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I couldn’t be happier with the service provided by Alex. They were willing to price match a quote from another company and Alex went above and way beyond to take care of our system and even trouble shooting an issue that wasn’t his problem. He wanted to make sure everything was perfect before he left. Additionally, it’s rare to find someone so professional in both their appearance and customer interaction and someone who communicates so well. He really explained everything clearly and you could tell he takes pride in his job and work ethic. I can’t say enough nice things about him. He even honored the agreed upon price even though I know he could have charged us way more for the time he spent. It was so refreshing to meet someone so honest and friendly. Thanks Alex and thanks Adon!!!
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Charles Chrismon with ADON Complete Air Conditioning was soo nice. His knowledge of Trane air conditioning was extraordinary. He took his time, explained everything to me & answered all my questions. He also went above & beyond in helping me with all aspects of the process. I highly recommend ADON Complete Air Conditioning for all your service needs.
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Charles did an excellent job checking my heating unit. He explained everything that he did and got my heater up and running in no time.
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Alex was great. Got our heat up and running. Would highly recommend him.
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Frank's knowledge about our system was awesome. He is a very good listener and answered all of our questions. He was at our home before the appointed time which was very convenient for my wife and I.
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Alex was great. He helped us during a hot summer day and got our A/C blowing cold. Thank you for great service.
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In less tha 4 hours after we requested service we had COLD AIR again. Very professional service and technician. We WILL recommend this company to our customers and friends.
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Chris was so polite and caring, he made sure I was completely satisfied with the work he did and he was very efficient! I highly recommend Chris at Adon A/C
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Upon arrival immediately met homeowner right outside front door. Homeowner explained to me that the last visit that he received was two months ago and they installed/modified his emergency/auxiliary drain pan and cleared out his primary drain line. Homeowner said that both indoor outdoor fans were running, but system still not cooling. Started diagnostics with indoor equipment. Did verify the drain pan had been replaced and also no water has retained. Checked: blower motor amps, capacitor(7.5mfd/still good), and cleanliness of blower motor wheel(dirty). Return plenum and single return air flex duct inner liner dirty. Ran diagnostics on outdoor condenser unit and found Extremely dirty condenser coils. 45/5Mfd dual run capacitor still good. Entry level hard start kit(supco). Compressor didn’t have continuity between windings. 2 1/2 Ton R22 system from 2011 While I was writing a paperwork, homeowner came out to service van and had fixify on phone. I turned on speakerphone and Verba
Our client is aware that we are only able to fully check refrigerant pressures after the unit is completely thawed out and no longer frozen. As well as with a new blower motor installed. Standing refrigerant pressures does not guarantee refrigerant is within manufacture specifications. Returned to replace warranty blower motor in the air handler. Once replaced I proceeded to test and inspect the refrigerant pressures on the downstairs unit. I let the unit run for 15 mins and measures the temperatures at the AirHandler. I measured a 19° drop which is excellent. The refrigerant pressures also measured within normal manufacture specifications. At this time I do not see any indication of refrigerant leak. And the unit is cooling properly on departure.
I arrived at our clients home for a single system cooling maintenance inspection. Our client had recently replaced her air filter and did not need it changed today. I proceeded to the outdoor equipment and began testing the electrical components of the unit. I found the capacitor to be on the edge of reading below manufacture specifications. The unit also had extremely high start and run amps. I showed this to our client and she asked if home warranty would cover the capacitor. I let her know I was unaware of what home warranty covers given the various different policies and companies. I proceeded into the attic and measured 16° temperature drop. I found the indoor blower motor to have oil leaking from it and the motor is pulling 16 amps. With the limit being 9.8. I showed this to our client and we discussed how the blower motor is causing stress on other components of the system. She again mentioned she would like to work with her home warranty but did request an estimate for repai
Ductless system Estimate to install Mitsubishi Ductless Heat Pump Systems: of total Ductless capacity Outdoor: MUZ - GX24NL Indoor: MSZ - GX24NL Nominal Sound: 50-58 db Voltage: 208-230/60/1 Max Overcurrent Protection: 20 Liquid Line: 3/8" Gas Line: 5/8" Cooling Capacity: 24,000 Heating Capacity: 24,000 Wall Location: 24 BTU Ton Heat Pump system ROOM: high wall mount Air Handler (24,000 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 25 DL 14G4W EZ WITH NUTS Line set cover outside on the cover Control wire from the outside unit to the inside unit and power ******************************************************************************************************************** Each indoor Air Ha
I arrived at our clients home for the downstairs unit not working properly. Our client said that the unit had intermittent problems. She felt as if it struggled to heat and cool the home for over the last year. She took me outside to show me the outdoor heat pump units and we both immediately saw that the downstairs heat pump was completely frozen over. I let her know that due to the current state of the frozen system I could only test and check certain electrical components today. I tested and inspected both outdoor heat pumps. Contractors and capacitors tested within manufacture specifications today. I then went into the attic and found that the downstairs air handler had a failed indoor blower motor. The indoor coil was completely frozen over as well. I took the model and serial number for the downstairs air handler and I was able to find that the equipment is still under parts warranty. We will contact the manufacturer and locate the motor for our client. She is aware of the
Process warranty under parts for Manufacture.. Acquisition of warranty components. Remove all refrigerant from system with recovery tanks if needed. Remove coil from system. Chemical flush on copper lines to remove non-condensibles. Install new evaporator coil Install new bi-flow liquid line drier(outside) Confirm system is tight and sealed on all welds. Pressurize system with nitrogen 300 pounds to verify no leaks. Wait for 30 minutes to see the system holds up on pressure for 30 minutes 300 pounds. Completion of leak check. Put a vacuum on the system to remove any moisture in air. Evacuate system under 500 µm. Completion of evacuating a system. Recharge system with refrigerant back to manufacture specifications System start up and diagnostics. Run system for 20 minutes before Commissioning the system. System is cooling with 20° drop. Our client is aware it needs to run for several hours before meeting thermostat set-point. System is cooling properly on departure.
Found compromised evaporator coil leaking refrigerant in a upflow air handler that is located in garage closet. Photo & video documentation made of leak. System has valid warranty until 2032. Presented estimate for replacement and homeowner authorized replacement costs. Paid $500 deposit Ordered coil from Shearer Supply and part is at will call in Denton/shearer supply. Order #DE009376 Dispatch will reach out to homeowner to schedule replacement.
- Upon arrival found compressor not functioning due to compressor wire that supposed to connect to capacitor was not properly connected. - properly wired the existing capacitor and compressor started to function again. - Checked all electrical components, amp draw, & wiring/sheathing. - Refrigerant charge is at/within manufacturer’s operating specifications. - System operating with dirty 20 x 20 x 1” air filter in the ceiling. - Homeowner said that he would replace filter himself. System functioning & cooling again upon departure. System requires maintenance/condenser coil cleaning. Homeowner was unable to make the $79 service charge fee payment today. Homeowner explained that he had a hardship/car issues and that his card was in his car that is not available to him at time of service. I believe is what he said?.. Homeowner wanted to know if we can schedule the annual maintenance for Wednesday this week and he can pay for the maintenance with the service charge. Technician allow
Found unit was low on refrigerant Added 3 pounds.
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 Found high start amps and low ohm reading on contactor on outdoor unit. This means the unit is drawing more power than it should be on start up. The compressor puts the most wear itself and other electrical components when it gets moving from a stand still. I was measuring that the unit was pulling around 100amps out of a 11
Upon arrival customer had water leaking from the ceiling. Upon further inspection of the unit we found that the main and secondary drain lines were clogged. We presented the issue with the customer. Customer elected to add blow out valve, pan float and blow out drain lines. Both lines are now draining properly and pan float has been installed. Unit cooling upon departure.
Homeowner has complaints of water damage due to a blocked secondary discharge that has been covered by a pest control man at the soffit. Inside diagnostics: Found dirty 20x20x1 filter/upstairs. The entire indoor equipment it’s not hung properly and is unlevel due to damage to where it is hung from framing/for roof support. The framing where the equipment is hung, has detached itself from the roofing framing causing system to be improperly level and the condensation is not draining out of the primary drain discharge port. Water finds in the path of least resistance and a leaking out of the back left corner of the evaporator coil housing then onto the auxiliary/emergency drain pan that is supposed to reroute outside but secondary discharge port to soffit is blocked with a piece of metal. Weak blower motor Capacitor. High blower amps. Dirty blower motor wheel. Outdoor equipment: weak compressor capacitor. Contactor reading above manufacturers recommended replacement rating. Compressor s
Upon arrival, I found the system producing a 9 degree temperature difference. I checked the refrigerant pressures and found that the suction pressure is running high and that I’m getting liquid refrigerant back at the suction port. I have determined that the TXV has failed and is in the stuck open position. To get this unit to function properly, we will need to replace the TXV. I observed other issues and those are a burnt contactor and and filthy condenser coil. I provided options to address these issues.
Performed single system cooling maintenance. I checked amps, filter, electrical, refrigerant, drains, safeties, and cleanliness. I found that the system had a refrigerant leak in the true suction port. I replaced the schrader and charged the unit with customer approval. The system is now cooling inside of manufacture specifications. The customer installed a surge protector for the outdoor unit.