Service Area

Responded to callback for ongoing condensation issues with drain pan continuously filling and moisture accumulation beneath plenum causing interior wall damage. Performed thorough inspection of HVAC system components, coil assembly, and drainage system to identify source of excessive moisture production. Documented equipment condition with photos showing coil housing, refrigerant lines, and internal components for further analysis of persistent condensation problem requiring daily dehumidifier emptying.

Responded to no-heat call with reported thermostat failure. Upon arrival, verified customer had already checked electrical panel with breakers in proper position. Conducted system diagnostic and accessed attic space to inspect HVAC equipment and associated components. Found multiple sections of flexible ductwork with significant deterioration, including visible tears and damaged areas with exposed interior insulation material. Documented existing conditions showing compromised duct integrity that could affect system efficiency and performance. Observed loose-fill attic insulation and various HVAC components including metal plenum connections. Completed visual inspection of accessible mechanical systems and photographed conditions for service records.

Installed 10-inch flexible ductwork drop to improve airflow distribution to back bedrooms experiencing inadequate air delivery. Added and properly sealed attic tent over attic access opening to prevent conditioned air loss and improve return air circulation. These modifications enhance HVAC system efficiency, allowing the thermostat to maintain more consistent temperature control throughout the residence by addressing restricted airflow pathways and reducing thermal bypass at the attic access point.

Responded to cooling complaint for master bedroom on dual-system residential property. Upon inspection, discovered extensive rust and corrosion on copper refrigerant lines and evaporator coil components in the affected air handler unit. The corroded copper tubing showed significant oxidation and deterioration, while structural metal components displayed advanced rust damage with flaking and pitting. Documented equipment condition with photos showing compromised system integrity. The remaining system continues to cool other areas of the home properly.

Completed AC cleaning and inspection on single system, addressing customer's concern regarding elevated indoor humidity levels at 63%. Performed diagnostic testing using refrigerant manifold and micron gauge to verify system performance, checked refrigerant pressures and temperatures, and inspected attic-mounted air handler and ductwork for proper operation and airflow distribution to identify potential causes of humidity issues.

Completed HVAC installation work including mounting ceiling air vents and return air grilles in multiple rooms. Performed rough-in work with wall penetrations for ductwork connections, installed electrical components including switch plates, and coordinated ventilation system integration throughout the residential space undergoing renovation.

Responded to service call for HVAC system experiencing intermittent fan operation and causing household lights to dim during system operation. Upon inspection of outdoor unit, found aging electrical components including contactor and capacitor showing signs of wear and potential failure. System exhibited symptoms consistent with electrical draw issues affecting household power, likely due to failing contactor causing excessive current demand during compressor and fan cycling. Documented existing conditions of electrical assembly and interior components via photographs for service records.

Responded to service call for Rheem inverter system experiencing under voltage fault condition causing system lockout. Diagnosed T983 fan under voltage issue on unit installed in September 2023 and still under manufacturer warranty. Inspected control board and electrical components, documented circuit board condition with photos showing power supply board, inductors, capacitors, and wiring connections for warranty claim processing.

Responded to after-hours dispatch for residential HVAC system with no cooling and blank ecobee thermostat display. Upon arrival, inspected air handler unit and electrical components in closet location. Found six-year-old system with accumulated dust and debris on evaporator coil fins and visible deterioration at wire connection points. Examined 60-amp breaker panel serving the HVAC equipment, which showed signs of age with intact breakers in ON position. Documented wiring conditions including exposed connections with discolored insulation material and dark residue accumulation. Photographed evaporator coil assembly showing blue, yellow, and ground wires with compromised connection integrity, as well as breaker panel configuration with thick gauge conductors. System age and component condition consistent with original installation from construction.

Responded to callback for unit not cooling following previous week's service. Upon inspection, accessed outdoor condensing unit electrical panel and examined capacitor connections and wiring. Verified all wire terminations to dual run capacitor, contactor, and compressor components. Inspected capacitor for proper function and secure mounting. System restored to normal cooling operation prior to customer's scheduled departure.

Completed annual cooling maintenance on three residential AC systems: two 3.5-ton units (6-7 years old) and one 2-ton unit (10+ years old). Performed comprehensive inspection and cleaning of all three systems, including condenser coils, evaporator coils, drain lines, and electrical connections. Replaced three 24x24x1 air filters as specified. During attic inspection, identified damaged flexible ductwork with torn outer vapor barrier exposing fiberglass insulation, as well as loose and deteriorated insulation material around HVAC components and framing. Documented compromised duct integrity and insulation issues for future repair recommendations. All systems tested and operating within normal parameters upon completion.

Completed AC maintenance and inspection on single-system mobile home unit, including thorough cleaning of condenser coil and components. Performed electrical diagnostics using clamp meter, recording amperage draw of 48 amps at outdoor unit. Replaced existing thermostat with customer-supplied unit and verified proper operation. During inspection, identified significant frost buildup on evaporator coil indicating potential airflow restriction or refrigerant issue requiring monitoring. All accessible components cleaned and system operational at time of departure.

Responded to after-hours service call for non-operational HVAC system at mobile home. Upon arrival, found unit powered off due to freeze-up condition caused by backed-up drain line. Outdoor condensing unit exhibited heavy debris accumulation on coil fins and exterior surfaces, significantly restricting airflow. Documented equipment condition and installation setup on weathered wooden platform adjacent to structure. Customer reported purchasing property in 2016 and enrolled in maintenance membership during visit. System remains off pending drain line clearing and coil cleaning to restore proper operation and prevent recurrence of freeze-up condition.

Completed blower motor installation on residential HVAC system with part supplied from shop. Performed electrical diagnostics and testing to verify proper motor operation and system functionality, confirming all electrical connections and capacitor readings were within manufacturer specifications.

Completed installation of a premium 3.5-ton heat pump system with associated ductwork at residential property. Positioned outdoor condensing unit on newly placed concrete pad against exterior brick wall with proper clearances for airflow and serviceability. Mounted electrical disconnect box on wall adjacent to unit and completed all electrical connections per manufacturer specifications and local code requirements. Fabricated and installed complete duct system with custom measurements and configurations to ensure optimal airflow distribution throughout the home. Raised equipment platform by 3 inches to achieve proper drainage and prevent water accumulation. All ductwork connections secured and sealed to minimize air leakage and maximize system efficiency. Verified proper refrigerant charge, tested all electrical components, and confirmed system operation across all modes. Unit operational and performing within manufacturer specifications upon completion.

Installed new surge protector on exterior wall of building, mounting unit securely to lap siding and completing all necessary electrical connections. Device is operational and ready for service.

Responded to no-cooling call where system would not power on after customer attempted capacitor replacement. Upon arrival, performed diagnostic testing of electrical components using clamp meter. Measured amperage readings at compressor unit, recording 56.5A and 30.53A on separate circuits to verify proper current draw and identify potential electrical faults. Inspected outdoor condensing unit, noting accumulated debris on coil fins affecting airflow efficiency. Evaluated all electrical connections, wiring integrity, and component functionality to determine root cause of system failure and restore proper operation.

Completed estimate for air handler installation. Customer requested afternoon scheduling for the proposed work. Documentation and site photos were captured for project planning purposes.

Completed comprehensive AC system inspection including examination of evaporator coil assembly and attic-mounted components. Documented yellow-gold discoloration on refrigerant line indicating possible corrosion or oxidation requiring monitoring, verified proper insulation coverage around ductwork and plumbing penetrations, and confirmed all electrical connections and wiring were secure with no visible deficiencies.

Completed comprehensive AC maintenance service including system cleaning and thorough inspection of single HVAC unit. Performed thermal imaging diagnostics of indoor air handler, recording temperature differentials with readings showing center temperature of 66.4°F, maximum of 70.5°F, and minimum of 64.8°F to verify proper system operation and identify potential airflow issues. Conducted attic inspection of ductwork infrastructure, examining insulated flex ducts for proper installation, secure mounting with support straps, and seal integrity throughout the distribution system. Verified all ductwork connections, insulation condition, and equipment placement on attic platform. System operating within normal parameters with no immediate concerns identified.

Responded to service call for HVAC system reported as non-operational for approximately four weeks. Upon arrival, performed diagnostic inspection of split system including outdoor condenser unit and indoor air handler located in crawl space. Condenser unit was noted to have been replaced approximately two years prior to this service visit. Conducted visual inspection of both indoor and outdoor components, checking electrical connections, refrigerant lines, ductwork connections, and overall system condition. Documented equipment conditions and installation environment with photographs for service records.

Responded to dispatch for downstairs HVAC system blowing warm air. Upon arrival, verified condenser unit operating, confirmed no water in drain pan and no refrigerant line icing. Accessed attic space to inspect air handler and ductwork system. Documented equipment conditions with photos for records. Customer acquired property three years prior with no historical maintenance records available for either system. Invoice will be mailed to customer address on file.

Responded to service call for non-operational furnace in rental property preparation. Performed diagnostic assessment of HVAC system located in attic space. Accessed equipment through unfinished attic area with exposed joists and existing utility infrastructure. Utilized Fieldpiece diagnostic manifold gauge system to measure refrigerant pressures, temperatures, and system performance parameters across multiple data points. Conducted visual inspection of furnace installation, associated ductwork, electrical connections, and surrounding mechanical systems. Documented equipment condition and current system readings for further evaluation and repair recommendations prior to upcoming heating season.

Responded to customer complaint of high-pitched whining noise from newly installed condenser unit and recurring drain pan overflow. Upon arrival, performed diagnostic testing on outdoor condensing unit and measured compressor amperage at 39.1 amps to verify proper electrical operation. Inspected control wiring connections and condensate drainage system. System was operating and cooling at time of service call.

# Install - Small: 14" Electronic Zone Control Damper Installed a 14" electronic zone control damper as part of a zoned HVAC system upgrade. Mounted the motorized damper in the designated ductwork branch to enable automated airflow control for the specified zone. Wired the damper motor to the zone control panel, ensuring proper polarity and secure connections. Verified damper operation through full open and closed cycles to confirm smooth motor function and complete blade travel. Following installation, performed system commissioning and diagnostic testing using digital manifold gauges to verify proper refrigerant pressures and system performance. Measured and recorded superheat and subcooling values to ensure the HVAC system maintained optimal operating parameters with the new zone damper integrated. Confirmed airflow distribution met design specifications and that the damper responded correctly to zone control signals. System tested successfully with all components functioning as i