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Came out during ice storm to fix problems caused by rolling blackouts. Same day service call and excellent price, did not hike the prices during extreme conditions.
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ADON was fast, friendly and straight forward with all of my options. Great crew.
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Adon Air is always quick to respond anytime we call. Alex was our repair technician. It is apparent that he is very knowledgeable with AC diagnosis/repair. He was also very courteous and took the time to explain everything that he was doing.
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Great company, quick service, experienced techs, Will recommend to all!
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Chris did an amazing job and was so thorough. He taught me about my system which is awesome, we have had several different repairmen come out that never took that time. We will be using him for our complete ac/heat replacement because of his work ethic, honesty, and great customer service skills! Thank you to Chris and adon for your service during these hot Texas months.
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Techs showed up on time and did an amazing job with the duct cleaning! Everything looks amazing and the techs were very courteous and professional!
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Charles was awesome! We did a after hours call, got home and it was warm! He got there around 7 our scheduled time was 7-9! He was professional and did amazing with our curious kids and excited dogs! Everything was EXCELLENT!
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Jessie and his team did a phenomenal job. With the installation of our new TRANE system. I would HIGHLY recommend them to all my friends and family. Thank you very much ADON System!
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Ductless system Estimate to install Mitsubishi Ductless Heat Pump Systems: of total Ductless capacity Outdoor: SUZ - AA18NL Indoor: MLZ - KX18NL Nominal Sound: 50-58 db Voltage: 208-230/60/1 Max Overcurrent Protection: 20 Liquid Line: 3/8" Gas Line: 5/8" Cooling Capacity: 18,000 Heating Capacity: 18,000 Wall Location: office ceiling location, close to the exterior wall west side 18 BTU Ton Heat Pump system ROOM: high wall mount Air Handler (18,000 Btu) ********************************************************************************************************************* ****** Will be using existing materials ******** Copper Line Sets needed (based on measured feet from outdoor heat pump to indoor air handlers: Ductless Copper Line Sets include power cords: KIT18118 1 KIT; 1/4 X 3/8 X 100 DL 14G4W EZ WITH NUTS Line set cover outside on the cover Control wire from the outside unit to the inside unit and power The copper line blinked roughly between 80 feet long 100 feet long *****
DUCT CLEANING PACKAGE - 3 (1 System): - Clean 12 Supply vents and 1 Return grill. - Remove and clean all vent covers and return grills. - Contact clean interior ductwork using Roto Brush machine. - Apply Antimicrobial Fog treatment throughout system. - Clean Supply and Plenum Boxes. - Chemical cleaning of the evaporator coil (in place). - Blow out condensate drain lines. - Clean dryer vent. Additional Notes: Rusted, over-painted, or bacterially contaminated vents are not guaranteed to clean to a like-new finish. Any vents with caulking are the homeowner’s responsibility to re-caulk after service. VIP Annual Service Agreement (1 Unit): -Two Annual Maintenance Visits (Fall & Spring) -10% Discount on all repairs -Discounted Travel Fee: $45 per visit (Regularly $72) -Preferred Customer Status Additional Service: -Condenser Coil Chemical Cleaning
Returned to home for water still dripping from secondary drain line on exterior of home. I went into the attic and immediately found we had left the blow out valve closed. I created a video and showed Brock the proper way to service the valve. Once opened the water was free flowing and water stopped dripping outside.
Provided estimates for return air addition and supply duct modification to improve airflow into from room/office Homeowner also interested in receiving estimate for mini split installation into office as an alternative.
Preformed cooling maintenance on one system. Checked start amps and noticed that the amps were reading over 100amps/112amps. We checked all other electrical components. All tested within manufacture specifications. Client did let us know water was coming out of the secondary drain line. We did provide estimate for blowing out main drain line. Client went with clearing main drain line. We provided estimates for a hard start kit and compressor savor bundle. Unit was cooling upon departure.
I performed a single system cooling maintenance. This is a 2013 zoned gas system. I checked amps, capacitors, filters, electrical, drains, safeties, and cleanliness. I discovered that the return is not sealed properly using cardboard with no sealant. The blower motor is leaking oil and the blower wheel is dirty. The capacitor for the blower is beginning to get low, but it is still in range. Customer did not want pricing on the return sealing. I provided pricing for blower motor replacement with and without cleaning the wheel. I will need to return to wash the outdoor unit.
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. Replaced and dated filters
After allowing the unit to set without it running, I hooked my suction gauge back up to find a good resting pressure. During my last service I figured the high liquid line temperature was associated with the dirty and bent fins of the condenser coil. The was proven to be incorrect. With the good resting pressure, I can confirm that the evaporator coil is restricted causing a low suction pressure and high head pressure. The high liquid line temperature tells me that the liquid pressure is extremely high. I am not able to hook my liquid line hose up because the schrader is damaged and spews refrigerant out heavily. I can confirm that adding refrigerant will not temporarily fix the issue. The system will need to be replaced due to it being out of warranty and being R410a refrigerant.
I installed the breaker and tested the system. The system is performing normally and cooling properly. I briefly brought up the idea of adding supply and return grills in the attic to control humidity and help the system run less by keeping the attic cooler. The home is spray foamed. BREAKERS FAIL IF OVERHEATED OR REPEATEDLY FLIPPED AND WILL NEED TO BE REPLACED. MOST BREAKERS ARE NOT UNIVERSAL AND MIGHT NEED TO BE SPECIAL ORDERED, DEPENDING ON THE PANEL. SPECIAL ORDERS MAY INCUR AN ADDED CHARGE.
Found condenser/outdoor equipment not functioning due to a failed 45/5 dual run capacitor preventing system from cooling properly. Replaced 45/5 capacitor and system became operational. Performed diagnostic on AC. Checked electrical components, amp draw, wiring/sheathing. Refrigerant charge is within manufactures operating specifications. System requires maintenance / outdoor condenser coils need to be rinsed clean. System currently cooling, draining, and functioning properly again at this time.
Arrived on site customer stated that her husband and a Fran had installed two mini split heads and the mini split condenser last week and we’re getting errors about refrigerant. Upon inspection, both mini splits appear to be very clean. I conducted leak search and found that as soon as I walked into the downstairs room, my detector began detecting refrigerant. I was able to find the leak through the insulation outside where the flare fittings connect to the heads. Provided estimate for repair and refrigerant. Customer stated she needed to talk with her husband and would call back in the morning. On the main house unit I 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/
I arrived at our clients home for concerns of water dripping from the secondary drain line. I proceeded into the attic and found the large AirHandler with condensation on the exterior of the unit. I checked the drain line and it had a little resistance but not a full clog. Chris informed me that he had a plumber out to clear the washer machine drain, where I believe the primary drain lines for the air handlers are plumbed into. I proceeded to call Trane tech support and they walked me through adjusting the airspeed of the unit. After adding the return air we had not reduced the blower motor speed and it was pulling moisture off of the coil into the cabinet insulation. This was causing the condensation on the exterior of the unit. I took pictures and videos and showed the homeowner what I initially found and what I had adjusted to stop the water issue. We also discussed continuing his maintenance and he elected to renew his maintenance for another year. The system is cooling properl
Upon arrival, I found the system functioning by design. However, it is blowing warm air into the office. I proceeded onto the roof and found that the system is low on R410a. We could fill the system up, but the amount of refrigerant needed would be determined when putting it into the system. I estimate 5 pounds. With the age of the unit, we are no longer able to swap out the parts that are leaking. I suggest system replacement due to the age and the unknown severity of the leak. I provided options for adding refrigerant and for our comfort consultant to build a price for a replacement. I added pictures of the location as well measurements from going from the front of the building and going from the side of the building. I could not get in contact with manny to get approval for any work. I will email our invoice for the service fee and they will reach back out with the route they would like to take.
Findings: • There is a vent PVC pipe in the closet near where both HVAC units are installed. This pipe appears to be 2” in diameter and shows some signs of rust. • The existing shared drain line appears to have significant buildup or obstruction and is not functioning properly even with high pressure. ⸻ Proposed Solution: • Connect both primary drain lines together using a T-fitting. • Run a new drain line that ties into the nearby vent pipe using a T-connection. • This new configuration will centralize drainage and greatly reduce ongoing maintenance issues, as all connections will be localized and more easily accessible. ************* This estimated cost is just a ballpark range. I told the Customer it could be up to $575 to $650. **********
Summary of Work Performed: • Darren performed a basic inspection of the drain lines. No thorough evaluations were conducted at this time, as the initial focus was on attempting to clear the existing blockage. • Both HVAC units are located side-by-side and currently share a common primary drain line. • Braden attempted to clear the blockage by connecting and flushing the PVC lines. We accessed the system through the sink, disconnecting the drain line above the P-trap in an effort to purge the blockage. • Despite applying over 200 psi of pressure, the drain line blockage could not be cleared. ⸻ Findings: • There is a vent PVC pipe in the closet near where both HVAC units are installed. This pipe appears to be 2” in diameter and shows some signs of rust. • The existing shared drain line appears to have significant buildup or obstruction and is not functioning properly even with high pressure. ⸻ Proposed Solution: • Connect both primary drain lines together using a T-fitting. •