Arrived on site for control board replacement and QC. Replaced control board under warranty. 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. Pressures were within manufacturer specifications. Tested normal heating operation and found no issues. Assisted homeowner in connecting to thermostat to Wi-Fi and to the app. Also showed homeowner how to replace filter. Discussed surge protection with homeowner not interested at this time. System in good working order upon departure. Thank you for your time.

Arrived on site for no heat on 2025 Trane furnace. Turned on heat in order to test unit. Blower and inducer were running, however the heating cycle would go no further. Checked all plugs and connection and found nothing of concern. Tested rollout switches, temp limit switch and blower sensors for resistance and found no issues. Found E04 error on control board. Measured voltage on pressure switch and measured nothing. Tested voltage on plug into board from pressure switch and measured nothing. Also found bent burner and I was able to bend it back into shape. However it is not perfect and will need to be replaced. Spoke with Trane tech support and he advised me that the control board was bad and would need to be replaced. Upon reassembling the unit and powering on the unit completed the heating cycle without issue. This leads me to believe it is an intermittent issue that could come back. To be proactive about the situation we will go ahead and replace the control board to prevent futur

Upon arrival, I found that it was 66 degrees in the gym area with the thermostat set to 74. I proceed to test the system is cooling and found the blower motor was no longer turning on. I verified I was getting voltage on the fan wire. This indicated a failure with the blower control/motor. We will reach out the trane to verify warranty tomorrow and produce pricing for the repair. The issue is not related to the previous work provided.

Upon arrival I found that both system’s drains are tied together. This resulted in the float switches to become tripped and shut off the cooling. I reached out to Brandon and received approval to clear the drains. I took videos, cleared the drain, and tested it afterwards. The systems are back to cooling properly. I was instructed to invoice it and send it to Brandon.

Spoke with client over the phone and created two estimates for 3 ton gas systems. I emailed both estimates to Heather. Her husband recently had surgery and did not want to schedule an in home visit at this time.

Homeowner spoke about uncomfortable areas on the upstairs. I checked the system for dampers and found none present. I presented a price to install dampers and balance the air. Customer approved and I collected a deposit for the work. The work is scheduled for 10/21/2025 with the arrival time of 8am to 9am.

We performed a 3 heating maintenances on 2015 gas systems. We checked amps, filters, electrical, gas valves, cleanliness, flame sensors, igniters, and safeties. We noticed some potential issues in all 3 systems. All 3 blowers wheels have some build up present. This hard strain to the motors and control modules. 2 of the outdoor units have heavy build up on the coil. This leads to strain on all electrical aspects of the outdoor units. The air quality check showed high particles and chemicals. We noticed a duct with a kink in it potentially causes poor air flow. The units are not currently protected from surges. We presented options to address these noticed potential issues. The customer declined all options at the time of service, and we emailed them out to the customer.

Upon arrival, I found that the sensor needing batteries was causing the error codes. After addressing that, I found that the capacitor was reading 6/70. This resulted in the compressor not turning on. I hooked a capacitor up and began testing. I determined that the unit was in need of a hard start kit, as well. I presented options to address these issues. The system is cooling upon departure.

Performed a 3 commercial system spring maintenance. 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,,,condenser fan capacitor on both units are failing,,7.5/5.0 MFD ,, they need to be replaced as soon as possible,,, we also recommended to install a hard start kit on both units , it will extend the life and stress on the compressor. 6. Checked refrigerant pressures. 7. Checked compressor amp draw. 8. Checked condenser fan motor amp draw. 9. Inspected / replaced return filter,,filters are very dirty,customer will replace them later. 10. Inspected return plenum for debris/ dirty. 11. Inspected evaporator coil,,unit #2 is extremely dirty, had 11 degrees split differential, evaporator needs to get cleaned as soon as possible. 12. Inspected blower motor/ blower wheel,,,unit #2 is extremely dirty, h

We installed the system, flushed the line, and and put a new thermostat.

I arrived at our clients home for a second opinion regarding their HVAC equipment. I met with Shonna and she educated me regarding the situation. She showed me her thermostat and attic access and I proceeded to inspect the equipment. I did ask for permission to also diagnose the system to potentially provide a fix. I found the system to be completely empty on refrigerant and other minor issues related to ductwork. I found the system to have double filter (one in the ceiling and another in the attic). I did not create an estimate for repairs due to the age and obvious signs that the system has a significant refrigerant leak. I did created 2 estimates options and will be sending them to both via email. I also addressed the email Mr. Brown sent to us 1. Outdoor Condenser Unit (brand, model, SEER2 rating, and tonnage recommended) - American Standard 15.2 SEER 5 Ton Conventional split system 2. Indoor Coil / Evaporator (brand/model, compatibility with condenser)- 5 ton Matching American

Upon arrival, I found that majority of the grills are covered in a growth. Home owner was on site during this visit. I removed 2 grills and found that the supply boots are not sealed. Also, I found that the home has high humidity. I told the customer, we need these units to run for longer periods of time and to leave the fan on auto. I measured all of the grills (review pictures for sizes), and I discussed sealing the supply boots during grill replacement. The estimate that will be provided will include sealing the supply boots. I noticed that the downstairs thermostat may be getting teased by the living room supply vent, also. All of the vents are 3 way vents.

I returned to our clients home to install two collars with dampers for the attic space. The objective is to condition the attic and help reduce the humidity in the attic and home.

Arrived to the upstairs unit not cooling properly. I first went into the attic and verified the indoor unit was on. I then proceeded outside and found that the capacitor had failed. Our technician had recommended replacement during the maintenance in June. Because the capacitor had failed it had caused the compressor to cross into a lockout due to high temperature. I took the time to cool it down and ensure it would turn on again. I called the homeowner and recommended a Hardstart kit with the replacement capacitor to help keep the compressor within normal manufacture specifications. He elected to move forward with the repair. I let the unit run and measured the temperature in the attic. It is cooling properly on departure, with a 20° drop. The outdoor fan motor had high start amps and has clear visible signs of overheating as well. I did not have a replacement motor to potentially recommend this repair but will send an estimate for its replacement.

I performed a single system maintenance on a 2009 R22 gas system. I checked amps, capacitor, filter, drains, electrical, cleanliness, and safeties. I found the ground wire for the blower motor not hooked up and a couple of loose connections on the control board. I secured the ground wire and tightened the loose connections. I noticed the unit has a 15 degree temperature drop. I informed the customer that I believe this unit has 2 years left at best. The duct work has a responsible amount of dust contributory the dirty blower motor. I advised that these should be cleaned to remove stress from the system. The customer would like to make it through summer before considering replacement. I noticed that the contactor wasn’t in the best condition, the unit had an unnecessary fan motor capacitor, and that the unit was starting with higher amps. I priced duct cleaning for the customer, installed a 2 pole contactor, and offered a hard start kit. The system is performing to the best of its abili

Installed secondary pan

Upon arrival we noticed the 3/5 outdoor units were extremely caked with cotton wood debris. We brought this to managements attention and they went ahead with the chemical cleaning on those three units. We then preformed cooling maintenance on all of the units. We tested start and run amps on all outdoor electrical components and found that 1(trane) unit was starting on the high side. All other electrical components on each of the systems tested within manufacture specifications. We tested electrical components on each inside unit all tested within manufacture specifications. We treated drain lines with total c to help prevent clogs. We did notice one of the emergency drain pans had some rust build up in the bottom. Which could potentially lead to a leak in the ceiling if the unit were to get clogged and go into that drain pan. Temperature splits on all the units were within 18- 20 degrees. Units were cooling upon departure. 521 ELECTRONIC HARD START 189-227 UF 170-277V 1 HP AND

I arrived at our client home for concerns that the mini split in the garage was leaking water and damaging the wood paneled ceiling. I was able to locate the primary drain line from the mini split to the master bedroom unit and confirmed it was plumbed into that primary drain line. I then opened the two side panels to the cassette unit and looked into the cavity space where the cassette is located. I found the drain line but it had no evidence or fleas or condensation coming from it. The drywall above the “wet spot” of the wood was dry with no evidence of moisture. I showed these pictures to Scott and we discussed possible options to install a iflow drain cleaner as well as a service valve and T to actively remove water from the drain line. He elected to install the blowout valve and T today and I showed him before and after pictures of the work preformed. I also went into the upstairs attic and we discussed adding a return and supply vent to the front area downstairs unit to help con

Objective: To install an exhaust fan in the ceiling of the media room closet to help ventilate and cool the area containing high-performance AV equipment. The goal is to pull cooler air through the closet and discharge hot air into the attic space, preventing overheating and maintaining optimal equipment performance. ⸻ Work Description: 1. Exhaust Fan Installation • Install a high-performance exhaust fan in the ceiling of the media room closet. • The fan will pull cooler ambient air through the closet and discharge the hot air into the attic space above. • Installation will ensure minimal noise and vibration while maximizing airflow. 2. Thermostat and Controls • Install a wall-mounted thermostat in the closet to control the exhaust fan based on temperature. • Thermostat will not adjust room temperature but will act as a temperature-sensitive switch for the exhaust fan. • System will include a relay and a low-voltage transformer to operate the fan based on thermostat readings

Upon arrival the office staff said the ac was not cooling but the fan was running. We proceeded to the riser room to gain roof access. Upon inspection of the unit we found that the compressor and coils were frozen over. We are unable to determine the issue until unit can thaw out and we can properly diagnose the issues. Spoke to the owner and confirmed we would need to come back in the morning. Unit was not cooling but fan was running upon departure.

Arrived on site customer complained of theater room getting too warm and daughters bedroom getting too cold. Adjusted airflow as best we could to push more air to theatre and slightly less to daughter’s room. Closed off damper to upstairs main area with thermostat. May need an additional supply and larger return to accommodate customers preferences. 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. Washed condenser uni

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. Washed condenser unit to promote heat exchange Upstairs unit bad compressor capacitor. Informed customer of possibility of unit failure due to capacitor failure. Customer wanted to monitor the capacitor and proceed if it gets worse or fails. Notified customer of temperature sensor with dead batteries. Customer replaced batteries error went away.

I arrived at our clients home for the unit not cooling properly. I was first led into the home and into the attic. Everything appeared to be working properly and the filter was in good condition. I then went outside and found the outdoor compressor not running. I further diagnosed a failed capacitor to the compressor motor. I did further test the contactor and ensured the system had standing refrigerant. I showed my findings to Mr Adam’s and we discussed the capacitor replacement as well as adding a compressor saver tot he outdoor unit today. Mr Adam’s elected to replace the capacitor only today. Once replaced I further tested and the system to ensure proper operation. I did measure a good 20° drop in the attic. The compressor however is exceeding is manufacturing amp limit. It started up at 166 out of 146 amps today. I did a lite rinse of the outdoor coils to also help the system breathe and operate better. The Freon pressures are a little low. Mr Adam’s is aware this R22 refriger

I arrived at our clients home to preform a single system cooling maintenance. I went through and answered Mr Obryan’s questions regarding the maintenance and what we provided in the cooling and heat in services. We first proceeded into the attic and did a visual inspection on the AirHandler. I then went outside and began to test all the electrical components on the outdoor heat pump. I first rinsed the outdoor coils with water. After that I found several components with visible signs of failure and also were reading close to failure according to manufacturer specifications. I went back into the attic and checked the temperature drop at the air handler. Mr OBryan had several windows and doors open when checking refrigerant pressures and temperatures but I was still getting a 17° drop. I went back into the attic and tested the electrical components for the AirHandler. I found another compromised contactor and a capacitor that failed my test today. I showed all my findings to our client

I found the upstairs unit low on R410a. I called and received approval to install leak seal and 5 pounds of R410a. System is now cooling and dropping temperature upstairs.