Boiler Repair
No heat from radiators or baseboard in the middle of winter is treated as a priority, with pressure, ignition and circulation checked in order.
No heat on a freezing night, no cooling during a heat wave, a burning smell from the vents: these are the calls our dispatchers handle at any hour. Beyond emergencies, we keep systems clean, safe and breathing well so fewer nights end that way.
Lost heat or cooling? Call now and a dispatcher will walk you through the next steps.
Click Here To Call (888) 418-3681Fast response matters, but so does knowing what to check once a technician arrives.
Emergency HVAC work has its own rhythm. A family without heat in January is not only uncomfortable; pipes can freeze, older relatives can be at risk and a gas appliance that failed for an unknown reason deserves careful attention. A home without cooling during a humid heat wave raises similar concerns for infants, older adults and pets. Our dispatch process starts by asking questions that help set priority: Is anyone in the home at elevated risk? Do you smell gas or anything burning? Is water leaking near electrical components?
When the technician arrives, the approach is methodical even under pressure. Power and fuel supplies are confirmed first, then safety devices, then the component most likely responsible. Many emergencies trace back to a handful of causes: a failed igniter or flame sensor, a tripped high limit caused by a blocked filter, a dead capacitor, a frozen coil, a condensate overflow switch that did its job. Others take longer to isolate. Either way, the repair is priced at a flat rate and approved by you before it begins.
The other half of our work is preventing those calls. Seasonal maintenance catches weak capacitors, cracked igniters, dirty coils and slow drains while they are still inexpensive to correct. Air quality testing shows whether humidity, particles or stale air are affecting comfort and health, and dryer vent cleaning removes one of the most common sources of household fire risk. Taken together, these services mean fewer emergencies, and when one does happen, a technician who already knows your equipment.
We are honest about what an emergency visit can accomplish. Sometimes the fix is complete that night. Sometimes a part must be ordered and the goal becomes a safe temporary solution, such as a portable heater recommendation, isolating a leaking zone or running the system in a limited mode, until the repair can be finished. You will always know which situation you are in before the technician leaves.
Maintenance visits follow a written checklist so nothing depends on memory. Coils, drains, electrical connections, safety controls, burners and venting are each inspected and recorded, and any part showing wear is noted along with how urgent it is. You decide what to address now and what to watch, and the records travel with your account for the next technician who visits.
The same checklist mindset carries into emergency calls. Before a technician changes a part at night, they confirm the equipment is safe to operate, check the basics that commonly cause shutdowns, such as a tripped switch, a clogged filter or a full condensate pan, and only then move on to component testing. A calm, orderly approach is what keeps a stressful night from turning into an expensive one.
Records matter for another reason: they reveal patterns. A condensate line that clogs every August, a capacitor that keeps running warm or a filter that loads up faster than expected all tell a story over several visits. Spotting that story lets us suggest a lasting correction rather than repeating the same fix each year.
Every service line below is available to schedule, and urgent failures are dispatched around the clock.
Emergencies rarely respect categories. A boiler that loses pressure can look like a thermostat failure, and a humidifier with a stuck solenoid can flood a furnace cabinet. Our technicians are trained across heating, cooling, controls and air handling equipment so a single visit can follow the problem wherever it leads.
For non-urgent needs, these services help you plan ahead: test the air before allergy season, clean the dryer vent before it restricts, replace a failing thermostat before it strands you on a cold night. Each linked page explains the work in detail.
Our dispatchers keep notes from every visit, so when a returning household calls at midnight, the technician can see what equipment is installed, when it was last serviced and what was recommended. That history often turns a long diagnosis into a short one.
Maintenance plans are simple by design. Visits are scheduled ahead of the heating and cooling seasons, reminders go out before each one, and the findings are written in plain language so you know exactly where your equipment stands.
No heat from radiators or baseboard in the middle of winter is treated as a priority, with pressure, ignition and circulation checked in order.
When an emergency visit reveals a boiler that cannot be safely restored, we plan a replacement and keep you informed about interim heat options.
Heat pumps stuck in emergency heat or running constantly in cold weather get a technician who understands defrost and auxiliary heat logic.
Persistent stuffiness, odors or allergy flare-ups are measured with instruments so the next step is based on evidence.
Dry winter air, static shocks and dusty rooms addressed with properly sized humidifiers and high-efficiency filtration.
Cooling failures during heat advisories are dispatched quickly, with capacitors, contactors and frozen coils among the first checks.
If an emergency call shows an air conditioner has reached the end of its life, replacement planning can begin right away.
Homes that rely on window units during heat waves can plan a permanent ducted cooling system at a calmer time of year.
Cracked heat exchangers and other unsafe conditions found on emergency calls lead to a clear replacement plan and timeline.
Disconnected or collapsed ducts that leave rooms without air are repaired or rebuilt so the whole house heats and cools evenly.
A single licensed contractor who answers at any hour and can manage everything from urgent repairs to planned upgrades.
Long drying times and hot laundry rooms point to restricted exhaust. Cleaning reduces lint buildup, a known fire hazard.
A blank screen or a thermostat that will not call for heat can mimic a furnace failure. We test the control before the equipment.
Treat a situation as an emergency when there is a safety concern or a risk of damage: a gas smell, a burning or electrical odor, water leaking near the equipment, no heat when temperatures threaten to freeze pipes, or no cooling when someone in the home is vulnerable to heat. In those cases, call right away and follow the dispatcher guidance.
Many other problems can wait for a scheduled appointment without harm. A single room that runs slightly warm, a humidifier that has stopped adding moisture, a thermostat that needs replacing or a dryer that takes an extra cycle are all worth addressing soon, but not necessarily at midnight.
If you cannot tell which category your problem falls into, describe it to the dispatcher. We would rather talk through a situation that turns out to be minor than have a household wait on something that should not wait.
After an emergency repair, it is worth scheduling a follow-up maintenance visit if the system has not been serviced recently. The part that failed is often only the most visible sign of wear, and a full inspection during normal hours can catch the next weak point before it becomes another late-night call.
Eight practical benefits for households that plan ahead.
Emergencies and maintenance are two sides of the same job. Nearly every urgent call we handle involves a part that gave some warning beforehand: a capacitor that bulged, a drain line that gurgled, an igniter that took a few tries to glow. Routine service is where those warnings get noticed and addressed on your schedule instead of the equipment's.
When a failure does happen anyway, the value shifts to speed, safety and clarity. The benefits below reflect both halves of that work and what households across Aiea, HI tend to notice after a season or two of steady care.
Indoor air belongs in the same conversation. Filters that are changed on time, drains that stay clear and humidity that stays within a comfortable range all reduce strain on equipment while making the home more pleasant to live in, so a maintenance visit is a natural time to look at both.
Worn capacitors, cracked igniters and slow condensate drains show warning signs during maintenance, well before they strand you.
Heat exchanger inspections, flue draft checks and carbon monoxide awareness are part of every heating visit we perform.
Testing gives you readings for humidity, carbon dioxide and fine particles so improvements can be targeted and verified.
Clearing lint from dryer exhaust ducts reduces a common household hazard and helps clothes dry in fewer cycles.
Maintenance records mean an emergency visit starts with history instead of guesswork, which often shortens the repair.
Clean coils, correct airflow and proper refrigerant charge reduce strain on compressors and blower motors.
Dispatchers share practical steps, such as checking the breaker or filter, that sometimes restore comfort before the technician arrives.
Flat-rate repair pricing applies to emergency visits, and you approve the amount before the technician begins the repair.
When equipment failed at a bad moment, this is how the visit went.
The heat went out on a Sunday night with snow coming. The dispatcher told us to check the filter and the switch by the furnace while we waited. The technician replaced an igniter and we were warm before midnight.
Our air conditioner quit during a heat advisory and we have a newborn. They got someone out that evening and it was a failed capacitor. Calm, quick and clear about the price.
We had the dryer vent cleaned after loads started taking two cycles. The technician pulled out a shocking amount of lint and showed us a crushed section behind the dryer.
Air testing showed our humidity was far too low all winter. A humidifier on the furnace fixed the dry throats and the cracking wood floors.
The boiler was making a banging noise and losing pressure late at night. The tech found a failing pressure reducing valve and had the radiators working again that visit.
Our thermostat went blank and we assumed the furnace had died. It was a wiring issue at the thermostat. Glad they checked the simple thing first.
Our basement drain line backed up during a heat wave and water was creeping toward the furnace. The technician cleared the line, added a safety switch and showed us how to spot the warning signs next time.
Practical steps to take before and after you call.
Confirm the thermostat is set to the correct mode and temperature, check the breaker for the furnace or air handler and outdoor unit, make sure the furnace service switch is on and look at the air filter. If none of these restores operation, call for service.
Leave the home right away without switching lights or appliances on or off. From a safe distance, call your gas utility or emergency services. Do not return until the utility says it is safe. Once the gas issue is resolved, we can inspect and repair the heating equipment.
Turn the cooling off and run the fan only to help the ice melt, and check the filter. Ice usually points to low airflow or low refrigerant. Running the system while frozen can damage the compressor, so schedule service if it happens again.
Close doors to unused rooms, keep curtains shut and let faucets on exterior walls drip slightly to reduce freezing risk. If you use a space heater, choose one with tip-over protection, keep it away from anything flammable and never run fuel-burning equipment indoors.
Most manufacturers recommend annual professional maintenance. Many households schedule the furnace or boiler in the fall and the air conditioner or heat pump in the spring. Heat pumps that run all year benefit from service twice a year.
Many homes benefit from cleaning about once a year. Larger families, long vent runs and vents with several elbows may need attention more often. Longer drying times, a hot laundry room and a burning smell are signs to schedule sooner.
Depending on the scope you choose, testing can measure temperature, relative humidity, carbon dioxide as an indicator of ventilation, fine particulate matter and total volatile organic compounds. The results guide recommendations for filtration, humidity control or ventilation.
Emergency repairs use the same flat-rate approach as scheduled visits, and the price for your repair is presented for approval before work begins. The dispatcher can explain any after-hours service details when you call.
A typical cooling visit includes cleaning or inspecting coils, checking refrigerant pressures and temperatures, testing capacitors and motors, clearing the condensate drain and checking airflow. A heating visit covers ignition, burner and flame inspection, heat exchanger and venting checks, safety control testing and gas pressure verification.
Yes. Homes with fuel-burning appliances or attached garages should have carbon monoxide alarms installed on each level and near sleeping areas, following the manufacturer instructions and local requirements. Alarms do not replace regular inspection of heating equipment, but they provide an important warning.
Many furnaces run the burners for a short time before the blower starts, so the first air is usually warm. Cold air that continues can point to an ignition failure, a tripped limit switch, a clogged filter or a thermostat set to run the fan continuously. Check the fan setting first, then call if the problem continues.
It depends on the filter type, household pets, dust levels and how much the system runs. Many one-inch filters need changing every one to three months, while deeper media filters often last longer. Check the filter monthly at first and adjust based on how dirty it looks.
Turn the cooling off and run the fan alone to help the ice melt, and check that the filter is clean and supply registers are open. If ice returns once cooling resumes, call for service, since low refrigerant, a failing blower or a restricted coil are common causes.