
Considered the crossroads of Downriver, Lincoln Park, Michigan in Wayne County is a beautiful community for residents of all ages. FLAME takes pride in being a part of the Southeast Michigan community as the Lincoln Park’s go-to source for all heating and cooling needs.
Lincoln Park neighborhoods are located just minutes away from many cultural, recreational and businesses opportunities in Southeast Michigan. A day out enjoying the city requires a comfortable night in. That means a reliable gas furnace or electric air conditioner, installed and maintained by FLAME.
If you’re looking for a way to cut down you energy bills, know that upgrading an out-of-date thermostat can provide you with more reliable temperature control and more advanced options for saving energy. For instance, a Wi-Fi® controlled thermostat allows you to reduce drastic temperature fluctuations in your home by giving you complete control from almost anywhere.
Contact FLAME today to find out about The Bryant® Evolution® Connex™ Control whole-home thermostat.
Lincoln Park residents trust the red FLAME truck!
Call FLAME today, at (888) 234-2340, or sign up online, and we’ll call you!
Recent Jobs and Reviews in Lincoln Park , MI
Job Locations and Reviews
Responded to no-cool call for 10+ year old AC unit located in basement. Upon arrival, found standing water throughout basement area near furnace and hot water tank, with AC fan not operating. Inspection revealed significant water accumulation on floor creating potential electrical hazards. Documented extensive corrosion and oxidation on copper refrigerant lines, indicating long-term moisture exposure and deterioration of system components. Advised homeowner that water intrusion issue must be addressed prior to AC system evaluation and that corroded refrigerant lines will require replacement. Recommended plumbing inspection to identify source of water leak and professional water remediation services before proceeding with HVAC repairs.
Conducted on-site evaluation of existing electrical service panel located in basement to provide upgrade recommendations. Inspected current panel configuration, assessed capacity and condition of existing breakers and bus bars, and documented exterior meter installation showing dual digital meters with associated conduit routing. Evaluated electrical load requirements and provided detailed assessment for panel replacement specifications to meet current electrical code standards and homeowner's service needs.
Completed installation of 2.5-ton air conditioning system with evaporator coil replacement. Outdoor condensing unit (Lennox model) was upgraded from originally specified equipment due to availability constraints, with all parties approving the substitution prior to installation. Unit mounted on composite pad with proper clearances, connected via copper refrigerant lines and electrical conduit to new disconnect box. Indoor evaporator coil installed in basement mechanical room with PVC condensate drainage properly routed. System evacuated, charged to manufacturer specifications, and tested for proper operation. Electrical work noted as requiring licensed electrician for final connections and code compliance. Mechanical, electrical, and air conditioning permits secured prior to commencement of work. All refrigerant lines insulated, system operational upon completion of electrical hookup.
Responded to emergency plumbing call for active water leak in basement near furnace and water heater that had been occurring for three days, resulting in significant water saturation of the area. Upon inspection, identified compromised copper supply line with failed joint along vertical run secured to wooden framing member. Shut off water supply to affected zone, cut out damaged section of pipe showing corrosion and joint failure, and installed new copper pipe segment with proper soldered connections. Pressure tested repair to verify integrity of joints and restored water service. Documented existing water damage to surrounding surfaces and recommended monitoring for potential mold development due to extended moisture exposure.
Provided comprehensive estimate for complete AC system replacement of 30-year-old unit with failed compressor and total refrigerant loss. Assessed outdoor condenser unit, existing lineset routing, and interior ductwork configuration in basement installation area to determine scope of work for full system changeout including new outdoor unit, indoor air handler, refrigerant lines, electrical disconnect, and necessary modifications to existing infrastructure.
Responded to no cooling complaint on 30-year-old air conditioning system located in basement. Upon inspection, found compressor failing to engage properly, preventing refrigerant circulation and cooling capacity. Observed deteriorated electrical components with significant corrosion on mounting surfaces and control panel housing, indicating extended service life and environmental wear. Capacitor showed age-related degradation with visible rust staining on surrounding metal surfaces. Examined condensate drain connections and found accumulated debris around base assembly. System exhibited multiple signs of end-of-life condition including worn wiring connections, mineral deposits, and compromised structural integrity of cabinet components. Documented equipment condition with photographs showing corroded mounting brackets, deteriorated paint surfaces, and sediment accumulation. Due to age of equipment and extent of component failure, recommended complete system replacement rather than repa
Completed comprehensive Gold AC inspection on 5-year-old air conditioning system with air handler/coil located in basement. Performed full system evaluation including visual inspection of electrical components, refrigerant lines, condensate drainage system, and associated plumbing connections. Advised customer that outdoor condenser unit perimeter must be maintained clear of debris and animal waste to ensure proper airflow and system efficiency. System confirmed operational at time of inspection.
Responded to service call for reported leak on hot water line at water heater installed November 2021 under active warranty. Upon arrival, performed thorough diagnostic inspection of water heater and associated copper piping connections. Examined top-mounted heat trap assembly, hot water outlet connections, and all visible copper pipe joints for signs of active leakage or moisture accumulation. Inspected flexible duct connector and surrounding mechanical components in utility area. Verified integrity of pipe fittings, including white plastic clamps and galvanized metal connections at tank crown. Assessed condition of all accessible plumbing connections and determined source of reported leak for appropriate corrective action.
Performed comprehensive tune-up on 6-year-old residential HVAC system with coil located in basement. Inspected outdoor condenser unit and indoor furnace components, verifying proper operation of all mechanical and electrical systems. Documented equipment condition through photographs showing normal wear consistent with age, with all components functioning within manufacturer specifications at time of service.
Completed comprehensive Gold AC Inspection on a 2012 residential air conditioning system with air handler located in basement. Performed full system evaluation including condenser unit inspection, verified operational status of all components, checked refrigerant levels, tested electrical connections, inspected condensate drainage, evaluated airflow, and examined outdoor unit positioned on concrete pad with proper clearance from surrounding landscaping. System found to be operating within normal parameters with no immediate service needs identified.
Responded to no heat call on 4-year-old furnace located in crawl space. Unit displayed open fuse and open thermal limit fault codes and was unresponsive to thermostat commands. Replaced blown fuse, but system continued to fault on open thermal limit. Diagnosed failed limit switch preventing burner operation. Replaced defective high-limit safety control, verified proper airflow, tested system operation through multiple heating cycles, and confirmed unit responding correctly to thermostat with no fault codes present.
Conducted comprehensive site assessment for full HVAC system replacement at residential property. Evaluated existing gas furnace and outdoor condensing unit, both showing significant age and weathering. Documented current equipment configuration including exterior-mounted condenser unit on concrete pad in narrow side yard, electrical service connections via wall-mounted conduit and junction box, and utility access points. Photographed equipment placement, clearance constraints in confined side yard area between brick structure and chain-link fencing, and existing infrastructure for replacement planning. Assessed installation challenges including limited working space, proper clearances for new equipment, and electrical service requirements. Provided detailed estimate for complete system replacement including new high-efficiency gas furnace and matching outdoor condensing unit.
Provided comprehensive estimate for complete AC unit replacement of non-operational system over 10 years old. Evaluated existing air handler installation in attic space with natural gas furnace, assessed copper refrigerant line configuration, and documented current equipment condition including access panels and mounting locations. Prepared detailed quote for new system installation to restore cooling capacity.
Conducted comprehensive assessment of two natural gas furnaces in basement of duplex property, both units over 10 years old. Identified cracked heat exchangers in both furnaces presenting safety hazard and preventing operation. Additionally diagnosed failed blower motor in one unit. Documented equipment conditions with photographic evidence showing basement installation with existing ductwork and HVAC infrastructure. Provided detailed replacement estimate for both furnace systems to restore safe heating operation to property.
Completed furnace replacement estimate for duplex property with two natural gas furnaces located in basement. Both 10+ year old units found to have cracked heat exchangers, with one unit also experiencing blower motor failure, rendering systems unsafe for operation. Documented existing equipment configuration including ductwork connections, PVC condensate lines, and venting systems installed against brick foundation wall.
# HVAC Service Report - Furnace Repair Responded to service call for non-operational furnace with manual fan function only. Upon arrival, performed systematic diagnostic evaluation of heating system. Removed front access panel to inspect internal components and electrical systems. Conducted voltage testing using digital multimeter to assess power supply and control circuit functionality. Measured 93.4V at critical connection points to identify electrical irregularities affecting ignition sequence. Inspected gas valve assembly, blower motor, and associated wiring harnesses for proper connections and component integrity. Evaluated control board signals, safety switches, and thermostat communication pathways. Examined flame sensor, ignitor assembly, and limit switches as potential failure points preventing furnace operation. Verified proper grounding and traced colored wire connections (yellow, red, blue, green) through control circuits to isolate malfunction. Tested blower motor oper
Performed routine tune-up on 10+ year old furnace located in basement. Inspection revealed significant dust accumulation on blower motor assembly and disorganized wiring connections to control board. Cleaned components, secured loose wiring, and verified proper system operation before completing service.
Performed diagnostic assessment on furnace not producing heat. Opened unit to inspect blower motor, control board, and heat exchanger components. Identified dust accumulation on internal components and serviced system to restore proper heating function.
Performed annual Gold Plan furnace inspection with no issues detected. Visual inspection of control board, electrical connections, and ignition system confirmed proper operation. System is functioning within normal parameters; no repairs or adjustments needed at this time.