Heating & Cooling Services in Canton, OH

Completed preventive maintenance on 20-year-old air conditioning system. During inspection, discovered severe frost accumulation on refrigerant lines and significant corrosion on pipe fittings, indicating potential refrigerant leak or restricted airflow issues. Documented conditions with photographs for customer review. Customer renewed maintenance plan agreement and payment was collected on-site.

Responded to commercial no cooling call. Upon inspection, found failed control board with damaged relays preventing compressor operation. Replaced defective circuit board assembly, verified all electrical connections, and restored unit to normal cooling operation.

# AC Retrofit Installation Completed full AC retrofit installation in residential basement utility area. Installed new air handler unit and integrated system with existing furnace infrastructure. Ran and secured copper refrigerant lines along equipment frame with proper insulation and support. Connected gray flexible supply ductwork from air handler to existing distribution system. Installed PVC condensate drain line with proper pitch and routing to drainage point. Mounted electrical control box and completed all power connections per manufacturer specifications and local electrical code. Applied flexible rubber vibration dampeners between equipment sections to minimize noise transmission. Ensured all manufacturer labels and safety warnings remained visible and accessible for future service reference. Upon system startup, performed comprehensive diagnostics using digital manifold gauge set. Charged system with R-454B refrigerant to manufacturer specifications. Verified system operat

Responded to service call for commercial A/C unit experiencing freeze-up condition. Upon arrival, instructed occupant to turn system off to allow coil to thaw. Performed clean and check procedure on equipment, inspecting electrical panel components, contactors, and control wiring. Documented filter sizes for replacement and photographed electrical panel configuration and exterior conduit routing for service records.

Completed comprehensive AC system retrofit including installation of new air handler unit in basement mechanical room and outdoor condenser unit. Air handler features modern blue filter section for improved air quality and ease of maintenance, integrated seamlessly with existing ductwork and utility infrastructure. Outdoor condenser unit positioned on concrete pad against exterior wall with proper clearance maintained from surrounding landscaping elements including ornamental grasses and shrubs for optimal airflow and service access.

Completed furnace retrofit installation featuring a new Bryant high-efficiency unit in the basement utility area. Installed metallic supply ductwork and plenum connections at the furnace outlet, established proper electrical connections via wall-mounted junction box with appropriate conduit routing, and verified all ductwork seals and joints for optimal airflow distribution. System tested and confirmed operational with all safety controls functioning as designed.

Completed commercial air conditioning and coil replacement at the facility. Removed existing HVAC equipment and installed new Carrier air handler unit in interior mechanical room with proper refrigerant line connections, PVC condensate drainage system, and electrical disconnect. Installed new outdoor condenser unit against exterior brick wall with appropriate electrical connections and refrigerant line set. All components were properly secured, insulated, and tested for operational performance per manufacturer specifications.

Completed replacement of two residential air conditioning systems. Removed existing outdoor condenser units and installed new equipment on concrete pads against exterior wall. Installed new evaporator coil in basement utility area with proper integration into existing ductwork system. Ran new refrigerant line sets from outdoor units to indoor coil, ensuring proper insulation and secure mounting. Connected electrical wiring and verified proper power supply to all components. Tested system operation, confirmed proper refrigerant charge levels, and verified adequate airflow through both systems. All equipment functioning within manufacturer specifications upon completion.

Completed commercial HVAC new construction installation including Bryant condensing unit and matching evaporator coil on prepared concrete pad. Connected refrigerant lines, established proper vacuum levels using digital manifold gauges, charged system to manufacturer specifications, verified electrical connections and conduit routing per code requirements, and conducted full operational testing to confirm proper system function.

Responded to no cooling complaint for second floor A/C system. Inspected outdoor condenser unit and indoor air handler equipment. Verified condenser fan operation and checked electrical connections at outdoor disconnect panels. Assessed indoor mechanical room components including Carrier air handler, ductwork distribution, and associated refrigerant line sets. System operational after inspection with proper airflow restored to second floor zones.

Responded to no cooling complaint on second floor of residential property. Upon arrival, inspected Carrier air handler unit located in interior mechanical room and outdoor condensing unit positioned on exterior concrete pad. Performed system diagnostics and operational testing on both indoor and outdoor HVAC components. Verified proper electrical connections at disconnect boxes and confirmed adequate airflow through system. Evaluated thermostat communication and zone control functionality. Restored cooling operation to upper level living space and confirmed system cycling properly with adequate temperature differential across evaporator coil.

Responded to service call for frozen air conditioning unit. Upon arrival, confirmed unit had been shut down and ice had melted. Inspected indoor evaporator coil and air handler for proper airflow and refrigerant operation. Verified system returned to normal operating condition after thawing cycle completed.

Completed scheduled spring/summer preventive maintenance on commercial HVAC unit. Performed electrical diagnostics using clamp meter, recording amperage readings of 782 on system components. Inspected and tested motor connections, verified proper wire routing and secure terminations with existing cable management. All electrical connections, panel components, and system operations found to be within normal parameters.

Completed comprehensive site evaluation for AC retrofit and equipment sizing analysis. Documented existing HVAC system consisting of Goodman furnace/air handler unit and CAPF3636B2DB evaporator coil rated for R22 or R410A refrigerant with 450 PSIG design pressure. Photographed manufacturer data plates, mechanical room configuration, ductwork layout including large black flexible ducts, and condensate drain piping. Assessed installation conditions in basement mechanical space with concrete flooring to determine proper equipment specifications for replacement system.

Completed installation of ductwork for master bathroom in new construction project. Installed stainless steel duct runs with elbow joints and rectangular plenum connection, routing through basement ceiling joists to serve bathroom area. Left two registers on site as requested for final installation phase.

Completed spring maintenance on commercial HVAC condenser unit. Upon inspection, found extensive deterioration of exterior casing with protective grille material compromised and torn away, exposing internal components to weather and debris. Unit exterior exhibited heavy accumulation of dirt, grime, and biological growth requiring thorough cleaning. Interior inspection revealed significant mineral deposits and corrosion on compressor mounting base, along with debris accumulation throughout cabinet. Cleaned condenser coils, removed debris from unit interior, and inspected refrigerant lines and electrical connections for integrity. Documented unit condition with photographs due to advanced deterioration of cabinet requiring replacement recommendation.

Completed spring maintenance on commercial outdoor air conditioning condenser unit. Performed comprehensive inspection of electrical components within control panel, including MARS capacitor and wiring connections at terminal block. Cleaned and evaluated exterior condenser unit with fan assembly and housing. All components inspected for proper operation and seasonal readiness.

Performed contracted maintenance on commercial HVAC air handler units. Removed blower wheel assemblies from cabinets and transported to outdoor workspace for thorough cleaning. Disassembled front access panels to extract cylindrical cross-flow blower wheels, which were cleaned to remove accumulated dirt and debris. Documented condition of components with photos during maintenance process. Units staged on work table for reassembly after cleaning was completed.

Completed scheduled spring maintenance on commercial HVAC system. Performed comprehensive inspection of outdoor condenser unit, noting normal weathering and dirt accumulation on exterior surfaces and protective grille. Verified condenser positioning on concrete pad remains stable with proper clearance from building structure. Inspected electrical conduit and refrigerant line connections along exterior wall mounting for secure attachment and absence of damage. Accessed indoor HVAC components through metal ductwork panel. Confirmed Koch brand equipment installation with system documentation visible and legible. Conducted standard preventive maintenance procedures including visual inspection of ductwork connections and system accessibility points. All major components operating within normal parameters with no immediate service needs identified at time of visit.

Completed spring maintenance on commercial HVAC unit. Performed comprehensive system inspection, including electrical components, capacitor, and wiring connections. Cleaned debris and leaves from unit cabinet and condensate pan, ensuring proper drainage and airflow for optimal system performance.