HVAC & Plumbing Services in Romulus, MI

Conducted estimate for complete HVAC system replacement after assessing existing basement furnace and outdoor condensing unit. System sustained damage from recent power outage, requiring control board and low pressure cutoff switch at minimum, with potential for additional failed components making repairs economically unfeasible. Documented condition of aged Evcon furnace, air handler, ductwork, and outdoor AC unit through photographic inspection. Recommended full system replacement of both heating and cooling equipment due to extent of electrical damage and overall age of installation.

Completed routine preventative maintenance tune-up on a five-year-old residential air conditioning system. Performed comprehensive inspection of all major components including evaporator coil, blower assembly, condensate drain system, and ductwork connections. Verified proper airflow through supply and return ducts, confirmed all mechanical fasteners and connections were secure, and documented system operating within normal parameters with no deficiencies identified.

Completed routine maintenance agreement visit for air conditioning system. Performed comprehensive inspection of air handler unit, including examination of evaporator coil and refrigerant lines. Evaporator coil fins found in good condition with proper alignment and no significant debris accumulation. Copper refrigerant lines inspected and confirmed to be in normal operating condition with appropriate coloring and no visible signs of deterioration or leakage. System components functioning within normal parameters.

Responded to service call for water heater with pilot light out. Upon arrival, assessed gas water heater and confirmed pilot light was extinguished. Performed diagnostic checks on gas supply and thermocouple assembly. Successfully relit pilot light and verified proper flame characteristics and burner operation. Monitored system for stable operation and confirmed water heater returned to normal heating cycle. Unit tested and left in working condition.

Responded to callback for AC unit running continuously without cycling off. Inspected Lennox HVAC system and verified proper operation of thermostat communication and control board functionality. Unit cycling normally at time of inspection with no faults detected.

Installed a new 40-amp circuit breaker in the exterior electrical panel located on the outside of a mobile home. The breaker was properly mounted and secured within the existing weathered outdoor enclosure, with all electrical connections made in accordance with NEC standards.

Provided estimate for complete air conditioning system replacement for 12+ year old unit experiencing refrigerant leak. Evaluated existing natural gas furnace and air handler installation in utility closet, assessed current ecobee3 smart thermostat compatibility, and documented existing ductwork configuration to prepare comprehensive replacement proposal for new HVAC system.

Conducted site evaluation of existing Armstrong air conditioning system located in Michigan basement to provide replacement estimate. Current unit is older model but operational at time of inspection. Assessed existing air handler configuration, ductwork connections, drainage system with PVC piping, and electrical supply routing. Documented equipment placement constraints in unfinished basement area with exposed joists, concrete flooring, and support columns. Evaluated clearance requirements and access considerations for future replacement installation. Provided comprehensive estimate for new AC system replacement compatible with natural gas furnace and existing duct infrastructure.

Completed scheduled HVAC maintenance agreement visit and performed comprehensive air conditioning tune-up service. Conducted electrical diagnostics using digital multimeter, measuring voltage and amperage readings on system components including capacitor circuits to verify proper operation. Inspected blower wheel assembly and documented significant dust and debris accumulation on fan blades and housing. Cleaned blower wheel to restore optimal airflow efficiency and prevent reduced system performance. Verified all electrical connections, tested system operation, and confirmed unit returned to proper working condition following maintenance procedures.

Responded to no-cool service call and found air conditioning system operational but condensate pump actively leaking. Upon inspection, determined pump to be original equipment, estimated over 10 years old, showing significant wear and deterioration. Documented motor housing condition with visible dust accumulation and operational wear patterns, as well as heat exchanger assembly displaying moisture accumulation, copper tubing configuration, and corrosion on metal framework consistent with age and extended service life. System currently maintaining cooling functionality despite pump leak, but replacement recommended due to age and active failure to prevent water damage and potential system shutdown.

Completed full HVAC system installation including new air conditioning unit, evaporator coil, and furnace in residential basement location. Installed equipment on proper base pad with all required electrical connections, condensate drain lines using white PVC piping, and flexible ductwork. Verified system operation using calibrated digital testing instruments, confirming proper temperature differential and airflow parameters across the coil. All components tested and operational upon completion, with system commissioned and ready for service.

Completed full HVAC system installation including a 90,000 BTU gas furnace, 4-ton air conditioning unit with rear discharge configuration, evaporator coil, and whole-home humidifier. Installed new dedicated electrical circuit to support the equipment. All ductwork connections were secured and properly sealed to the new air handler. System was tested for proper operation, airflow verified, and all mechanical and electrical components confirmed functional per manufacturer specifications.

Provided comprehensive estimate for complete HVAC system replacement including AC unit and furnace for 15-year-old equipment experiencing refrigerant loss requiring repeated R-410A additions. Evaluated existing side yard condenser unit and indoor air handler/furnace system operating on natural gas, assessed ductwork connections, venting configuration, and electrical requirements for new equipment installation in utility room location.

Provided comprehensive estimate for complete HVAC system replacement including 28-30 year old natural gas furnace located in basement and air conditioning unit in backyard. Current AC unit operational but low on R22 refrigerant, while furnace remains functional. Assessed existing equipment, ductwork connections, gas line configuration, and installation requirements for new high-efficiency replacement systems.

Responded to service call for AC unit tripping circuit breaker. Upon arrival, inspected electrical panel and found 30-amp breaker serving outdoor condensing unit showing signs of overload condition. Verified proper breaker sizing, checked for loose connections and corrosion at breaker terminals, and tested voltage supply after utility company had previously cleared their equipment. Identified electrical fault causing breaker to trip, corrected wiring connections, and restored system to normal operation with breaker holding under load.

Completed routine maintenance inspection on residential air conditioning system as part of preventative maintenance agreement. Performed diagnostic testing using refrigerant manifold gauge, recording system pressures at 108.5 psia with temperature differentials within normal operating parameters. Measured compressor amperage draw at 57.7 amps to verify electrical performance and confirm unit operating within manufacturer specifications. All readings indicate system functioning properly with no immediate service needs identified.

Provided comprehensive estimate for replacement of 23-year-old natural gas furnace and air conditioning system currently located in basement with outdoor condenser unit on concrete pad. Existing equipment remains operational but has reached end of expected service life, with visible corrosion observed on condenser fan assembly and general weathering on outdoor components. Assessed installation requirements including existing ductwork configuration, electrical connections, and equipment placement for proper sizing and replacement recommendations.

Responded to customer report of outdoor fan running in reverse direction on Goodman air conditioning unit during routine club maintenance visit. Upon arrival, performed visual inspection of condenser unit and verified fan motor operation. Confirmed fan blade rotation was incorrect, indicating reversed electrical connections at the motor. De-energized unit at disconnect, accessed wiring compartment, and corrected motor lead connections to manufacturer specifications per unit data plate. Restored power and verified proper clockwise fan rotation and normal airflow discharge from condenser coil. Completed standard maintenance checklist including refrigerant pressure readings at service ports, confirmed system operating within normal parameters, and documented unit model and serial number information for service records.

# HVAC Maintenance - Agreement Visit AC&SI Completed routine preventive maintenance inspection on residential air handler unit as part of club membership agreement. Performed comprehensive system evaluation including visual inspection of blower assembly and internal components. Documented equipment condition through photographic records, noting rust-colored staining on blower housing indicative of previous moisture exposure or condensation issues. Verified blower wheel operation and assessed overall unit functionality. System operational at time of service completion with no immediate repairs required.

Installed two ground fault circuit interrupter (GFCI) outlets at the exterior of the residence to provide enhanced electrical safety and code-compliant protection for outdoor circuits. Both GFCI receptacles were properly wired, tested for correct operation, and verified to trip within acceptable parameters when ground fault conditions were simulated.