What is cleaning the evaporator drain tube all about? The evaporator drain tube allows your air conditioning system to dispose of the condensation created by the air conditioning unit’s evaporator coil. You may have noticed that a home air conditioning system sometimes drips water. That happens in your car as well, but the evaporator drain tube drains it from the system and out of the vehicle. When the drain tube needs cleaning it can fail to do its job. When the evaporator drain tube is cleaned it should also be checked to see if it should be replaced. If the debris accumulation in the evaporator drain tube has caused molding or algae growth, then the rest of the system should be inspected for cleanliness. Climb under the car Find the evaporator drain tube Take a hanger and run it in and out of the tube The air conditioning system is a closed system, and is not inspected during routine maintenance. Even though the evaporator drain tube is easy for a mechanic to access and clean, it usually won’t be inspected unless a problem is reported.

If you notice any leaking in the cabin of your vehicle, schedule an inspection immediately. What is a common symptom indicating you need to clean the evaporator drain tube? Water leaking inside the car How important is this service? As your vehicle’s air conditioning system operates, the evaporator coil creates condensation. This condensation needs a way to escape the air conditioning system and the car. The evaporator drain tube is attached to the air conditioning unit, and drains all of this condensation away so that no liquid remains in the system. When the evaporator drain tube gets dirty it can develop mold or algae growth that can plug the tube entirely. When that happens, the air conditioning will have no way to excrete its condensation, and water will likely seep into the cabin of your vehicle.Texas summers are hot! It causes us to use more electricity than at any other time of the year. At AmeriPower we want you to lower your energy use as well as cut your costs for your power needs.  

There are many things you can do to lower your home energy use — and your energy bills. Thermostat Setting: In the summer, keep your thermostat set at 78 degrees F. In the winter, the recommended setting is 68 degrees F. For each degree below the recommended setting in the summer – or above the recommended setting in the winter – energy consumption increases by about 6 to 8 percent. Consider a programmable thermostat that raises or lowers the temperature by about 5 degrees when your home is unoccupied. Air Conditioning: Adjust your air conditioner’s thermostat, and turn on a fan. As much as 60 to 70% of the energy consumed by most homes in the summer can be attributed to air conditioner use. For every degree below 78 degrees you set your air conditioner, your cooling costs may increase by up to 9%. If you turn on a fan, the room will feel 4 to 6 degrees cooler than the thermostat reading. With your thermostat set higher and use of a ceiling fan, you save money because most fans use about the same amount of energy as a 100-watt light bulb.

Other things about your air conditioner that can be helpful area: Ventilation: Ensure that your house is properly ventilated. Attic temperatures often reach 140 degrees in Texas during the summer, causing air conditioners to work harder. Proper attic ventilation can significantly reduce the costs associated with heating and cooling. We suggest continuous soffit and ridge venting when replacing roofing — they’re a cost-effective, energy-efficient improvement.sharp air purifier user manual Light Bulbs: Use compact fluorescent light bulbs. clean air portal asiaWhile the up-front cost of compact fluorescent bulbs is a bit higher, over the long haul you’ll save money. will air purifiers help with musty smellCompact fluorescent bulbs use about one--fourth as much electricity as incandescent bulbs and last up to 9 years longer.

The lower-wattage fluorescent will not only save you money and energy, but will also provide almost the same amount of light. Compact fluorescent lights emit hardly any heat compared to incandescent lighting. Pool: Install an automatic timer on your pool pump. For pool owners, adding an automatic timer to your pool pump can help reduce energy use while making your life easier. Attic:  Inadequate attic insulation can cost you as much as 40% of your cooling cost. The problem is worse in the winter because heat rises. As much as 60% of the evergy input to heat can be lost in the wintertime due to poor in poor insulation. More than 80% of houses built prior to 1980 lack adequate ceiling insulation. A home without proper insulation and weatherization can lose up to 40% of conditioned air. Attic insulation is easy to install and is one of the most cost-effective ways to reduce energy usage. Other factors affecting your attic are as follows: Windows and Doors: Caulking around windows and weather stripping around doors is an excellent way to reduce heating and cooling costs.

As much as 15% of your heating and cooling costs may be air leaking into or out of your home.  New, energy efficient windows have special coatings that block out 60% of the heat that is normally transmitted through the window while allowing light to pass through.  Adding storm windows and doors can reduce cooling or heating lost through single pane glass by 40%. Refrigerator: A 10-year-old refrigerator uses up to 50% more energy than a new energy efficient model. Refrigerators and freezers are the third largest home energy users. Side-by-side refrigerators often use 40% more energy than refrigerators with a separate freezer on top or bottom. Automatic defrost freezers (frost free) use 40% more energy than freezers that must be manually defrosted. Thick frost makes the freezer work harder. Defrost (manual) freezers when the frost reaches a quarter inch thickness. Low temperature settings cause the refrigerator or freezer to run more than needed. Refrigerator temperature should be set at 36 to 38 degrees and the freezer temperature should be set at 0 to 5 degrees.