He came early, but we were here and he completed the job efficiently and in a timely manner.
We always receive quick responses to our service needs. Comfort Central has been managing our heating and cooling needs for many years. Their service reps are polite and knowledgeable. We recommend them highly for your heating and cooling needs including mini-splits!
Jay came to the house the day I called for service. He was thorough and kept me informed.
very thorough, trouble shot 2 problem areas, this guy really knows what he is doing. Very appreciative, thanks!
Jay was very nice and fully explained our system, what he did to service it and what it will need in the future. The price was very reasonable too. We’d definitely recommend Comfort Central, Inc.
Cameron did excellent work with diagnosing my Attic Furnace issue; methodically stepped through core procedures and repositioned enough ‘drainage’ equipment to ensure system reliability. He also recommended some improvement measures to preempt future condensation freezes. Good job Cameron! Very satisfied… Robert
Cameron was efficient, quick and complete in his service.
Fantastic service. Fast. Highly Competent. Professional and polite.
Performed cooling tune up service on heat pump systems checking all electrical components, refrigerant balance, unit start up, operation, shutdown, cleaning of indoor and outdoor units, treatment of drains. Checking of 16x20x4 filters. Everything looks and runs great!
The customer scheduled an air conditioning replacement after dealing with frequent breakdowns and rising energy costs from their outdated system. We conducted a full evaluation of the home's cooling needs and installed a high-efficiency central AC unit paired with a programmable smart thermostat. After removing the old equipment, we connected new refrigerant lines, updated the electrical connections, and tested the airflow throughout the home. The new system now provides reliable, energy-efficient cooling, better indoor air quality, and long-term savings on utility bills.
The customer contacted us for AC repair after the unit began making unusual noises and failing to cool effectively. Upon inspection, we found a failing fan motor and signs of wear on the contactor, both of which were affecting airflow and system efficiency. We replaced the faulty fan motor, installed a new contactor, and performed a full system test to ensure proper operation. The air conditioning system now runs quietly and efficiently, restoring dependable cooling performance and preventing further HVAC issues during the heat.
The customer reached out for an indoor air quality inspection after noticing persistent dust buildup and allergy symptoms inside the home. During the inspection, we evaluated the HVAC system, checked for leaks in the ductwork, tested humidity levels, and assessed the efficiency of the existing air filters. We identified inadequate filtration and minor duct leaks contributing to poor airflow and airborne contaminants. Based on our findings, we recommended a whole-home air purifier and sealing the ducts. This indoor air quality check ensures healthier air circulation, reduces allergens, and improves overall comfort in the living space.
The customer scheduled AC maintenance to prepare their cooling system for the upcoming summer season. We performed a thorough tune-up that included cleaning the outdoor condenser unit, checking refrigerant pressure, inspecting the evaporator coil, tightening electrical connections, and replacing the air filter to improve airflow. We also tested the thermostat and ensured the system cycled properly. This preventative maintenance helps reduce energy costs, extends the life of the air conditioning unit, and ensures reliable performance during high-demand months.
The customer called for AC maintenance to ensure their cooling system was operating at peak efficiency ahead of the warmer months. During the service, we inspected and cleaned the condenser coils, checked refrigerant levels, tested electrical components, and replaced the dirty air filter to restore proper airflow. We also calibrated the thermostat and verified that the blower motor and evaporator coil were functioning correctly. This routine air conditioning maintenance now helps extend the lifespan of the HVAC system, boosts energy efficiency, and maintains consistent indoor comfort.
Ultimate Cooling Tune-Up: cleaned coils, brushed and cleaned traps, added pan treatment tablets to pan. tested and checked all controls, wiring connections. tested temperatures, checked filters. checked refrigerant temperature and pressures, tested static duct pressure. tested blower operation, tested cooling operation to ensure working within manufacturer specifications. Replace outdoor sensor battery’s
Just completed a comprehensive spring AC maintenance for a homeowner experiencing poor airflow. Cleaned condenser coils, replaced clogged air filter, and calibrated the thermostat. Found refrigerant levels slightly low, indicating a minor leak that needed repair. Taking these preventative steps now significantly improves energy efficiency and prevents major breakdowns during peak summer temperatures. System now operating at optimal performance.
Installing a new 16 SEER heat pump system for a family upgrading from their 10-year-old unit. Properly sized the equipment based on home square footage and insulation values. Ensuring correct refrigerant charge and airflow balance for maximum efficiency. This upgrade will reduce their energy consumption by approximately 30% while providing superior humidity control.
Completing installation of a whole-home dehumidifier integrated with the existing HVAC system. Homeowner was experiencing persistent musty odors and humidity levels consistently above 65%. Installed a 70-pint capacity unit with automatic humidity control and drainage directly to existing condensate lines. This addition will maintain optimal indoor humidity between 40-50%, prevent mold growth, reduce dust mite populations, protect wood furnishings from warping, and decrease cooling costs as lower humidity air feels cooler at the same temperature.
Diagnosed and repaired a failed capacitor on a 5-year-old air conditioning system. Homeowner reported unit was running continuously without reaching set temperature. Testing revealed capacitor operating at 40% capacity, causing compressor strain and reduced efficiency. Replaced with correct microfarad rated capacitor, checked amperage draw across all components, and verified proper operation. System now cycling correctly with appropriate temperature differential between supply and return air.
Performing indoor air quality assessment for a customer with respiratory sensitivities. Using particle counter to measure PM2.5 and PM10 particulate levels, CO2 monitor for ventilation adequacy, and humidity sensors throughout the home. Results show elevated particulate matter in bedrooms and excessive humidity in basement areas. Recommending multi-stage filtration system with MERV 13 filter, UV air purification component for microbial control, and zoned dehumidification system. These improvements will significantly reduce allergen load and create healthier breathing conditions throughout the residence.
Sealing leaky ductwork in a 1990s home with aerosol-based sealing technology. Pre-testing showed 27% air leakage in supply ducts. Process seals leaks from inside the ducts without major demolition. This improvement will increase comfort, reduce energy waste, and minimize dust infiltration from unconditioned spaces.
Installing an ENERGY STAR certified smart thermostat for improved climate control and energy savings. Verifying C-wire compatibility, programming custom schedules based on homeowner occupancy patterns, and configuring humidity control thresholds. Setting up smartphone integration and providing tutorial on usage. This upgrade will reduce cooling costs by approximately 15% annually while providing enhanced comfort and remote system monitoring capabilities.
Converting an R-22 system to compatible alternative refrigerant as part of scheduled maintenance. With R-22 production phased out and prices prohibitive, this conversion extends the viable lifespan of the existing equipment by 3-5 years. Process includes evacuating remaining refrigerant, replacing compatible components including expansion valve and filter drier, leak testing system under pressure, evacuating to remove moisture, and charging with R-407C alternative. Also updating system labeling to indicate new refrigerant type and charge specifications. This conversion improves efficiency while providing a more environmentally sustainable solution until full system replacement becomes necessary.