Welcome, Niles Neighbors! We are proud to serve our local friends and families in Niles and across Northwest Chicagoland.
As you’ll know from living in Niles, Chicagoland is the perfect home for anyone that loves the changing of the seasons. From cold winters to colorful falls and hot summers, we experience it all as the year goes by in Niles. As beautiful as each season may be, each also comes with its own set of challenges – especially when it comes to keeping your home comfortable.
Home Comfort is proudly committed to helping you keep your home cool in the summer and warm in the winter. We offer high quality, reliable HVAC services including work on the following:
Heating
- Preventative maintenance checks for heating systems
- Heating repairs and replacements
- Furnaces
- Boilers
- Programmable thermostats
- HVAC controls
- Radiators
- Radiant floor heating
- Gas leaks
Cooling:
- Air conditioning repairs and replacements
- Work on ductless Air Conditioning systems
- Work on SpacePak systems
- Work on Unico systems
- Indoor air quality & filtration services
- Dehumidification
- Zoning
- Attic fans
From air conditioning to radiant heat, we can assist wit any HVAC heating and cooling issue you may encounter, efficiently and affordably.
Contact us in Niles
Live in Niles or the surrounding area? We are your local heating and cooling expert in Northwest Chicagoland. Contact Home Comfort today to find out more about our heating and cooling services.
Niles, IL HVAC & AC FAQs
What AC size works best for Niles homes with shaded lots and mature trees?
Homes with heavy shade often need less cooling capacity than a sun-drenched property. A Manual J load calculation that factors shade, insulation, window gain, and air leakage is the best way to pick a right-sized system that avoids short cycling and humidity problems.
How can I tell if my current AC is oversized for a Chicago-area bungalow?
Short cooling cycles, uneven temperatures, and clammy rooms are common clues. If your system runs for only a few minutes before shutting off, ask for an airflow check and a load calculation to confirm sizing.
Which thermostat settings help during heat waves along the North Shore?
Use Auto fan, small 1 to 2 degree adjustments, and avoid big daytime setbacks that force long recovery runs. If your thermostat supports dehumidify or comfort stages, enable those features for steadier indoor humidity.
What MERV filter rating balances clean air with good airflow in older duct systems?
MERV 8 to 11 works for most households without over-restricting older ducts. Allergy homes may step to MERV 11 to 13 if the blower and static pressure allow it. Verify airflow after any filter change.
Where should the outdoor condenser sit to handle snow, rain, and yard debris in Niles?
Place it on a level pad several inches above grade, with 2 to 3 feet of side clearance and open top discharge. Keep it away from downspouts and dryer vents, and trim vegetation to maintain airflow.
Can zoning help two-story homes near Niles cool more evenly?
Yes. A zoned system uses dampers and separate thermostats so upstairs and downstairs get different airflow as conditions change. That reduces temperature swings and nighttime hot-room complaints.
Do frequent storms affect AC reliability around Niles?
Power interruptions and surges can stress capacitors and control boards. After an outage, many systems include a short delay before restart. If breakers trip or the outdoor fan hums without spinning, schedule service rather than repeatedly resetting power.
Why does my home feel humid even when the thermostat shows the right temperature?
High indoor humidity can result from oversizing, low airflow, or a dirty coil. Longer, lower-speed cooling and clean coils remove more moisture. Some homes benefit from a whole-home dehumidifier during muggy weeks.
What should I do before a summer tune-up visit?
Clear three feet around the indoor unit and outdoor condenser, replace an overly dirty filter, and note any new noises or hot-spot rooms. Easy access shortens the visit and helps the technician focus on performance checks.
How can I quiet a noisy outdoor unit in a tight side yard?
Confirm the unit is level, remove debris that can rattle fins, and add proper vibration pads. Good clearances and a clean coil often reduce perceived noise without special enclosures.
Recent Jobs and Reviews in Niles, IL
Job Locations and Reviews
Replaced failed blower motor on rooftop unit #7 under warranty coverage. Removed and disposed of defective motor assembly, installed new OEM replacement unit, reconnected all electrical connections, and verified proper operation with successful test run.
Diagnosed and replaced faulty limit switch on residential furnace system originally installed in 2008. Unit restored to proper operation with all safety controls functioning correctly, and service contract program was offered to customer.
# HVAC Service Report - No Heat Call Responded to no heat call on residential furnace system originally installed in 2008. Upon diagnostic inspection, identified faulty limit switch triggering error code and preventing unit operation. Replaced defective limit switch, tested system operation through complete heating cycle, and verified proper function. Unit restored to normal operation with all safety controls functioning within manufacturer specifications. Customer advised of system age and presented with service coverage plan options for future maintenance needs.
# Service Report: No Heat Call - RTU 1 Responded to return service call for no heat condition on rooftop unit serving middle office and showroom area. Unit had received maintenance service earlier in the week, after which heating operation ceased. Upon arrival, accessed RTU 1 on gravel ballast roof and performed diagnostic evaluation of packaged HVAC system. Conducted visual inspection of unit exterior and opened service panel to access electrical components and controls. Examined disconnect box and internal wiring for loose connections or tripped safeties that may have occurred following recent maintenance work. Verified power supply to unit and checked voltage at disconnect. Inspected gas valve, ignition system, and flame sensor for proper operation and positioning, as these components are commonly affected during routine maintenance procedures. Tested heating sequence through thermostat call and monitored unit startup. Evaluated blower motor operation, limit switches, and pressur
# Service Report: No Heat Call - 10+ Year Old Unit Responded to no heat call where customer reported fan not operating. Upon arrival, performed diagnostic inspection of aging HVAC system. Accessed control board and internal wiring compartment to assess electrical components and connections. Inspected circuit board, wire connections, and safety controls within the unit. Documented equipment condition with photographs showing control board, wiring harness, and internal assembly. Collected standard service call fee and provided customer with new customer discount information where applicable. Discussed Comfort Plan membership benefits with homeowner. Recorded complete equipment specifications and model information for service records.
Completed spring maintenance on commercial comfort plan servicing 4 AC units and 4 RTU systems. Replaced 16 standard filters (16x16x2) and 3 media filters (20x24x4). Inspected condenser coils for proper operation and cleanliness; units appear to be functioning normally with minimal fin damage on roof-mounted equipment.
Replaced failed booster pump motor and bearing assembly on commercial HVAC system. System was dismounted from concrete block wall mounting, new components were installed with proper fittings, and system was pressure tested for proper operation before returning to service.
Responded to a callback regarding suspected booster pump failure. Diagnosed low pressure alarm on system control panel. Visual inspection confirmed pressure readings were below operational threshold, consistent with previous service call symptoms. Will schedule return service to replace the defective booster pump assembly.
Responded to no hot water call at commercial property. Used thermal imaging to diagnose temperature issues in the water heating system, identifying significant temperature variations across the piping infrastructure. Successfully restored hot water service by resetting system switches and verifying proper operation of commercial water heaters.
Investigated reported burning smell in HVAC system following previous replacement of RTU and blower motor. Conducted thorough inspection of ductwork and ventilation components, confirming source of odor and verifying proper installation of ceiling-mounted air vent/return grille.
Responded to service call for non-functional thermostat stuck at 74°F with unresponsive controls. Performed thermal imaging diagnostics using TOPDON device to identify temperature differentials at register/vent areas, confirming actual ambient temperature of 72.9°F. Resolved control interface issue and restored normal thermostat operation.
Returned to site to collect booster pump data as requested. Documented 2½" pipe fittings and connections with detailed photographs for reference. All components appear operational despite showing normal wear.
Responded to emergency call for high-rise building experiencing loss of water pressure on upper floors. Investigated booster pump system which was operational but producing abnormal noise; documented existing equipment for parts sourcing. Reset emergency kill switch as temporary measure while proper replacement components will be obtained when supply house reopens.
Diagnosed Central Heat Pump showing "Collect Continuation of time" error code on the MAGNUM3 control interface. Inspected system pressure (100 psig) and inlet readings (22.3ft) while verifying proper operation of the Grundfos circulation pumps, which were functioning normally with no visible issues in the hydronic distribution system.
Responded to service call for low water pressure and no hot water. Inspected tanked water heater system in mechanical room, documenting the condition of the unit and associated plumbing connections. Identified issue with circular flange valve, measured component dimensions, and performed necessary repairs to restore proper hot water flow and system pressure.
Met with customer to inspect three boiler units after previous service concerns. Documented issues including blown fuse on Boiler #1, missing spill switches, and missing refractory plate on Boiler #2. Photographed and inspected the melted ignition module on Boiler #1 that had been incorrectly reported as being on Boiler #2.
Conducted site assessment at Washington Courte Condominiums for potential replacement of existing cast iron boiler and booster pump. Inspected current NEMA Premium motor installation with associated electrical connections and documented the mechanical room configuration including water heaters, copper piping network, and PVC ventilation. Client has requested comprehensive replacement proposal for the commercial boiler system.
Responded to service call for water leakage affecting two top-floor units. Inspected rooftop drainage components, identified corroded circular metal fitting with visible rust and white residue. Measured component diameter (18-21 inches) and documented condition of three black cylindrical fittings with compromised honeycomb structure that were contributing to the water infiltration issue.
Successfully replaced defective blower motor in RTU 4 (serial ending 9601) on commercial rooftop unit. Removed old motor assembly, installed new compatible replacement, and verified proper operation. Original blower motor was returned to office for warranty processing as required.
Successfully installed surge protectors on two RTUs that had previously experienced motor burnout issues. Completed electrical connections at the junction box, properly securing all wiring with appropriate connectors. Office notified for billing.
