HVAC & Air Quality Services in Shaker Heights, OH

Responded to no-heat call for a relatively new boiler system. Diagnosed communication failure between thermostat and boiler control unit. Observed normal blue flame operation at burners but detected significant corrosion along the heat exchanger, indicating possible condensate drainage issues affecting electrical components. Restored communication functionality and verified proper system operation.

Completed installation of a 5-head mini-split system with 2 Daikin condensers mounted on concrete pads. Performed pressure testing with Testo 568s digital gauge to verify system integrity, achieving 502.5 psi during leak detection procedures. System was properly installed with coordination with electrical contractor for final connections.

Conducted assessment of existing boiler system and presented repair options to client. Inspected galvanized ductwork in utility area, noting connection points requiring attention. Examined PVC plumbing configuration and ventilation components to determine optimal heating solution.

Performed routine heating system maintenance including combustion analysis with Testo 310 digital analyzer showing proper combustion parameters (107.6°/7.7%). Electrical testing with multimeter confirmed nominal voltage readings (0.20/0.61) across control circuits. System is operating within manufacturer specifications.

Completed electrical installation service for a previously non-operational circuit. Accessed main breaker panel, installed and properly connected new circuitry with appropriate amperage ratings as documented in photos. Ensured proper routing of conduit and wiring through utility area with PVC piping, verifying all connections meet code requirements.

Completed first-year heating maintenance service on two systems per MVP maintenance protocol. Inspected blower wheel assembly and replaced component with hand tool. Visual inspection confirmed proper installation of filtration material and verified fan operation after service.

Performed scheduled heating maintenance on residential furnace system. Conducted gas pressure test with UEI manometer showing 1.77" WC reading. Inspected internal components including control board, wiring connections, and ventilation ducts, confirming system is operating within manufacturer specifications.

Performed routine heating maintenance on residential HVAC system. Inspected interior components including electrical connections, control board, and blower assembly. All components found in normal working condition with properly organized wiring and no visible damage.

Performed routine maintenance on Goodman heating system. Conducted pressure testing with Klein differential manometer, recording static pressure readings at 0.0 and 350. Inspected interior components including electrical connections, control module wiring, and verified proper system operation.

Performed scheduled maintenance on water boiler system. Observed significant copper pipe oxidation and corrosion at T-junction connections. Noted moisture issues on concrete floor with visible water staining patterns around the boiler area.

Completed installation of a 96% efficient furnace and 40-gallon Bradford White hot water tank. Installation included proper venting with PVC piping, installation of an expansion tank with appropriate metal strapping, and connection of all necessary copper supply lines with valve controls. All components were tested and verified to be in proper working condition.

Conducted comprehensive evaluation of existing HVAC system to provide customer with replacement options for furnace-only and complete system replacement. Documented aging AC unit which is older than current furnace, requiring prioritization decisions for the homeowner.

Conducted comprehensive plumbing inspection of bathroom vanity with chrome fixtures and basement utility area. Documented condition of sink plumbing components and surrounding cabinetry. No active leaks or functional issues identified during the inspection.

Performed scheduled maintenance on a Navien tanked water heater system. Completed full inspection of internal components including heat exchangers, valves, electrical connections, and circuit board. Verified proper operation of control panel and confirmed Energy Star certified unit is functioning optimally with all plumbing connections secure.

Performed routine maintenance service on Goodman heating system with attached humidifier. Inspected all components including ventilation system, PVC piping, and electrical connections. System functioning properly with no issues identified.

Performed electrical inspection of residential service entrance components and main distribution panel. Examined exterior meter installation on brick facade, verifying proper conduit connections and mounting. Inspected interior circuit breaker panel, evaluating breaker condition, wire routing, and overall system integrity.

Diagnosed no-heat complaint in furnace under 10 years old, finding condensation on heat exchanger and burner assembly. Inspected blower motor and determined it was operational, but discovered ignition failure due to moisture contamination. Cleaned affected components, verified proper ignition sequence and confirmed normal heat output before completing service.

Responded to customer call regarding water leakage from boiler system. Upon inspection, identified compromised sight glass component in the hydronic loop as the source of the leak. Replaced sight glass assembly and checked system pressure, confirming proper operation with no further leakage observed.

Performed routine maintenance on primary furnace covered under MVP service agreement. Inspected ventilation components showing normal dust accumulation and verified proper wire connections through the control panel. Secondary AC unit was operational but not included in current service plan.

Conducted site assessment for ductless mini-split replacement options. Inspected existing Fujitsu wall-mounted thermostat and evaluated current ductwork condition in attic space. Documented insulated metal ducts and structural considerations for potential system conversion.