HVAC Services

Responded to service call regarding unusual sound originating from ductwork system. Conducted thorough inspection of attic space and examined all accessible ductwork, including black flexible ducting, copper refrigerant lines, and associated mechanical components. Inspected wooden framing, insulation, and pipe fittings for any loose connections or contact points that could generate noise. Unable to replicate or locate the reported sound during inspection period. Documented attic conditions with photographs showing ductwork routing, insulation placement, and structural components for future reference if issue recurs.

Responded to service call for condensate drainage system issues. Upon inspection, discovered severely cracked emergency drain pan beneath evaporator coil with extensive biological growth, algae accumulation, and standing water contamination throughout the pan surface. The existing drain trap showed signs of age-related deterioration and improper configuration. Removed and replaced the damaged emergency drain pan with new unit to prevent potential water damage and system failure. Installed upgraded condensate drain trap with proper P-trap configuration using PVC piping to ensure adequate water seal and prevent airflow issues. Applied purple primer and solvent cement to all pipe joints per code requirements. Verified proper drainage flow and trap seal operation upon completion. Cleaned work area and removed all debris. System tested and operating within normal parameters with no leaks detected.

Successfully installed new gas line connection to commercial-grade six-burner kitchen range with griddle and dual oven compartments. Routed black iron pipe through structural framework, secured with appropriate clamps and brackets, and made final connection to appliance per code requirements.

Conducted comprehensive walkthrough of gas piping installation to assess remaining work required for project completion. Documented existing mechanical systems including pump assembly, PVC piping configurations, and aging gas line components showing significant corrosion on mounting hardware and deterioration of pipe surfaces requiring attention before final system activation.

Conducted comprehensive assessment of existing HVAC system for furnace replacement estimate. Inspected Goodman central air conditioning unit (Model CACF036B2B) and furnace system in basement mechanical room. Documented current equipment specifications, including R22 refrigerant system manufactured in 2004, and evaluated ductwork configuration with main trunk line extending to upper levels. Photographed internal components with access panel removed to assess condition of electrical connections, wiring harness, and mechanical assemblies. Noted equipment age and overall system layout including proximity to water heater and existing ventilation infrastructure. Provided detailed documentation and specifications for complete furnace replacement proposal.

Completed comprehensive estimate for full HVAC system replacement including air conditioning unit and furnace in residential property. Assessed existing equipment location in basement utility area, documented current installation conditions including ductwork configuration and available space for new equipment, and photographed water heater proximity to determine optimal placement for replacement units while ensuring proper clearances and code compliance.

Conducted on-site evaluation at rental property for complete AC system replacement. Documented existing electrical panel configuration showing dedicated AC circuit breaker and assessed basement mechanical room housing current furnace and HVAC infrastructure. Provided comprehensive replacement estimate for new single-zone air conditioning system installation.

Responded to no cooling call with reported leak. Upon inspection in attic, found air handler with accessible internal components including blower motor assembly and filter. Performed diagnostic testing using multimeter to assess electrical connections and system functionality. Inspected refrigerant lines, ductwork connections, and condensate drainage system. Located source of leak and completed necessary repairs to restore proper operation. Verified system cooling capacity and confirmed all components functioning within normal parameters before departure.

# No AC - Wiring Issue Resolution Responded to no cooling complaint and diagnosed faulty wiring connections on the HVAC control board. Upon inspection, identified loose and improperly terminated wire connections at the terminal block and relay circuit that were preventing the system from operating. Removed and reinstalled affected wire connections, ensuring proper seating in all terminal blocks and connector housings. Verified all relay switches, including the HJR-4102-L-12VDC relay and DELTA relay, were functioning correctly. Tested all wire terminations for secure contact and proper voltage delivery to control components. Restored power to the system and confirmed proper operation of all circuits. System tested successfully with all functions operating as designed.

Responded to no cooling call where HVAC unit became unresponsive after customer cycled the breaker. Upon arrival, found that previous attempts to resolve the issue included fuse and transformer replacement, but unit remained non-functional. Performed comprehensive electrical diagnostics using clamp meter to test voltage and amperage at various points in the system. Inspected control board, wiring connections, and safety circuits. Identified failed door interlock switch preventing unit operation. Removed defective latch mechanism and installed replacement part. Verified proper electrical continuity, tested all safety switches, and confirmed system startup. Unit now operating normally with thermostat communication restored.

Conducted comprehensive site assessment for HVAC system upgrade involving replacement of existing air conditioning unit and installation of second unit to establish dual-zone cooling configuration. Evaluated current outdoor condenser unit, electrical service capacity at 200-amp main panel, and available infrastructure including existing conduit routing and disconnect location. Documented equipment specifications, electrical requirements, and installation parameters necessary for preparing detailed estimate for complete two-zone system implementation.

Completed AC system estimate in attic space. Documented existing green air handler unit positioned on wooden platform with exposed ductwork and insulation. Photographed equipment dimensions, duct configurations, and current installation conditions including flexible ductwork and fiberglass insulation placement for estimate preparation.

Performed inspection and assessment of Rheem air conditioning evaporator coil and drain pan system located in attic space. Upon examination, discovered severe biological contamination in the metal drain pan, with extensive mold and algae growth covering the pan surface due to prolonged condensate accumulation. Documented existing conditions through photography, including the contaminated drain pan, evaporator coil assembly, condensate drainage piping with PVC and copper components, and surrounding attic infrastructure. Provided estimate for drain pan replacement to address contamination issue and prevent potential water damage or system failure.

Completed seasonal maintenance on CPFP 2 air conditioning system. Inspected electrical components including dual run capacitor and wiring connections, verified all terminals secure and properly connected. Performed system diagnostics using digital manifold gauges, recording operating pressures and temperatures to confirm unit operating within manufacturer specifications.

Responded to no cooling call and found ducted air conditioning system with frozen evaporator coil upon arrival. Inspected attic-mounted air handler and confirmed ice buildup on coil and refrigerant lines. Examined outdoor condensing unit and associated refrigerant piping, noting oxidation on copper lines and weathered insulation. Shut down system to allow complete defrost cycle of evaporator coil. Checked airflow at air handler and found restricted airflow due to insufficient return air or dirty filter causing coil temperature to drop below freezing point. Verified refrigerant line insulation integrity on both suction and liquid lines. Allowed adequate time for ice to melt completely before further diagnostics. System requires follow-up service to address underlying cause of freeze condition, which may include checking refrigerant charge levels, verifying proper airflow across evaporator coil, inspecting blower motor operation, and replacing air filter if restricted.