Top-Rated Plumbing in Lexington, KY

Responded to no-cool call for commercial rooftop unit serving upstairs office area. Upon inspection, found RTU exhibiting significant deterioration including extensive rust staining on cabinet panels, corrosion around openings, and compromised structural integrity. Measured ductwork connections and assessed overall unit condition. Unit shows advanced age with moisture damage and weathering throughout cabinet and components. Documented equipment measurements and condition with photographs for replacement quote preparation. Recommended full RTU replacement due to extent of deterioration and cooling system failure.

Responded to water leak emergency in kitchen area with water pooling on floor and penetration into basement below. Upon investigation, identified dishwasher as probable source of leak that occurred during extended absence. Performed diagnostic assessment, documented conditions with photos showing hardwood flooring and cabinet areas, and collected service fee for inspection and repairs performed to resolve the active leak.

Conducted comprehensive electrical assessment of commercial fluorescent lighting system. Evaluated six non-functional fluorescent tube light fixtures with suspected ballast failure and inspected twenty-eight additional four-lamp fluorescent fixtures requiring replacement throughout the facility. Documented existing conditions including recessed troffer-style fixtures with acoustic drop ceiling installation, noted fixture housing conditions, and assessed electrical infrastructure requirements for complete fixture replacement project.

Responded to outdoor hose faucet leaking when turned on, with water escaping behind exterior vinyl siding and infiltrating interior laundry and utility rooms. Performed inspection and confirmed failed hose bib connection within wall cavity. Removed defective outdoor spigot assembly from recessed faucet box mounted on exterior wall, which showed corrosion and mineral deposits on threaded pipe section and deteriorated brass fittings. Replaced faulty hose bib with new frost-proof sillcock assembly, ensuring proper sealing at wall penetration point to prevent future water intrusion. Verified interior shutoff valve operation and tested new installation under full water pressure with no leakage detected at exterior mounting point or behind siding. Confirmed repair resolved water infiltration issue affecting interior spaces.

Responded to no-cool call for third-floor AC system with indoor temperature at 93°F. Performed electrical diagnostics using multimeter to test voltage and amperage at outdoor unit. Identified failed capacitor preventing compressor operation, evidenced by low voltage readings and visual inspection of deteriorated component near condenser coil with accumulated debris.

Responded to callback for persistent water backup issue in bathtub following main drain cleanout service. Performed video camera inspection of main drain line to identify blockage location and assess pipe condition, with inspection revealing standing water and potential obstruction at 31.5°F ambient temperature. Documentation captured via inspection camera for further evaluation of drainage system.

Completed Gold Level annual preventive maintenance on single-system residential HVAC unit. Performed comprehensive electrical diagnostics using clamp meter to verify system amperage and voltage readings, confirming proper electrical operation of both indoor and outdoor components. All electrical measurements were within manufacturer specifications. Customer-supplied filters were noted as part of maintenance agreement terms. System operating normally upon completion of first annual visit.

Responded to no cooling complaint for rooftop packaged HVAC unit serving upstairs office area. Upon arrival, accessed commercial rooftop unit and performed diagnostic evaluation of system components. Inspected package unit exterior condition, verified airflow through louvers, and checked operational status of equipment to identify cause of cooling failure and restore comfort to occupied space.

Replaced failed blower motor and blower wheel on commercial HVAC unit. Following installation, performed comprehensive operational testing to verify proper airflow, measured supply air velocity at 590 FPM through floor register, and confirmed system is functioning correctly with all components operating within manufacturer specifications.

Completed preventative maintenance tune-up on air conditioning system and gas furnace unit located in crawlspace as part of club membership plan. Performed comprehensive system inspection, replaced customer-provided Aprilaire #410 filter, and recorded electrical measurements showing 0.5 amps and 18 amps at different points in the system to verify proper operation of all components.

Responded to callback for system not operating. Upon arrival, found the condensate drain line clogged again, causing the float safety switch to trip and shut down the air handler. Removed accumulated debris and buildup from the drain line using vacuum equipment. Cleared the P-trap assembly and verified proper drainage flow through the PVC condensate system. Tested the red-mounted safety switch for proper operation. Cycled the system and confirmed normal startup with no fault conditions. System operating as designed at time of departure.

Responded to no cooling complaint at commercial office location. Upon arrival, found indoor air handler had frozen evaporator coil which resulted in water damage to drop ceiling tiles below unit. Inspected system and discovered heavily soiled air filters restricting airflow, which was primary cause of freeze-up condition. Removed and replaced dirty filters with new Glasfloss filters to restore proper airflow. Examined electrical components and noted significant corrosion on metal surfaces and terminal connections, indicating previous moisture exposure from condensate issues. Allowed coil to fully defrost before system restart. Tested system operation after defrost cycle completed and verified adequate airflow and cooling performance restored. Advised that corroded electrical components and connections should be monitored closely and may require future replacement to prevent potential failures. System operational at time of departure with proper cooling restored.

Responded to no cool complaint on 8-year-old electric system with indoor units in basement and garage. Upon arrival, thermostat set to 74°F but reading 78°F on main level, with upstairs temperatures reaching 81°F. Performed comprehensive system diagnostics including temperature measurements at supply registers, which recorded 61.8°F at floor vent indicating inadequate cooling delivery. Inspected compressor unit and refrigerant lines in attic/crawl space, noting U-shaped copper line configuration and electrical connections. Evaluated condensate drain installation and discussed relocation options to address winter freezing issues and summer dripping onto garage floor. Assessed ductwork system and airflow distribution to identify factors contributing to inadequate temperature maintenance and differential between floors. Provided findings on system performance, duct design considerations, and recommendations for resolving temperature imbalances throughout the home.

Completed residential HVAC installation of two Lennox ML14KC1-024-230 2-ton air conditioning units rated at 14.7 SEER2 with matching CK40CT-18/24B-71 evaporator coils. Both condensing units were installed on mounting pads over white gravel base against exterior wall with proper clearances maintained. Integrated existing thermostats with new systems, obtained applicable permits, and removed and disposed of existing equipment. Both outdoor units were positioned side by side on the building's exterior, professionally leveled and secured on black composite pads with adequate spacing for service access and airflow. All refrigerant lines were properly sized and insulated, electrical connections completed to code specifications, and condensate drainage systems installed and tested. Systems were charged to manufacturer specifications, leak tested, and verified for proper operation including temperature differential, airflow, and refrigerant pressures. Final installation included enrollment in

Responded to no cooling call on heat pump system running 3-4 degrees above setpoint. Upon arrival, performed diagnostic testing using manifold gauges and multimeter to assess system performance. Testing revealed low refrigerant charge. Connected recovery equipment and refrigerant scale to system. Added 4 pounds 8.75 ounces of refrigerant to bring system to proper charge level per manufacturer specifications. Verified proper pressures on both high and low sides using gauge set. Tested electrical components and confirmed amperage draw within normal operating range at 8.12 amps. System now cooling properly and maintaining desired temperature setpoint. All equipment operating as designed.

Responded to a BNI referral for a leaking valve on a pipe in the basement. Upon inspection, identified a faulty brass pressure relief valve on the water supply line near the water heater and filtration system. Repaired the leaking valve to restore proper function and prevent water damage prior to the scheduled home inspection. Updated customer contact information in the system for future service needs.

# Tanked Water Heater Service Call Responded to a no hot water complaint on a tanked water heater less than 10 years old located in the basement. Upon arrival, found significant water accumulation on the concrete floor throughout the mechanical room, with visible staining and moisture indicating an active or recent leak. Inspected two white cylindrical water heaters positioned side by side along with associated plumbing infrastructure including copper supply lines, brass fittings, and overhead piping systems. Conducted thorough visual assessment of both water heater units, examining tank integrity, connection points, pressure relief valve operation, and all visible plumbing connections. Evaluated the copper piping configuration extending from the water heater tops, checking for corrosion, loose fittings, or signs of failure at junction points. Inspected the condition of the flexible ductwork connections and verified proper installation of all mechanical components in the utility spac

Completed comprehensive AC tune-up and routine maintenance on residential HVAC system located in basement. Performed thorough inspection of evaporator coil assembly and heat exchanger fins, which showed normal wear and dust accumulation consistent with operational use. Replaced customer-supplied 16x25x2 air filter at gas furnace location. Inspected finned coil surfaces and confirmed proper alignment and structural integrity of heat exchanger components. All safety checks passed with no urgent concerns identified. System operating within normal parameters upon completion of maintenance service.

Responded to no-cooling complaint on 10+ year old geothermal system located in upstairs closet. Upon arrival, found condensate drain pan overflowing, causing unit to shut down on safety. Customer reported having to manually drain pan to restore operation. Inspected condensate drainage system and identified blockage in primary drain line preventing proper water evacuation. Cleared obstruction from drain line using appropriate tools and verified proper flow. Checked condensate pump operation and confirmed functionality. Tested system pressures with gauge to verify refrigerant charge and proper operation of geothermal loop. Monitored unit through complete cooling cycle to ensure condensate draining properly and no safety shutdowns occurring. System restored to normal operation with condensate removing as designed.

Responded to no cooling complaint on 6-year-old Carrier split system (Model: CNPVP4217ALA4AAA, Serial: 3318X80219, manufactured August 2018) where thermostat was set to 65°F but indoor temperature remained at 68°F with inadequate cooling throughout the home. Upon arrival, performed comprehensive system diagnostics including refrigerant charge verification, airflow measurements, electrical component testing, and operational analysis to identify the root cause of insufficient cooling capacity. Documented equipment nameplate information and system specifications for service records, noting R-410A refrigerant type and 450 PSIG design pressure rating on the outdoor condensing unit.