HVAC & Air Quality Services in University Heights, OH

Performed routine heating maintenance on residential HVAC system. Conducted comprehensive electrical testing using UEi G2 PHOENIX multimeter, obtaining readings of 0.991 and 0.142. Inspected furnace, PVC venting, copper supply lines, and associated electrical components to ensure proper operation.

Completed installation of a new 80% efficiency furnace and air conditioning system. The outdoor condenser unit was properly mounted on a concrete pad with secure electrical connections and insulated refrigerant lines. System was financed and all components were tested for optimal performance.

Completed installation of a new 80% efficient furnace, air conditioning system, and 50-gallon hot water tank in customer's basement utility area. System includes properly insulated copper refrigerant lines connected to the outdoor condensing unit with brass valve assembly, and new metal ductwork installed along the ceiling. All components were tested, properly secured, and confirmed operational before completion.

Conducted comprehensive assessment of existing plumbing system in utility area, documenting aging galvanized pipes with visible corrosion and deteriorating connections. Presented customer with multiple replacement options for both furnace-only and complete HVAC system solutions, along with available repair alternatives for the current installation.

Performed routine heating maintenance on aging system (10+ years old). Inspected heat exchanger for potential deterioration and documented condition with photos. Examined water heater connections, verifying proper function of hot/cold valves and exhaust venting.

Performed diagnostic assessment on HVAC system, identifying a cracked heat exchanger requiring full system replacement. Documented existing water heater (A.O. Smith ProMax) and inspected deteriorating ductwork with compromised connections and visible wall damage. Presented customer with replacement options for furnace, air conditioner, and water heater.

Performed monthly heating maintenance service on HVAC system. Inspected burner assembly and heat exchanger, noting normal dust accumulation but confirming proper flame characteristics and operation. System is functioning correctly with all electrical connections secure.

Responded to no-heat call for residential boiler system. Upon inspection, identified faulty pressure regulator valve and air in system as root causes. Bled air from system, replaced pressure regulator, and restored proper system pressure, successfully restoring heat functionality.

Responded to emergency service call for tanked water heater failure resulting in complete water loss to residence. Inspection revealed compromised water supply connections with visible leakage evident at exterior wall penetrations. Replaced faulty shut-off valves and restored copper supply lines to proper function, successfully restoring water service to the entire home.

Responded to warranty call regarding Daikin mini-split system with electrical compartment issue. Upon inspection, found bulging wires preventing proper closure of the access panel on the indoor unit. Adjusted wire routing and secured connections at terminal block to allow proper panel closure and ensure system functionality.

Performed scheduled heating maintenance service on residential furnace system. Inspected control boards, electrical connections, and wiring harnesses, confirming all components were properly secured and functioning normally. Verified blower motor assembly operation with no issues detected in the electronic control systems.

Performed scheduled heating maintenance service on residential furnace system. Conducted full inspection of the heating unit, including examination of ventilation components and PVC exhaust pipes. System was tested for proper operation with no issues detected; all connections secure and functioning normally.

Performed routine furnace maintenance including inspection of blower assembly and wheel. Conducted combustion analysis with testo 310 analyzer, confirming optimal efficiency with readings of 95.1% O2 and 98% combustion efficiency. System is operating within manufacturer specifications.

Performed routine furnace maintenance including inspection of internal components, electrical connections, and ductwork. System showed normal dust accumulation and wear; cleaned accessible components and verified proper operation of pressure switches, circuit board, and draft inducer motor. Service rescheduled as requested.

Completed replacement of sight glass kit due to protective rods being rusted in place, preventing removal of original glass. Re-piped Hartford loop which exhibited significant rust buildup and active leakage, as documented in service photos.

Technician returned to property to replace bleeder valves as previously quoted. Prior to beginning work, discussed with customer their concerns about removal of wooden elements necessary to complete the repair. Successfully completed valve replacement and documented the completed installation with photos.

Responded to service call for water leaking from PVC condensate drain line in basement. Inspection revealed improper slope on exterior exhaust pipe causing condensate backup. Adjusted pitch of PVC drain line to ensure proper drainage and prevent future leakage. System now functioning normally.

Responded to a water leak issue affecting a recently installed humidifier system. Upon inspection, identified copper oxidation and mineral buildup at a connection point in the humidifier supply line. Repaired the faulty connection and verified proper operation of both the newly installed furnace and humidifier system.

Completed service change as scheduled. Upon inspection, it appears the wrong type of service was documented as photos show only plumbing infrastructure including a Bradford White water heater with associated copper and PVC piping. No electrical panel work was evident in the provided documentation. Customer balance was collected.

Performed comprehensive inspection of aging boiler system for new homeowner. Noted significant corrosion on control box and brass fittings, particularly at the Y-shaped valve assembly. Examined water level indicator tube and verified proper functioning of the red valve handle that controls water flow. System operational despite visible wear and oxidation on components.