HVAC, Plumbing & Electrical Services in Chesterfield, MO

Responded to callback for unusual noise from Lennox air conditioning system following morning service. Inspected outdoor condenser unit and determined noise was caused by debris lodged in fan assembly. Removed obstruction, verified proper fan operation and clearances, and confirmed system running quietly with normal sound levels. Unit tested through full cooling cycle with no abnormal operation detected.

Completed comprehensive tune-up service on a 10-year-old residential air conditioning system located at exterior side of home per Home Depot work order #F61804547. Performed standard maintenance protocol including inspection of outdoor condenser unit, internal components, electrical connections, blower motor assembly, and control board functionality. All system components found operational with routine maintenance completed and unit returned to service.

Responded to water leak in ceiling at condominium building. Removed existing failed water heater and installed new 40-gallon gas tall water heater with drain pan. Connected copper supply lines with brass fittings and shut-off valves to water heater inlet and outlet. Installed pressure relief valve and discharge piping per code requirements. Connected closet-vent system with proper venting configuration using galvanized ductwork. Applied required plumbing identification sticker and obtained permit compliance for installation. Tested all connections for leaks, verified proper gas combustion, and confirmed water heater operation. System functioning properly upon completion.

Responded to no cooling call for residential 10-year-old AC system. Upon arrival, provided 30-minute advance notice as requested by customer. Performed diagnostic evaluation of outdoor condensing unit and indoor air handler. Outdoor unit showed normal physical condition with proper placement on concrete pad and functional disconnect box. Indoor unit inspection revealed significant deterioration of heat exchanger components with extensive corrosion, rust accumulation, and yellow staining throughout. Heat exchanger tubes displayed orange-brown rust patches and discoloration indicating advanced age and possible moisture exposure. Interior cabinet showed substantial dirt buildup, rust stains, and greenish-gray deposits on metal surfaces. Wiring bundles and electrical connections were inspected and found intact. Documented conditions with photos for customer review. System age and observed deterioration of critical components noted for discussion of repair versus replacement options.

Completed comprehensive heating tune-up and safety inspection on two 8-year-old furnace systems located in basement. Performed standard maintenance procedures including filter inspection, burner assembly cleaning, heat exchanger examination, blower motor lubrication, and combustion analysis on both units to ensure optimal efficiency and safe operation. Verified thermostat operation and system controls functioning properly, with cooling system actively maintaining setpoint at time of service.

Responded to service call for second floor system experiencing breakdown and aggressive freeze-up conditions. Upon inspection, found extensive ice buildup on evaporator coil preventing proper assessment. Documented severely restricted airflow at return air vent with significant dust and debris accumulation that likely contributed to reduced system performance. Measured system parameters and photographed coil assembly showing copper line connections and finned heat exchanger. Due to extent of ice formation, system requires defrost period before comprehensive leak search can be performed to determine if evaporator coil has failed. Return visit scheduled to complete refrigerant leak detection and provide definitive diagnosis once coil is fully thawed.

Returned to system to replace defective blower motor under warranty, serial number 5923C11541, which had previously been installed in January 2025. Removed and retained failed motor assembly for warranty processing, installed replacement unit, verified proper electrical connections and operation. System restored to full cooling capacity with no additional issues found.

Completed comprehensive electrical inspection of residential service panel and distribution system. Examined main electrical panel housing with standby generator interconnection labeling, verifying proper warning signage and access panel integrity. Inspected internal wiring configuration including multiple circuit conductors (red, black, white, and gray cables), verified proper wire bundling and organization, and confirmed secure wire nut connections on neutral conductors within the distribution box.

Responded to reported slow-draining laundry room drain. Upon inspection, accessed plumbing system through wall-mounted access panel and evaluated drainage components including water filtration system and associated PVC piping. Assessed drain flow and plumbing configuration to identify cause of drainage issue and restored proper function to laundry drain system.

Completed comprehensive Supertune maintenance on ground-level AC unit at condo property. Removed and inspected all return air grilles and filter components, which showed moderate dust accumulation and wear from regular operation. Cleaned metal grilles with oval-pattern mesh design and serviced wooden-framed filter assembly along with gray plastic filter frames. Performed standard tune-up procedures including system inspection, cleaning of components, and verification of proper airflow. All filters and grilles reinstalled and system returned to normal operation.

Completed comprehensive tune-up on 10-year-old AC unit located on side of home. Performed thorough inspection of furnace components including blower motor assembly, gas valve mechanism, and control circuit board; verified all electrical connections and wire terminations were secure. Measured system amperage at 389A using clamp meter to confirm proper electrical operation and component performance within manufacturer specifications.

Completed installation of tankless water heater unit in basement utility area with exposed framing. Unit mounted to wall studs with proper venting and drainage connections established using white PVC piping, including cleanout access point for future maintenance. All electrical connections completed in accordance with code requirements, utilizing existing electrical infrastructure and panel access.

Responded to a no-cooling complaint on a 14-year-old outdoor A/C unit for second opinion evaluation. Upon arrival, connected digital manifold gauges to assess refrigerant pressures and temperatures, which revealed abnormal system readings with high-side pressure at 281.2 psig and discharge temperature at 227.8°F. Documented equipment condition and diagnostic measurements with photographs prior to performing any service work, as previous contractor had implemented temporary repairs that required professional verification.

Completed comprehensive electrical home audit including detailed inspection of main electrical panel and safety systems. Documented circuit breaker configuration with existing handwritten circuit labels identifying dormitory master, AC unit, story circuits, parlor, and expansion circuits. Verified alarm system functionality including strobe light and LED indicator panel in utility area. All electrical components and safety devices were photographed for record-keeping purposes and found to be in functional condition with standard wear patterns consistent with regular residential use.

Completed comprehensive electrical system inspection and audit of residential property. Performed thorough examination of main electrical service panel, verifying proper circuit breaker operation, labeling accuracy, and load distribution across all circuits including family room, master bath, dishwasher, guest bedroom, refrigerator/disposal, furnace, sump pump, stove, living room outlets, and smoke detector systems. Inspected attic-level electrical infrastructure, including junction box connections, wire routing through structural framing, and cable management along ceiling joists. Documented existing wiring conditions, noting yellow-jacketed cables, white conductors, and gray service wires properly secured to wooden beams and plywood sheathing. Verified electrical panel interior components, main breaker specifications, and circuit identification systems are functioning as designed with appropriate safety labeling in place.

Responded to customer complaint of elevated indoor humidity levels exceeding 60%. Inspected 1-year-old residential HVAC system and verified thermostat operation showing 76°F room temperature with setpoint at 83°F. System confirmed operating in cooling mode with auto fan setting. Evaluated air handler access point and verified proper system cycling. Reviewed thermostat programming and discussed humidity control options with customer to address moisture concerns in conditioned space.

Responded to emergency service call for active water leak originating from ceiling around air handler on 9-year-old residential HVAC system. Upon arrival, confirmed water actively dripping from air handler exterior onto floor with ceiling showing signs of significant water damage and structural concern. Inspection revealed visible deterioration and corrosion along ductwork seam junctions near ceiling, with rust and material separation at connection points. Documented existing conditions with photographs showing compromised ductwork integrity, aging sealant failure, and water infiltration points. Primary concern identified as condensate drainage issue causing overflow from air handler, likely due to clogged drain line or failed condensate pump on cooling system. Advised immediate attention required to prevent further structural damage and restore proper AC operation.

Responded to no cooling complaint on 10-year-old residential unit located at side of home. Upon arrival, performed system diagnostics and temperature measurements. Recorded supply air temperature of 58.5°F and discharge line temperature of 739°F, indicating system is operating within normal parameters and cooling effectively. Verified unit functionality and determined system is working properly with no issues found.

Responded to inspection failure callback for 100 amp panel swap installation. Corrected circuit breaker labeling on panel directory to meet code requirements, ensuring all circuit designations were clearly and precisely identified with proper nomenclature for basement, utility, and other branch circuits. Updated labeling strips on both left and right columns of breaker panel to satisfy inspector's requirements for final approval.

Responded to ongoing no cooling complaint on unit U10 in side yard. Previous technicians had rewired thermostat, but system continued to fail to produce cold air since late April/early May. Upon arrival, performed comprehensive diagnostic evaluation of air conditioning system. Inspection revealed severely compromised airflow due to extensive contamination of critical heat exchange components. Evaporator coil showed heavy accumulation of dust, dirt, and biological growth throughout fin surfaces, significantly restricting air passage and heat transfer capability. Condenser coil similarly affected with dense particulate matter lodged between fins, creating blockage that prevented proper heat rejection. Ductwork exhibited substantial debris buildup along seams and interior surfaces, indicating poor air quality and inadequate system maintenance over extended period. Documented conditions with photographic evidence showing extent of contamination on both evaporator and condenser coils. The