将使外部空气，降低了机组的效率。
冷凝盘管
空气被吸入到两边的空调器后通过排气槽和直接吹到冷凝器线圈。当线圈被绒毛，灰尘和污垢的冷却系统无法提供必要的冷却。清洁线圈必须拆下空调整个封面或把它从墙上获得线圈。他们可以通过他们或用软毛刷擦拭灰尘吹压缩空气清洁。它在空调的底部也干净污物或皮棉积聚重要，冷凝水将由冷凝风机装置拾取方式。
如果是装置应该关掉它不，就必须检查以下事项。
如果是装置冷却适当的时候打开，房间不够酷的问题可能是该装置是试图冷却区域，其容量太大。使用下面的图表来找到合适的大小空调器使用：
区域被冷却/容量（BTU /小时）
100至150平方英尺= 5000
150至250平方英尺= 6000
250至300平方英尺= 7000
300至350平方英尺= 8000
350至400平方英尺= 9000
400至450平方英尺= 10000
450至550平方英尺= 12000
550至700平方英尺= 14000
700至1000平方英尺= 18000
如果房间重阴影，减少10%所需的能力
如果房间收到大量的阳光直射，增加10%的所需的能力
如果单位是一个厨房，由4000至6000 BTU /小时的容量增加。
如果房间大小的空调，你有两种可能的选择太大。无论是降低房间的大小通过关闭一些门或隔开的房间面积。或者，通过安装有较高的BTU等级不同的空调增加房间空调器的热量。
压缩机是空调器的制冷量。如果压缩机或其电气控制有缺陷的压缩机可以开始尝试，失败，并创建一个电机过载。如果单位并创建一个过载，每个压缩机电路还设有过载安全开关。安全开关是用来保护压缩机烧毁。安全开关会切断电源到压缩机一定长度的时间，然后重新启动。当重置它将允许电力流向压缩机。如果压缩机再启动，机组应正常。如果压缩机不启动过载复位时，过载将再次削减电力的压缩机。这个循环将继续下去。（总是允许重新启动压缩机。前五分钟）如果这种情况发生，拔出空调和从一个合格的维修人员得到帮助。这个问题往往是致命的空调因为维修费用往往超过一个新的空调价格。
电机运行但没有空气吹
每个空调至少配备两个电机，压缩机和风扇电机。为风扇电机是有缺陷的，可以运行的压缩机是可能的。如果是这种情况的单位将出现，甚至显得“正常”，但没有空气吹出的前面或后面的单元。如果你发现，去除该单元的风扇叶片盖后很僵硬，难以转动，风扇电机应更换。如果风扇叶片自由地转动的风扇电机驱动电路需要电气故障排除。必须有一个合格的人员确定问题原因，这可能是一个问题的电容器，选择开关或电动机本身。
单位摇铃大声当它关闭
在所有的窗口空调压缩机是一个功能强大的电机。当它开始了，特别是当它关闭整个空调可以动摇，有时大声。通常没有什么可以做，以纠正此问题。然而，它可能是压缩机安装垫和支架磨损或丢失。如果是这样的话垫和括号有时可以下令更换。
确保空调是牢固地安装在窗框如果单位摇在所有。它摆脱了框架，如果安装不正确的单位是可能的。
空气闻起来发霉
空调器除去空气中的水分。水收集在该单位的基础。正常情况下，水会蒸发掉的单位。然而，一些水坐停滞在长期的空调基地，它是可能的。有没有简单的方法来防止这个问题。问题是如果你仔细清理至少每年一次的空调基地内的减少。这会让任何污物，吸收水和允许霉菌生长皮棉或灰尘。同时，更换过滤器后面或在前盖。
你的空调保养小窍门
窗式
每个月更换/清洁过滤器
检查霜或冰冷却线圈建立
不短的循环冷却系统
存储单元在一个地下室，不是一个车库
清洁冷凝器盘管代替/每月每年清洁过滤器
空调机配备了一个简单的静电过滤器的前格栅面积过滤通过的空气。如果你的单位有一个过滤器应更换/清洁在制冷季节每月一次。你可以购买静电过滤器将从我们的网站合材料。
检查霜或冰冷却线圈建立
如果外面的温度的房间空调器在变凉了，大约60华氏度或更低，检查在空调前面的线圈可以肯定他们不结冰。如果他们都结冰了，关上空调直到温度上升。同时，确保过滤器的干净。
关于空调常见问题的答案
窗式
如何窗式空调器的工作原理是什么？
窗口空调运行费用昂贵？
我需要为我的房间大小的单位，做什么？
如何做空调除湿房间吗？
我可以让我的空调机更有效吗？
窗式空调器的工作原理是什么？
窗口的空调工作在完全相同的原则作为制冷或除湿机。他们有一个冷却系统，进入的空气制冷装置。空气中的水分凝结在冷卷和滴入了空调器的底盘。房间里的热空气通过蒸发器盘管，其集热。热传导到制冷剂气体。气体然后被循环的冷凝盘管在后面的单元，它是向外界消散。更多信息请参阅部分如何工作的事。
窗式空调运行费用昂贵？
可以.他们用相当大的电量。一个标准的单个房间空调器将成本约7美分每小时操作。如果你运行空调8小时每天要花费约24.40美元，每月10美元每千瓦小时。
空调连续运转正常吗？通常如果你的空调的运行时刻和房间不冷却至设定温度应检查以下事项。首先检查进入空调机的空气温度。然后检查温度的空气吹出的空调。温差应不低于15℃。如果单位不能冷却空气通过它的15度或更可能有一个能够纠正的问题。如果单位已超过15度，它可能是正常工作的差异。如果是单位正确冷却房间可能太大的单位，我需要为我的房间大小的单位，做什么？
使用下面的图表来找到合适的大小空调器使用：
区被冷却/容量（BTU /小时）
100至150平方英尺= 5000
150至250平方英尺= 6000
250至300平方英尺= 7000
300至350平方英尺= 8000
350至400平方英尺= 9000
400至450平方英尺= 10000
450至550平方英尺= 12000
550至700平方英尺= 14000
700至1000平方英尺= 18000
如果房间重阴影，减少10%所需的能力
如果房间收到大量的阳光直射，增加10%的所需的能力
如果有两个以上的人加入600 BTU /小时，房间里的每个人
如果单位是一个厨房，由4000至6000 BTU /小时的容量增加。
如何做空调除湿房间？在空调前面的蒸发器盘管空调器正常运行时会很冷。因为房间里的温暖潮湿的空气进入蒸发器的冷空气中的水分凝结出来的空气的接触和附着在蒸发器盘管。随着越来越多的水分凝结水开始滴下到基地的空调。
我可以让我的空调机更有效呢？
防止阳光直接从加热单元房间里。清洁灰尘过滤器每月或经常需要它。使用任何发热电器如炉灶，烤箱，微波炉，电吹风的限制，等等。
HOW AIR CONDITIONERS WORKFor a detailed Air Conditioner illustration, click below.
WindowWindow air conditioners are very simple appliances. They operate on the exact same principles as a refrigerator, freezer, or dehumidifier.
Please look for information on how window air conditioners work in these areas:
Cooling system
Blower fan
Thermostat control
Selector switchesCooling* All residential window air conditioners have a cooling system made up of four primary components, a compressor, an evaporator, a metering device, and a condenser. Air conditioner cooling systems are better understood if you think of them as devices that remove warmth from the air rather than cooling the air. Blower fan * When the unit is running, the circulating fan and compressor are running simultaneously. The fan motor has two fan blades attached to it on either end. The fan blade on the inside part of the unit continually draws room air over the evaporator coils, which are cold. The fan blade on the outside part of the unit continually draws fresh outside air over the condenser coils, which are warm. Because the evaporator coils are cold, they cause moisture in the room to collect on them, much like a cup of ice water on a warm, humid day. When the amount of moisture increases, it begins to drip down off of the coils into the bottom pan of the air conditioner. Thermostat control * The thermostat on a window air conditioner works by sensing the air temperature entering the air conditioner. As the air entering the unit reaches the set temperature it will cause the compressor to turn off. The blower may continue to run depending on the selection chosen on the control panel. Digital thermostats work on a similar principle but display a more precise temperature.Selector switches * The air conditioner selector switches allow the user to choose the fan speed. The compressor always runs at the same speed regardless of the settings. If low cool is chosen, for example, the fan runs at a slower speed but the compressor still offers the same cooling capacity. There are other switches to control louver operation and other features on some units.WHAT IS WRONG WITH YOUR AIR CONDITIONER?For a detailed Air Conditioner illustration, click below.
Window
It doesn't turn on at all
The fan runs but there's no cold air
The air is cool but doesn't seem cold enough
The unit never turns off
There is water sloshing around inside
The unit tries to start for a few seconds and then quits
A motor is running but there is no air blowing
The unit rattles loudly when it turns off
Water leaks out the front of the unit
The air smells mustyNote: If your repair problem isn't listed, click here to email the RepairGuru. He will give you the help you need.
It doesn't turn on at all
Check to see if there is power getting to the air conditioner. If it is a 110-volt unit, plug a lamp or other device into the same outlet the air conditioner is plugged into. If there's no power, check the fuses or circuit breakers. If there's still no power, you will need to contact a qualified electrician to restore power to the outlet.
If there is power to the appliance but it is still completely dead there may be a problem in one or more of the following areas:
* Wiring (Inspect for any broken or burnt wiring)
* Thermostat
* Compressor
* Overload and/or relay
* Selector switch
* Control board
Work on these areas of an appliance may require help from an appliance repair person or other qualified technician.The fan runs but there's no cold air?Is the air conditioner completely dead? See section 1. Is the thermostat knob turned to the proper setting? Is the compressor motor running? The compressor is a football-sized case with no apparent moving parts. It is located inside the air conditioner at the center. Is it humming or making any kind of continuous noise or causing the lights to dim? If it is making a continuous noise, and your air conditioner is still not cooling at all, there may be a serious problem with one or more of these areas:
* Compressor
* Condenser
* Evaporator
These items are not user serviceable. You will need to contact a qualified appliance repair technician to repair these components.
If the compressor is not running but you do have power to the air conditioner there may be a problem in one or more of these areas:
* Compressor
* Overload and/or relay
* Thermostat (Open thermostat)
* Burnt wiring
* Bad selector switch
* CapacitorThe air is cool but doesn't seem cold enoughIf the air doesn't seem cool enough it is necessary to use a thermometer to check the difference in temperature between the air going into the unit and the air being blown into the room. Ideally, the temperature difference should be more than 15 degrees. For example, if the temperature going into the air conditioner is 80 degrees, the temperature coming out of the unit should be at least 65 degrees or less. If the difference is 15 degrees or more there is probably no cause for concern. If the temperature difference is less than 15 degrees you should check the following:
* Air damper
Check to make sure the air damper is closed. If it's open, it will bring in outside air and reduce the efficiency of the unit.
* Back cover
During the winter season many people cover their air conditioners to protect the unit from the weather. In the spring or summer they will sometimes forget to remove the cover. If your unit has a cover on the outside portion of the air conditioner remove the cover first.
* Condensing coils
The condensing coils will always be on the "warm" side of the air conditioner. That is, on the side that faces outside of the room to be cooled. Air is drawn into the back of the air conditioner on the sides through vent slots and is blown directly out through the condenser coils. If the coils get clogged with lint, dust and dirt the cooling system cannot provide the cooling necessary. To clean the coils it will be necessary to remove the entire cover of the air conditioner or pull it out of the wall to gain access to the coils. They can be cleaned by blowing compressed air at them or by using a soft bristle brush to wipe the dirt off. It is important to also clean any dirt or lint build-up in the bottom of the air conditioner so the condensate water will be picked up by the condensing fan slinger properly.The unit never turns offThis is normal on some models when fan is set to run constantly.
If the unit is supposed to turn off and it doesn't, it will be necessary to check several things.
* First, is the unit cooling properly? See the section entitled "The air is cool but doesn't seem cold enough."
* Next, is the temperature of the room adequately cool? If the room temperature is cold enough try setting the thermostat to a higher temperature. If the unit then seems to work properly leave the thermostat set to the higher temperature.
* If the unit is cooling properly when it is turned on and the room is not cool enough the problem is probably that the unit is trying to cool an area that is too large for its capacity. Use the following chart to find the appropriate size air conditioner to use:
AREA TO BE COOLED / CAPACITY (BTU/HR)
100 to 150 square feet = 5,000
150 to 250 square feet = 6,000
250 to 300 square feet = 7,000
300 to 350 square feet = 8,000
350 to 400 square feet = 9,000
400 to 450 square feet = 10,000
450 to 550 square feet = 12,000
550 to 700 square feet = 14,000
700 to 1000 square feet = 18,000
If the room is heavily shaded, reduce needed capacity by 10%
If the room receives a lot of direct sun, increase needed capacity by 10%
Add 600 Btu/Hr for each person in the room if there are more than two people
If the unit is for a kitchen, increase the capacity by 4,000-6,000 Btu/Hr.
If the room size is too big for the air conditioner you have two possible choices. Either decrease the room size by shutting some doors or partitioning off an area of the room. Or, increase the BTU of the air conditioner for that room by installing a different air conditioner with a higher BTU rating.There is water sloshing around insideAll window air conditioners will remove moisture from the air if there is any. Most window air conditioners collect this moisture in the bottom pan of the air conditioner and attempt to evaporate the moisture. The evaporation process works as follows: First, the water drips down off of the cold evaporator coils on the front of the unit. Then the water collects in the bottom of the air conditioner base, the "pan." If the air conditioner is installed properly it will be tilted slightly back.
The water then collects near the back of the unit. On some units, the fan blade used to cool the rear condensing coils will have a rim on the outside of the fins of the blade. This rim, or "slinger," will come close to touching the inside of the air conditioner pan when the fan is spinning. As the water collects in the pan and reaches the depth necessary for the fan ring to touch it, the ring will lift some of the water up and the fan will blow it at the condensing coils. Because the coils are warm, they will evaporate the moisture to the outside.
While this is happening it is normal to hear water splashing and sloshing around. As long as there is no water leaking inside the room that is being cooled there is no cause for concern.
Never drill into the bottom of and air conditioning unit to "let the water out."The unit tries to start for a few seconds and then quitsEvery air conditioner has a motor called a compressor. The compressor provides the cooling capacity for the air conditioner. If the compressor or its electrical controls are defective the compressor may try to start, fail, and create an electrical overload. If the unit does create an overload, every compressor circuit is also equipped with an overload safety switch. The safety switch is designed to protect the compressor from burning out. The safety switch will cut the power to the compressor for a certain length of time and then reset itself. When it resets it will allow the electricity to flow to the compressor once again. If the compressor then starts, the unit should function normally. If the compressor doesn't start when the overload resets, the overload will again cut the electricity to the compressor. This cycle will continue indefinitely. (Always allow three to five minutes before restarting the compressor.) If this situation is occurring, unplug the air conditioner and get help from a qualified repair technician. This problem is often fatal to the air conditioner because the cost of repair often exceeds the price of a new air conditioner.A motor is running but there is no air blowingEvery air conditioner is equipped with at least two motors, the compressor and the fan motor. It is possible for the fan motor to be defective and the compressor to be running. If this is the case the unit will appear to be running and may even sound "normal" but no air is blowing out the front or back of the unit. If, after removing the cover of the unit you discover the fan blade is very stiff and difficult to rotate, the fan motor should be replaced. If the fan blade turns freely the circuit powering the fan motor will require electrical troubleshooting. It will be necessary to have a qualified technician locate the cause of the problem, which may be either a problem with the capacitor, the selector switch or the motor itself.The unit rattles loudly when it turns offThe compressor in all window air conditioners is a powerful motor. When it starts up - and especially when it shuts off - the whole air conditioner can shake, sometimes loudly. Usually there is nothing that can be done to correct this problem. However, it is possible that the compressor mounting pads and brackets are worn out or missing. If that is the case the pads and brackets can sometimes be ordered and replaced.
Be sure that the air conditioner is securely mounted in the window frame if the unit shakes at all. It is possible for the unit to shake free of the frame if not installed properly.Water leaks out the front of the unitIt is normal for water to collect in the lower base of an air conditioner. See the section entitled: "There is water sloshing around inside." If water leaks out the front it is usually because the unit is tilted forward in the window frame. All air conditioners should be installed so they tilt slightly back to allow for proper removal of the condensation collected.The air smells mustyAir conditioners remove moisture from the air. The water collects in the base of the unit. Under normal conditions this water will be evaporated out of the unit. However, it is possible for some water to sit stagnant in the base of the air conditioner for extended periods of time. There is no easy way to prevent this problem. The problem will be reduced if you carefully clean the base of the inside of the air conditioner at least once a year. That will keep any dirt, lint or dust from absorbing the water and allowing mold and mildew to grow. Also, replace the filter behind or in the front cover.MAINTENANCE TIPS FOR YOUR AIR CONDITIONERFor a detailed Air Conditioner illustration, click below.
Window
Replace/clean filter every month
Inspect cooling coils for frost or ice build up
Don't short cycle the cooling system
Store the unit in a basement, not a garage
Clean condenser coils annuallyReplace/clean filter every month
Air conditioners are outfitted with a simple electrostatic filter in the front grill area to filter the air that passes through them. If your unit has a filter you should replace/clean it once a month during the cooling season. You can purchase Electrostatic filter cut-to-fit material from our site.Inspect cooling coils for frost or ice build upIf the temperature outside the room where the air conditioner is placed becomes cool, approximately 60 degrees Fahrenheit or lower, check the coils on the front of the air conditioner to be sure they are not icing up. If they are icing up, turn the air conditioner off until the temperature rises. Also, make sure the filter is clean.Don't short cycle the cooling systemAir conditioners have a cooling system identical to a refrigerator's. It is important not to turn the unit off and then back on right away. Wait at least ten minutes after shutting the unit off to allow the pressure in the refrigeration system to equalize once again. This will prolong the life of your air conditioner.Store the unit in a basement or utility room, not a garageMice and other small animals love to nest in air conditioners. If they do they can cause serious damage to the unit by chewing on wiring and insulation. Also, wasps and birds like to nest in uncovered units left in windows. Avoid these problems by storing the units in a protected area, away from small animals, or by installing a cover on the part of the air conditioner that sticks outside.Clean condenser coils annuallyThe condensing coils on an air conditioner will get very dirty over time. However, the dirt tends to accumulate on the inside of the coils, out of site. It will be necessary to remove the entire cover of the air conditioner to gain access to the coils. They can be cleaned by blowing compressed air at them or by using a soft bristle brush to wipe the dirt off. It is important to also clean any dirt or lint build-up in the bottom of the air conditioner so the condensate water will be picked up by the condensing fan slinger properly.ANSWERS TO COMMON QUESTIONS ABOUT AIR CONDITIONERSFor a detailed Air Conditioner illustration, click below.
Window
How does a window air conditioner work?
Can I run my air conditioner all year long?
Are window air conditioners expensive to run?
Is it normal for my unit to run continuously?
What size unit do I need for my room?
How do air conditioners remove humidity from the room?
What can I do to make my air conditioner more efficient?How does a window air conditioner work?
Window air conditioners work on exactly the same principles as a refrigerator or dehumidifier. They have a cooling system that refrigerates the air entering the unit. The moisture in the air condenses on the cold coils and drips into the bottom tray of the air conditioner. The warm air in the room is drawn over the evaporator coil, which collect heat. The heat is conducted into a refrigerant gas. The gas is then circulated to the condensing coils on the back of the unit where it is dissipated to the outside. For more info see the section How things Work.Can I run my air conditioner all year long?You can run the air conditioner as long as both the outside and inside temperatures are above 60 degrees. If either temperature is too cold, the unit may not function properlyAre window air conditioners expensive to run?Yes. They use a considerable amount of electricity. A standard single room air conditioner will cost approximately 7-12 cents per hour to operate. If you run the air conditioner for 8 hours per day it will cost you approximately $24.40 per month at $.10 per kilowatt hour.Is it normal for my unit to run continuously?Usually no. If your air conditioner is running constantly and the room is not cooling to the set temperature you should check several things. First check the temperature of the air entering the air conditioner. Then check the temperature of the air blowing out of the air conditioner. The difference in temperature should be no less than 15 degrees. If the unit cannot cool the air traveling through it by 15 degrees or more it may have a problem that can be corrected. If the unit has a difference of more than 15 degrees it is probably working properly. If the unit is cooling properly the room might be too big for the unit's capacity (see the section named "What size unit do I need for my room."What size unit do I need for my room?Use the following chart to find the appropriate size air conditioner to use:
AREA TO BE COOLED / CAPACITY (BTU/HR)
100 to 150 square feet = 5,000
150 to 250 square feet = 6,000
250 to 300 square feet = 7,000
300 to 350 square feet = 8,000
350 to 400 square feet = 9,000
400 to 450 square feet = 10,000
450 to 550 square feet = 12,000
550 to 700 square feet = 14,000
700 to 1000 square feet = 18,000
If the room is heavily shaded, reduce needed capacity by 10%
If the room receives a lot of direct sun, increase needed capacity by 10%
Add 600 Btu/Hr for each person in the room if there are more than two people
If the unit is for a kitchen, increase the capacity by 4,000-6,000 Btu/Hr. How do air conditioners remove humidity from the room?The evaporator coils on the front of the air conditioner get very cold during normal operation of the air conditioner. As the warm moist air in the room comes in contact with the cold evaporator the moisture in the air condenses out of the air and attaches to the evaporator coil. As more and more moisture condenses the water begins to drip down into the base of the air conditioner where it is evaporated to the outside of the house. What can I do to make my air conditioner more efficient?Prevent any direct sunlight from heating up the room the unit is in. Clean the dust filter every month or as often as it needs it. Limit using any heat generating appliances such as stoves, ovens, microwave ovens, hair dryers, etc.LOCATE YOUR AIR CONDITIONER MODEL NUMBER First, here are some tips to help with your model number:
1. Don¡¯t enter a dash if it¡¯s not required.
2. Don¡¯t enter any blank spaces.
3. Be sure a zero is not the letter O.
4. Be sure a lower case L is not a 1.
5. Kenmore models always have a 3 digit prefix such as 110 or 665, then a period, then more numbers.
Next, look for an aluminum tag--or a silver or white adhesive label. The model number may be printed or stamped onto the tag and it may be written in two different type sizes or styles.
You might find the tag in one of these places:
Window Air Conditioner
* In the cool air exhaust port at the top of the unit
* On the frame of the unit behind the front grill
* On the side of the cabinet
All other types
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