Keep Your Home Comfortable With Quality HVAC Services In Wallingford CT
X-Treme Temp Heating & Cooling is your go-to HVAC service provider in Wallingford, CT! We’re the experts in home comfort year-round, from AC and heating repair to ductwork and water heaters. We’ve got you covered from installation to maintenance so you can have peace of mind about your heating and air conditioning.
Read the reviews below from Wallingford, CT residents to see what your neighbors say about our expertise and customer service. We can’t wait to work with you!
Local Reviews
for Wallingford, CT
Customers say: The overall sentiment expressed across these reviews is overwhelmingly positive, reflecting high levels of customer satisfaction and appreciation. Customers consistently praise the company for its professionalism, knowledge, and expertise in handling HVAC and heating services. A dominant theme throughout the feedback is the exceptional customer service provided, with reviewers frequently highlighting the courteous, friendly, and polite demeanor of the technicians. Many customers emphasize how thoroughly issues were explained to them, noting that their questions were answered comprehensively and that they felt well-informed throughout the service process. Fair and reasonable pricing emerges as another recurring positive sentiment, with multiple reviewers expressing satisfaction with the value received. The efficiency and quality of work are also celebrated, with customers noting timely arrivals, quick problem resolution, and work completed correctly the first time. Cleanliness and respect for customers' homes are mentioned as additional strengths. The reviews convey a strong sense of trust and loyalty, with many customers stating they would highly recommend the company and plan to use their services again in the future. Overall, the tone is enthusiastic and appreciative, reflecting a business that consistently meets and exceeds customer expectations through skilled workmanship and outstanding interpersonal service.
Our Reviews by City
Great service
Tamara - Wallingford, CT 06492
Polite, explained service.
Great service!
Linda - Wallingford, CT 06492
Andrew is so courteous! He knows what he is doing and answers all my questions. I will surely will recommend your company just for the pleasant experience .
Great service
Gary - Wallingford, CT 06492
Great experience.
Jeff - Wallingford, CT 06492
Excellent service!!!
Sue17j - Wallingford, CT 06492
Very knowledgeable and professional everything was explained in detail and my house was left spotless when they were through I highly recommend them and will definitely be a returning customer!
Excellent service
Larock - Wallingford, CT 06492
Explained everything thoroughly/knowledgeable and respectful Answered all our questions
Great technician!
john - Wallingford, CT 06492
Larry diagnosed my Fujitsu mini split and had it back up and running in no time! He took the time to answer my questions and explain what was going on.
Great service, good guy
John - Wallingford, CT 06492
Excellant
Lori - Wallingford, CT 06492
Fantastic Service
Jeff - Wallingford, CT 06492
From scheduling my appointment to getting the job done, Larry, Jerry and everyone at Xtreme had me covered. They kept me posted about when they would arrive and they were on time. I wouldn’t recommend any other HVAC company.
Very good service
Lisa - Wallingford, CT 06492
Professional employees, and service
Otto - Wallingford, CT 06492
Excellent ,professional work,explains issues. I recommend extreme to everybody I talk to., Thank you
Honest and thorough
Mike - Wallingford, CT 06492
Very knowledgeable and thoroughly explained everything that needed to be done to fix our AC
Great service!
Beth - Wallingford, CT 06492
Superior customer service and friendly as well! Clearly explained status of equipment and updates needed.
Amazing service
Joan - Wallingford, CT 06492
Needed a new oil tank as mine was the original from 1985… replaced today with a gorgeous new ‘tank within a tank’ with an app that I can see the oil level on my phone which will give me peace of mind when away from the house in the winter. Knowledgeable guys, effective and efficient. Highly recommend!!
Great service!
Norma - Wallingford, CT 06492
We had an oil leak and water dripping from valve. Larry assessed the problem and offered consise suggestions and options for current and future ! Appreciated his knowledge and expertise.
Fast, Friendly, and efficient.
luke - Wallingford, CT 06492
Excellent service at a reasonable price.
Ron - Wallingford, CT 06492
Larry was great he walked me through his findings and listed out everything he did. I highly recommend Extreme to my family and friends
Excellent work !!
Judy - Wallingford, CT 06492
Andrew is a fine representative of your company. He is thorough and efficient. I would recommend him and your company to anybody that asks. Thank you as always.
Always the best!
Joan - Wallingford, CT 06492
Such a great company! Dependable, knowledgeable and experienced, and at a fair price.
Excellent Service
Lagase - Wallingford, CT 06492
Technician is always awesome. Thorough and very polite.
Great service
Bob - Wallingford, CT 06492
Excellent experience. They are very good and very knowledgeable ,fixed the issue with my heater in a remarkably short time
Excellent service!
Doll - Wallingford, CT 06492
X-treme Heating and Cooling replaced our A/C and have been servicing our systems since we moved in six years ago. They are always professional, polite, responsive and reasonable. Highly recommend.
Excellent Service
Lia - Wallingford, CT 06492
Great service experience!
Pete - Wallingford, CT 06492
Thanks for the great service. Andrew was very professional and knowledgeable about our heating system. He provided great detail on how the system works and provided recommendations to improve it. Very much appreciated the timely service.
Andrew H.
Upon arrival, the unit was powered on but not operational. I verified power at the shut-off switch, which was present. The power then went to the low water cut-off for the boiler. Although power was present at the low water cut-off, none was exiting it. Upon inspecting the transformer, it was found to be faulty. Bypassing the low water cut-off allowed the zone panel to turn on, but the aquastat and burner did not. Further inspection of the aquastat revealed a burnt and charred relay, along with a defective display. Despite bypassing the aquastat, the burner still did not activate. The primary control had power but was non-functional, indicating it was faulty. Both the ignition transformer and burner motor were tested and found to be working properly. I recommended replacing the aquastat, low water cut-off, and primary control. After authorization, these components were replaced, and the system was started and tested for proper operation. The unit is now functioning correctly, with a bo
Andrew H.
During the maintenance, I thoroughly inspected the indoor evaporator coil and blower compartment. All electrical connections and safety features were checked, along with volts and amps. The air filter was visually examined, and the condenser coil was rinsed. The drain line was cleared and tested for proper drainage. Refrigerant levels and the capacitor were checked, and temperatures were taken. The thermostat operation was tested. A clogged drain line was discovered, leading to water leakage. The line was cleared, and an algae tablet was added to the primary drain pan to prevent future buildup. Regular checks for algae are recommended.
Andrew H.
I conducted a thorough inspection of the indoor evaporator coil and blower compartment, ensuring all components were functioning correctly. I meticulously checked all electrical connections and safety features, verifying that they met safety standards. I measured the voltage and amperage to confirm proper electrical flow. The air filter was visually inspected and replaced if necessary. I rinsed the condenser coil to remove any debris and blew out the drain line, ensuring it was free of blockages and draining properly. I checked the refrigerant levels to ensure they were within the optimal range. The capacitor was tested for proper functionality. Temperature readings were taken to assess system performance. Finally, I tested the thermostat operation to ensure it was responding accurately to temperature changes.
Larry H.
Upon receiving the customer's concern about sweating and dripping ductwork in the basement, we began by thoroughly inspecting the area. We identified that insulation was necessary to stop the sweating. To achieve this, we removed a portion of the ceiling to access the ductwork. Following this, we installed appropriate insulation materials to prevent further sweating. Additionally, we recommended contacting an insulation company to explore the option of installing spray foam around the ductwork for enhanced efficiency and durability.
Andrew H.
Upon arrival, I assessed the cooling system and noticed that the second-floor thermostat was set to cooling, while the main floor thermostat was off. I proceeded to investigate the issue by walking through the house to locate the furnace. During this inspection, I discovered that the emergency shut-off switch at the top of the staircase was turned off. I then turned on the main floor thermostat to cooling and activated the emergency switch. As a result, both the outdoor and indoor units started functioning properly, ensuring the cooling system was operational.
Andrew H.
I began by safely evacuating the remaining refrigerant from the old unit. The old air handler, lineset, condenser, electrical whip, and condenser pad were then disconnected and removed. A new Trane 5TEM4 air handler and Trane 5ttr4 XR14 3.5 ton condenser were installed, along with the lineset, condenser pad, and electrical whip. I brazed in all new refrigerant line connections, performed a pressure test, and pulled a vacuum on the lineset. The unit was started and tested, with additional refrigerant added as needed. Supply ductwork was disconnected, and the second floor metal ductwork and supply plenum were removed. A new supply plenum with two metal duct take-offs was installed, along with new ductwork for the second floor zone and extended ductwork for the first floor zone. Two new supply registers and flex runs for the second floor zone were installed, as well as a new zone damper for the second floor. The system was balanced with a 129/281 12.9 sub, 75° return, and 54° supply.
Andrew H.
I meticulously cleaned the flue pipe and heat exchanger using a brush and vacuum to ensure optimal airflow and efficiency. The oil filter, nozzle, and strainer were replaced to maintain the system's performance and prevent any potential blockages. I thoroughly inspected all electrical connections and safety mechanisms to confirm they were secure and functioning correctly. Combustion and smoke tests were conducted to verify the system's efficiency and safety. The results showed an oxygen level of 4.5%, carbon monoxide at 16 ppm, and no visible smoke, indicating the system was operating within safe and efficient parameters.
Andrew H.
Upon arrival, the unit was off. I inspected the indoor unit, finding the air filter and evap coil clean and in good condition. After turning the unit on, the indoor unit started, but the condenser hummed without activating. I shut off the power at the condenser and opened the electrical compartment. Inside, I discovered a mouse nest and chewed-up high and low voltage wires. I repaired two low voltage wires, one high voltage wire, and replaced a wire terminal. Additionally, I checked the capacitor, which was found to be internally open on both legs. With customer authorization, I replaced the old capacitor with a new one. After restarting and testing, the unit is now functioning properly.
Andrew H.
Upon arrival, the unit was off. I began by inspecting the evaporator coil and air filter, both of which were in good condition. Next, I examined the condenser coil and discovered some dirt buildup. To address this, I rinsed the condenser coil with water to remove the buildup. After ensuring the coil was clean, I started the system with both zones running. I then found that the system was low on refrigerant. With customer authorization, I added 15 oz of R410A to the system, which brought the subcooling up to 14.5, within the manufacturer’s specifications. The unit is now functioning properly. Additionally, I recommend installing a DATS discharge air temperature sensor at the zone panel. This sensor will shut off power to the condenser when low air temperatures are detected, preventing ice buildup on the indoor coil, a common issue in zoned systems when only one zone is operating at full capacity.
Larry H.
I conducted a comprehensive preventive maintenance service on the air conditioning system. This included blowing out the drain line to ensure proper drainage and prevent clogs. The customer replaced the air filters, enhancing air quality. I checked and tested the condensate pump, ensuring it was functioning correctly. The condenser was rinsed to remove any accumulated debris. I also checked all electrical connections, pressures, and temperatures to confirm the system's optimal operation. The system is now running efficiently.
Andrew H.
Upon arrival, the system was off. I inspected the air handler and found no ice buildup, a clean air filter, and a clean evap coil. After starting the unit, I discovered it was low on refrigerant. With customer authorization, I added 2 lbs 10oz of R410A, raising the subcooling to 13°. I checked the condenser for UV dye but found none in the condenser, line set, or brazed connections. Upon further inspection, I discovered two sections of UV dye on the evap coil. I took photos of the evap coil and air handler for a replacement quote. Pre-addition pressures were 80/250.7 sub; post-addition pressures were 123/320 13 sub.
Andrew H.
Upon arrival, I found the system was off. I turned it on, and the air handler started, but the condenser did not. I opened the electrical compartment and tested the capacitor, which was rated for 45/7.5. It was open on both legs, preventing the condenser from starting. After obtaining customer authorization, I replaced the faulty 45/7.5 capacitor with a new one. I then started and tested the system. The unit is now functioning properly, ensuring efficient and reliable operation.
Larry H.
Upon arrival, I found the air handler's coil frozen. I turned the thermostat off and set the fan to on mode. I performed a preventive maintenance check on the air conditioning system, including blowing out the drain line and replacing the air filter with the customer-supplied one. I checked electrical connections, pressures, and temperatures, discovering the system was low on refrigerant. I added 1 lb 6 oz of R22, and the system is now operating properly with a discharge air temperature of 59 degrees.
Andrew H.
I conducted a thorough inspection of the indoor evaporator coil and blower compartment, ensuring all electrical connections and safety features were intact. I checked voltage and amperage, visually inspected the air filter, and rinsed the condenser coil. The drain line was blown out and tested for proper drainage. The condensate pump was tested, and refrigerant levels were checked. The capacitor was found to be below specification and was replaced with authorization. The system was low on refrigerant, and after adding 12oz of R22, the superheat improved from 45 to 27 degrees. Consideration for system replacement is advised due to age and potential refrigerant leak.
Andrew H.
I began by safely recovering all remaining refrigerant from the existing system. The old air handler and condenser were carefully cut out and removed. This was followed by the removal of the old electrical whip, electrical disconnect, secondary drain pan, drain line, and lineset. A new Trane 3 Ton TEM6 air handler and a Trane 5ttr4 3 Ton XR14 condenser were then installed. I also installed a new secondary drain pan, float switch, drain line, lineset with a filter drier, slim duct lineset cover, condenser pad, electrical whip, and electrical disconnect. New refrigerant line connections were brazed in place. The system was pressure tested, and a vacuum was pulled. The factory charge of refrigerant was released from the condenser, and the system was started and tested. Additional refrigerant was added as needed. Final pressures were 130/273 with 13° subcooling, and the system delivered 78.9° return air and 59.8° supply air.
Andrew H.
I began by safely recovering all remaining refrigerant from the existing system. The old evaporator coil and filter drier were carefully cut out and removed. A new evaporator coil and filter drier were then installed. I meticulously brazed in all new refrigerant connections to ensure a secure fit. The system was pressure tested with nitrogen and a vacuum was pulled to remove any moisture and contaminants. The factory-recommended charge of refrigerant was added, and the system was started and tested. Additional refrigerant was added as needed to achieve optimal performance. The system is now functioning properly, with pressures at 135/320 and temperatures at 57.4°F for supply air and 75.6°F for return air.
Larry H.
Upon inspection, I identified an issue with the condenser's fan operation, which was running in reverse. Upon further investigation, I discovered that the capacitor wires were connected to the incorrect terminals. I promptly corrected the wiring by switching the wires to their proper terminals, which resolved the issue and allowed the fan to operate correctly. Additionally, I checked the refrigerant pressures to ensure the system was properly charged. The system was found to be adequately charged and functioning as intended, providing efficient cooling.
Larry H.
5.6% O2, 21 ppm, and 85.3% efficiency. The system is now operating correctly. However, due to the basement's completion and the boiler's separate room placement, I recommended installing additional air grills to ensure sufficient make-up air for the burner.
Larry H.
I began by safely disconnecting the existing water heater, recirculating pump, and draining any remaining water. Next, I installed a new 50-gallon water heater, ensuring it was securely positioned. I then installed new piping in a nearby location and carefully tied it into the existing water lines, maintaining proper connections and alignment. After filling the new water heater with water, I purged any air from the system to ensure efficient operation. I started the water heater and conducted thorough testing to confirm it was functioning correctly. Finally, I cut and capped the water coil for the boiler, completing the installation process.
Andrew H.
I conducted a thorough inspection and maintenance of the HVAC system. Starting with the indoor components, I visually examined the evaporator coil and blower compartment, ensuring all electrical connections and safety features were intact. I measured voltage and amperage levels to confirm proper operation. The air filter was inspected and cleaned as necessary. Moving to the outdoor unit, I rinsed the condenser coil and cleared the drain line, ensuring proper drainage. The condensate pump was tested for functionality. I checked refrigerant levels and the capacitor, and took temperature readings. The thermostat operation was also verified. During the inspection, I noticed the contactor was beginning to pit and had some charring. After obtaining authorization, I replaced it with a new one. Additionally, I repaired a chewed wire from a mouse and recommended using fox urine around the condenser to deter mice.
Larry H.
Upon inspection, the outdoor unit was found to be low on refrigerant and the condenser coil was heavily soiled, likely due to elevated system pressure. I chemically cleaned the condenser coil to restore its efficiency. The refrigerant level was increased by adding 2 lb 6 oz of R22 to the system. Additionally, the customer agreed to have UV Dye added to the system for future leak detection. The system is now functioning correctly. A follow-up visit will be necessary to conduct a thorough leak search on the unit.
Andrew H.
I installed a Fujitsu AOUH15KZAH air conditioning system, which includes a 15,000 BTU condenser and a matching 15,000 BTU indoor unit equipped with an overflow switch. I meticulously performed a pressure test and evacuated the system to ensure there were no leaks. After starting the system, I checked its operation to confirm everything was functioning correctly. I then poured water into the drain to test for proper drainage, ensuring that the system would handle condensation effectively. The system is now operating efficiently and reliably.
Larry H.
Upon inspection, I identified a broken mounting bracket on one side, which had caused a crack in the condensate pump's reservoir. To resolve this, I replaced the damaged condensate pump. Additionally, I installed a metal strap around the pump to provide extra support and stability. After installation, I filled the pump with water and conducted a thorough test to ensure proper functionality. This comprehensive approach guarantees the system's reliability and longevity.
Larry H.
Upon arrival, the system was operational, but the condenser fan was the only component running. I inspected the capacitor and found both sides to be in good condition. The compressor was off due to thermal overload. To reset it, I used a hose to cool it down. After restarting, I checked the system pressures and discovered a refrigerant deficiency. I added 1 lb 13 oz of R410a to achieve a 14° subcooling and 51°F discharge air temperature. The system is now operating correctly and efficiently.
Andrew H.
Upon arrival, I assessed the situation and identified that the water heater was leaking from the bottom seam. To mitigate further water loss, I carefully drained some water from the heater, which helped slow down the leak. I then took detailed pictures and precise measurements of the water heater to ensure accurate documentation for the replacement quote. Throughout the process, I maintained a professional demeanor and ensured that the area was kept clean and safe. My goal was to provide a thorough assessment and gather all necessary information to facilitate a smooth replacement process.
