If your fridge is as old, or because you already decided to replace it with an energy-efficient refrigerator worn, you should really do a simple check whether the refrigerator is good. Questions such as how often and how long the compressor runs motor, whether it was the frost in the freezer, how well your door seals and the temperature of the freezer and refrigerator sections can all impact your refrigerator energy consumption. Start by just trying to remember how often do you hear the engine. Does it seem to go continuously, or is the fridge silent in the rule? The compressor seems to keep on and off (short term, then short breaks)? In times of the day when the refrigerator door is closed (eg overnight), the pattern of energy use for energy-saving refrigerators, that usually only for a short time with the engine, operate at much longer periods interspersed resting place of the compressor. If this is how you behave your refrigerator, you’re off to a good start. If the compressor motor is almost all the time, there may be problems with the seal or spider webs on the coils, or the refrigerator can in an enclosed area so that the heat of the engine is working to extract from the interior is nowhere to escape. You can only an old refrigerator with an inefficient compressor engine, which translates into less heat will be extracted for a specified amount of electricity input, or you can have poor insulation in refrigerator walls, so that more heat flows through the refrigerator side. Or the temperature might be low, have either set in the refrigerator or the freezer. Next look for ice in the freezer. Fast or heavy frost build-up in a manual-defrost freezer is usually an indication that warm, moist air getting into the freezer. They had to escape a bad seal on the freezer, the cold air through the seal, and enter a warm, moist air in its place. It needs more power and heat from moist air than dry air to extract, so that you win on two fronts by eliminating leakage. Even if you have a great seal, you should defrost a manual defrost freezer regularly. You should never make more than a quarter-inch on ice compartment walls, as the compressor motor to work harder. Check your refrigerator and freezer gaskets to ensure a good seal. The standard test is to check the dollar bill. Open the refrigerator or freezer door, allowing you a bill close to half way in foil, then the door. If the account remains firmly in place when you pull, the seal is in this part of the sealing order. Do the same at several other points along the seal. If at any point on the invoice slips or moves freely, try the invoice to the seal in either direction until it sticks. That should give you an idea of how big each leak. You can solve some gasket leaks by cleaning the seals any residue that may prevent a good seal to be removed. But if there are gaps, and the seal is clean, you really should replace the seal. Your fridge dollar bill pass the test, although the seal can be in the air – if the seal is broken. Cracks can open up the thin part of the seal where it attaches to the door. Run your finger along the seal feel for RIPs, all the way around each door. If you are a DIY type, seals can be replaced fairly cheaply. I bought a new gasket for my fridge five years ago and it had no prior instruction on the door within half an hour. And can one person to repair a device to install faster, especially if they are told to get a replacement gasket with them when you get to call them. So if your seal is not tight or too rigid to achieve a good seal, they get replaced. What are the ideal temperature for your refrigerator and freezer sections? The last thing in to your Do-it-yourself guest refrigerator is look, the temperature in each compartment of the refrigerator. You can use either a standard glass thermometer or an electronic probe thermometer to do this. Insert the thermometer (or part of the probe, filled for an electronic thermometer) in a glass half full of liquid (a pickle jar not nice), and leave it in the compartment for a full 24 hours. (Make sure the glass is only half filled with liquid for the freezer, the freezing does not break the glass. Do not open the device for at least an hour before your 24-hour measurement. Check the temperature on the thermometer. For the fridge, you should strive 39F or 40F (or 4C). go for the freezing temperature of 5F (or-15C). If the temperature in the refrigerator or freezer temperature is lower than wasting this, your energy Cool is not your food more than necessary. Note that for breast or freezers where frozen foods are stored tends to be longer than in the freezer compartment of refrigerators, you want a somewhat lower temperature of 0F freezer or-17C. If the tray is not the ideal setting , adjust the thermostat in the appropriate section up or down by only a small amount. Then you wait 24 hours and take a second reading. It is best to tweak the thermostat a little at a time until you find the ideal to reach temperature in the refrigerator. When you reach that ideal setting, you can use a permanent marker to draw a line on the thermostat, you have a reference point. It is not obvious that this will always the ideal temperature (thermostats can be finicky), but if you find later that the line know well from the front, you to measure the temperature again. It is important that your refrigerator temperature (both subjects) on a monthly basis, or the measure at least if you selected already tested and have the position of the thermal Tatrad to see that the dial has not moved. It is given for these dials turned on accidentally or deliberately by small hands, and if the temperature varies far from the correct settings for the refrigerator or simple 40F 5F for the freezer, you can either risk spoilage of food or a higher electricity bill.


Green Energy Efficient Homes. com , a site that people find ways to use less energy at home. For more on saving energy with your refrigerator, see Energy saving refrigerators and Energy-efficient freezers on Green Energy Efficient Homes.