Macomb County Service Overview
- Local Priority: We provide dedicated HVAC, plumbing, and electrical support specifically for neighborhoods across Macomb County.
- Certified Expertise: Our technicians are highly trained to handle the specific infrastructure and climate needs of Macomb County homes.
- Efficiency Focus: We specialize in optimizing your home systems to ensure long-term comfort and reduced utility costs in larger and newer properties alike.
HVAC, Electrical, Water Heater & Sump Pump Services in Macomb, MI. Macomb Township spreads north of Hall Road, with heavy service demand running through areas like Romeo Plank, Garfield, and neighborhoods surrounding Partridge Creek, Ponderosa Heights, and Cornerstone Village. This is a high-growth area filled with larger, multi-level homes that depend on systems being sized and balanced correctly. From houses near Waldenburg Park to properties around Cracklewood Golf Club and Partridge Creek Mall, our technicians at Randazzo are working in these neighborhoods every day.
Because of how quickly this area has developed, many homes are now reaching the stage where systems need adjustment, maintenance, or full replacement. What worked when the home was first built does not always keep up years later. That is where we come in. Call 586-336-1111 or schedule online for service in Macomb.
How We Work in Macomb, MI Homes
Macomb is a different environment than older cities like Detroit. Most homes were built from the 1990s through today, which means the issues are less about failing infrastructure and more about performance under load. Larger square footage, finished basements, and second-story layouts create demand that many systems struggle to meet over time.
We regularly work in neighborhoods along Hall Road, Romeo Plank, and throughout newer subdivisions. That gives us a clear understanding of how these homes are built and where systems tend to fall short. Instead of guessing, we focus on diagnosing the real cause of the issue so the fix actually lasts.
“Brian Bennet came to service the furnace for my annual maintenance. He was attentive to detail and showed me basic steps to maintain my furnace. Great service!”
POLLY L.Cooling Performance for Larger Homes in Macomb, MI
Cooling in Macomb homes depends heavily on airflow and system design. When a home has multiple levels, open layouts, or added living space, even a newer system can struggle if it was not balanced correctly from the start. A frequent issue in Macomb homes is a hot second floor or bonus room over the garage. The main level cools quickly, but upper areas trap heat and stay uncomfortable. This is common in homes near 23 Mile and newer developments where square footage is larger.
Heating Balance and Efficiency in Macomb, MI
Heating systems in Macomb are newer compared to older cities, but they still experience wear from heavy winter use. Multi-level homes often reveal uneven heat distribution as systems age. Homes near Romeo Plank and 23 Mile often have strong airflow on the main level but reduced heat upstairs. Over time, this leads to higher energy bills and added strain on the furnace.
“Great communication. Easy to schedule and fast turnaround. The guys did a great job with my water heater change out and cleaned up before leaving.”
STEPHEN B.Macomb Home System Troubleshooting
Problem: The second floor remains significantly warmer than the main floor during Macomb summers.
Solution: We evaluate duct static pressure and often implement zoning systems or booster solutions to ensure even cooling across all levels.
Problem: High electrical demand from modern appliances and EV chargers causing frequent breaker trips.
Solution: A professional panel upgrade increases your home’s capacity to handle high-load modern electronics safely.
Problem: Sump pump failure during heavy Michigan rainstorms, risking finished basement damage.
Solution: Installation of heavy-duty primary pumps and battery backup systems designed for long-term reliability.
Electrical Capacity and Backup Power in Macomb, MI
Modern homes in Macomb require more power than older systems were designed to handle. Between EV chargers, home offices, and larger appliances, electrical demand has increased significantly.
- Generator installation and service (Generac & Kohler)
- Electrical panel upgrades
- EV charger installation
- Surge protection and whole-home inspections
Hot Water Systems and Basement Protection
Water systems in Macomb homes must keep up with daily demand while protecting finished basements. In newer subdivisions, sump pumps are critical due to grading and drainage patterns.
- Water heater repair and tankless upgrades
- Sump pump repair and replacement
- Routine system maintenance
- Emergency basement protection
“Had Addison from Randazzo come and fix my HVAC today. Excellent technician and very thorough. Absolutely loved the service provided.”
SUNNY J.What You Can Expect from Randazzo in Macomb, MI
- Quick scheduling so issues do not linger
- Technicians who understand multi-level home performance
- Clean, efficient work that respects your space
- Long-term solutions that reduce repeat problems
Ready to Optimize Your Home Comfort?
Contact us today to schedule your service in Macomb County.
Why is my second floor so much hotter than the first floor?
In many larger Macomb homes, this is caused by improper duct sizing or a lack of return air vents. We can often resolve this through system balancing or adding a zoning system.
Do I really need a backup generator in Macomb?
Because larger homes in this area rely heavily on electricity for HVAC and sump pumps, a power outage can lead to frozen pipes or flooded basements quickly. A standby generator provides essential security.
How often should I service my sump pump?
We recommend an annual inspection, especially before the spring thaw and heavy rain season, to ensure the float and motor are functioning correctly.
Recent Jobs and Reviews in Macomb, MI
Job Locations and Reviews
Provided comprehensive estimate for replacement of 15-year-old furnace and air conditioning system currently located in basement. Existing equipment is operational but nearing end of service life. Evaluated electrical panel configuration and outdoor condenser placement on gravel pad adjacent to brick exterior wall with proper clearances from metering equipment and condensate drainage routing.
Completed ACM3/312-5 maintenance on residential air conditioning system. Performed refrigerant pressure and temperature diagnostics using digital manifold gauge set, recording low-side pressure of 109.6 PSIG and high-side pressure of 268.7 PSIG with corresponding saturation temperatures. Inspected outdoor condenser unit positioned on concrete pad, verified proper airflow through coil fins, and confirmed fan grille protection in place. Unit operating within normal parameters with no refrigerant leaks detected. All system components functional and equipment ready for continued service.
Completed full HVAC system installation including a 90,000 BTU furnace and 3-ton air conditioning unit with rear discharge configuration. Installed complete ductwork system with multiple 90-degree elbows and transitions to accommodate existing structural framing in basement utility area. Performed all necessary grounding and bonding connections, reconnected existing utilities, and secured all required mechanical and electrical permits for the installation.
Responded to service call for melted dryer outlet requiring replacement along with additional outlets throughout the home. Performed comprehensive electrical assessment including inspection of main electrical panel, circuit breakers, and distribution system. Documented existing panel configuration showing main breaker and approximately 16-20 individual circuit breakers with organized wiring in multiple colors throughout the installation. Evaluated circuit breaker conditions, amperage ratings, and wire connections to identify any potential safety concerns or code violations related to the damaged outlet. Provided estimate for replacement of damaged dryer outlet and additional outlets as requested by customer.
Responded to service call for loud humming/buzzing noise from 2-year-old furnace system located in basement. Upon inspection, discovered significant condensation and moisture accumulation on air handler cabinet and supply plenum, with water droplets and streaking visible on metal surfaces. Identified excessive condensation issue likely caused by inadequate insulation or air leakage creating temperature differential between conditioned air and ambient conditions. Examined condensate drain system including white PVC drainage lines and connections. Documented moisture patterns on equipment surfaces and assessed potential impact on system operation and noise complaint. Verified condensate drain line routing and functionality. Equipment remains under parts and labor warranty coverage.
Performed comprehensive annual heating maintenance on residential furnace system. Conducted complete visual inspection of all internal components including draft inducer motor assembly, blower motor housing, and electrical control board. Verified proper operation of pressure switches and safety controls. Inspected all electrical connections and wiring harnesses for signs of wear, damage, or loose connections throughout the unit. Examined control board terminals and junction points to ensure secure connections. Verified integrity of all manufacturer warning labels and component identification markings. Checked mounting brackets and hardware for proper installation and stability. Inspected condensate drainage components and associated tubing for proper routing and connection. Confirmed all safety interlocks and limit switches functioning correctly. System tested and operating within normal parameters with no deficiencies noted. Unit left in proper working condition with all access panels
# No Heat Service Call - 10-Year-Old Forced Air System Responded to a no heat call on a 10-year-old Bryant forced air furnace system. Upon arrival, homeowner reported furnace not operating. Began diagnostics by checking thermostat operation. Found Bryant Evolution Connex thermostat displaying room temperature of 73°F with heat setpoint programmed to 77°F. Thermostat showed system in heat mode and appeared to be calling for heat properly. Verified thermostat had power and display was functioning correctly. Checked thermostat wiring connections at wall plate - all connections secure. Proceeded to furnace location to continue troubleshooting. Verified power supply to unit - 120V present at disconnect switch. Checked furnace door safety switch - operating correctly. Observed furnace control board for fault codes or LED diagnostic indicators. Tested ignition system components including hot surface ignitor for continuity and proper resistance values. Inspected flame sensor for carbon b
Completed routine HVAC maintenance inspection on air handling unit. Performed electrical diagnostics using digital multimeter to verify proper voltage and amperage readings across system components. Inspected control wiring, blower motor assembly, and electrical connections for proper operation. All measurements within manufacturer specifications. Unit operating normally with no issues identified.
Completed annual preventive maintenance on residential split system air conditioning unit. Performed comprehensive inspection of outdoor condenser unit including visual assessment of cabinet condition, refrigerant lines, electrical connections, and condensate drainage system. Verified proper gravel pad support and clearances around equipment. Unit found in functional condition with age-appropriate wear. All components operating within normal parameters.
Completed full HVAC system installation including a 90,000 BTU furnace and 3-ton air conditioning unit with left-side configuration in basement utility area. Installed new ductwork connections, white PVC venting system with proper drainage routing, and integrated humidifier into the system. Reconnected all electrical and mechanical components, secured all piping with appropriate brackets and supports, and ensured proper clearances around water heater and existing utilities. All mechanical and electrical permits were obtained prior to installation, and system was tested for proper operation upon completion.
Completed annual furnace maintenance and tune-up on residential heating unit. Performed comprehensive system inspection including burner assembly examination, confirmed proper flame characteristics with uniform blue flame pattern across all burners, verified blower motor operation, inspected electrical connections and wiring throughout unit, and checked all safety controls including Resideo control components. All systems tested and operating within normal parameters. Unit photographed for service documentation.
Conducted comprehensive full system HVAC evaluation for 16-year-old furnace and air conditioning system requiring immediate replacement. Assessed existing basement-installed equipment, ductwork configuration, and exterior utility connections to develop complete replacement specifications. Documented current system layout including furnace location, duct runs, refrigerant lines, and electrical service for accurate new system design and installation planning.
Completed comprehensive Air Care Heating and Cooling recurring maintenance service on residential gas furnace and air conditioning system. Performed thorough inspection of furnace interior components including draft inducer motor, gas valve assembly, blower motor, and all electrical connections. All wiring, control boards, and safety systems verified to be properly connected and functioning within manufacturer specifications.
Completed scheduled air handler coil maintenance on residential HVAC system. Accessed interior components, inspected blower motor assembly and electrical connections, and documented heavy dust accumulation on blower wheel requiring attention. All wiring connections, condensate drain line, and mechanical components were examined and found to be operational, with photographic documentation captured for service records.
Completed annual cooling maintenance on residential air conditioning system. Performed comprehensive inspection of outdoor condenser unit, verified electrical connections and capacitor functionality with service panel access. Measured supply air temperature at 92.4°F using calibrated digital thermometer at interior register. Inspected associated ductwork and mechanical components in utility space. System operating within normal parameters, no filter replacement required at this time.
Responded to no heat call on 10+ year old furnace with intermittent cycling issues. Upon arrival, performed diagnostic testing using clamp meter to measure electrical current draw and system performance. Measured amp draw readings of 2.32A and 2.1A during operation cycles, indicating potential issues with blower motor or ignition system components. Documented furnace nameplate specifications and electrical readings with photos for service records. System requires further evaluation to determine root cause of intermittent cycling and heating failures, likely related to age-related component degradation in ignition control, flame sensor, or limit switch assembly.
Completed annual cooling maintenance on outdoor condensing unit. Performed comprehensive inspection of condenser coils, fan assembly, and electrical components. Unit found in operational condition with normal wear consistent with outdoor exposure. Documented equipment condition with photos for service records.
Completed full system estimate for HVAC replacement on 16-year-old furnace and air conditioning system. Assessed existing equipment condition in basement utility area, documented current system configuration including ductwork and venting arrangements, and photographed installation space to determine replacement requirements and proper sizing specifications for new heating and cooling equipment.
Completed annual heating maintenance on residential HVAC system. Performed comprehensive inspection of air handler unit, including blower motor assembly, electrical connections, and capacitor. Verified proper operation of all components, checked refrigerant line insulation integrity, and inspected condensate drain lines. Changed furnace filter and cleaned unit exterior louvers. All system components found operating within normal parameters with no deficiencies noted at time of service.
Performed comprehensive AC tune-up and maintenance on 10-year-old Lennox HVAC system. Measured system pressures using digital manifold gauges, confirming R410A refrigerant charge at 96.0 psi low side and 213.0 psi high side with proper superheat and subcooling temperatures. Verified system operation with infrared thermometer, confirming all components functioning correctly and unit operating within manufacturer specifications.
Heating & Cooling in Macomb County
AC Maintenance in Macomb County
Furnace Repair in Macomb County
Furnace Maintenance in Macomb County
Electrical & Plumbing
Standby Generators in Macomb County
Electrical Services in Macomb County
