Refrigeration Repair

A/C REPAIR EXPERTS 

16238 Ranch Rd. 620 N. Austin, TX

Call Now for Service! (512) 643-7770

Family Owned & Operated in Austin Over 15 Years

A/C Repair Austin, TX
A/C Repair Austin. TX

Air Conditioning Repair Austin, TX

Tri-Point Refrigeration, Inc.  offers fast and reliable air conditioning service 7 days a week during the hot Austin, TX summers. Our technicians are trained to work on any type of air conditioning system in your home or business.

Each air conditioning unit, regardless of air conditioning brand, air conditioning size, or location is never too difficult for Tri-Point to handle. We strive for the best air conditioning service and that includes fixing your system right in one visit.

Our air conditioning repair prices include all parts, material, labor, and warranties. We are upfront with our pricing and ensure that you get the best service anywhere in or around Austin. Call Tri-Point Refrigeration, Inc. at (512) 201-2545 or schedule a repair through our website.

 

A/C Repair Austin, TX

When Austin summers hit, the heat can become unbearable and you need to ensure that you have a reliable air conditioning contractor you can call on to come out and fix your air conditioner! We offer fast, affordable air conditioning repairs. You can rely on Tri-Point Refrigeration, Inc. all over Austin areas during the hottest days and nights of summer. Our technicians are carefully trained and tested to provide you not only the best technical service but the best customer service in Texas.

You can lessen your chance for repairs on your air conditioner by doing regular air conditioning maintenance and cleaning. Tri-Point offers maintenance warranties. When you call, just ask our friendly dispatcher or service technician for details.  Tri-Point Refrigeration, Inc. can be there for you no matter the air conditioning service needed! Call us at (512) 201-2545

 

Air Conditioner Repair in Austin, TX

Here are 4 signs that your air conditioner is in need of a repair:

  1. Your thermostat is not reaching temperature after setting the thermostat.
  2. Energy bills have increased. This could mean that the your air conditioner is clogged and needs a cleaning or maintenance.
  3. Water around the furnace. You coil could be frozen which could be caused by a clogged filter or the air conditioner low on Freon.
  4. Your AC is making a loud noise. This could be a faulty motor or debris is trapped inside the air conditioner.

 

If you notice any of these warning signs, you may need an air conditioner repair and serviced. Call Tri-Point Refrigeration, Inc. to schedule a repair. We can send out an air conditioning  service technician to diagnose the problem on the air conditioner and get you back up and running in no time! Call us today at (512) 201-2545.

 

How an Air Conditioning System Works:

The job of your home air conditioner is to move heat from inside your home to the outside, thereby cooling you and your home. Air conditioners blow cool air into your home by pulling the heat out of that air. The air is cooled by blowing it over a set of cold pipes called an evaporator coil. This works just like the cooling that happens when water evaporates from your skin. The evaporator coil is filled with a special liquid called a refrigerant, which changes from a liquid to a gas as it absorbs heat from the air. The refrigerant is pumped outside the house to another coil where it gives up its heat and changes back into a liquid. This outside coil is called the condenser because the refrigerant is condensing from a gas back to a fluid just like moisture on a cold window.

A pump, called a compressor, is used to move the refrigerant between the two coils and to change the pressure of the refrigerant so that all the refrigerant evaporates or condenses in the appropriate coils. The energy to do all of this is used by the motor that runs the compressor. The entire system will normally give about three times the cooling energy that the compressor uses. This odd fact happens because the changing of refrigerant from a liquid to a gas and back again lets the system move much more energy than the compressor uses.

 

Commercial Appliance Repair in Austin, TX

 

 

 

 

 

 

 

Austin, TX Chamber of Commerce
Austin, TX Chamber of Commerce

 

 

 

 

 

 

 

 

 

Our Services:

  • Refrigeration Repair
  • Refrigeration Sales
  • Refrigeration Installation
  • Refrigeration Maintenance
  • Ice Machine Repair
  • Ice Machine Sales
  • Ice Machine Installation
  • Ice Machine Leasing
  • Ice Machine Maintenance
  • Walk in Freezer Repair
  • Walk in Freezer Sales
  • Walk in Freezer Design
  • Walk in Freezer Installation
  • Walk in Freezer Maintenance
  • Commercial HVAC Repair
  • Commercial HVAC Sales
  • Commercial HVAC Design
  • Commercial HVAC Maintenance
  • Commercial HVAC New Construction
  • Energy Management

TriPoint Refrigeration, Inc. is a Full Service Commercial Refrigeration Service Company Serving the Following Areas:

  • Austin, TX
  • Round Rock, TX
  • Georgetown, TX
  • Pflugerville, TX
  • Cedar Park, TX

And Most Other Surrounding Cities...

 

 

Ten Things Consumers Should Know About Air Conditioning

Most homes in warm climates have air conditioning. For some, air conditioning may be a luxury, but for many, it is a necessity. Given the expense of the equipment and the power to run it, Tri-Point Refrigeration wants consumers to be informed about their air conditioning systems. These ten points should make a consumer more aware of the air conditioning system and better able to care for it and use it well. Should it become necessary to replace that system, seek out a qualified HVAC professional.

1. What a "Ton" of Cooling is:

Before refrigeration air conditioning was invented, cooling was done by saving big blocks of ice. When cooling machines started to get used, they rated their capacity by the equivalent amount of ice melted in a day, which is where the term “ton” came from sizing air conditioning. A ton of cooling is now defined as delivering 12,000 BTU/hour of cooling. BTU is short for British Thermal Unit (and is a unit that the British do not use) The BTU is a unit of heating - or in this case, cooling - energy. It’s more important, however, to keep in perspective that a window air conditioner is usually less than one ton. A small home central air conditioner would be about two tons and a large one about five tons.

 

2. What Goes Wrong

Unlike most furnaces, air conditioners are complex mechanical systems that depend on a wide variety of conditions to work correctly. They are sized to meet a certain “load” on the house. They are designed to have certain amount of refrigerant, known as the “charge”. They are designed to have a certain amount of air flow across the coils. When any of these things changes, the system will have problems. If you produce more heat indoors either from having more people or appliances or because of changes in the house, the air conditioning may not be able to keep up.

If the refrigerant charge on the system leaks out, it lowers the capacity of the system. You will simply get less cooling and system will not be able to keep up when the load gets high. If airflow across the outdoor (condenser) coil is reduced, the ability to reject heat outdoors is reduced and the again the capacity of the system may go down, especially at higher outdoor temperatures.< In dry climates such as the Southwest United States, the same issues happen with regard to the indoor (evaporator) coil: higher airflow helps, lower airflow hurts. In humid climates, the situation is more complex. At higher airflow's, there will be less dehumidification, leading to high indoor humidities. If the airflow gets too low, however, the evaporator coil may freeze. This makes performance worse and can damage the compressor until it fails - leaving you with an expensive repair bill and no cooling!

 

3. Change Those Filters

Almost every air conditioning system has a filter upstream of the evaporator coil. This can be in the return grille or in special slots in the duct system and can be a fuzzy-looking or a folded paper filter. This filter removes particles from the air stream to both keep the air conditioning system clean and to remove particles from the air. As the filter does its job, it gets loaded with more and more particles. This actually has the effect of making it more efficient, but it also increases resistance and reducing airflow. When this happens, it is time to change the filter. How long it will take to happen depends on how dirty the air is and how big the filter is.

If you don’t change the filter, the air flow will go down, and the system will not perform well. Not only that, but if the filter is too dirty, it starts to become a source or air pollution itself. If you take the filter out completely, you would solve the low air flow problem, but this victory would be short lived. The particles that the filter would have taken out will now build up on your evaporator coil and eventually cause it to fail. A new filter is a lot cheaper. When you do buy a new filter, Tri-Point Refrigeration, Inc. recommends getting one with a Minimum Efficiency Rating Value of MERV 6 or higher.

 

4. Routine Maintenance

Routine maintenance such as changing filters can be handled by most consumers, but others require professional service. It’s a good idea to brush dirt and obstructions from the coils and the drains at the start of each cooling season. Depending on the system and the consumer, this may require a service call from a professional. If the system is not producing as much cold air as is normal, it could also be an indication of a refrigerant charge or airflow problems. These problems may require servicing.

 

5. Ducts Matter...A Lot!

Another reason systems may appear not to be producing enough cold air is because of duct leakage. Duct leakage can sap 20 to 40% of the energy out of even a well-operating air conditioner, if the ducts pass outside the cooled space (this includes attics, crawlspaces and garages). Ducts outside need to be well insulated. Various products exist specifically for insulating ducts that can be installed by a keen home owner or a professional contractor. You might be able to get an extra half ton of air conditioner capacity for free, if you seal your leaky ducts. If the ducts are accessible, handy consumers can seal ducts with mastic—that white sticky stuff you can paint on the ducts. Otherwise you would need a professional to seal the ducts.

 

6. Increase Energy Efficiency

Sealing leaky ducts may be the biggest single thing you can do to improve efficiency, but a lot of the issues mentioned about will help as well: replace dirty filters, keep the right charge and airflow, clean the coils. Another thing to do is to make sure the outdoor (condenser) unit is not so hidden from sight that its air flow is blocked or that leaves or other matter are not clogging it. If you are replacing the air conditioner, look to buy high efficiency equipment.

The most generally known efficiency rating is Seasonal Energy Efficiency Rating (SEER). SEER 13 is the minimum efficiency you should consider, but higher efficiencies are likely to be quite cost effective. Depending on your climate, you may wish to consider other efficiency numbers as well. For example, in hot, dry climates you should look at the Energy Efficiency Rating (EER) which says how well the system will work at peak conditions. If you live in a hot, humid climate you need to consider how well the unit can dehumidify

 

7. Lighten Your A/C Unit's Work Load

You can make your air conditioner work better by reducing the size of the job it has to do. You can do this by improving the building or reducing the internally generated loads that your air conditioner must deal with. Improving the building “envelope” includes things such increasing insulation levels or shading windows or reducing air leakage. Such improvements will reduce energy spent on heating and cooling, but may require substantial time or investment. When putting in a new roof or new windows, it is usually cost effective to use high-efficiency products. “Cool” roofing, for example, can save half a ton of cooling and a lot of energy over the year.

Reducing internal loads can be simpler. Shut off unneeded electrical appliances, lights and equipment. Shift appliance use (such as washers and dryers) to cooler times of the day. Use local exhaust fans to remove heat and humidity from kitchens and baths. Buying Energy Star or similarly efficiency appliances helps as well. In some climates other techniques can be used to reduce the load on the air conditioner. In dry climates evaporative air conditions (the modern version of what used to be called “swamp coolers”) can provide substantial cooling. In climates with large temperature swings, such as the hot, dry climates, you can reduce the load by bringing in large amounts of cool outdoor air. Such systems can be called “night cooling” “ventilative cooling” or “residential economizers”.

 

8. Ventilation is Needed

The previous points have focused on cooling, but the original definition of air conditioning contains more than that; an ideal air conditioner should heat, cool, clean, ventilate, humidify and dehumidify as needed to provide health and comfort. In fact the second most important objective of the original definition is to provide ventilation. Whether or not the piece of equipment we call an air conditioner provides it, ventilation is needed.

Without adequate ventilation, contaminants generated indoors will can lead to significant health and comfort problems. Tri-Point Refrigeration, Inc. recommends that there be at least enough ventilation to exchange the air inside house once every four hours, depending on house design. Older homes tend to have leakier walls and leakier ducts and mostly get sufficient ventilation through such leakage. Such leakage and infiltration may not be the most energy efficient approach to ventilation and is an opportunity for savings.

Most new homes and some existing homes are relatively tight and thus require mechanical ventilation to meet minimum ventilation requirements.

 

9. It's Not the Heat, It's the Humidity

Humidity control was the problem that originally spurred the need for air conditioning. Lack of humidity control in hot, humid climates, in particular, can lead to mold growth and other moisture-related problems. High indoor humidities can lead to health and comfort problems. Modern air conditioners dehumidify as they cool; you can see that by the water that drains away, but this dehumidification is incidental to their main job of controlling temperature. They cannot independently control both temperature and humidity.

In hot, humid climates the incidental dehumidification that occurs may not always be enough to keep the indoor humidity conditions acceptable. (Tr-Point recommends roughly a 60% relative humidity maximum at 78F.) The maximum dehumidification happens not at the hot times of the year—when the air conditioner is running a lot—but at mild times of the year when the air conditioner runs very little. Although there are some leading edge air conditioning systems that promise to independently control humidity, conventional systems may not be able to sufficiently control the problem and can cause comfort or mold problems in certain situations. Some current high-end systems have enhanced dehumidification, but when the existing system cannot sufficiently dehumidify, it may be necessary to buy a stand-alone dehumidifier.

 

10. Lessen the Need for Dehumidification

Do not set your thermostat to the “fan on” position. In this position the fan blows air all the time whether your cooling system is running or not and one key impact is that a lot of the moisture your system just took out of the air, will be blown back into the house before it can drain way. Use exhaust fans during moisture-producing activities. Cooking, bathing, washing, and similar activities produce a lot of moisture inside the home. Exhaust that moisture directly outdoors using a fan. Similarly, avoid drying clothes indoors except with a clothes dryer that is exhausted directly outdoors.

Do not open windows or use ventilative cooling when it is too humid outside.