HVAC Professionals Serving Prosper, TX, and Surrounding Areas
The weather in Texas can be unpredictable, which means reliable HVAC systems are crucial for maintaining comfortable atmospheres in our homes. With a surge in demand for reliable air conditioning and heating solutions, choosing the right HVAC company in Prosper, TX, becomes paramount. Fortunately, that’s where we come in. Adon Complete Air Conditioning & Heating strives to stand out as the premier choice for all your HVAC needs.
Don’t wait to get started. Get in touch with our HVAC professionals in Prosper, TX, for services that are prompt, efficient, and tailored to ensure your utmost comfort!
We also serve the communities of:
- Allen, TXÂ
- Anna, TXÂ
- Arlington, TXÂ
- Aubrey, TXÂ
- Blue Ridge, TXÂ
- Carrollton, TXÂ
- Cedar Hill, TXÂ
- Celina, TXÂ
- Dallas, TXÂ
- Denison, TXÂ
- Fairview, TXÂ
- Farmersville, TX
- Frisco, TXÂ
- Garland, TXÂ
- Gordonville, TXÂ
- Gunter, TXÂ
- Howe, TXÂ
- Leonard, TXÂ
- McKinney, TX
- Melissa, TXÂ
- Plano, TXÂ
- Pottsboro, TX
- Princeton, TX
- Richardson, TXÂ
- Rockwall, TXÂ
- Sherman, TXÂ
- Tioga, TXÂ
- Tom Bean, TXÂ
- Trenton, TXÂ
- Van Alstyne, TXÂ
- Weston, TXÂ
- Whitesboro, TXÂ
- Whitewright, TX
Trustworthy HVAC Contractors in Prosper, TX
Our team of dedicated HVAC contractors in Prosper, TX, comes with years of experience. Whether it’s a brand new installation or repairing an existing air conditioner, our hands-on experience ensures top-notch service every time.
We also understand the importance of HVAC system efficiency. That’s why we recommend systems with the highest SEER ratings, ensuring that you not only save on utility bills but also contribute to a greener environment. Should your HVAC unit need any replacement parts, we guarantee that we use only the best, ensuring quiet operation and prolonged system life.
Why Choose Our HVAC Company in Prosper, TX?
From the moment you call us to the time we complete our service, meeting your expectations remains our top priority. But what truly sets us apart from other HVAC professionals in Prosper, TX?
- Comprehensive Services: Our range of services isn’t limited to just cooling or heating. From central air conditioning units to heating systems, our professionals are equipped to handle it all.
- Customer First Approach: We pride ourselves on ensuring customer satisfaction. Our HVAC professionals in Prosper, TX, prioritize your needs, guaranteeing an excellent service experience from start to finish.
- Educative Approach: We believe an informed customer is a happy customer. Whether you want to understand SEER ratings or the importance of proper maintenance for your AC unit, our professionals are here to guide you.
- Upfront Pricing: Quality doesn’t always have to come at an unexpected cost. We let you know the prices of our services upfront, ensuring you’re never left in the dark.
Contact Our HVAC Professionals in Prosper, TX, for Quality Service Today!
Facing an unexpected HVAC system breakdown? Or perhaps you’re considering upgrading to a new HVAC unit with better energy efficiency? Regardless of your needs, our team is just a call away.
Centralized systems, especially central air conditioning units, have gained immense popularity in recent years. They not only provide a uniform temperature throughout your property but also come with better energy efficiency compared to traditional standalone units. We can discuss your options to ensure you make the best possible decision for your home.
Whether you’re seeking HVAC repair, maintenance, or new installations, choosing the right HVAC company in Prosper, TX, is essential. Adon Complete Air Conditioning & Heating, with its team of trained HVAC professionals, ensures top-tier services tailored to your needs.
Prioritizing customer satisfaction and employing a holistic approach to heating and cooling, we are your go-to choice for dependable HVAC professionals in Prosper, TX. Don’t compromise on comfort; get in touch with us today!
Our service areas also include:
- Allen, TX
- Anna, TX
- Arlington, TX
- Aubrey, TX
- Blue Ridge, TX
- Carrollton, TX
- Cedar Hill, TX
- Celina, TX
- Dallas, TX
- Denison, TX
- Fairview, TX
- Farmersville, TX
- Frisco, TX
- Garland, TX
- Gordonville, TX
- Gunter, TX
- Howe, TX
- Leonard, TX
- McKinney, TX
- Melissa, TX
- Plano, TX
- Pottsboro, TX
- Princeton, TX
- Richardson, TX
- Rockwall, TX
- Sherman, TX
- Tioga, TX
- Tom Bean, TX
- Trenton, TX
- Van Alstyne, TXÂ
- Weston, TX
- Whitesboro, TX
- Whitewright, TX
Local Reviews
for Prosper, TX
Our Reviews by City
Great Work
Srini - Prosper, TX 75078
I am very happy for the duct cleaning service provided by Adon Complete. They provided lots of details, explanations, suggestions they provided and they did great work. I would recommend for duct cleaning.
Great job
Keith - Prosper, TX 75078
Shelby S.
Upon arrival, I found the outdoor unit not working. I verified my 24v to the outdoor unit. I followed power until I came across rodent damage to both pressure switches. The damage is severe enough that the wire is not repairable. Due to it being rodent damage, it is not covered by warranty. Customer asked questions about his drain. I provided options to address the pressure switches and add a primary float switch/blow out valve to the system. The customer declined at the time of service.
Brayden W.
Responded to service call regarding HVAC system repeatedly generating fault alerts and requiring manual resets to restore operation. Upon arrival, performed full diagnostic evaluation of the system, including control board fault code review, sensor resistance checks, and system performance verification. Troubleshooting revealed a failed evaporator coil temperature sensor providing inaccurate temperature feedback to the control board, resulting in system lockout conditions. Further diagnostics confirmed a failed suction line temperature sensor, causing improper superheat monitoring and triggering protective fault alerts. Verified wiring integrity, checked sensor resistance values against manufacturer specifications, and confirmed both sensors were operating outside acceptable parameters. Recommended replacement of the evaporator coil sensor and suction line sensor to restore proper system monitoring, prevent nuisance lockouts, and ensure reliable system performance. System left in sa
Matthew C.
Preformed warranty outdoor temperature sensor replacement. Unit was heating upon departure.
Shelby S.
Preformed 4 system heating maintenance on 3-2016 gas furnace and 1-2025 gas furnace. Tested all electrical and safeties components on each system. All tested within manufacturer specifications. We did notice each filter does need to be changed, client did not have filters for us ri changed out. 20x25x4. We noticed there were about 1inch gaps at the top of the filter and filter box. We provided estimates to add Aprilaire conversion racks and filters for better filtration. We also noticed on the downstairs unit the ducts, plenum boxes and blower wheel were extremely dusty. We provided estimates to have all cleanings addressed.
Matthew C.
Performed a complete heating system maintenance and inspection on 2 2020 Gas system. Inspected and tested all electrical components and safety controls on the indoor unit; all components tested within manufacturer specifications. On both units. Verified system temperatures: return air temperature measured at 71°F; supply air temperature measured at 110°F and risining. The down stairs unit was at 115F and 81 return. Confirmed air filter was recently replaced by client; filter size is 20 x 25” x 4”. I visually inspected the outdoor units The outdoor unit was in good condition Confirmed system was operating properly and heating upon departure. System Status: Operating normally at time of service.
Brayden W.
1. Visually inspected condenser coil for debris/ dirty. 2. Inspected condenser fan motor. 3. Inspected condenser fan blades. 4. Inspected/ cleaned wiring connections. 5. Tested for gas leaks 6. Tested functionality and cleaned flame sensor 7. Tested functionality and cleaned pressure switches and ports 8. Inspected / replaced return filter. 9. Inspected return plenum for debris/ dirty. 10. Inspected evaporator coil. 11. Tested functionality and visually inspected surface igniter 12. Checked blower amp draw. 13. Measured temperature differential from supply to return. 20 degrees measured. All is well with normal heating cycle. Adjusted aprilaire fresh air intake to 15 from 8 minutes per hour. Blower wheel and evaporator is clean. Surge protection installed on equipment working as intended. Unit in good working order upon departure
Matthew C.
Dryer Vent Cleaning, preformed work and presented before and after pictures of results. I preformed a 2 system heat maintenance on 2023 communicating Trane gas furnaces. I tested all electrical and safety components on each system. All tested within manufacturer specifications. I changed both filters at the time of inspection. 20x25x4 and 16x25x4. Temperature being supplied downstairs was at 109 degrees and 73 return. Upstairs was 106 and 68. I proceeded outside to visually inspect the outside units. While visually inspecting I noticed each system did not have any surge protection on the system. Surge protection cause be beneficial to add just in case of a lightning strike and/or surges in power. I provided estimates to have the surge protection installed. Units were heating upon departure.
Brayden W.
Preformed 3 system heating maintenance 2014 gas. Tested all electrical components and safeties on each of the units. All tested within manufacturer specifications. We changed all filters 20x25x4(2) and 16x25x4. We did find that the master bedroom blower wheel could benefit from a good cleaning, also found on the upstairs unit and down stairs unit that both could benefit from a duct and plenum box cleaning. Units were cooling upon departure.
Brayden W.
1. Visually inspected condenser coil for debris/ dirty. 2. Inspected condenser fan motor. 3. Inspected condenser fan blades. 4. Inspected/ cleaned wiring connections. 5. Tested compressor/ condenser fan motor capacitor. 6. Checked compressor amp draw. 7. Checked condenser fan motor amp draw. 8. Inspected / replaced return filter. 9. Inspected return plenum for debris/ dirty. 10. Inspected evaporator coil. 11. Inspected blower motor/ blower wheel. 12. Checked blower amp draw. 13. Measured temperature differential from supply to return. 20 degrees measured. 14. Inspected drain lines and treated to prevent blockages 15. Rinsed condenser unit to promote heat exchange 16. Inspected heat strips for functionality Found loose wire to heat strips made sure to secure this wire and tested heat strips and found no issues. Air quality is superb. Unit in good working order upon departure.
Matthew C.
Heating preventative maintenance on two gas systems from 2019 using air filters 20*25*1 (main unit) and 16*25*1 (master bedroom). During our inspection we checked temperatures, checked electrical connections and components, measured the attic insulation, changed air filters with ones customer provided, performed a gas leak search on both units, cleaned safety sensors, and inspected the systems for dirt buildup. Overall the systems are heating properly and safe. We did notice the systems don’t have surge protection and informed the customer but he isn’t interested at this time. Customer is on a monthly payment vip agreement.
Jacob P.
Blower motor replacement Arrived at our clients home to confirm the diagnosis for the intermittently failing blower motor. I was in the process of diagnosing the motor but was unable to replicate the issue. Jody requested I replace the motor and take care of the issue for her. Once the motor was replaced I proceeded to test and inspect the refrigerant pressures for the system. Everything measured within manufacturer specifications. We turned the thermostat down to 76º and we discussed how the unit will run for a while before satisfying the desired set piping. The system is cooling on departure.
Jacob P.
We installed new txv and filter dryer. We didn't need any refrigerant
Brayden W.
Arrived on site, found alerts on thermostat for low pressure lock out. Reset power on system and it came on. Measured refrigerant pressures and found there to be a restriction on the low side. Upon further inspection, we found that some of the TXV capillaries are touching the liquid line. Upon removing the sensing bulb and warming it up pressures returned to normal. We removed the capillaries from the liquid line and adjusted the bulb position to 2 o’clock from 3 o’clock. Pressures started to look better after this, but still indicating a restriction in the system. Informed homeowner that we will need to replace this txv under parts and labor warranty.
Brayden W.
Arrived on site, and found water dripping out of emergency drain line. Upon inspecting the attic unit, I found water in the drain pan. Outside I found the drain line was run into an irrigation box a little too deep. Upon lifting the drain line a little out of the water, water immediately began draining out. Made drain line adjustments to shorten the pvc going into the drainage box to allow overflow. 20 degree split across the coil was measured with a 53 degree supply. Extensively tested drain line to ensure the line was clear and found it to be draining fine at this time. Unit in good working order upon departure.
Brayden W.
Arrived on site for quality control check. Started inspection of indoor unit, found unit to be putting out a cold 55 degrees with more than a 20 degree temperature split. Inspected wiring connections and found no issues. No obstructions of the indoor coil or air leaks. Tested drain lines and found a small issue with the negative pressure of the unit sucking up water. Added a cap to prevent this from happening. Checked refrigerant pressures and found them to be in range. Outdoor unit is leveled properly. Tested float switch to ensure proper operation of safety features and found no issues. Inspected line set and found it to be free of leaks or kinks. Unit is in good working order upon departure.
Brayden W.
Scope of Work – Upstairs System Upgrade The existing upstairs HVAC system is currently a 3-ton unit. This project will involve upgrading the upstairs system to a 5-ton TRANE system to increase cooling capacity. System Components: • Outdoor Condenser: 5-ton rated TRANE condenser. • Evaporator Coil: Upgraded to meet full 5-ton capacity. • Gas Furnace: Upgraded to an 80,000 BTU TRANE gas furnace. Ductwork: • If any additional ductwork modifications are required to meet 5-ton airflow requirements, this will be the customer’s responsibility. • This scope covers only the system change-out to achieve the 5-ton capacity for the upstairs unit. Warranty Coverage: • 10-Year Manufacturer Mechanical Warranty – Provided through TRANE. • 2-Year Labor Warranty – Provided through JB Associates.
Shelby S.
Upon arrival spoke to clients wife about the hot spots in the house. She showed us which rooms were hotter than others in the upstairs. One being the daughters bedroom and the other being sons bedroom. We proceeded up into the attic space and adjusted the dampers on the two supply ducts. We proceeded to do the cooling maintenance for all three systems. We check all electrical components on the inside units. All tested within manufacture specifications. We did notice that all three could benefit having a safety float switch added to the main drain lines. The upstairs and down stairs units ducts are dirty. Provided estimates for duct cleanings wi5 7 additional returns along with 3 float switches. Master bedroom ducts were not dirt at the time of the inspection. Master bedroom unit filter was changed. upstairs and downstairs filters were not available to change. Size20x25x4 We proceeded to the outside units. We test all electrical components on each of the units. The maters bedroom uni
Matthew C.
Preformed cooling maintenance for 2 systems. Tested all electrical components on inside and outside units. All tested within manufacture specifications. Tested run and start amps on outside units. The down stairs unit could benefit from having a hard start kit installed to help get the amps down on units start up. The upstairs unit start and run amps are testing within manufacture specifications. Rinsed both outside units coils. Changed filters for client. Treated main drain lines on both units with total c. Units are cooling upon departure. 521 ELECTRONIC HARD START 189-227 UF 170-277V 1 HP AND UP HARD STARTS ARE USED TO GIVE COMPRESSORS A HIGHER STARTING BOOST OF CURRENT WHEN NEEDED TO START. 521 compressor saver comes with a manufacturer warranty of 2 years from date of installation.
Brayden W.
Came out today for QC visit on new install. Started inside at t-stat (Trane) turned system down to check over unit. System is level all wiring is good no error codes. Getting over 20 degree temp split. Drain line is draining at this time. System is clean and operating as designed. Outside unit is level all electrical components are good and tight. All components are operating as designed. Added 1 lb of 454b. Pressures were within manufacturer specifications. Found supply temps a bit high which prompted further investigation. Upon closer inspection I found the liquid line slightly kinked. Assured homeowner that we would be out this evening to address the issue and get it taken care of. Also performed maintenance on both other units. 1. Visually inspected condenser coil for debris/ dirty. 2. Inspected condenser fan motor. 3. Inspected condenser fan blades. 4. Inspected/ cleaned wiring connections. 5. Tested compressor/ condenser fan motor capacitor. 6. Checked compressor amp draw. 7. Ch
Jacob P.
The upstairs system is currently 19 years old Builder grade unit. The unit is extremely old unit strongly recommend to replace it for better, efficiency and warranties. Providing a discount due to all the repairs has been done on the upstairs unit The price we are providing is a cash price. If the customer wants to pay a credit card will be a 3% fee.
Owen J.
- Provided courtesy call to homeowner to confirm appointment time and verify address. - Met homeowner/Blake… he explained his issue with upstairs thermostat and that it will cool to 75°F but when they adjust it to 74 it can never reach 74°F. - Provided a demand for cooling at thermostat. - 20x25x4 Air Filter is clean and pointed correctly - System draining properly and not retaining water. - no air restrictions in air distribution assembly -System needs maintenance…outdoor condenser coils need cleaning. - checked all electrical components/amp draws - refrigerant charge is within manufacturer operating specifications. - system providing a 17.8+°F temperature drop across the coil - photo documentation attached - thermostat displays correct temperature. - AC diagnostics checklist form filled out and attached. - System cooling, draining, communicating/functioning properly and within manufacture specifications upon departure. - technician cannot find any issues affecting performance ot
Matthew C.
Upon arrival met homeowner in driveway as he was just arriving as well. Homeowner escorted technician directly to attic to the equipment in question…System #1/upstairs. Equipment: Carrier Furnace Blower motor. M# 310AAV066110ACJA S# 2006A30520 - Diagnostic/inspection found blower motor housing and wheel are damaged/compromised causing system to become inoperable. - attempted to secure existing housing with new screw hole and reposition wheel on motor shaft only to find out the entire wheel was compromised as well. - Existing motor & capacitor still functional. - Shut system main power to off at power switch in attic. - creating estimate for blower motor housing and wheel replacement. - These are special order parts and need to call manufacturer for availability. Unable to determine parts available during after hours service. - Office/Adon customer service representative will contact homeowner with availability of parts and to schedule return trip for repairs.
Owen J.
Upon arrival found downstairs system set to 72 and holding at 71. Also upon arrival found upstairs thermostat display showing that no common wire was detected. Pulled off face plate and properly secured common wire to port and display showed all connections were properly made. Provided a call for cooling and system started to function properly again. Unable to access indoor equipment to provide minor AC diagnostics due to door being locked. Supply temperature of upstairs equipment suggests that system functions properly again. System functions properly again at this time. Called homeowner to go over diagnostics and to explain that it’s a simple issue due to a loose wire. In attempt to provide diagnostics and explain that this call back isn’t due to anything our company has previously repaired on last visit the homeowner couldn’t contain her anger saying it’s what we repaired previously and that she didn’t want to pay. In further attempt to explain everything the homeowner cut me off mi
Jacob P.
Arrived at our client home for questions regarding repairs vs replacement for the equipment in their home. I was able to answer general questions about repair and clarified that any money put into equipment would only be to get them by. I confirmed that there is R22 repair options available but as a company we choose not to do them as they are not the best solutions for our clients. We then began discussing full system replacement options and I proceeded into the attic to check and measure duct work as well as document all equipment. We discussed uneven airflow to 2 bedrooms in the home and I was able to identify which ductwork would need to be addressed to help the rooms be comfortable. We discussed replacement options and I sent two estimates for 15 and 17 SEER equipment respectively. They are actively getting other quotes and would accept a follow up Wednesday of next week.
Shelby S.
We performed 2 system cooling maintenance on 2004 gas systems. These systems are R22. We checked amps, capacitors, filters, drains, electrical, safeties, and cleanliness. We found that these units are on their last legs. The unit located on the right side of the home needs: blower replacement, water safety add ons, a blower capacitor, an emergency drain pan, the drain cleared, and a hard start kit. Also, it was discovered that the unit has parts of the coil that are plugged causing the refrigerant to bypass parts of the coil. The kitchen/other system needs: a blower motor, blower capacitor, water safety add ons, the drain cleared, contactor, and a hard start kit. Also, it was discovered that this unit has a refrigerant leak due to oil residue being present. We provided options to address the repairable issues and suggested system replacement. Customer declined repairs at the time of service.
