AC Installation in Avon, CO

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Your Specialized Experts In Heating And Cooling Services

Elite HVAC Contractors: Your Go-To For Traditional Cooling In Avon

At Elite HVAC Contractors, we understand the importance of staying cool and comfortable during the hot Colorado summers. While we advocate for the cleaner, more efficient cooling options offered by ducted and ductless heat pumps, we also recognize the value and familiarity of traditional air conditioning systems. 

For those who prefer conventional cooling methods, we offer a range of high-quality air conditioning services to keep your home or business cool and comfortable.

Benefits Of Traditional Air Conditioning

  • Proven Performance: Traditional air conditioners have a long history of providing effective cooling in various settings.
  • Immediate Comfort: These systems can quickly reduce indoor temperatures, offering immediate relief from the heat.
  • Familiar Technology: Many homeowners and businesses are familiar with the operation and maintenance of traditional AC systems.

A Greener Alternative For Your Avon Home: Ducted And Ductless Heat Pumps

While traditional AC units are effective, we also offer ducted and ductless heat pumps as cleaner, more energy-efficient alternatives. These systems cool your home and provide heating, making them versatile solutions for year-round comfort. 

With advanced technology, these heat pumps operate more quietly and reduce energy consumption. Opting for a heat pump contributes to a greener planet.

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Our Approach To Traditional Cooling

Enjoy A Comfortable And Refreshing Home

Customized Solutions

We assess your specific cooling needs to recommend the best air conditioning system for your space.

Quality Installations

Our experienced technicians ensure a smooth and efficient installation.

Trusted Brands

We partner with leading manufacturers to provide durable, high-performance air conditioning units.

Easy Steps To A Cooler Home

Feel free to connect with us for a comprehensive consultation addressing your cooling requirements, where we'll explore both traditional and heat pump options tailored to your needs. Subsequently, through an in-home evaluation, we'll identify the optimal cooling solution for your residence or business. Count on our expert installation team to deliver a professional and seamless installation experience, providing comfort with minimal disruption.

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Frequently Asked Questions For Traditional Cooling Services In Avon, CO

What is the starting price for installing air conditioning in conjunction with my existing furnace?

The starting price for integrating air conditioning with your existing furnace system in Avon begins at $13,000. This initial cost provides a baseline, but it’s important to note that final prices may vary depending on your specific needs and the air conditioning model you choose. This ensures you get a tailored solution that best fits your home’s cooling requirements.

Choosing eco-friendly heating and cooling solutions in Avon provides several key benefits. These systems are notably energy-efficient, lowering your environmental impact and contributing to a healthier planet. 

Furthermore, they often lead to significant long-term cost savings due to reduced energy usage. Working with contractors skilled in green HVAC technologies ensures that your home or business benefits from both sustainable practices and improved economic efficiency.

Ducted and ductless heat pumps have key differences:

Ducted Heat Pumps: These systems use a network of ducts to distribute heated or cooled air throughout a building. They are typically integrated into a home’s existing HVAC system. They are ideal for heating and cooling multiple rooms or an entire house. 

Ducted systems are usually less visible in the living space but require adequate ductwork, which can be costly to install if not already present.

Ductless Heat Pumps (Mini-Split Systems): These systems do not require ducts. Instead, they have an outdoor unit connected to one or more indoor units via small pipes. You can control each indoor unit independently, offering personalized temperature control in different rooms. 

Ductless systems are more visible inside the room but are easier and less expensive to install, especially in buildings without existing ductwork. They are ideal for heating or cooling individual rooms or smaller spaces.


As the summer heats up, one of the most critical aspects of keeping your home comfortable is ensuring that your air conditioning is in optimal working condition. However, there might be instances when you need an additional cooling solution. Imagine being able to create your own DIY air conditioner that not only helps to cool down your living space but also can be a fun weekend project. Here are some innovative DIY air conditioner projects that you can try out to keep your home cool.


1. The Fan and Ice Box AC Replacement in Avon, CO

This is one of the simplest DIY projects and requires only a few materials. All you need is a fan, some ice, and a cooler box.

  • Fill the cooler with ice or frozen jugs.
  • Make two holes at the top; one for the fan’s front (blowing in) and another for exhausting cold air.
  • The fan’s power will force cold air out of the ice-filled cooler right into your room.


2. The Desk Fan Air Conditioner: A Solution for Air Conditioning Replacement in Avon, CO

If you have an old desk fan lying around, you can repurpose it into a personal air conditioner.

  • Attach copper tubing around the circumference of the fan.
  • Connect this tubing to a small water pump submerged in ice water.
  • The pump circulates cold water through the copper piping, creating a cooling effect when the fan is turned on.


3. The Solar-Powered Bucket Cooler

If you’re environmentally conscious and have basic electrical skills, this project could be enjoyable.

  • Take a five-gallon bucket and attach a small solar panel on top.
  • Inside the bucket, mount a small 12-volt computer fan facing upwards.
  • You’ll then suspend an evaporative cooling pad above it by cutting holes in either side to provide airflow.
  • With sunlight powering your solar panel, it fuels the computer fan which sucks hot air from outside, through the cooling pad, where it cools down and is then expelled back into your surroundings.


4. The Styrofoam Cooler AC

This project is similar to the ice box fan cooler project but uses a styrofoam cooler instead.

  • Cut an exhaust hole in the top for the air to escape.
  • Place a small fan on top facing downwards so that it will blow air onto the ice.
  • The air will be cooled down by the ice and then flow out of the exhaust hole, cooling your living space.


These creative DIY air conditioner projects can help you keep your home cool during hot summers. They are not meant to replace your traditional air conditioning system but serve as an additional cooling solution. Moreover, these projects are environmentally friendly, cost-effective and great fun to create. Just ensure safety measures while dealing with electronic components.## Four Unique DIY Projects for Crafting your Own Reliable Air Conditioner

As the summer months approach and temperatures begin to rise, staying cool becomes a priority. For many of us, relying solely on traditional air conditioning units can be costly and not very eco-friendly. However, there are alternatives that you can make yourself that are both cost-effective and efficient. Here are four unique DIY projects to create your own reliable air conditioner.


1. The Styrofoam Cooler Air conditioner

This project is not only affordable but also quite easy to put together. You would need: – A Styrofoam cooler – A small fan – A PVC elbow pipe – Ice or ice packs


1. Cut out two holes on the lid of the cooler – one for the fan and one for the pipe.

2. Place the fan facing downwards on one of the holes and secure it using glue or tape.

3. Insert the PVC pipe into the other hole.

4. Fill the cooler with ice or ice packs.

5. Turn on the fan once you’re ready for some cool breeze.


2. The Solar-Powered Air Conditioner

For those with some technical know-how, this project could be a fun challenge while saving electricity bills. You’ll need: – A small solar panel (12-volt) – Copper tubing – A cooler box – A small water pump (12-volt)


1. Install copper tubes in a zigzag pattern on one side of the cooler box.

2. Connect the water pump to these tubes so that cold water can circulate through them.

3. Connect both, solar panel and water pump, ensuring that when sunlight hits, cold water starts circulating through tubing providing a cool breeze in return.


3. The Five-Gallon Bucket Air Conditioner

This requires few materials but is extremely efficient in cooling smaller spaces like tents or small rooms. Materials needed: – A five-gallon bucket with a lid – Styrofoam liner – A small fan – PVC pipes


1. Cut out space for the fan and the PVC pipes on the lid.

2. Place in the styrofoam liner inside the bucket.

3. Install the fan and PVC pipes, filling any gaps with extra styrofoam to provide insulation.

4. Fill in ice or ice packs and start enjoying your homemade AC.


4. The Copper Coil Air Conditioner

A slightly complex but highly effective project that provides plenty of cooling power. You’ll need: – Copper coil – A cooler box – Plastic tubing – Small water pump


1. Form a coil with copper tubing and install them inside the cooler box.

2. Connect these coils to plastic tubes that are in turn connected to a water pump, creating a closed circuit for water to flow through.

3. Fill up the cooler box with ice and switch on the pump.

Each of these projects provides economic and environmental advantages by reducing energy consumption while keeping you cool during hot summer months. Try one out this summer based on your budget, skills, and cooling needs!# The Comprehensive Guide to Building Your Own Copper Coil Air Conditioner

In an era of growing environmental consciousness and skyrocketing electricity bills, building your own copper coil air conditioner has become an appealing option for many. This DIY project does not only offer a sustainable way to cool down your home during the sweltering heat but also provides a fun and rewarding experience. Here is a step-by-step guide to creating your own copper coil air conditioner.


Materials Needed for Air Conditioner Installation in Avon, CO

  • Copper tubing (1/4 inch diameter) – around 20-25 feet
  • Small fan
  • Plastic tub
  • PVC pipe
  • Ice or cold water
  • Zip ties


Step 1: Preparing Your Copper Coil for AC Installation in Avon, CO

Start by taking the copper tubing and bending it into a spiral shape, ensuring there’s enough space between each coil. Remember that the more coils you have, the cooler the air output will be, as there will be more contact time between the hot air and cool coils. Be careful while shaping to prevent kinking or breaking.


Step 2: Setting Up The Fan for AC Install in Avon, CO

Choose a small fan that fits best into your cooling setup. Attach it on top of the plastic tub using zip ties for added stability. Ensure that it is securely fastened so it won’t fall into the water later on.


Step 3: Assembling The Cooling System with Air Conditioning in Avon, CO

Next, take your coiled copper tubing and place it inside your plastic tub. Make sure that each coil’s end points upwards so that you can connect them to the PVC pipe later on.

Attach one end of the PVC pipe to one end of the coil using zip ties or any other reliable fastening method, then direct this pipe outside of your cooling setup; this will serve as an inlet for hot air.

Take another piece of PVC pipe and attach it to the other end of your coil; this should be directed inside your cooling setup as this will serve as your cold air outlet.


Step 4: Adding the Coolant with AC Avon, CO

Fill your plastic tub with ice or cold water. This will act as your coolant and create a cool environment for the copper coils to lower the temperature of the air passing through them. Change the coolant regularly to maintain the cooling efficiency.


Step 5: Testing Your Air Conditioners in Avon, CO

Once everything is assembled, turn on your fan. As it works, it will pull in hot air through the PVC inlet pipe, pass it over the cooled copper coils, and then push out colder air through the outlet pipe and into your room.

Building a DIY copper coil air conditioner offers both cost-effective and eco-friendly benefits while providing an enjoyable project for those who love crafting things on their own. However, remember that while this DIY AC can help alleviate summer heat to a certain extent, it doesn’t replace professional-grade air conditioners when it comes to regulating indoor temperatures effectively over extended periods. If you experience extreme heat conditions, investing in a professionally-installed AC might be more beneficial.


Creating an Efficient Styrofoam Cooler AC with Air Conditioner Avon, CO: A Step-by-Step Guide

Air conditioning units are a boon during hot summer months. However, they can add a significant amount to your electricity bills. If you’re looking for a DIY project that will not only keep you cool but also be gentle on your pockets, then creating an efficient Styrofoam cooler AC is an excellent option. This portable air conditioner is fairly easy to make and very handy during the scorching summer season. Here’s a step-by-step guide to help you create your own cooler AC.


Materials Needed

To start with, gather all the required materials:

  • A Styrofoam cooler
  • A small fan (Desk fans or USB fans work well)
  • PVC elbow joint – 3 inches
  • Marker
  • Sharp knife or Saw
  • Ice packs or ice


Step 1: Mark the Areas for Fan and PVC Pipe

Place your fan on top of the cooler lid in the position where you would like it to be installed – ideally in the center. Similarly, put the PVC elbow pipe on the spot where you want the cold air to come out – preferably at one corner of the cooler lid. Use a marker to draw around these objects.


Step 2: Cut Out Marked Areas

Using a sharp knife or saw, cut along the inside of your marked circles. Ensure that these holes are slightly smaller than your objects so that they can fit snugly without falling into the cooler.


Step 3: Insert Fan and PVC Elbow Pipe

After making holes in both marked areas, place your fan and PVC elbow pipe into their respective slots. The fan should face downwards so it can blow air into the cooler while being securely plugged from outside.


Step 4: Fill Up the Cooler with Ice Packs

Finally, fill up your styrofoam cooler with ice packs or ice. Close the cooler lid, making sure the fan and PVC elbow joint are securely in place.


Step 5: Power the Fan

The last step is to power your fan. If you’re using a USB fan, just plug it into any power bank or laptop. In case of a battery-operated fan, make sure it’s fully charged.

And voilà! Your homemade Styrofoam cooler AC is ready to use. This cost-effective and portable air conditioner can be a game changer during hot weather conditions, especially if you’re camping or need cooling in an area of your house where traditional AC can’t reach.

While this DIY project will not replace an actual air conditioning unit, it will certainly help keep you comfortable during summer heatwaves or for those occasions when your main unit is under repair or maintenance. Certainly worth trying out given its low cost and simplicity!## How to Make Portable AC Using a 5-Gallon Bucket: A Comprehensive Tutorial

Air conditioning is a vital part of any home, especially during the hot summer months. However, not everyone can afford or have access to a traditional air conditioning system. For those situations, a portable DIY air conditioner can be an efficient and cost-effective solution. One popular and easy way to create one is using a simple 5-gallon bucket. Here’s a comprehensive step-by-step guide on how to do it.


Materials Needed

Firstly, gather all the necessary materials:

  • A 5-gallon bucket with lid
  • A small fan that fits into the lid of the bucket
  • A PVC elbow (1.5 inches)
  • Ice or frozen bottles of water
  • Tools: drill with holesaw attachment, marker


Step 1: Preparing the Lid

Start by taking your fan and placing it upside down on top of your bucket’s lid. Use your marker to trace around the fan on the lid where it will sit as this will be your guide for cutting out an opening for your fan.

Next, using your drill with its holesaw attachment, cut out the outlined area on the bucket’s lid. This hole should fit your fan snugly.


Step 2: Drilling Holes for PVC Elbows

Decide where you want your cool air to be directed from the bucket. On those places, mark two points on the side of the bucket just below the top rim where you’ll insert two PVC elbows.

Again using your drill and holesaw attachment, drill out these two marked points at an angle pointing upwards so that when you insert the PVC elbows they point up at an angle.


Step 3: Assembling Your Portable AC

Now that you have all parts prepared, it’s time for assembly. Insert each PVC elbow into their respective holes in such a way that they point upwards.

Place your bucket wherever you want your AC unit to be and fill it up with ice or frozen water bottles.

Place the fan on the lid, ensuring that the side that normally faces down is facing up into the fan hole you cut earlier. It should fit snugly in place.

Finally, place the lid on the bucket. Make sure to align it correctly so that all parts fit well together.


Step 4: Testing

Now that everything is assembled, plug in your fan. The fan will draw warm air from your room, push it over the ice inside the bucket, and then release cooled air through PVC pipes.

Remember to replace ice or frozen water bottles as they melt to maintain a cool temperature.

This DIY project requires minimal skills and materials but offers a significant solution for those hot days when a traditional air conditioning unit is not available. Not only does this DIY portable AC function effectively, but it also allows you to move it around as needed whilst saving on energy costs compared to conventional AC units.

Here’s What Our Customers Say…

Check out these reviews from some of our amazing clients and find out what it's like to work with us!

Zak BocaZak Boca
22:48 14 Jul 23
I wouldn’t work with anyone else! They do a phenomenal job I highly recommend.
Sally AgnolettoSally Agnoletto
15:33 07 Jul 23
Incredible Service - would absolutely refer their business
Sean BoggsSean Boggs
12:32 29 Mar 23
Ricardo was great. Very proactive in getting things done and beat of all, he found me a $4000 rebate for our project.
bret taberbret taber
04:47 04 Feb 23
Ricardo installed a Mitsubishi cold climate heat pump for our home. He worked with us to get the system that fit our existing home the best (we replaced a ducted forced air gas furnace). I received quotes from several other local companies, but they were all trying to sell me other products and they never really bothered to follow up or respond to questions with the systems they proposed. The Elite HVAC bid came in well below others. Ricardo was super responsive and came back out several times to discuss the project to make sure we were comfortable with the install and where everything would be placed. He helped me get everything prepared for our HOA and to get our refund from Holy Cross and Walking Mountain. The communication, service and quality with his work were terrific.
Colleen GauronColleen Gauron
13:48 17 Aug 22
I had a great experience with Ricardo and Elite. Ricardo really impressed me with his professionalism and knowledge. He was very patient with my many questions. I am so glad I chose Ricardo and Elite to install my new AC. The work was done quickly and efficiently. He has even checked in with me from time to time to see how the AC is working. I Highly recommend Elite !
Jimmy ArbourJimmy Arbour
17:21 13 Aug 22
Elite HVAC installed a mini-split A/C unit with two indoor units to cool two bedrooms. Ricardo proved to be very reliable and friendly, and charged less than the other HVAC company that bid on the job. He came when he said he would and installed the units very quickly in two days with minimum mess or disruption.
Brad GreenwayBrad Greenway
21:21 10 Aug 22
Elite HVAC were very professional. During my search for a contractor, they kept in contact. Once we agreed on the routing of the pipes and scope of work, the performed as agreed and on time. They were very careful in protect the floors and cleanup at the end of the day. What more could I ask? They did the work professionally as agreed and on time.

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