Load calculations, clean installs and a commissioning report instead of a best guess from the old nameplate.
Replacing a furnace, boiler or air conditioner is one of the larger purchases a homeowner makes, and the difference between a good result and a disappointing one is mostly decided before the old unit comes out. We plan the size, the ductwork and the controls first, then install and verify the system against those numbers.
Oversized equipment is one of the most common problems we find in Adair Village, OR homes. An air conditioner that is too large for the house cools the air quickly and shuts off before it has removed much moisture, leaving rooms cold and clammy at the same time. An oversized furnace cycles on and off in short bursts, which wears parts faster and creates uneven temperatures between floors. Undersized equipment fails in the opposite direction, running for hours on the hottest and coldest days without ever catching up.
The fix is not complicated, but it does take time that some installers skip. We perform a room-by-room heat gain and heat loss calculation using the method published by the Air Conditioning Contractors of America, commonly called Manual J. That calculation looks at wall and ceiling insulation, window area and orientation, air leakage, the number of occupants and the local design temperatures. The result tells us how much heating and cooling each room actually needs, and that number drives the equipment selection rather than the size printed on the unit being removed.
Equipment size is only half of the picture. A properly sized system still performs poorly if the ductwork cannot move the air it needs. During the planning visit we measure static pressure on the existing system, inspect accessible duct runs and note any undersized returns, crushed flex duct or disconnected joints. When the ductwork needs attention, we include that work in the proposal so you can see the full scope and cost before deciding.
On installation day the crew protects floors and finished spaces, removes the old equipment and handles disposal, including legal recovery of any refrigerant. New refrigerant lines are brazed with nitrogen flowing through them to prevent internal scale, pressure tested and evacuated to a deep vacuum measured with a micron gauge. Gas connections are leak tested, venting is checked against the manufacturer instructions and electrical connections are torqued to specification. Before we leave, we record airflow, temperature split, refrigerant readings and combustion data, then walk you through the thermostat and filter access so you know how to operate what you paid for.
Controls deserve the same attention. Two-stage and variable-speed equipment only delivers its comfort and efficiency advantages when the thermostat is compatible and configured correctly. Heat pumps need balance points and auxiliary heat settings that fit the local climate. We set these parameters during commissioning and explain them, rather than leaving the factory defaults in place and hoping they suit the house.
Our firm has worked this way since 2008. Installation proposals list the equipment model, the scope of ductwork and electrical work, permit costs and the warranty terms in plain language. Third-party financing is available subject to lender approval, and manufacturer rebates or utility incentives are pointed out when we know they apply to the equipment you are considering.
After the installation, the relationship does not end. New systems benefit from a first-season check to confirm the refrigerant charge and airflow have settled as expected, and annual maintenance keeps warranty terms in good standing with many manufacturers. We keep the commissioning data on file so future technicians can compare new readings against the original baseline and spot changes early.
New equipment rarely stands alone. A replacement air conditioner may need a new coil and a revised line set, a boiler swap often exposes near-boiler piping problems, and a smart thermostat only helps when it is wired and configured for the system it controls.
The services below are grouped to reflect how a well-planned project comes together, from the equipment itself to the air distribution, controls and indoor air components that affect how the new system feels.
If you already know which piece of equipment you want to replace, start with its page. If you are still weighing whether to repair or replace, the repair pages explain the failures that are usually worth fixing and the ones that usually are not.
Plumbing work fits into the same planning mindset. Water heaters, supply lines and drains are often reached through the same basements, closets and crawlspaces as heating equipment, so combining the work can save a return visit.
Split system air conditioners matched to an existing furnace or air handler, with the indoor coil and line set evaluated rather than assumed reusable. The outdoor unit is set level on a proper pad with clearance for airflow and service access on every side.
Whole-home cooling for houses heated by boilers, baseboard or space heaters, planned around attic, closet or basement air handler locations. Returns are planned as carefully as supplies, since a starved return is a common reason new central air sounds loud and cools unevenly.
An all-electric or dual fuel system planned around your coldest expected days, with electrical capacity checked in advance. Cold-climate models are compared when winter performance matters most to your household.
Condensing and non-condensing boilers selected from heat loss numbers, with venting, condensate handling and system controls planned in advance. Where zoning or indirect water heating is part of the plan, those circuits are laid out and labeled so future service is simple.
Single-stage, two-stage and modulating furnaces compared side by side so you can weigh comfort, efficiency and upfront cost together. Combustion air, flue sizing and condensate drainage are checked against the installation manual before the unit is fired.
New trunk lines, branch runs and returns designed to carry the airflow your new equipment requires without excess noise. Balancing dampers are added where they help, so airflow can be tuned room by room after startup.
Sealing existing ducts before new equipment starts helps the system deliver the airflow it was sized for. It is often one of the most cost-effective items to add to a replacement project.
Controls chosen for the equipment type, including staging and heat pump settings that generic installs often leave at factory defaults. Placement matters as well, and we avoid mounting controls where sunlight, drafts or supply air will skew the reading.
One point of contact for projects involving several trades, permits, inspections and scheduling around a renovation timeline. Progress updates and inspection dates are shared in advance so the rest of your renovation stays on track.
When a heat pump still has useful life left, a targeted repair can be the smarter spend, and we will tell you when that is the case. A clear repair estimate alongside a replacement quote lets you compare the two on equal footing.
A boiler with a failed component but a sound heat exchanger may be worth repairing, which we confirm with testing before any replacement talk. Repairing a sound boiler can buy time to plan an upgrade for the off season instead of rushing one in January.
If cooling fails mid-season, we restore it first when that is possible, so you can plan a replacement on your own schedule. The temporary fix, if one is used, is explained so you know its limits while the permanent work is scheduled.
A compressor fault on a fairly young system may be worth repairing, and parts warranty coverage can change the math. We check both before any replacement is proposed.
First-season and annual cooling inspections confirm the refrigerant charge and airflow still match the commissioning numbers recorded on installation day.
A baseline air test before a new system goes in helps decide whether filtration, ventilation or humidity control belong in the project. Retesting after the project shows whether the new equipment delivered the improvement you were aiming for.
Filtration upgrades and humidifiers installed at the same time as new equipment, when the cabinet and ductwork are already open. Water supply and drain connections for humidifiers are planned alongside the equipment, not improvised on install day.
A cleared and correctly routed dryer vent reduces fire risk and keeps laundry moisture out of spaces the new system has to condition. If a remodel moves the laundry area, we can reroute the vent with a shorter, smoother path at the same time.
If a new heating system is on the way, it is a good moment to look at the water heater too. Repairs are priced plainly so you can decide whether to fix or plan a change.
Pipes that froze in past winters are worth addressing during renovation planning, when walls and crawlspaces are easier to reach and insulation can be added.
Fixture repairs and valve replacements handled alongside other household projects, with water shut off only for as long as the work requires.
Clearing kitchen, bath and main lines with equipment matched to the pipe material, and camera inspection available before a remodel ties new fixtures into old drains.
Testing for irrigation, boiler fill lines and other assemblies your water provider requires, with the paperwork completed and filed as the provider directs.
Repairs for offices, retail spaces and multi-unit buildings with work scheduled around occupancy, so tenants see as little disruption as possible.
Preventive line jetting on a set schedule for kitchens and high-use restrooms, which helps avoid the emergency backups that close a business for the day.
Grouping the work this way helps when you are comparing proposals. If one bid includes duct corrections, a matched coil and a commissioning report while another lists only the equipment, the two prices are not describing the same project. Asking each contractor to spell out the scope in these categories makes the comparison fair and exposes gaps before they become change orders.
We are glad to walk through any proposal you have received, including our own, and point out what is and is not included. An informed decision is better for everyone involved.
A replacement follows a predictable path. Knowing each step helps you plan around the work and ask the right questions along the way.
Timelines vary with equipment availability, permit processing and the size of the job. Simple swaps can move from approval to installation quickly, while projects involving new ductwork or electrical changes need more lead time. We give you a realistic schedule at the proposal stage rather than an optimistic one that slips later.
You describe the equipment, its age, comfort complaints and any renovation plans. We schedule a planning visit at a time that suits you. Photos of the current equipment labels are helpful if you have them handy.
The technician measures rooms, windows and insulation levels and notes the orientation of the house for the load calculation. The measurements take about as long as a routine service visit in most homes.
Existing equipment, venting, electrical supply, ductwork and static pressure are checked so the proposal reflects real conditions. Any safety concern discovered during the inspection is reported to you right away.
You receive options with model numbers, efficiency ratings, scope, permit costs, warranty terms and financing information. Options are presented side by side so trade-offs between comfort and cost are easy to see.
Once you approve, we order equipment, file permit applications and confirm the installation date with you. Equipment lead times can vary, and we will tell you if a specific model is backordered.
The crew protects the home, removes old equipment, sets the new system and completes piping, venting, wiring and duct connections. At the end of the day the old equipment is hauled away and the work area is cleaned.
Refrigerant charge, airflow, temperature split, gas pressure and safety controls are measured and recorded against specifications. These numbers are written down and kept with your project file for future reference.
We explain the thermostat, filter changes and maintenance needs, register warranties and coordinate the final inspection. You also receive a reminder of recommended maintenance intervals for the new system.
Some projects add steps, such as an electrical service upgrade for a heat pump or structural work to route new ducts through finished space. When that happens, the extra steps appear in the proposal with their own timeline so the schedule stays realistic. Unplanned surprises are rare when the inspection step is done carefully, which is exactly why we spend the time on it.
Feedback from customers whose equipment we planned and installed.
Customer names are abbreviated for privacy. Each comment reflects one household's project, and your results will depend on your own home and equipment.
Two other companies quoted the same size as our old units. This team did a full room-by-room calculation and recommended smaller equipment. The house is more comfortable now than it has ever been, and the upstairs bedrooms finally match the rest of the house.
Our house had radiators and window units. They mapped out an attic air handler and duct runs before giving a price, so there were no surprises.
The crew fixed piping problems on the old system during the swap and explained each change. The new boiler is quiet and the house heats evenly.
The technician took the time to set the auxiliary heat lockout properly. Our first winter bills were noticeably lower.
Installation results depend on the house, the equipment chosen and how the system is operated afterward. We explain what to expect for your specific project during the planning visit, and we revisit those expectations at the final walkthrough.
These are the questions we think every homeowner should have answered before signing an installation contract.
Bring them to any planning visit, ours or another contractor's. Clear, specific answers are a good sign that the installer has thought the project through.
A room-by-room load calculation is the reliable method. It accounts for insulation, windows, air leakage and local weather data. Sizing from the old unit or from square footage alone often leads to equipment that is too large. Ask any contractor you interview whether they perform one and whether you will receive a copy. It also exposes rooms that need more or less air than the current layout provides.
Often it makes sense, because the indoor coil and furnace blower work together and matched components are designed to perform as a set. If one piece is newer and in good condition, we will explain whether keeping it is a sound choice. Mismatched components can also void or complicate manufacturer warranty coverage.
A straightforward replacement is often completed in one day. Projects involving new ductwork, electrical upgrades or central air in a home that never had it can take longer. The proposal includes an expected timeline. Weather can affect outdoor work, and we will reschedule rather than rush a job in unsafe conditions.
Most heating and cooling replacements require a permit and inspection under local code. We handle the permit application and coordinate the inspection as part of the project. The final inspection confirms the installation meets the requirements that apply in your area.
Higher efficiency lowers operating costs but raises upfront price. We compare the options using your usage patterns so you can judge the payback for your home rather than relying on a general rule. Rebates and utility programs, when available, can shift that calculation in favor of higher efficiency.
Sometimes. We measure static pressure and inspect accessible runs. If the ducts are undersized or leaking badly, we recommend changes and show them as a separate line so you understand the cost. Duct improvements often solve comfort problems that new equipment alone cannot fix.
We remove and dispose of it. Refrigerant is recovered by certified technicians as federal rules require before the unit leaves your property. Metal and other recyclable components are handled according to local disposal rules.
Third-party financing options are available subject to credit approval by the lender. Terms vary, so review the lender agreement before signing. We can provide a written project scope for the lender if one is required.
Good answers to these questions tend to separate a careful installer from a rushed one. If a contractor cannot explain how they sized the equipment or what their commissioning process includes, that is worth noting before you sign anything.
Call and tell us about your current equipment, its age and the comfort problems you want solved.
Click Here To Call (888) 418-3681A planning visit gives you a load calculation, an inspection of your existing system and a written proposal you can compare against any other bid. There is no pressure to decide on the spot, and the proposal stays open while you think it over.
If your current system has already stopped working, tell the dispatcher. We can often restore temporary heating or cooling while the replacement is planned and scheduled.
Planning visits can be scheduled on weekdays or weekends, and the technician will review the findings with you before leaving so you know which options make sense before the written proposal arrives.
Replacement decisions are easier in mild weather, when there is no pressure from a failed system. If your equipment is aging, a planning visit in spring or fall gives you time to weigh options calmly and schedule the work around your calendar.