Expert HVAC, Electrical & Water Heater Services in Lansing, MI

Completed routine Air Care Cooling maintenance on Goodman furnace system in basement mechanical room. Performed standard ACM inspection protocol including visual assessment of unit condition, ductwork connections, and surrounding utility space. All system components photographed and documented, with flexible ductwork and mechanical connections verified for proper installation and secure attachment to primary HVAC equipment.

Responded to no-heat call on forced air furnace system affected by basement flooding. Performed thorough inspection of furnace components with focus on Emerson control board and electrical connections that were exposed to water. Documented water damage to control board assembly, wiring harnesses, and terminal connections through detailed photography. Advised that system requires complete cleaning and drying of all affected components before attempting restart to prevent electrical shorts or component failure. Recommended professional cleaning of control board, inspection of all wire connections for corrosion, and verification of proper system operation once dried to ensure safe restoration of heating capability.

Completed comprehensive AC maintenance and tune-up on a new residential split system. Performed full inspection of outdoor condenser unit and indoor evaporator coil assembly. Outdoor unit inspection included checking fan motor operation, examining electrical connections, and verifying proper airflow through condenser coils. Conducted UV light inspection of indoor evaporator coil to assess cleanliness and detect any potential issues. Inspected blower assembly, refrigerant line connections, drain pan condition, and electrical control components. Verified proper air filter condition and system operation. All components found to be functioning properly with no issues identified. System operating within normal parameters. Documented equipment condition with photographs for service records.

Responded to service call for furnace leaking water in basement location. Upon inspection, found extensive corrosion and rust on furnace cabinet and internal components, indicating prolonged moisture exposure. Identified water leakage issue originating from condensate drainage system. Inspected blower assembly, heat exchanger access area, and all visible ductwork connections for signs of active leaking and moisture accumulation. Documented heavily deteriorated condition of unit cabinet and internal metal surfaces with significant oxidation present. Verified electrical connections and wiring harnesses showed signs of age-related degradation with corrosion staining visible on lower cabinet panels. Advised customer of furnace condition and recommended replacement due to advanced age and extensive corrosion compromising unit integrity and safety.

Responded to no-heat call for 4-year-old gas furnace and water heater both reported non-operational, with basement flooding present. Upon arrival, conducted diagnostic inspection of furnace system with cabinet access panel removed to assess internal components including heat exchanger, gas valve assembly, blower motor, and electrical connections. Verified all wire harnesses, safety controls, and mechanical components for proper operation. Inspected return air grille and ventilation system for adequate airflow. Documented system condition with interior cabinet photography showing gas valve, ignition components, heat exchanger assembly, and blower motor configuration. Basement flooding condition noted as potential contributing factor to equipment malfunction requiring water mitigation prior to full system restoration.

Completed annual cooling maintenance on residential AC system. Inspected outdoor condenser unit, verified proper operation of all components, and identified filter replacement needed. Recommended filter change to maintain optimal system performance and air quality.

Responded to no-heat call on residential furnace system over 15 years old. Customer reported unit cycling through ignition sequence with igniter glowing red hot, followed by brief gas ignition and blower operation before shutting down and repeating the cycle. Upon arrival, performed visual inspection of internal components with access panel removed. Observed gas valve assembly, pressure switches, and burner compartment. Conducted combustion analysis testing and measured carbon monoxide levels at exhaust, which registered 232 ppm, indicating incomplete combustion and confirming unsafe operating conditions. The short-cycling behavior combined with elevated CO readings pointed to heat exchanger failure, a common issue in furnaces of this age. Documented equipment condition with photos of internal components and combustion test results. Advised customer of findings and safety concerns regarding cracked or compromised heat exchanger preventing safe operation.

Completed annual maintenance on residential AC condenser unit. Upon arrival, noted heavy mold, mildew, and algae growth covering exterior cabinet panels and coil surfaces. Performed thorough coil cleaning to remove biological contamination and debris buildup from condenser fins. Cleared accumulated leaves and organic matter from base of unit and surrounding concrete pad. Inspected all accessible components, verified proper operation of condenser fan, and documented pre- and post-service conditions with photographs. Unit operating within normal parameters following cleaning and maintenance procedures.

Installed new Sensi smart thermostat to replace existing unit, including proper wiring configuration and system testing. Performed air conditioning maintenance inspection of evaporator coil and ductwork, confirming proper operation and temperature settings at 73°F with humidity reading of 55%.

Performed comprehensive furnace inspection following basement flood event on a 4-5 year old forced air heating system that had been shut down as a precaution. Evaluated electrical components, breaker panel connections, and overall system integrity to determine if water damage had affected the unit's safety and functionality. Documented electrical panel condition and surrounding utility area, assessed potential moisture exposure to HVAC equipment, and provided full system estimate for any necessary repairs or replacement components identified during the inspection.

Completed routine preventive maintenance on a 10-year-old Bryant residential split-system air conditioning unit. Performed comprehensive AC tune-up including inspection of condenser unit exterior condition, verification of proper fan operation, and assessment of overall system functionality. Unit was found operating properly with no deficiencies noted at time of service. Outdoor condenser cabinet and components showed normal weathering consistent with age and outdoor exposure. All maintenance tasks completed successfully with system left in good working order.

Responded to service call for non-operational forced air furnace and water heater evaluation following flooding incident. Conducted comprehensive assessment of 15-year-old heating system and automatic storage water heater to determine extent of water damage and equipment functionality. Documented existing equipment conditions, electrical service connections, and utility area configuration to prepare detailed replacement estimate for both units due to flood damage rendering systems inoperable.

Completed annual cooling maintenance on residential air conditioning system. Performed comprehensive inspection of outdoor condenser unit, including electrical component diagnostics with multimeter, filter replacement, and evaporator pad servicing as needed. All systems tested and operating within normal parameters.

Responded to service call for non-operational humidifier with no water flow through unit. Upon arrival, inspected residential HVAC system including furnace and Bryant air handler assembly in basement mechanical room. Removed furnace access panel to examine internal components, wiring connections, and blower assembly. Verified humidifier installation, water supply line connections, and drainage system including PVC condensate piping. Inspected ductwork connections and air filtration system to ensure proper airflow through humidifier pad. Diagnosed issue preventing water distribution through humidifier media and restored unit to operational status.

Conducted comprehensive assessment of basement HVAC system following flooding incident that rendered existing furnace inoperable. Evaluated gray metal furnace unit, associated ductwork, PVC venting system, and electrical panel to determine extent of water damage and replacement requirements. Documented current equipment configuration including metallic ductwork connections, condensate drainage lines, and electrical service panel condition showing signs of age and deterioration. Provided detailed replacement estimate for furnace and air conditioning system, including equipment specifications and installation scope for complete HVAC system upgrade.

Responded to no-heat call on 4-year-old forced air furnace that had been shut down following a basement flood. Performed comprehensive system inspection to assess potential water damage to electrical and mechanical components. Removed furnace cabinet panels to examine internal components including draft inducer motor, blower assembly, and control board for signs of moisture intrusion or corrosion. Inspected all wire connections, terminal blocks, and electrical pathways for water damage or compromised insulation. Examined control board circuitry, relays, and integrated components for functionality. Verified condensate drainage system and PVC piping for proper configuration. Documented internal component condition with photographs showing blower motor, draft inducer, wiring harnesses, and control board assembly. All major components appeared dry with no visible water damage or corrosion present. System remained off per homeowner request pending further evaluation and clearance to restore

Responded to no heat call caused by flooded basement condition affecting furnace system less than 5 years old. Inspected furnace control board assembly and verified electrical connections, wiring harness, and circuit board components for water damage or operational issues. Documented control system configuration with multiple PCBs and connection terminals to assess functionality and determine necessary repairs to restore heating operation.

Completed ComfortGuard maintenance package on HVAC system. Identified filter requiring replacement and performed comprehensive system inspection of air handler unit, including evaluation of blower assembly, electrical components, circuit boards, condensate drain pan, and PVC drainage system. Customer offered opportunity to renew maintenance agreement for continued coverage.

Responded to no-heat call following recent basement flooding. Upon arrival, found furnace located in basement with no standing water present. Performed diagnostic inspection of furnace and surrounding area. Observed significant corrosion on gas supply piping and shutoff valve, along with deteriorated plumbing components in vicinity of equipment. Noted extensive cobwebs and aged infrastructure throughout basement mechanical space, indicating lack of recent maintenance access. Documented conditions with photographs showing corroded metal pipes, oxidized copper lines, and compromised connections that may affect system safety and operation. Equipment age unknown; system requires further evaluation to determine if flood-related moisture or existing deterioration caused failure to start.

Responded to emergency service call for basement flooding and inoperative water heater with extinguished pilot light. Upon arrival, assessed flooded basement conditions and confirmed pilot light was out on tanked water heater. Conducted visual inspection of HVAC system control panel and furnace unit as requested. Discovered extensive corrosion on circuit board with white, blue-green, and turquoise crystalline deposits affecting electrical connections, relays, and terminal blocks throughout lower and middle sections of board. Documented corrosion damage affecting multiple components and connection points. Relit pilot light on water heater and verified proper ignition. Scheduled separate maintenance appointment for comprehensive furnace and air conditioning system evaluation due to severity of corrosion findings and need for additional service time.