KeepRite Air Conditioner product selection in Greater Vancouver
Most of these conversations start with a number. “I think I need a three-ton.” That number usually came from a neighbour, an old sticker on a dead condenser, or a square-footage chart online. In Lower Mainland housing it is wrong more often than it is right.
A 1974 Burnaby split-level with original aluminum windows and a 1998 Langley two-storey with a sealed attic can share the same floor area and have completely different cooling loads. Put a west-facing wall of glass on one of them, or a bedroom sitting over an uninsulated garage, and the room-by-room picture shifts again.
So this walks the selection the way a technician walks it standing in your basement: load first, duct capacity second, siting and noise third, and only then which KeepRite tier earns its price. The traps get named too, because oversizing and mismatched coils are what turn good equipment into a machine you complain about for fifteen years.
The real question is not which KeepRite, it is which house
Equipment selection is downstream of building analysis. Every serious decision you are about to make is set by things the manufacturer has no say in: how much glass faces west, whether the attic was ever topped up, how leaky the rim joist is, how many bodies are in the house on a 33-degree afternoon.
That is why a proper quote starts with a walkthrough, not a catalogue. A technician measures window area and orientation, checks insulation depth where it is visible, looks at the return-air situation, counts supply registers upstairs versus down, and asks which rooms you actually cannot sleep in during a heat stretch.
Once that picture exists, the KeepRite line-up sorts itself quickly. Cooling capacity gets chosen from the calculated load. Tier gets chosen from how much your ducts can carry, how much the house varies room to room, and how quiet the outdoor unit needs to be for your lot. Indoor coil gets chosen to match the outdoor unit and your existing furnace.
When a contractor skips the walkthrough and quotes off a phone call, they are guessing, and the guess is nearly always “one size up” because oversized systems fail loudly less often than undersized ones. It is a safe guess for the installer and a bad outcome for you. Ask any company you are considering how they arrive at capacity. If the answer is square footage, keep looking.
HeatLand has been sizing systems in these neighbourhoods since 1999. Call (604) 330-3812 and we will do the walkthrough first.
Load calculation: what it is, and why square footage lies
A load calculation adds up where heat gets into your house and how fast. Solar gain through each window, by orientation and shading. Conduction through walls, ceiling and floor, based on the insulation actually present. Infiltration through the building envelope. Internal gain from people, cooking, laundry and the surprising amount of heat a media room throws off.
Done room by room, it produces two numbers that matter: total capacity for the outdoor unit, and airflow required per room, which drives duct decisions. A whole-house number alone is not enough. Plenty of homes have adequate total capacity and a bedroom that still sits four degrees warmer than the thermostat, because that room is starved of airflow.
Square-footage rules of thumb were invented for an era of leaky, uninsulated construction and they have not aged well. Two identical footprints in the same Coquitlam cul-de-sac can differ meaningfully because one owner replaced windows and blew in attic insulation and the other did not.
The calculation also protects you from the opposite error. Homeowners who have suffered through a bad heat stretch often want more capacity than they need, reasoning that bigger cools faster. It does, for about seven minutes, and then it shuts off having done nothing about humidity or upstairs distribution.
A good technician will show you the inputs and let you challenge them. If you added insulation last year, say so. It changes the answer.
What Lower Mainland summers actually ask of an air conditioner
Our cooling season is short, uneven and increasingly spiky. Long stretches where nothing runs, then a run of days where the overnight low never drops far enough to flush the house out. That pattern shapes selection differently than a prairie or Ontario climate would.
Two consequences follow. First, run-hours are low, so the payback maths on premium efficiency tiers works differently here than in a place that cools for five months. Efficiency still matters, but it is not the only argument for stepping up a tier, and anyone who sells it purely on operating savings is skipping the better reasons.
Second, comfort during the spike is the whole point. A system that reaches setpoint but cannot hold the second floor even, or that dumps cold air in ten-minute bursts and leaves the air feeling clammy, will disappoint you exactly on the days you bought it for. Longer, lower-output run cycles handle both problems better, which is where higher tiers genuinely earn their keep.
Humidity deserves a mention. Our summer air is not Gulf Coast humid, but a house closed up through a warm damp stretch, especially an older one with a crawlspace, can feel muggy. Cooling removes moisture only while the coil is running and cold. Short cycles remove very little.
The practical takeaway: choose for the worst ten days, not the average. Everything else in the season will be easy for the equipment regardless of what you pick.
Single-stage, two-stage and variable-speed: how the tiers really differ
Single-stage is a light switch. The compressor is either producing full output or it is off. It is simple, it is the least expensive to buy, and in a small, tight, well-ducted home with even room loads it is a perfectly defensible choice.
Two-stage runs mostly at a reduced output and steps up to full only when the house needs it. Cycles get longer, temperature swing narrows, and because the coil stays cold and running longer, moisture removal improves. It also tends to be quieter in low stage, both outside and at the registers.
Variable-speed inverter equipment modulates continuously across a range instead of picking between two settings. In practice that means very long, very low-output run periods that hold a setpoint tightly and move air steadily through the whole house. It is the quietest option outdoors and the most forgiving of rooms with different loads, provided the rest of the system supports it.
The honest caveat: the higher the tier, the more the installation quality decides whether you get what you paid for. Modulating equipment depends on correct refrigerant charge, correct airflow, a matched indoor coil, a compatible variable-speed indoor blower and proper commissioning. A sloppily installed premium system underperforms a carefully installed basic one.
So tier selection is really a joint decision about equipment and about how much duct and blower work you are willing to do alongside it. Those two things travel together.
The indoor coil and blower decide whether the outdoor unit performs
People shop condensers. Technicians worry about what is inside the furnace cabinet, because a cooling system is a matched pair and the published performance applies only to specific outdoor and indoor combinations that were tested together.
Three pieces have to agree. The outdoor unit. The indoor evaporator coil, which sits in the plenum above your furnace. And the blower that pushes air across that coil. Bolt a modern condenser onto an undersized old coil and you get reduced capacity, poor dehumidification, higher operating pressures and a shorter compressor life. It will still make cold air. It will not make the cold air you were sold.
When you are told a system delivers a given efficiency rating, that figure belongs to a tested combination, not to the outdoor unit alone. Ask your contractor to name the exact indoor coil and confirm the pairing is a listed match, and check the manufacturer specification sheet or the AHRI listing for the combination you are actually buying rather than the headline number in the brochure.
The blower matters just as much for the upper tiers. A furnace with a basic multi-speed blower cannot modulate air the way variable-speed cooling wants it to. Pairing premium outdoor equipment with a limited indoor blower is the single most common way homeowners end up disappointed by an expensive system.
If your furnace is aging anyway, doing both at once is usually cheaper and cleaner than doing them two years apart.
Refrigerant generation: what changing regulations mean for buying now
Refrigerants used in residential cooling are governed by federal environmental regulation, and the industry has been transitioning to lower global-warming-potential refrigerants. That transition affects what is on the shelf, what a system can be topped up with years from now, and what a service call looks like in a decade.
What this means for you is practical, not political. Ask which refrigerant the system you are quoted uses. Ask whether that refrigerant is the current generation or the outgoing one. Ask what servicing that refrigerant will involve, because some newer refrigerants are mildly flammable and carry installation and service requirements that older ones did not, including handling procedures technicians must be trained for.
A system charged with an older refrigerant is not automatically a bad buy, and equipment already installed can be legally serviced. But if you plan to stay in the home fifteen or twenty years, the availability and cost of a refrigerant late in the equipment’s life is a fair thing to weigh.
Do not attempt to research this by refrigerant type numbers you find on a forum and assume it applies to your model. Have the contractor state it in writing on the quote alongside the model and coil.
The other reason to care: mixing refrigerants, or reusing an existing indoor coil designed for a different one, is not acceptable practice. Line-set reuse in particular needs a judgement call from the technician, covered further down.
Sizing traps in older Lower Mainland housing stock
Post-war bungalows, 1970s split-levels and the vinyl-clad boom houses of the late eighties each fail in their own way, and each pushes the calculation in a direction a chart will not predict.
The classic split-level problem is stratification. Cooling gets dumped into the lowest, coolest level because that is where the ducts are shortest and least resistant, while the top level bakes. Adding capacity does nothing. Fixing the distribution does.
Additions are the second trap. A back-of-house addition or a converted attic room was frequently fed by extending an existing branch duct that was never sized for the extra length. The room measures as needing airflow the duct physically cannot deliver.
Window replacements cut the other way. Homes that have had glazing upgraded, air sealing done or attic insulation topped up often need less capacity than the old equipment they are replacing, sometimes noticeably less. Replacing like-for-like on the old sticker locks in an oversized system for another fifteen years.
Suites are a fourth wrinkle. A basement suite with its own occupants, cooking and schedule is effectively a separate load with separate control needs, and lumping it into one thermostat zone rarely satisfies anybody.
Crawlspaces round it out. Duct running through a damp, vented crawlspace loses capacity and can sweat. Sometimes the correct recommendation is sealing and insulating duct before choosing equipment, because it changes the number.
All of this is why the walkthrough is not a formality.
Ductwork is the constraint that quietly picks your tier for you
Cooling needs meaningfully more airflow than heating does. A duct system that has kept a house warm for thirty years can be genuinely undersized for the same house cooled, and the symptoms are easy to misread as equipment problems.
The things a technician checks: total supply capacity against the calculated airflow, return-air sizing, whether there is any return upstairs at all, static pressure across the system, obviously undersized branch runs, crushed flex, and duct in unconditioned space that is uninsulated or leaking at the joints.
High static pressure is the common finding, and it is a genuine limit. Push a blower against too much restriction and you lose airflow, lose capacity, ice the coil in bad cases, and make noise at the registers. Premium modulating equipment is especially sensitive here, because its whole advantage comes from moving air gently and continuously.
So the honest sequencing is this. If the duct assessment comes back tight, the money is better spent first on a bigger return, an added upstairs return, resizing two or three problem branches, and sealing what leaks. Then step up the equipment tier. Doing it in the other order buys performance the house cannot use.
Sometimes duct correction is impractical, in a finished heritage home for instance. In that case a ductless indoor unit for the problem zone alongside a modest central system is often better engineering than forcing airflow that is not there.
Ask for the static pressure reading. A contractor who took it is a contractor who looked.
Noise, setbacks and strata rules for the outdoor unit
This decides more selections in Metro Vancouver than efficiency does. Lots are narrow, houses are close, and municipalities set noise limits measured at the property line, with quieter limits overnight. Strata corporations frequently add their own rules on top: approved locations, screening requirements, an alteration agreement you must submit before anything gets installed.
Get this sorted before you choose equipment, not after. If your only viable location is a side yard two metres from a neighbour’s bedroom window, the sound rating of the outdoor unit is not a nice-to-have, it is the deciding specification. Higher-tier inverter equipment is generally the quietest because it spends most of its life running slowly, and that is a legitimate reason to spend up even if you do not care about efficiency at all.
Practical siting habits that help: keep the unit off shared bedroom walls, avoid tight alcoves and inside corners where sound reflects and builds, use isolation pads, and never let the installer bolt the unit rigidly to the house structure. Vibration transmitted into framing is the complaint that never goes away.
For stratas, expect to submit the proposed location, the make and model, and sometimes a sound specification, then wait for council approval. Build that timeline in. Starting in June and expecting cooling by July rarely survives contact with a council meeting schedule.
Check your municipality’s own bylaw for setbacks from property lines. They vary across the region and they are enforced by complaint.
Salt air, rain and where the condenser physically lives
Coastal exposure is real, and it is local. Homes near the water in White Rock, Crescent Beach, Tsawwassen, parts of the North Shore and the Steveston side of Richmond see salt in the air, and salt eats outdoor coils. The result is fin and tube corrosion that reduces heat transfer years before the compressor was ever going to quit.
If you are within that exposure band, ask about coil protection options and factor a more aggressive rinse schedule into your maintenance plan. A gentle fresh-water rinse of the outdoor coil, with the power off at the disconnect, done a couple of times a season, genuinely extends life in salt-exposed locations.
Rain is the other coastal factor, and it argues about placement rather than product. Do not put the unit under a roof valley or an unguttered eave where winter runoff sheets onto it. Keep it clear of the drip line where moss and needles come down. Raise it enough that standing water and leaf litter do not pack the base.
Clearances matter for performance, not just service access. The unit needs unobstructed air on the sides and a clear path above. A condenser boxed into a narrow gap between a fence and the house recirculates its own hot discharge air, which raises operating pressure and cuts capacity precisely on the hottest day.
And leave working room. A technician who cannot get a gauge set onto the service ports is a technician who cannot maintain it properly.
Electrical service, disconnects and the panel conversation
Cooling adds an electrical load, and in older homes that is not always trivial. A 1960s panel that is already full, or a service that was sized for a gas-everything house, may need attention before anything gets mounted outside.
What gets checked: available panel capacity and spare breaker spaces, the condition of the panel itself, whether the existing service can carry the added load, and the run distance from panel to outdoor unit, which affects wire sizing. A weatherproof disconnect within sight of the outdoor unit is required, and it is also the thing you should learn to locate, because it is how you kill power safely before any cleaning.
Surprises show up in a few predictable places. Panels with no remaining spaces. Federal-era panels that many electricians will not add to. Detached-garage or laneway-house situations where a subpanel is involved. Homes where a previous owner ran an undersized circuit for a portable unit and assumed it was reusable. It is not.
If you are considering the top tier, or considering a heat pump instead, the electrical conversation gets bigger, because heating loads carried electrically are larger than cooling loads. Better to have that assessed at the quoting stage than discovered on installation day.
Electrical work is permitted work in British Columbia and belongs to qualified trades. HeatLand coordinates it as part of the install so you are not managing two companies and two schedules against one deadline.
When the better answer is a heat pump instead of an air conditioner
A cooling-only condenser and a heat pump outdoor unit look similar and install similarly. The difference is that the heat pump reverses, so the same machine that cools in August delivers heat in November. In a mild coastal climate that is a genuinely strong fit for most of the heating season.
The question is worth asking whenever your existing furnace is near the end of its service life. If you are going to be back here in three years replacing heating anyway, doing one coordinated project usually costs less in labour and gives you a cleaner, better-matched system than two separate ones.
The case for staying with cooling-only is equally real. If your furnace is relatively young and healthy, if your electrical service is constrained, or if the budget simply does not stretch, an air conditioner does one job well and leaves your heating alone.
Dual-fuel is the middle path: heat pump for most of the year, existing gas furnace picking up the coldest stretches, controlled by a thermostat that switches between them. It suits a lot of Fraser Valley homes.
On incentives, be careful with anything you read online. Program rules, eligibility and required paperwork change, and pre-approval is often required before work begins. Check current requirements directly with CleanBC and FortisBC, or ask us to walk you through what applies to your specific situation before you sign anything.
Just do not let a rebate choose your equipment for you.
Permits, licensing and the paperwork that protects the warranty
Installations in this region are permitted work. Your municipality issues mechanical and electrical permits, and gas work belongs to certified gas fitters registered with Technical Safety BC. That is not administrative theatre. It is the record that the work was inspected, and it is what a future buyer’s home inspector or your insurer may ask about.
A legitimate quote names the contractor’s licensing, includes the permits, and identifies who is pulling them. If a price seems unusually low, look for the permit line. Its absence is frequently the reason.
Manufacturer warranty terms come with conditions, and they typically involve registering the equipment within a set window after installation, having it installed by a qualified contractor, and keeping records of annual maintenance. Read the warranty document that comes with your specific unit rather than relying on what a salesperson said, and register it yourself so the confirmation lands in your own inbox. We will give you the serial numbers and install date you need.
Keep a folder. Permit numbers, inspection sign-off, model and serial numbers for outdoor unit and indoor coil, the refrigerant type, the commissioning readings, warranty registration confirmation, and every maintenance invoice. It takes ten minutes and it settles arguments years later.
One more note on gas. If your project touches the furnace or any gas line, that portion is gas-fitter work, full stop. If you ever smell gas or a carbon monoxide alarm sounds, leave the house first, then call the gas utility and a licensed technician from outside.
What actually drives the price, and how to compare quotes fairly
Nobody can give you a meaningful number over the phone, and anyone who does is quoting a machine rather than a project. What moves the price is the work around the equipment.
The main factors: calculated capacity, tier and matched indoor coil, whether the existing furnace and blower stay or go, duct modifications and added returns, refrigerant line-set length and whether the existing set can be reused, electrical work including any panel changes, the difficulty of the outdoor location including pads, brackets, screening or crane access, condensate drainage routing, permits, and disposal of the old equipment.
Line-set reuse is worth flagging. Sometimes it is fine. Sometimes the existing set is the wrong size for the new equipment, or was used with a refrigerant that rules it out, or is buried in a wall in a way that makes proper cleaning impossible. A contractor who says “we will assess the line set” is being straight with you; one who assumes reuse sight unseen is shifting risk onto you.
To compare quotes honestly, get them on the same scope. Same calculated capacity. Same named indoor coil. Same duct work included or excluded, stated explicitly. Permits in or out. Then the differences are real rather than definitional.
HeatLand provides a free, written, no-obligation estimate that itemizes all of it, so you can see exactly what you are comparing. Call (604) 330-3812 and we will book the walkthrough.
Quick Checklist
- Get a room-by-room load calculation, not a square-footage estimate, before any model is named
- Have static pressure measured and the return-air sizing checked on your existing ducts
- Confirm the exact indoor coil model and that it is a listed match for the outdoor unit
- Ask which refrigerant the system uses and what servicing it will require in future years
- Check your strata alteration rules and your municipality’s noise and setback bylaws before choosing a location
- Verify panel capacity, spare breaker space and disconnect placement with a qualified electrical trade
- If you are near salt water, ask about coil protection and plan a seasonal fresh-water rinse
- Decide consciously between cooling-only, heat pump and dual-fuel based on your furnace’s remaining life
- Confirm permits are included and the contractor is licensed, with TSBC-certified gas fitting for any gas work
- Register the warranty yourself and keep permits, serial numbers, commissioning readings and maintenance records in one folder
| Option or tier | How it runs | Where it fits in the Lower Mainland | Trade-off to weigh |
|---|---|---|---|
| Single-stage cooling | Full output or off | Small, tight, evenly loaded homes with healthy ducts | Wider temperature swings, shorter cycles, least moisture removal |
| Two-stage cooling | Low output most of the time, high on peak days | Typical detached homes with adequate duct capacity | Only pays off with a compatible indoor blower and matched coil |
| Variable-speed inverter | Modulates continuously across a range | Open-plan homes, upper floors that overheat, tight or noise-sensitive lots | Most sensitive to install quality, charge and commissioning |
| Matched indoor coil and ECM blower | Indoor side modulates with the outdoor unit | Any tier above basic single-stage | Rated performance applies only to listed combinations, check the AHRI listing |
| Deliberately oversized capacity | Reaches setpoint fast, then shuts off | Rarely the right answer anywhere | Short cycling, clammy air, uneven floors, more wear |
| Undersized to suit existing ducts | Runs continuously on peak days | A workaround, not a solution | Cannot recover during a heat stretch; fix the ducts instead |
| Heat pump instead of cooling-only | Cools in summer, heats most of the year | Homes with an aging furnace or an all-in-one plan | Larger electrical assessment and separate program paperwork |
| Ductless unit for one problem zone | Independent, individually controlled zone | Attic conversions, additions, suites, heritage homes | Outdoor unit siting and noise rules still apply |
Frequently Asked Questions
How do I know what size KeepRite air conditioner my home needs?
Only a room-by-room load calculation done in your home will tell you. It accounts for window area and orientation, insulation actually present, air leakage, and internal heat gain, then produces both a total capacity and the airflow each room needs. Square-footage charts and the size of your old unit are both unreliable, especially if windows or attic insulation have been upgraded since. Ask any contractor to show you the inputs they used so you can correct anything that has changed.
Is a variable-speed system worth the extra money in Vancouver’s short cooling season?
Sometimes, but usually for comfort and noise rather than energy savings. Our season is short, so operating-cost payback is slower here than in hotter climates. The stronger arguments are steadier temperatures between floors, better moisture removal during a muggy stretch, and a much quieter outdoor unit, which matters enormously on narrow lots and in stratas with noise rules. If your ducts are restricted, spend on duct correction first, because modulating equipment cannot deliver its advantage through undersized returns.
Can I keep my existing indoor coil and refrigerant lines?
Sometimes, and it has to be assessed rather than assumed. The coil must be a listed match for the new outdoor unit, or you lose capacity, dehumidification and compressor life. Line sets must be the correct diameter for the new equipment and compatible with its refrigerant, and if the previous system failed in certain ways, contamination can rule reuse out. A contractor who inspects the line set and says so in writing is being straight with you.
Will my strata let me install an outdoor unit?
Usually, with approval and conditions. Most strata corporations require an alteration application naming the proposed location, the make and model, and sometimes a sound specification, plus screening requirements. Council approval runs on meeting schedules, so start months before you want cooling, not in the first heat stretch. Your municipality separately sets property-line noise limits and setbacks, with quieter limits overnight. Check your bylaws and your strata’s rules directly, since they vary meaningfully across the region.
Should I install an air conditioner or go straight to a heat pump?
It depends mostly on your furnace’s remaining life. If the furnace is near the end, a heat pump or dual-fuel setup done as one coordinated project usually costs less in labour than two separate jobs and gives you a better-matched system. If your furnace is healthy and your electrical service is constrained, cooling-only is a sound choice. For incentives, verify current eligibility and pre-approval requirements directly with CleanBC and FortisBC before committing to anything.
Does living near the ocean change which unit I should buy?
It changes how you protect and maintain it. Salt in the air corrodes outdoor coil fins and tubing, which reduces heat transfer well before the compressor would otherwise wear out. If you are in an exposed coastal pocket, ask about coil protection options and plan gentle fresh-water rinses of the outdoor coil a couple of times a season with power off at the disconnect. Siting matters too: keep the unit out of roof runoff and away from packed leaf litter.
Why does my upstairs stay hot even though the system reaches setpoint?
That is almost always a distribution problem, not a capacity problem. Warm air stratifies upward, and many homes have little or no return air on the upper floor, so conditioned air cannot circulate properly. Undersized branch ducts to additions and converted attic rooms cause the same symptom. Adding capacity will not fix it and often makes cycling worse. The fix is measured: static pressure, return sizing, and resizing the specific branches that are starved.
What should a written quote include so I can compare fairly?
The calculated capacity and how it was determined, the exact outdoor unit and matched indoor coil models, the refrigerant type, whether the furnace and blower are staying or being replaced, all duct modifications included or explicitly excluded, line-set treatment, electrical scope, outdoor siting work, condensate routing, permits, and removal of old equipment. Get competing quotes on identical scope, otherwise you are comparing definitions rather than prices. HeatLand itemizes all of it in a free written estimate at (604) 330-3812.
Reviewed by the HeatLand Heating & Cooling team — licensed, insured, TSBC-certified HVAC contractor serving Metro Vancouver & the Fraser Valley since 1999. Error codes, specifications, pricing and rebate programs vary by model and change over time; confirm details against your unit’s own manual, a written quote, and the manufacturer or CleanBC/FortisBC. If you smell gas or your CO alarm sounds, leave the home and call the gas utility and a licensed technician from outside.