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
Completed spring maintenance clean and check on two HVAC systems including one rooftop unit and one split system air handler. Performed comprehensive inspection of both units, measured electrical parameters using digital multimeter to verify proper voltage and amperage readings on RTU components. Inspected blower wheel assembly on air handler unit, noting light dust accumulation on centrifugal fan blades. Replaced air filters per specification: installed 18x24x2 filters on rooftop unit (5 pieces) and 12x20x1 filter on newer air handler unit. Shut down boiler systems per seasonal protocol. Verified all mechanical and electrical components operating within normal parameters. Both systems tested and confirmed operational upon completion of maintenance procedures.
Responded to callback for non-functional air conditioning system following recent CNC maintenance. Performed diagnostic testing using digital pressure gauge, which measured 329 PSI on refrigerant lines at rooftop unit. Documented system conditions with photos to assess post-maintenance performance and determine cause of AC failure recurrence.
Responded to callback for non-operational HVAC unit with humming noise. Upon arrival, verified thermostat was set to cooling mode at 78°F but system was not functioning properly. Diagnosed failed capacitor causing compressor to hum without starting. Replaced defective run capacitor and tested system operation. Confirmed proper amp draw and temperature differential of 22.4°F at supply register. System restored to normal cooling operation and all functions verified operational before departure.
Completed comprehensive tune-up and clean-and-check service on residential air conditioning and air handler system. Performed visual inspection of internal components including blower motor assembly, electrical connections, and control board; verified proper operation of all electrical circuits using clamp meter for amperage readings and diagnostic testing. All components found operating within normal parameters with no deficiencies noted.
Performed clean and check maintenance on single HVAC system per building specifications. Conducted electrical diagnostics on outdoor condenser unit, recording compressor amperage at 40.4A and supply voltage at 215V using clamp meter. Inspected indoor air handler and verified blower amperage at 12.4A. Customer declined air filter replacement at this time. All equipment operating within normal parameters upon completion of tune-up service.
Completed A/C and air handler maintenance per building special on single system. Performed standard tune-up procedures including inspection of outdoor condensing unit, electrical disconnect, and condenser coils. Supplied and installed 12x20x1 air filter as requested by customer.
Performed comprehensive tune-up and diagnostics on rooftop-mounted air conditioning system. Utilized digital clamp meter to verify electrical readings and system performance, inspecting internal components including capacitors, wiring harnesses, and refrigerant line connections. Customer declined filter replacement as new filter was already installed; all equipment information documented in service tracking system and photographic documentation completed.
Completed comprehensive preventive maintenance on single HVAC system including air handler and condensing unit. Performed electrical diagnostics using digital multimeter to verify proper voltage and amperage readings across all components. Installed new 16x20x1 air filter to ensure optimal airflow and system efficiency.
Completed comprehensive tune-up maintenance on HVAC system per building requirements. Performed standard inspection of air handler components including blower assembly and internal mechanisms, confirming proper operation and cleanliness. Installed customer-provided air filter with pleated media into system, replacing previous filter that showed moderate dust accumulation and discoloration from normal service use.
Completed preventive maintenance tune-up on single-zone residential HVAC system including air handler and condensing unit. Performed comprehensive system inspection, verified proper operation of all components, checked refrigerant lines and electrical connections, and confirmed adequate airflow through evaporator coil. Customer declined filter replacement at time of service.
Completed spring tune-up on 2.5-ton AC system including evaporator coil inspection and electrical diagnostics using digital multimeter to verify proper voltage and amperage at air handler unit. Customer declined filter replacement at time of service. System operating within normal parameters with all components functioning properly.
Completed air conditioning and air handler maintenance per building special requirements. Performed standard tune-up procedures on 2.5-ton system including inspection of outdoor disconnect and electrical connections, verification of proper ductwork installation and sealing at air handler plenum, and comprehensive system evaluation. Filter replacement was declined as homeowner had recently installed new filter independently. All electrical components, refrigerant lines, and ductwork connections found to be in proper working condition with no immediate service needs identified.
Performed comprehensive tune-up and diagnostic evaluation on single HVAC system per building specifications. Conducted electrical measurements using clamp meter, recording compressor amperage at 4.50A and fan motor draw at 6.12A, both within manufacturer specifications. Inspected capacitor connections, verified proper wire terminations, and confirmed all electrical components operating safely under rated voltage parameters.
Completed comprehensive tune-up and inspection of single HVAC system per building specifications. Performed thorough evaluation of air handler components including evaporator coil, blower assembly, electrical controls, and refrigerant lines, all found to be in proper working order. Customer declined filter replacement at time of service.
Completed comprehensive tune-up on Advanced Distributor Products air handler unit (Model BSMMA1A04D03, 24,000 BTU/h, R-410A refrigerant system). Performed full system inspection, verified operational status with control board indicator functioning properly, checked refrigerant lines and electrical connections, and confirmed unit operating within manufacturer specifications. Customer declined filter replacement at time of service.
Completed comprehensive tune-up and inspection on single-system air conditioning and air handler unit. Verified proper electrical connections at terminal block, confirmed thermostat operation and temperature display functionality, and performed standard maintenance procedures. Customer declined air filter replacement at time of service.
Completed comprehensive air conditioning and air handler maintenance per building specifications. Performed full system inspection including electrical components, capacitor testing, contactor operation verification, and evaporator coil examination. All components found operating within normal parameters, connections secured, and system left in proper working condition.
Completed routine A/C and air handler maintenance per building specifications on rooftop unit. Performed comprehensive system tune-up including temperature diagnostics showing 50.3°F suction line reading, installed 12x20x1 filter, inspected refrigerant lines and insulation, verified condenser operation, and documented equipment condition with photos. All components operating within normal parameters upon completion.
Completed comprehensive A/C and air handler maintenance per building specifications, including installation of 14x20x1 filter. Performed electrical diagnostics using digital multimeter, verifying capacitor readings at 20.9 µF within acceptable range. Inspected blower motor assembly, fan guard, and all system components, confirming proper operation and cleanliness of unit with no issues identified.
Performed comprehensive preventive maintenance on single-system air conditioning unit per building specifications. Conducted diagnostic testing of outdoor condenser unit including electrical measurements using TRMS clamp meter and multimeter to verify proper amperage draw and voltage levels across all circuits. Inspected condenser coil, fan motor operation, and refrigerant line connections. All electrical connections tested and confirmed within manufacturer specifications. Unit operational and running efficiently upon completion of maintenance procedures.
