Frank is great, very knowledgeable and makes you feel that you are in good hands at our home and business
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great service by Alex and very thorough with overall inspection of my AC units
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Still waiting on an estimate. I have used Adon A/C Servive before. The tech's are very knowledgeable and professional.
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XR14 Single Speed Air Conditioner / Gas Furnace (NEW) 2025 SEER2 High Efficiency All-Aluminum Cased Evap Coil Furnace Capacity 2 Ton Climatuff: Single stage Speed Compressor ADON CARE CLUB MAINTENANCE PLAN 1 Year Maintenance (Spring / Fall safety checks) Protects your manufacturer warranty Prolongs the life of your cooling and heating system Trane Manufacture Extended Warranty 10 - Year Compressor Warranty 10 - Year Parts Warranty Limited Lifetime Heat Exchanger Warranty Registered by Adon CPS Labor Warranty 1 Year Labor Warranty JB Warranty & Associates Quality Control follow up visit by Senior Technician What's Included: Material Parts Disconnect Box with Breaker Electrical Whip Cement Condenser Pad Up to 4 bags Dirt for leveling concrete pad outside Secondary Auxiliary Drain Pan Drain Line connection PVC Fittings: Primary / Emergency Flex Gas Line and Settlement Trap black pip SS1 Emergency shut off Float Switch Quick Blast Valve for Drain maintenance Flue Pipe connection: u
Upon arrival, I found the system attempting to cool. With further investigation, I determined that the system is low on R22. I performed a complementary leak search and found that the slab evaporator coil is leaking. Also, I noticed that the emergency drain pan is rusted through and leaking on the ceiling and that the primary drain line is broken.
Arrived to clients home for concerns that his daughter’s room was still not getting enough heat/airflow in the cold weather. We immediately began by putting the unit into test mode and testing the airflow again out of the vents for the bedrooms and associated bathrooms. We made more adjustments to the ductwork and ultimately we were able to increase the air low into his daughter’s bedroom by over 190cfm. We also discussed the potential of adding a wireless temperature sensor. And will send over the estimate for 2 sensors. If Mr stone elects to install them we can order them for his thermostat and place them into the bedrooms but he would like to monitor these adjustments before proceeding with adding the sensors.
Arrived on site, customer stated all was well with unit operation to their knowledge. Started at condenser, tested contactor and capacitor (tested within range). Washed both outdoor units. Main unit was pretty dirty removed panels to better clean. Tested indoor units. Everything was testing within range with a 20 degree split. Unit in good working order upon departure.
I arrived at our clients home to preform a 2 system heat and cooling maintenance inspection. Our client had not receive a heating maintenance before the membership expired so I did both for both units today. The first main area unit is a gas furnace with a standard condenser. I tested the furnace to ensure the fire shutoff safeties were all working, they all passed inspection today. I also cleaned the flame sensor, pressure switch port and furnace cabinet. I found the filter for this unit to be dirty and our client did not have replacement 20*25*1 filters for me today. The blower wheel still has residual dust even after duct cleaning had been preformed. I proceeded outside to test condenser unit and found the capacitor to be near complete failure. This is subsequently causing the compressor to have extremely high start amps. It is actually exceeding the manufacture limit. I immediately showed this to our client and discussed replacing the capacitor and adding a compressor saver to ke
Arrived to our clients home over concerns that the furnace was not heating properly. He explained to me that on the extremely cold days this winter the furnace would run continuously and would never reach the 70° set point. Also his gas bills were very high. We immediately proceeded into the attic and i very quickly found the filter to be dirty as well as excessive dust accumulated in the return plenum and on the blower wheel. I showed this to our client and we discussed how dust can restrict airflow and stress system components and contribute to failure and unit not heating properly. I then proceeded to test first and second stage heat at the furnace. Everything tested fine, even with the old dirty filter. I then proceeded to the thermostat because Bill had mentioned that the outdoor unit was replaced last year. I went into the program menu of the thermostat and found that it was never set up properly for 2 stage heating. I correctly set the thermostat and explained the importance
Performed a 1 system spring 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 were. 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 . 15. Inspected drain lines. 1. Washed condenser unit. Unit is working properly, found no issues at this time. Recommend a drain water treatment,,to clear all buildup inside main drain lines.
Customer stated that the upstairs unit wasn’t working,,, that he noticed the outdoor unit wasn’t working. Found a communication issue between the indoor/ outdoor unit , after calling technical support we were able to solve the issue,,, unit is cooling properly meeting manufacturer specifications.
Performed a 1 system spring maintenance ( gas). 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 were. 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 . 15. Inspected drain lines. Will send estimates for recommendations,,, found no issues at this time, system is working properly.
Issue Reported: The customer reported that the upstairs unit was not cooling properly. The coil on this unit was recently replaced. Diagnostics Performed: 1. Conducted a thorough evaluation of the upstairs air handler and outdoor condenser unit. 2. Turned on all three gas furnaces to heat the home above 80°F to properly assess the cooling function. • Furnaces ran for over 30 minutes to achieve the desired indoor temperature. 3. Turned off the heating system and switched the upstairs unit to cooling mode. 4. Allowed the system to run for 20 minutes before analyzing refrigerant levels. Measurements Taken: • Initial Supply Air Temperature: 49°F (see attached pictures) • Return Air Temperature (Ductwork Average): 75°F • Verified Second-Stage Compressor: Operating correctly • Equalized System Pressures (5-minute rest period): • High side: 176 psi • Low side: 176 psi • Post-Run System Measurements (After 20 Minutes of Operation): • Supply Air Temperature: 49°F • Return Air Te
System is under charge with a failed TXV. The super heat and subcool are just about perfect. The suction and liquid pressures are low. If we were to add refrigerant, it would cause the super heat and subcool to become incorrect. The system was locked out on the low pressure switch when I arrived.
We arrived at our clients home for air balance concern for the upstairs unit specifically. Our client expressed that two of the upstairs bedrooms were not getting enough air/heat and large living room Space/ loft area was getting too hot. We first confirmed the manual dampers on each duct run from the supply plenum box. Our client agreed to have us preform a thorough air balance for the upstairs today. We placed the unit in test mode with 100% air moving from the blower and We began to measure and check the air from each individual vent once data was collected we made and checked adjustments accordingly until the air flow was better distributed to our client desired areas. We explained the changes made to our client and he was happy with results. As a courtesy we also made a small adjustment to his wife’s office area and reduced airflow to it.
We found that the sequencer starting the heating strips sequence was shorted causing voltage drops through-out the system. We went to shearer and got a 3 stack sequencer and tested the unit. The system is only a 10kw heat kit and it’s too cold for the heat pump to run. The system is now heating in emergency heat at its full capacity.
Returned to home to replace motor and clean blower wheel. Once wheel was clean we assembled the blower unit and tested to ensure proper function. Unit is working properly on departure.
upstairs unit has a refrigerant leak on the coil. Will be replacing the coil with American Standard evaporator coil. Refrigerant is included with the project. Warranty on the evaporator coil 10 year manufacturer warranty on the evaporator coil only **** Refrigerant is not covered under warranty. ***** ****** If evaporator coil ever has a leak refrigerant is not covered ******