HVAC & Plumbing Services in Cleveland, OH

Performed diagnostic testing on boiler system to evaluate incoming water pressure and assess pressure reducing valve (PRV) functionality. Left access key on-site for pressure testing to determine if PRV replacement will resolve the low water pressure issue affecting boiler operation. If PRV does not correct the problem, further evaluation and repair options will be provided to address the underlying water supply concern.

Completed plumbing inspection of residential property addressing bathtub drain seal failure preventing water retention and toilet base leak causing floor water damage in main bathroom. Documented existing plumbing conditions including washing machine supply line configuration with shut-off valves and filtration system, as well as utility sink faucet assembly with dual handle controls.

Replaced three existing column-style cast iron radiators with new thin tube radiators in attic bedroom and two second-floor bedrooms. Removed old radiator units, installed modern thin tube replacements, and connected to existing piping system. All new radiators tested for proper operation and heat distribution upon completion.

Completed scheduled heating maintenance on residential gas furnace system. Performed comprehensive inspection of all internal components including heat exchanger, blower motor assembly, gas valve manifold with distribution connections, pressure switches, and safety controls. Verified proper operation of ignition system, flame sensor, and all electrical connections throughout the unit. Inspected condensate drainage system including PVC piping, valves, and discharge lines for proper flow and secure connections. All components found operating within manufacturer specifications with no issues identified.

Performed comprehensive evaluation of existing boiler system and associated piping infrastructure dating from the 1970's era. Assessed aged copper distribution piping showing significant oxidation and patina, finned heat exchanger components, and overall system configuration within basement mechanical space. Documented current conditions of HVAC ductwork, electrical panel integration, and plumbing connections to provide multiple replacement options for outdated heating system and deteriorated piping network.

Performed scheduled heating system maintenance on boiler unit. During inspection, discovered wasp present in equipment housing and accumulated debris in lower equipment tray, which were addressed to ensure proper system operation. All mechanical components, piping connections, and safety controls were inspected and found to be functioning within normal parameters.

Responded to no hot water complaint at residential property. Upon arrival, inspected tanked water heater system in unfinished basement area. Completed diagnostic assessment and documented existing conditions of installation location and surrounding mechanical space for service records.

Completed comprehensive heating system maintenance on residential furnace unit. Performed standard inspection of furnace components, ductwork connections, and associated mechanical systems including water treatment equipment and piping assemblies. All systems operational and maintenance documentation updated on service record card.

Completed comprehensive heating system maintenance on Carrier air handler unit. Inspected and verified proper operation of AprilAire whole-home humidifier system, confirming digital control display reading 44% relative humidity with all indicator lights functioning correctly. Checked humidifier water panel condition, electrical connections, and control settings. Examined air handler cabinet, verified manufacturer specifications, and inspected all associated ductwork connections. Assessed condensate drainage system and PVC piping for proper operation and secure connections. All components found operating within normal parameters with no service requirements indicated at time of inspection.

Completed scheduled boiler maintenance inspection and diagnostics. Performed combustion analysis using digital testing equipment, recording temperature and efficiency readings to verify proper operation and safe combustion levels. All systems tested within normal operating parameters.

Responded to no heat call with furnace displaying 7-flash error code. Upon arrival, confirmed thermostat was calling for heat but system was not operating. Diagnosed fault code, identified issue, and restored heating operation to the system.

Responded to emergency call for burst water heater in basement. Removed and disposed of failed Bradford White tank-style water heater showing significant age-related deterioration including surface wear, paint cracking, and general weathering. Installed new residential tank water heater with proper copper piping connections, ensuring all plumbing connections were secure and code-compliant. Tested new unit for proper operation and verified no leaks in system.

Responded to service call for electric water heater with no power following area power outage. Upon arrival, inspected unit and electrical connections, verified power restoration to building, and successfully restored power to water heater by resetting circuit breaker and high-temperature limit switch on heating element assembly.

Completed scheduled heating maintenance on a Goodman brand furnace system. Performed comprehensive inspection of the unit, including examination of the heat exchanger, burner assembly, and ventilation components. Inspected and verified proper operation of the air intake filter assembly marked on the front panel, noting the white mesh filter screen was accessible and in serviceable condition. Checked all electrical connections, including visible wiring and safety controls. Examined PVC condensate drain lines and venting system for proper installation and drainage. Inspected flexible ductwork connections at the top of the unit and metal ductwork components for secure mounting and proper airflow. Verified all manufacturer labels, safety stickers, and compliance plates were intact and legible. System operational and functioning within normal parameters upon completion of maintenance procedures.

Completed scheduled heating maintenance on ComfortMaker furnace system as part of ongoing preventative maintenance program. Performed comprehensive inspection of all furnace components including blower motor assembly, heat exchanger, burner operation, and ductwork connections. All system components found operating within normal parameters, connections secured, and unit tested for proper heating cycle operation.

Performed routine boiler maintenance including inspection of pressure reducing valve (Watts Model 1156C, 10-25 PSI range) and associated plumbing connections. Identified active water seepage from brass valve assembly on expansion tank, placed temporary catch basin to contain dripping, and documented conditions for follow-up repair recommendations.

Assessed damaged HVAC condenser unit that sustained impact from tree company operations. Documented existing R-410A system and provided replacement estimate, noting that while R-410A systems manufactured after 2025 phase-out remain serviceable, current unit requires replacement due to physical damage. Photographed unit condition and equipment labels for replacement specifications.

Completed comprehensive heating maintenance on Goodman furnace system in basement utility area. Performed standard seasonal inspection including filter check, burner examination, heat exchanger visual inspection, blower motor operation verification, and ductwork assessment. All components found operating within normal parameters with no immediate repairs required at time of service.

Responded to no heat call where system was short cycling throughout the morning and subsequently failed to operate. Upon arrival, inspected residential furnace and HVAC system installation and diagnosed the issue, restoring heating operation to the unit.

Conducted on-site assessment for HVAC system replacement in residential property currently equipped with boiler heating. Evaluated existing Unico high-velocity air conditioning system and discussed replacement options with homeowner. Documented current HVAC infrastructure including ceiling-mounted supply vents and existing electrical service panel capacity to determine compatibility requirements for proposed equipment upgrade.