HVAC & Air Quality Services in Shaker Heights, OH

Responded to service call for rodent damage to air conditioning system wiring in attic space. Upon inspection, confirmed that rodents had chewed through insulation covering on electrical wiring to AC unit, leaving conductors exposed. Documented damage with photographs showing affected wiring runs and overall attic conditions including HVAC ductwork routing and structural layout. Advised customer of findings and necessary repairs to restore safe electrical connections and proper insulation coverage to prevent further deterioration or potential electrical hazards.

Conducted comprehensive HVAC system evaluation and provided full replacement options for residential forced air system. Assessed existing air handler unit located in attic space, including ductwork configuration, condensate drainage system, and overall equipment condition. Presented complete replacement estimates to homeowner covering equipment upgrades, installation specifications, and system optimization recommendations.

Responded to service call for loud buzzing noise on recently installed Goodman air conditioning system. Upon arrival, performed diagnostic inspection of indoor furnace unit and blower motor assembly. Identified issue with blower motor experiencing mechanical noise during startup cycles. Inspected motor mounting, bearings, and fan wheel assembly for loose components or obstructions. Verified proper electrical connections and capacitor function. Documented equipment condition with photographs showing furnace installation and blower motor assembly details. Unit is under manufacturer warranty coverage. Provided customer with findings and recommended contacting warranty service for authorized motor replacement or repair to resolve buzzing noise issue.

Responded to water leak complaint on 11-year-old Amana AC unit with water present on laundry room floor. Upon inspection, discovered evaporator coil heavily contaminated with dust and debris accumulation, particularly on left section of cooling fins, causing restricted airflow and drain pan overflow. Cleaned evaporator coil fins, cleared primary condensate drain line, verified proper drainage, and tested system operation to confirm resolution of leak issue.

Responded to no cooling complaint on aging HVAC system. Performed comprehensive system inspection including exterior disconnect, refrigerant lines, and attic air handler components. Verified system operation, checked electrical connections, and assessed overall condition of equipment to diagnose cooling issue.

Completed preventive maintenance on 6-year-old Carrier cooling system. Inspected indoor Amana furnace unit and outdoor condenser, checked refrigerant levels, cleaned condenser coils, tested electrical connections, verified proper airflow and system operation. All components functioning within manufacturer specifications; system ready for cooling season.

Performed maintenance and repair on residential furnace system. Removed and thoroughly cleaned blower wheel assembly to restore proper airflow and system efficiency. Replaced failed capacitor to ensure reliable motor operation. Tested system operation and confirmed proper function of all components upon completion.

Completed a 200 AMP electrical panel upgrade with surge protection installation. Removed the existing outdated panel and installed a new 200 AMP main service panel to meet current electrical code requirements and provide increased capacity for the property. Integrated whole-house surge protection device to safeguard electrical systems and connected appliances from voltage spikes and power surges.

Responded to cooling complaint with thermostat set at 72°F but space temperature reading 76°F. Performed system diagnostics and temperature measurements at multiple points including supply air reading 52.5°F and return air reading 75°F. Based on previous service history indicating potential refrigerant loss and current temperature differential analysis, system performance suggests possible refrigerant leak requiring further leak search procedure to identify and resolve underlying issue.

Completed scheduled cooling system maintenance visit on residential HVAC unit. Performed comprehensive inspection of air handler assembly, including blower motor, squirrel cage fan wheel, and electrical connections. Verified proper motor operation and measured electrical current draw using clamp meter, confirming amperage readings within manufacturer specifications at 0.04A. Inspected all wiring connections, including power leads and grounding wire, ensuring secure terminations and no signs of wear or overheating. Examined blower motor housing, mounting bracket, and surrounding ductwork for proper installation and structural integrity. All components found operating normally with no deficiencies noted. System returned to service in proper working condition.

Completed scheduled plumbing maintenance visit for water heater fulfillment and inspection. Performed visual assessment of Bradford White automatic storage water heater unit, verifying proper installation, connections, and operational status. Documented equipment condition including copper piping connections, pressure relief valve, gas input specifications, and safety labeling compliance.

Performed preventive maintenance tune-up on two outdoor condensing units serving ductless mini-split system. Completed standard inspection procedures including checking refrigerant levels, cleaning condenser coils, testing electrical connections, and verifying proper operation of both indoor wall-mounted air handler and outdoor compressor units. Presented customer with information regarding available maintenance value plan options for future service needs.

Completed full residential backup power system installation including Generac whole-home generator mounted on concrete pad, 200-amp electrical service upgrade with new meter socket and panel, and whole-home surge protection device. Installation required coordination between electrical and plumbing trades, with new exterior conduit runs along brick exterior, proper generator transfer switch integration, and HVAC condensate drainage system accommodation to ensure all systems function safely together.

# HVAC Cooling Maintenance Summary Completed comprehensive cooling system maintenance on residential split-system air conditioning unit. Performed routine inspection and servicing of Amana outdoor condenser unit and Goodman indoor furnace/air handler located in basement mechanical room. System operational and ready for continued cooling season use. # Detailed Service Description Performed scheduled preventative maintenance on residential cooling system consisting of outdoor Amana condenser unit and indoor Goodman air handler with integrated furnace. **Outdoor Condenser Unit Service:** Inspected Amana condenser unit positioned on concrete pad at exterior wall. Verified unit mounting stability and proper clearances for adequate airflow. Examined cabinet condition, noting intact louvered panels and protective top cover. Checked electrical disconnect box and conduit connections for secure mounting and proper operation. Assessed surrounding area, confirming adequate drainage and minimal

Completed comprehensive cooling system maintenance on residential air conditioning unit. Connected digital manifold gauges to service ports and performed refrigerant pressure diagnostics to verify proper system charge and operation. Inspected electrical control panel wiring, terminal connections, and control circuits to ensure all connections were secure and functioning correctly.

# HVAC Cooling Maintenance Summary Completed routine preventive maintenance on residential cooling system under recurring service agreement. Performed comprehensive system inspection including visual assessment of evaporator coil assembly, ductwork, and air handler components. Noted moderate dust and debris accumulation on insulated refrigerant line and surrounding surfaces, typical of normal operational conditions. Conducted electrical diagnostics using digital clamp meter to verify system performance parameters and confirm proper voltage readings at equipment. All cooling system components inspected and found operating within manufacturer specifications. Unit continues to function properly with no immediate service needs identified.

Conducted on-site assessment for new Generac generator installation. Evaluated existing electrical service entrance, utility meter location, and available space for generator placement adjacent to building exterior. Documented current gas meter configuration and underground utility routing to determine optimal generator positioning and required transfer switch installation. Photographed existing infrastructure including basement utility runs to assess electrical panel accessibility and plan for automatic transfer switch wiring. Provided comprehensive quote for complete generator system installation including all necessary electrical connections and permits.

Responded to reported concern of possible carbon monoxide issue from tanked water heater. Upon arrival, performed comprehensive safety inspection of Bradford White tanked water heater and surrounding mechanical systems. Conducted visual examination of water heater unit, including manufacturer label verification, copper piping connections, and all valving at top of unit. Inspected flue pipe configuration and venting system to ensure proper draft and exhaust. Examined all gas connections, supply lines, and shut-off valves for leaks or deterioration. Verified proper clearances around unit and checked for signs of backdrafting or incomplete combustion. Assessed condition of temperature and pressure relief valve and discharge piping. Reviewed overall installation compliance with safety standards, including proper ventilation in mechanical room. No immediate carbon monoxide hazards or safety concerns identified during inspection. All plumbing connections, copper lines, and PVC drainage syste

Completed comprehensive electrical load calculation for residential generator sizing in accordance with 2023 NEC requirements. Performed detailed analysis of dwelling unit electrical demands including general lighting load for 5,600 square feet, small appliance circuits, laundry circuits, electric dryer at 5.00 kW, cooking appliances, fixed electric space heating loads totaling approximately 20 kW across multiple zones, central furnace, and various household appliances. Applied appropriate NEC demand factors per Articles 220.12, 220.44, 220.54, 220.55, and 220.60 to calculate total connected load. Documented all motor loads at 125% per NEC 220.53 including HVAC equipment and garbage disposal. Final calculated demand load determined to be 23,256 volt-amperes, resulting in recommendation for 24 kW standby generator installation. Photographed existing electrical infrastructure in basement mechanical space showing current conduit routing and utility connections for future generator integra

Conducted comprehensive site assessment for standby generator installation at residential property. Evaluated existing electrical infrastructure in garage, documenting current electrical panel configuration and available conduit pathways for future generator connection. Inspected exterior areas to determine optimal generator placement considering clearances from building structure, landscaping features, and utility access points. Photographed electrical service entrance, panel locations, and proposed installation area to develop accurate material and labor estimates for automatic transfer switch integration and generator pad installation.