Adon brings residents of Gunter, TX high-quality heating and air conditioning services with a focus on professionalism and amazing customer service!
Our customers in Gunter, TX trust and rely on Adon for their residential and commercial heating and air conditioning. See what their reviews have to say!
Local Reviews
for Gunter, TX
Customers say: # Review Sentiment Analysis The reviews reflect an overwhelmingly positive sentiment toward the company's HVAC services. Customers consistently praise the technicians for being knowledgeable, professional, and thorough in their work. Many reviewers highlight the clear communication provided by staff, noting how well technicians explained system issues and maintenance procedures. The service quality is frequently described as "excellent" with multiple mentions of staff going "above and beyond" expectations. Customers appreciate the technicians' attention to detail, honesty, and courteous demeanor. The company appears to have built strong customer loyalty, with several reviewers mentioning they are long-term customers or would highly recommend the service to others. The overall tone is decidedly positive, with recurring themes of professionalism, reliability, helpfulness, and quality workmanship. Customers also value the maintenance programs offered and the comprehensive nature of the service visits.
Our Reviews by City
Excellent service
John - Gunter, TX 75058
Professional. Friendly. Explained everything.
Tremendous service
Taylor - Gunter, TX 75058
Alex was a true professional and was very clear in describing our AC issue. He came out to the house at 11 pm on a Saturday night and was able to solve the problem efficiently. He also thoroughly explained all my options pertaining to fixing the problem, which was greatly appreciated.
Outstanding service and quick response times!
Penny - Gunter, TX 75058
Clarence was knowledgeable and incredibly helpful. He quickly diagnosed our issues and got them fixed just as quickly. Very friendly and professional service!
Matthew C.
Client mentioned that there was a dent in the blower wheel fins. I offered to have an estimate provided to get it changed out. Client elected to see if he could find the part and do it himself. Upon completion of my thorough evaluation. I found the unit to be very clean and cooling properly. All electrical components tested within manufacturer specifications. Temperature being supplied to the home was 46 degrees. Filter did not need to be changed at this time 20x25x4. I treated and flushed drain lines with total c and water. I tested all electrical components on the outside unit. All tested within manufacturer specifications. Unit does not have dedicated surge protection. By adding surge protection to your full system you can help prevent potential damage caused by lightning strikes and other types of power surges. This current system is using a 20x25x4 box filter. While this is a good filtration option, by upgrading the filter to the Aprilaire 210 you can help combat against allergen
Matthew C.
Upon arrival i found that the unit will come on but the blower motor would not. After testing the motor i found voltage to be present in all modes but motor not running. Motor needs to be replaced.rpalced air handler board. Unit is now cooling properly and upon departure. Found the air handler board to be fried as well as the blower motor. Confirmed with field test.
Matthew C.
Upon arrival i found that the unit will come on but the blower motor would not. After testing the motor i found voltage to be present in all modes but motor not running. Motor needs to be replaced. Client elected to have motor replaced and signed up for annual membership.
Brayden W.
Perform maintenance on Trane 2024, condenser and 2019 air handler
Matthew C.
Upon completion of my thorough evaluation of the system, I started by resetting the system to see if the error codes would go away and take away the lockout, after the system reset the unit came back on and I started testing pressure to ensure that it wasn’t low on refrigerant. I was getting good pressure readings. Also I was getting a 20 degrees split across the coil 48 supply and 68 return. This leads me to believe that the temperature suction line sensor intermittently failed. Unit is currently cooling upon departure.
Matthew C.
Upon completion of my thorough evaluation, I found that the blower wheel has a substantial amount of dust on the fins. This can cause drag and potentially make the motor struggle. By having the blower wheel cleaned it can help the unit perform to its maximum efficiency. Also on the outside I tested the start amps for the compressor, i found that the compressor is starting high on amps. By adding a hard start kit, it can help keep the compressors amp draw down and prolong its life. I also tested all of the electrical components on the inside unit. All tested within manufacturer specifications. I treated and flushed drain lines with water and total c. The temperature being supplied to the home was 50 degrees. I changed the filter for the client. Aprilaire 210 20x25x4. On the outside unit all the other electrical components were testing within manufacturer specifications. I rinsed the outside unit with water. Unit was cooling upon departure.
Matthew C.
Upon completion of my thorough evaluation, I found that the system could benefit from a deep cleaning on all major components including, duct work, blower wheel, evaporator coil and drain line clearing. Also I noticed that the unit was using a 20x25x4 box filter, while this is a good filtration system, by upgrading to the Aprilaire filters you can help keep your system clean and catch more. It also helps combat allergens. On the out side unit i found that the capacitor was starting read on the low end and is at the end of life. If this part goes out the unit will it run unit it’s replaced. The unit could benefit from having h condenser coils deep cleaned to help with performance and efficiency of the unit. The last thing I noticed is the unit isn’t protected by any type of surge protection. By adding surge protection to your unit you can help prevent any damage caused by lightning strikes and any other type of power surge. Unit was cooling upon departure.
Brayden W.
1. Rinsed condenser with water to promote heat exchange and reduce stress on system 2. Visually inspected condenser coil for debris/ dirty. 3. Inspected condenser fan motor. 4. Inspected condenser fan blades. 5. Inspected/ cleaned wiring connections. 6. Tested compressor/ condenser fan motor capacitor. 7. Checked compressor amp draw. 8. Checked condenser fan motor amp draw. 9. Inspected / replaced return filter. 10. Inspected return plenum for debris/ dirty. 11. Inspected evaporator coil. 12. Inspected blower motor/ blower wheel. 13. Checked blower amp draw. 14. Measured temperature differential from supply to return. 15. Inspected drain lines and treated to prevent blockages Supply temp was higher than expected at 60 degrees. Tested refrigerant pressures and found them to be lower than expected. Began leak search at evaporator coil and found a leak on the back side of evaporator coil loops. Advised homeowner the coil should be coming in tomorrow and we would give him a call tomorrow
Brayden W.
Came out today for QC visit on new install. Started inside at t-stat (carrier) turned system to heat to check over unit. Tested heat pump heat and gas auxiliary heat and measured 115+ degree supply. System is level all wiring is good no error codes. Getting over 20 degree temp split in cooling 53 degree supply. Allowed unit to run in cooling for 30+minutes without issue. 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. Pressures were within manufacturer specifications. Tested normal heating operation. Advised homeowner against using 1 inch filters as he has he capability to take 4 inch filters. Suggested installation of aprilaire conversion kits for best filtration with lowest static pressure to keep system alive for as long as possible. Also advised surge protection to protect system from blackouts, brownouts, and proximity lightning strikes. Sur
Matthew C.
Preformed warranty Contactor changed out. Unit was working properly upon departure
Matthew C.
Performed a complete heating system maintenance and inspection. (Heat Pump) 2017 Inspected and tested all electrical components and safety controls on the indoor unit; all components tested within manufacturer specifications. Verified system temperatures: return air temperature measured at 76°F; supply air temperature measured at 102°F and rising. Confirmed air filter was recently replaced by client; filter size is 24” x 24” x 1” and 12x12x1. Inspected and tested all electrical components on the outdoor unit; capacitors failed out of manufacture specifications, 65.3/70 and 4.9/7.5. Client elected to have capacitor changed under warranty. Also the units compressor was starting up over 100 amps manufacturer limit is 144 amps. Client elected to have that revisited on the spring visit. Confirmed system was operating properly and heating upon departure. System Status: Operating normally at time of service.
Brayden W.
Replaced flame sensor on downstairs unit. Replaced capacitor on upstairs unit. Performed condenser cleaning on both outdoor units. While I was cleaning the units, I found oil on the condenser motor. This is an indication that the bearings on this motor are worn out and will fail eventually. Brought this to the homeowners attention.
Matthew C.
Preformed single system heat maintenance(heat pump) Tasks performed. 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 refrigerant pressures. 7. Checked compressor amp draw. testing out of manufacturer specifications at over 100amps. Manufacturer specifications are 104 amps. 8. Checked condenser fan motor amp draw. 9. Inspected / replaced return filter. 10. Inspected return plenum for debris/ dirty. 11. Inspected evaporator coil 12. Inspected blower motor/ blower wheel. 13. Checked blower amp draw. 14. Measured temperature differential 15. Inspected drain lines. 16. Washed condenser unit. 17. Tested contactor - Contactor testing below manufacturer specifications at 10 ohms, manufacturer specifications are 15-20ohms Also on inspection I found the plenum boxes and duct work to have dust/debris in them. I prov
Brayden W.
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. Found bad capacitor on upstairs unit testing outside of manufacturer specs. Found flame sensor pitted and burnt on downstairs unit. Also both condensers had a thick layer of matting on back side. Recommended chemical cleaning to improve system efficiency and reduce stress on system.
Matthew C.
Performed a complete heating system maintenance and inspection. Inspected and tested all electrical components and safety controls on the indoor unit; all components tested within manufacturer specifications. Verified system temperatures: return air temperature measured at 79°F; supply air temperature measured at 110°F and rising. Confirmed air filter was recently replaced by client; filter size is 20” x 25” x 4”. I visually inspected the outdoor unit, The outdoor unit could benefit from having a surge protector installed to protect the unit from lightning strikes, black outs and other types of surges in power. It comes with a 3 year warranty and $10,000.00 insurance policy for repairs if surge protection were to ever fail and components be come damaged after a surge in power. Confirmed system was operating properly and heating upon departure. System Status: Operating normally at time of service
Matthew C.
Heat preventative maintenance on 3 heat pumps from 2022(bedrooms unit), 2023(main unit), and 2022(master bedroom unit). Systems are using Aprilaire filter sizes 210 and 410 which customer provided and we changed today, there’s still more filters for next visit. During our inspection we checked temperatures, checked electrical connections and components, inspected the heat kits to make sure they’re turning on and off on demand, inspected the systems for dirt buildup, tested the performance of the heat pumps outside, and cleaned the dryer vent with today’s visit. On the bedroom unit we did find the drain pan to have rust, we informed the customer and we will reevaluate when we come back on the next visit. Overall the systems are running and heating properly, I do recommend adding surge protection to his other units to protect it from any electrical interference. Systems are running upon departure and customer renewed their vip membership today.
Matthew C.
Preformed heat maintenance on a single system gas furnace 2021 Bryant. I tested all electrical components and safeties on the inside unit. All tested within manufacturer specifications. I did take a look at the filter being blocked by the drain line. The only way to have this issue fixed is to cut the hole in the closet wood plat form and move the pvc pipe over a few inches and making the horizontal pvc pipe extend the same distance. Even then when that is completed the filter is still blocked a little by the door frame itself. I then proceeded to visually inspect the outside unit. All checked out on the outside. Unit was heating upon departure.
Shelby S.
Upon arrival, I tested the unit 3 different times. I replicated the noise 2 of the 3 times. I tested the components to ensure they were good. This is a variable speed unit and the compressor steps up and down according to demand. The noise is related to when the unit shuts off and the compressor stepping down out of the high stages instantly. The amount of noise varies between units. System is operating and heating normally. We will reach out to tech-support on Monday.
Shelby S.
I performed a single system maintenance on a 2019 propane furnace. I checked amps, filter, electrical, safeties, and cleanliness. I noticed that there was some loose wires at the control board. I tightened them to ensure clean connections. I observed that the blower wheel as a bit of build up present, the emergency pan is still is a condition where replacement is suggested, and the units did not have surge protection. I presented solutions for these issues/concerns/preventative measures during the time of service.
Matthew C.
Preformed Dryer Vent Cleaning. Presented before and after pictures of work completed. I preformed a single system heat maintenance on a 2024 heat pump. I tested all electrical components inside the unit. All tested within manufacturer specifications. I did changed 5e filter for the client. Aprilaire 210. I proceeded outside to check the electrical components on the outside unit. All tested within manufacturer specifications. Unit was cooling upon departure
Shelby S.
I performed a heating maintenance on a 2020 gas system. I checked amps, capacitor, filter, electrical, gas lines, cleanliness, and safeties. Customer and I spoke about keeping the air cleaner. I mentioned the Airscrubber and upgrading the filtration. Customer would like to move forward with upgrading the filtration. I did not have service at the time of service and had to email the estimate and maintenance invoice.
Brayden W.
Arrived for heating maintenance on 5T 2015 Amana furnace. Homeowner stated all was well with normal system operation. 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. 14. Tested drain line for blockages and found none Found large amount of rust in drain pan and txv uninsulated. No float switch found to prevent water overflow.
Shelby S.
Upon arrival, I turned on the downstairs zone only to find that the system starts to freeze. Quickly I turned on the upstairs zone. The pressures began to level out. This indicated that it’s going to freeze with only one zone on. The system currently has a cfm boosting fan in the duct work. I spoke with the homeowner to give him some options. We can wire the zones so the downstairs runs the entire system. This could cause uncomfortably on the u/s area. We could had a dump duct above the stairwell, upgrade the thermostat, and add sensors. This would allow more air movement, and the downstairs to factor in the temperature upstairs when operating. Also, this can lead to uncomfortable outcome. The final option is to go over options for variable speed units that can manage the refrigerant and air flow properly. Customer elected to have a comfort advisor come out on 10/24/2025 8am-10am arrival time.
Shelby S.
Upon arrival, I hooked up my gauges to check resting pressures. I proceed to use my leak detector to check the indoor and outdoor coils. The leak detector did not detect any refrigerant leaks. I turned the unit on and checked running pressures. I took a temperature split and examined the ducts. I located a bypass duct that was set to .7wc. I turned it down to .4wc. The system is cooling inside of manufacture specifications. Customer and I spoke about surge protection and air cleaning devices. I provided pricing to install them to the system to help with allergies and protect the electrical from power fluctuation.
Jacob P.
I arrived out our clients home for a single system with 2 zone unit not cooling properly. James first showed me the locations to booth thermostats and the attic access. I then proceeded outside to the outdoor equipment. I immediately noticed the suction line to be frozen over. I shut the unit off at the outdoor disconnect and tested the capacitor and contactor. The capacitor was reading lower than previously measured during the august 4th maintenance visit. I then went into the attic and found the evaporator coil completely frozen. I shared my finding with James and we discussed either thawing out the coil by turning on the furnace or shutting off the compressor and allowing the ice to naturally melt. We agreed that allowing the ice to melt naturally was the best option to not cause any potential damage to the evaporator coil. James elected to replace the capacitor today and we are scheduled to return tomorrow to preform a leak search on the coil. We will also provide a filter as a cou
