Great service from scheduling to maintenance teams.
Response from Comfort Pro LLC:
Thank you for taking the time to leave such a positive review! We're glad to hear you had a great experience with us.
Carl and Comfort Pro are great to work with. Services are exceptional and everyone at Comfort Pro are always courteous and professional.
Response from Comfort Pro LLC:
Thank you for taking the time to share your experience and we look forward to welcoming you back soon!
Great service, very quick response
Response from Comfort Pro LLC:
We're delighted to hear that you had a positive experience with us. Thanks for the kind words.
Carl is awesome to work with. Always timely, has a smile on his face and is thorough when checking our HVAC system. Does a good job of explaining results to me so that I can understand. Very happy customer!
Response from Comfort Pro LLC:
Thank you so much for this 5-star review. We really appreciate you being a customer and helping to share the word about us. We’re here for you anytime.
Carl was extremely professional and answered all of my questions. I picked Comfort Pro based on reviews and they are true to their reviews!
Response from Comfort Pro LLC:
Your positive feedback about our heating and cooling service is greatly appreciated. Thanks for taking the time to leave a review.
I received a call from a customer who reported a no-heat issue in their home. Upon arrival, I found that the blower motor was faulty and the evaporator coil was leaking. I provided an estimate for the repair.
I performed routine heating maintenance on a residential property. I checked the furnace, thermostat, and air filters, and made any necessary adjustments to ensure optimal performance. I also cleaned the burners and inspected the exhaust system for any signs of damage. Finally, I provided the homeowner with a detailed report of my findings and recommendations for future maintenance.
I was called to a home to check on a heating issue. Upon arrival, I found that the furnace was not working. I checked the thermostat and found that it was not receiving power. I checked the fuse box and found that the fuse had blown. I replaced the fuse and the furnace started working again. The customer was very grateful for my help.
I was called to repair some fallen insulation in a home. I arrived on-site and assessed the damage. I removed the old insulation and replaced it with new insulation.
I performed routine heating maintenance on a residential property. I checked the furnace, thermostat, and air filters and made any necessary adjustments. I also cleaned the vents and registers to improve airflow. The homeowner was very satisfied with the service.
I installed a 17.2 SEER2 Goodman Side Discharge Heat Pump.
I was called to a home to fix a heating issue. I arrived and found that the furnace was not working. I checked the thermostat and found that the batteries were dead. I replaced the batteries and the furnace started working again. The customer was very happy and thanked me for my help.
I was called to replace a melted and burned disconnect. I arrived at the job site and found the old disconnect had melted and burned. I removed the old disconnect and installed a new one. I tested the new disconnect to ensure it was working properly.
I replaced the blower fan motor in a residential home. The motor was making a loud noise and was not working properly. I removed the old motor and installed a new one, making sure to follow the manufacturer's instructions for proper installation. The customer was happy with the results and thanked me for my work.
I performed routine maintenance on a heating system. I checked the system for any issues and made the necessary adjustments to ensure it was running efficiently. I also cleaned the system and replaced any worn-out parts.
I performed routine heating maintenance on a residential property. I checked the furnace, thermostat, and air filters and made any necessary adjustments to ensure optimal performance. I also cleaned the vents and registers to improve air quality and prevent dust buildup.
I recently completed a routine heating maintenance job for a client. This involved inspecting and cleaning the furnace, checking the thermostat, and replacing the air filter. I also provided the client with tips on how to maintain their heating system and ensure it runs efficiently.
I repaired a Trane XR16 HVAC unit today that was experiencing airflow issues. The homeowner reported that the system was struggling to cool the home. Upon inspection, I found that the blower motor capacitor had failed, which was causing reduced airflow. I replaced the capacitor with a new 45/5 MFD dual run capacitor and tested the blower motor to ensure it was functioning properly. Additionally, I cleaned the evaporator coil to improve efficiency. After verifying the refrigerant levels were within the recommended range, I ran a full system test. The unit is now operating efficiently and cooling the home effectively.
Diagnosed persistent blower motor operation in Carrier 59TP6A furnace. Utilized Fluke 116 HVAC multimeter to test control board relay, confirming stuck position. Replaced faulty Carrier HK42FZ018 control board with OEM equivalent. Inspected G wire connection at thermostat, finding loose terminal. Secured connection and verified proper signal transmission. Checked blower motor capacitor, revealing within-spec readings. Cleaned evaporator coil with Nu-Calgon 4171-75 Evap Foam to improve airflow. Recalibrated Honeywell T6 Pro thermostat. Cycled system through all modes, confirming proper blower motor operation and shut-off. Repair completed in 2.5 hours, restoring normal HVAC function.
Addressed residential split-system AC failure. Diagnostic tests revealed faulty dual-run capacitor and worn contactor. Replaced 45/5 μF capacitor and 40A contactor, ensuring proper voltage to compressor and fan motors. Cleaned condenser coils using foaming cleaner, improving heat rejection. Checked refrigerant charge, finding slight undercharge. Added R-410A to achieve 10°F subcooling. Verified proper amp draw on all motors and measured supply air temperature drop. System now operating at peak efficiency with 20°F delta T.