KeepRite Air Conditioner in Greater Vancouver — complete owner’s guide
Most KeepRite air conditioners in this region run maybe 500 to 900 hours a year. That’s a fraction of what the same unit would log in Kamloops or Kelowna. Low runtime is a blessing for compressor life and a curse for everything else, because a machine that sits idle nine months of the year develops problems nobody notices until the first genuinely hot week in July.
We get the calls in a cluster. Somebody flips the thermostat to cool for the first time since last summer, the outdoor unit hums but the air out of the registers is room temperature, and by then every HVAC company from Langley to the North Shore is booked. The failure almost never happened that morning. It happened in September and sat there.
This guide covers what actually goes wrong with KeepRite cooling equipment in Lower Mainland homes, what a technician checks and in what order, what you can do yourself, and where the line is. No error-code decoder rings here — those vary by model and year and belong to your unit’s own documentation. What you get instead is the reasoning.
What KeepRite actually is, and why that matters when you need parts
KeepRite is a North American residential heating and cooling brand distributed through independent dealers rather than sold direct to homeowners. It sits inside a larger manufacturing family that also produces several other familiar HVAC nameplates, which is why a technician who has never touched a KeepRite before can usually still work on one competently. The internal architecture, the control boards, the service valves, the general layout will feel familiar to anyone who works on the sibling brands.
That shared engineering is genuinely useful to you as an owner. Parts availability through Lower Mainland wholesale counters tends to be reasonable, and a good tech isn’t guessing at unfamiliar hardware. It also means the diagnostic logic transfers. Refrigeration is refrigeration.
Where it matters practically: when you call for service, have the model and serial number ready. They’re on a rating plate on the outdoor cabinet, usually on the side panel near the service valves, sometimes tucked behind the electrical access cover. Photograph it. That plate tells a technician the refrigerant type, the nominal capacity, the electrical requirements and the manufacture date, and it determines which parts get pulled before the truck leaves the shop.
Don’t rely on what a previous owner told you the system is. We have opened up plenty of Burnaby and Coquitlam homes where the outdoor unit is one brand and the indoor coil is another entirely, matched at install time by whoever did the work. That mismatch is legal and common, but it changes how the system performs and it changes what parts fit. Five seconds with a phone camera at the rating plate saves a wasted service visit.
Sizing an air conditioner for a climate that barely needs one
Here is the single most consequential decision in the whole project, and it happens before anyone picks up a wrench. Cooling load in Metro Vancouver is genuinely low compared to most of Canada. Our design conditions are mild, our nights cool off, and a well-shaded 1970s Richmond rancher needs remarkably little tonnage to stay comfortable.
Oversizing is the classic mistake, and it’s the one homeowners often ask for. Bigger must be better. It isn’t. An oversized air conditioner satisfies the thermostat quickly, shuts off, and never runs long enough to pull real moisture out of the air. In a damp coastal climate that gives you a house that’s cold and clammy rather than cool and dry. You also get short cycling, which is hard on the compressor and its contactor, and you get uneven temperatures because the air never circulates long enough to mix.
A proper load calculation looks at your actual building: floor area and volume, window area and orientation, glazing type, insulation levels, air-tightness, shading from trees and neighbouring buildings, and how many people live there. A 1912 Kitsilano house with original single-glazed windows and a 2019 Surrey build with triple-glazing will land in completely different places at identical square footage.
Ask whoever quotes you what method they used and ask to see the result. “It’s a 2,000 square foot house so it needs X” is a rule of thumb, not a calculation. Also confirm the indoor coil and blower are matched to the outdoor unit, because capacity ratings assume a specific pairing, and a mismatched coil quietly costs you performance you paid for.
Where the outdoor unit goes: strata rules, noise bylaws and property lines
Placement kills more installs than equipment failure does, and in this region it is a genuinely complicated question.
Start with the legal layer. If you’re in a strata, whether townhouse, low-rise or duplex conversion, the exterior wall and the ground beside it are almost certainly common property, not yours. You need written approval from the strata council before anything gets mounted or poured, and many strata bylaws set explicit conditions: approved locations only, a specified maximum sound level at the property line, screening requirements, and sometimes a requirement that the installing contractor carry particular insurance. Get it in writing first. We have been called out to relocate units that were installed, then ordered removed by a council meeting three weeks later. That’s an expensive lesson.
Municipalities across Metro Vancouver also have noise bylaws, and several set limits measured at the property line rather than at the equipment. Lot lines are tight in Vancouver, New Westminster and older parts of Burnaby, and a unit tucked into a narrow side yard bounces sound off the neighbour’s wall. Check your own municipality’s bylaw, because they differ, and they change.
The physics layer matters too. The condenser needs clear air on all sides and above it, with the manufacturer’s stated clearances respected. Do not box it into a tight fence enclosure or park it under a low deck. It should sit level on a stable pad above grade, clear of roof drip lines and out of the path of gutters that overflow every November. Keep it away from bedroom windows, yours and the neighbour’s. Ten minutes spent walking the property before installation saves years of irritation.
Salt air, damp winters and what nine months of idle does to a condenser
Homes near the water in Tsawwassen, White Rock, Steveston, Ambleside and along Boundary Bay deal with something inland homes don’t: salt-laden air moving across aluminum fins and copper tubing, continuously, for years. Corrosion on an outdoor coil is progressive. It starts as a fine white bloom on the aluminum, then the fins soften and crumble, and eventually the heat transfer surface you paid for is simply gone. In severe cases it reaches the tubing itself and you get a slow refrigerant leak that presents as gradually declining cooling over two or three seasons.
If you live within a few blocks of open salt water, ask specifically about coil protection when you buy. Manufacturers offer coated-coil options and protective treatments for coastal installations. Whether a given model offers one, and what it covers, is something to confirm against that model’s own spec sheet and warranty documentation before you sign.
The damp is the second front. Our winters keep the outdoor unit wet for months at a stretch, and standing moisture at the base pan accelerates rust on the cabinet and the fan motor mount. Debris makes it worse. Cedar needles, maple keys, blackberry runners and the general organic soup that Lower Mainland yards produce all pack into the coil and hold water against the metal.
Practical response: keep the unit clear year-round, not just before summer. Don’t wrap it in a full plastic cover, which traps moisture and invites rodents; a top-only cover that sheds debris while leaving the sides open is the better approach. And schedule the coil cleaning in spring, before you need cooling, not after it stops working.
The startup ritual that prevents most July emergency calls
Do this in April. Not July. The whole point is finding the problem while there’s still time to solve it calmly.
Start at the panel and confirm the outdoor disconnect is on. Then look at the thermostat: set it to cool, drop the setpoint five degrees below room temperature, and wait. Most modern controls have a built-in delay before the compressor starts, and several minutes is normal, so don’t conclude anything in the first sixty seconds.
What should happen: the indoor blower comes on, the outdoor fan spins up, and you hear the compressor engage with a distinct change in tone. Within ten or fifteen minutes the large insulated line at the outdoor unit should feel cold and may sweat. Air at the registers should be noticeably cooler than room air.
What tells you something is wrong: the outdoor fan runs but the compressor never engages; the unit hums and then trips the breaker; the indoor blower runs but the outdoor unit does nothing at all; you hear the compressor start and stop repeatedly within a few minutes; or you get airflow that’s cool at first and warms up over twenty minutes, which usually means the indoor coil is icing.
Then check drainage. The indoor coil produces condensate whenever it’s cooling, and that water has to go somewhere. Find the drain line, confirm it’s flowing, and look at the pan and the surrounding floor for staining. In a lot of Lower Mainland homes the air handler sits in a finished basement or a closet with drywall on the other side, and a plugged drain becomes a water-damage claim before anyone notices. If anything on the wrong-list happens, stop and book service rather than resetting the breaker repeatedly.
Reading a fault indication without guessing at what it means
Modern KeepRite control boards signal faults, typically through a status LED on the board behind the access panel, and higher-tier communicating systems may display something at the thermostat. That signal is real diagnostic data. What it means is model-specific.
This is where homeowners get led astray online. A flash pattern or code that means one thing on one manufacturer’s board in one production year can mean something entirely different on another. Do not act on a meaning you found on a forum. Read the exact indication off your unit, counting the flashes carefully and noting the colour and the pause pattern, then check it against the legend printed on the label inside your unit’s access panel or in that unit’s own installation and service manual. If the label is missing or unreadable, your model and serial number will get you the right documentation.
What’s useful to understand generically is the categories a cooling system reports in. Broadly: electrical and control faults such as loss of call signal, low-voltage problems, a failed contactor or relay; pressure faults where a safety switch has opened on high or low side pressure; airflow-related faults tied to the blower or a restricted filter or coil; temperature and freeze protection; and on communicating systems, communication errors between indoor and outdoor equipment.
Knowing the category tells you how urgent it is and roughly what a tech will investigate, without you inventing a specific answer. A pressure lockout that keeps recurring after a reset is telling you something real about refrigerant charge or airflow, and repeated resets just wear out hardware. One reset to clear a transient event is reasonable. Three in a row is a service call.
Ice on the lines, and the two very different causes behind it
You walk out to the condenser and the copper is wearing a fur coat. Or you open the furnace cabinet and the indoor coil is a solid block. Frost on a cooling system always means the coil is running below freezing, and there are essentially two families of cause.
Family one is airflow starvation. Not enough warm air moving across the indoor coil means the coil temperature drops until condensate freezes, and once it freezes, airflow gets worse, which freezes it faster. This is a runaway. Causes: a filter that hasn’t been changed since last year, a dirty indoor coil, closed or blocked registers, a collapsed or disconnected duct in a crawlspace, or a failing blower motor. Airflow problems are by far the more common cause and often the cheapest to fix.
Family two is a refrigerant charge problem, which nearly always means a leak. A system low on refrigerant runs at reduced suction pressure and the coil temperature falls below freezing even with perfect airflow. This one is not a homeowner fix and it is not fixed by adding a bit of refrigerant. Refrigerant is not consumed by a properly sealed system. If it’s low, it went somewhere, and putting more in without finding the leak means paying to release it into the atmosphere. Handling refrigerant also requires certification.
What you should do when you find ice: switch the system to off, set the fan to on to move room air over the coil and thaw it, put towels down for the meltwater, and change the filter. Do not chip at the ice. Do not run the compressor while it’s frozen, because liquid refrigerant returning to a compressor damages it. Once thawed, if it freezes again within a day, book service.
Annual maintenance: what a technician does that you can’t
There’s a real division of labour here, and I’d rather be straight about it than pretend a tune-up is magic.
Your half: filter changes on schedule, keeping the outdoor unit clear of vegetation and debris, keeping registers open and unblocked, and rinsing loose surface debris off the outdoor coil with a garden hose at low pressure from the inside out with the power off at the disconnect. That’s genuinely useful work and it prevents a meaningful share of failures.
The technician’s half needs instruments. Refrigerant pressures and temperatures get measured at the service ports to determine superheat and subcooling, which is how you know whether the charge is actually correct. You cannot tell by feel or by how cold the air is. Electrical testing covers capacitor capacitance against its rated value, contactor condition, compressor and fan motor amp draw compared to nameplate, and voltage under load. Capacitors in particular degrade gradually, and a weak one that still technically works is the single most common thing we find on a system that’s about to fail.
Also on the list: deep coil cleaning with proper chemistry rather than a hose, condensate drain clearing and treatment, blower wheel inspection because a dirt-loaded wheel silently strangles airflow, verifying the safety switches actually function, checking the line-set insulation for UV damage and gaps, and confirming the disconnect and wiring are tight and corrosion-free.
Book it in spring. Every HVAC company in the Lower Mainland is running flat out in the first heat wave, and a system serviced in April gets an unhurried, thorough visit.
The indoor half nobody thinks about: coil, blower and ductwork
An air conditioner is not the box outside. It’s a system, and roughly half of it lives in your basement, crawlspace or closet, and that half determines whether you actually feel comfortable.
In most Lower Mainland homes with a KeepRite condenser, the indoor coil sits in the plenum directly above a gas furnace, sharing the furnace’s blower. That coupling has consequences. If the furnace is twenty years old with a single-speed blower, the airflow available for cooling is whatever that blower produces, which may not match what the cooling coil wants. Variable-speed blowers handle the cooling role considerably better, running longer at lower speed, which improves both dehumidification and noise.
Ductwork is where the real losses hide. Older Vancouver housing stock was frequently ducted for heating only, with supply registers low on the wall or in the floor. Sensible for warm air, working against you for cool air that wants to fall. Add uninsulated ducts running through a vented crawlspace or an unconditioned attic and you are cooling the crawlspace before you cool the bedroom. Leaky joints compound it.
So when a homeowner tells me the upstairs is still hot with a brand-new air conditioner, my first suspicion is not the equipment. It’s duct sizing, duct leakage, missing insulation, or return-air starvation upstairs. A common finding: one undersized central return trying to feed a whole two-storey house.
Any honest cooling quote for an older home should include somebody looking at the ducts. If nobody opened the crawlspace hatch, the quote is incomplete.
Air conditioner versus heat pump: the decision worth pausing on
If your KeepRite condenser is near end of life, don’t automatically replace it with another air conditioner. In this climate, the comparison genuinely favours heat pumps for a lot of households, and it’s worth an honest look before you spend the money.
Mechanically, an air conditioner and a heat pump are close relatives. A heat pump adds a reversing valve so the refrigeration cycle can run backwards, which means the same outdoor unit that cools you in August heats you in November. The Lower Mainland’s mild winters are close to the ideal case for this. We rarely see the deep sustained cold that challenges heat pump performance, and where we do, the system pairs with a backup heat source.
The case for staying with a straight air conditioner: your gas furnace is relatively new and you’re happy with it, your electrical service can’t easily support additional load, or the installation constraints in your building make the simpler swap much cheaper. Those are legitimate reasons.
The case for switching: you were replacing cooling equipment anyway, your furnace is also aging, and you’d rather spend once. Provincial and utility programs through CleanBC and FortisBC have historically supported heat pump conversions, but eligibility rules, required paperwork and available amounts change. Check the current program terms directly with those bodies rather than trusting a contractor’s summary, including ours.
Electrical capacity deserves early attention. Older Vancouver homes with limited panel capacity may need a service assessment, and that’s a cost and a timeline that should surface at quoting, not on install day.
Permits, TSBC certification and why the paperwork protects you
Cooling work in British Columbia sits inside a real regulatory framework, and homeowners are often surprised by how much of it applies.
Electrical work for a new outdoor unit, meaning a dedicated circuit, a disconnect, sometimes a panel upgrade, falls under electrical permitting in your municipality and must be done by a licensed electrical contractor. Municipal building or mechanical permits may also apply depending on the scope and the jurisdiction, and requirements differ noticeably between Vancouver, Surrey, Burnaby, Coquitlam and the Fraser Valley municipalities.
Gas is the non-negotiable one. If your cooling coil sits on a gas furnace and any gas-side work is involved, that work requires a gas fitter certified by Technical Safety BC. Not a handyman. Not a general contractor. This is the piece of the job where mistakes produce carbon monoxide, and HeatLand’s technicians hold TSBC gas certification for exactly that reason.
Refrigerant handling has its own certification requirements. Anyone opening the sealed system, recovering refrigerant or charging a system needs to be qualified to do it, and improper venting is an environmental violation, not just bad practice.
Beyond compliance, permits protect you in ways that show up later. Unpermitted mechanical and electrical work turns up during home sales and can complicate a transaction. Manufacturers may decline warranty claims where the equipment was not installed to their instructions by a qualified installer. And your insurer will have its own views if something goes wrong, so read your own policy rather than assuming coverage.
Ask any contractor which permits your job needs and who pulls them. A clear answer is a good sign.
What drives the cost of a KeepRite air conditioner install
I’m not going to put numbers in front of you, because a number without your house attached to it is worthless and usually wrong. What I can do is tell you exactly which variables move the price, so you can read a quote intelligently.
Equipment tier is the obvious one. Single-stage, two-stage and variable-capacity outdoor units differ in cost and in comfort behaviour. Higher efficiency ratings, expressed under the current SEER2 system, generally cost more up front. Check the manufacturer’s spec sheet or the AHRI listing for your exact indoor and outdoor combination rather than the brochure figure, because ratings apply to matched pairs.
Then the install variables, which frequently outweigh the equipment. Line-set routing: a straightforward run from a basement furnace to a nearby exterior wall is cheap; threading a line-set through three finished floors of a Point Grey character home is not. Electrical: whether a circuit exists, whether the panel has capacity, whether a service upgrade is needed. Indoor coil: whether your existing plenum accepts one and whether your furnace blower is adequate. Ductwork: repairs, added returns, insulation in the crawlspace. Condenser pad or bracket, plus any strata-required screening or sound mitigation. Permits and inspections. Removal and legal disposal of old equipment and recovery of its refrigerant.
One more: access. Tight side yards, no lane access, third-floor mechanical rooms and buildings with elevator booking requirements all add real labour hours.
Get the estimate in writing, itemized, with the model numbers of the outdoor unit and the indoor coil named. HeatLand provides free written no-obligation estimates. Call (604) 330-3812.
Noise complaints, vibration and living close to your neighbours
This is a bigger issue in Metro Vancouver than in most of Canada, purely because of how we live. Lots are narrow, townhouse blocks are tight, and your condenser is frequently within a few metres of somebody else’s bedroom window.
Sound comes from three places: the outdoor fan moving air, the compressor itself, and vibration transmitted through whatever the unit is sitting on or attached to. The third one is the sneaky one and the most fixable. A condenser bolted to a wall bracket on a wood-framed house can turn the entire wall into a soundboard, and the noise the neighbour hears is coming through the structure, not the air. Ground-mounted on an isolated pad with vibration pads under the feet is usually far quieter for the same equipment.
Equipment choice matters too. Two-stage and variable-capacity compressors spend most of their operating hours at reduced output, which is meaningfully quieter than a single-stage unit slamming on at full output every cycle. If your unit is close to a neighbour or under your own bedroom window, that upgrade buys quiet as much as efficiency.
Placement is the free variable. Away from bedroom windows on both properties, not in a narrow corridor between two walls that channels sound, not under a soffit that reflects it back. Sound barriers and screening can help but must never restrict the airflow the unit needs, since a fence too close chokes it and causes high-head-pressure problems.
If a complaint has already landed, check your municipality’s noise bylaw and your strata bylaws for the actual measured limit before assuming anything. Relocation or a vibration-isolation fix often resolves it.
When to repair, when to replace, and how to tell the difference honestly
The uncomfortable version: a lot of the repair-versus-replace advice homeowners receive is shaped by what’s convenient to sell. Here’s how I’d actually reason about it.
Age is the first filter, but a soft one. A well-maintained condenser in a mild climate with our low runtime can last a long time. A neglected one in salt air can be finished much sooner. Chronological age matters less than condition.
The refrigerant question is often decisive. Older systems may use refrigerants that are being phased down under regulation, making them progressively more expensive and harder to source. A significant leak repair on a system using a phased-down refrigerant frequently doesn’t make economic sense, because you’re investing in a platform with a limited support horizon. Confirm what your unit uses from its rating plate.
Compressor failure is the other decisive one. Replacing a compressor is major surgery, and once the labour is in, the gap between that and a new outdoor unit narrows considerably, especially if the existing coil is corroded and the indoor coil is the same vintage.
Cases where repair clearly wins: capacitors, contactors, fan motors, control boards, thermostats, drain issues, and airflow problems. These are ordinary wear items on otherwise sound equipment.
Cases where replacement deserves serious thought: repeated failures in successive seasons, visible coil corrosion across a large area, a confirmed leak in the coil or line-set on an older system, or the situation where you’d also benefit from switching to a heat pump.
Ask for the diagnosis in writing, with the specific failed component named. A contractor who can’t tell you exactly what’s broken shouldn’t be telling you to replace it.
Living with the system: thermostats, settings and habits that change the outcome
Equipment gets most of the attention. Operating habits quietly decide how much comfort you actually get out of it.
Setpoint discipline first. Cranking the thermostat far below your target does not cool the house faster. A single-stage air conditioner has one output, and it delivers that output whether you asked for a two-degree drop or a twelve-degree one. All you accomplish is overshooting, running longer than needed, and paying for it.
Run the fan intelligently. In a two-storey Lower Mainland home, setting the fan to circulate rather than auto can even out the stratification between floors, especially in the evening when the upstairs is still holding the day’s heat. Some newer thermostats have a scheduled circulation mode that runs the blower a set number of minutes per hour, which is a better answer than leaving it on continuously.
Get ahead of the heat. Our hot spells build over days, and a house that’s been allowed to soak up heat in its framing and drywall takes far longer to bring back down than one that never got there. Close blinds on the sun-facing side in the morning, before the room warms up, not after. West-facing glass in this region is brutal from four o’clock onward.
Thermostat placement matters and is often wrong. On an exterior wall, in direct sun, above a heat-producing appliance, or in a hallway with no airflow will all give false readings and strange cycling.
And during wildfire smoke season, keep windows shut and rely on the system with a good filter rather than airing the house out. Confirm your equipment accepts a higher-rated filter before upgrading, because a too-restrictive filter starves airflow and freezes coils.
Quick Checklist
- Photograph the rating plate on the outdoor unit and save the model and serial number to your phone
- Run a full cooling test in April, not July, and give the compressor several minutes to start
- Change or inspect the filter monthly through cooling season and replace it whenever light won’t pass through
- Clear leaves, needles, blackberry and any vegetation from around and inside the outdoor cabinet year-round
- Rinse the outdoor coil gently with a garden hose from the inside out, power off at the disconnect, never a pressure washer
- Confirm the condensate drain is flowing and check the pan and surrounding floor for water staining
- Book professional maintenance in spring, including capacitor testing, charge verification and blower wheel inspection
- Get written strata approval and confirm your municipal noise bylaw before any outdoor unit is installed or relocated
- Ask for permits, TSBC gas certification and refrigerant handling qualifications in writing before work starts
- If the coil ices, shut off cooling, run the fan to thaw it, replace the filter, and call if it refreezes
| Symptom | Most likely causes | Homeowner or technician |
|---|---|---|
| Outdoor unit runs, air from registers is not cold | Refrigerant charge problem, failed compressor, frozen indoor coil, blocked airflow | Technician — check your filter first, then call |
| Outdoor unit hums but the fan does not spin | Failed run capacitor, seized fan motor, failed contactor | Technician — shut it off at the thermostat, do not keep retrying |
| Ice on the copper lines or the indoor coil | Dirty filter, restricted airflow, dirty coil, low charge from a leak | Homeowner thaws and changes filter; technician if it refreezes |
| System cycles on and off every few minutes | Oversized equipment, thermostat placement, pressure switch tripping, electrical fault | Technician — repeated resets damage hardware |
| Water pooling near the furnace or air handler | Plugged condensate drain, cracked pan, condensate pump failure, coil icing | Homeowner can clear an obvious blockage; technician if recurring |
| Breaker trips when cooling starts | Compressor electrical fault, failed capacitor, wiring or disconnect problem, undersized circuit | Technician — reset once only, never repeatedly |
| Cooling works downstairs but not upstairs | Duct leakage, missing insulation, undersized return air, register placement | Technician — duct assessment, not an equipment fault |
| White or crumbling fins on the outdoor coil | Salt-air corrosion, chemical exposure, debris holding moisture against the coil | Technician — assess coil integrity and leak risk |
Frequently Asked Questions
Do I really need air conditioning in Metro Vancouver?
Need is your call, but the calculation has shifted. Summer heat events have made upper floors genuinely uncomfortable in a lot of Lower Mainland homes, particularly older ones with west-facing glazing and no shading. Our cooling season is short, which means equipment sees low annual runtime and tends to last. The stronger argument is often for a heat pump rather than a straight air conditioner, since it earns its keep in both seasons rather than sitting idle nine months a year.
How often should I change the filter on a system with a KeepRite condenser?
Follow the interval printed on the filter and in your furnace or air handler documentation, then adjust for reality. Pets, renovation dust, wildfire smoke season and a household that runs the fan continuously all shorten it. Check it monthly during cooling season by holding it up to a light. If you cannot see light through it, replace it regardless of the calendar. A restricted filter is the leading cause of frozen coils and the cheapest failure to prevent.
Can I clean the outdoor coil myself?
Light cleaning, yes. Shut power off at the outdoor disconnect first, clear leaves and debris from around and inside the cabinet, and rinse the coil gently with a garden hose at low pressure, spraying from the inside outward so you push dirt back out the way it came. Never use a pressure washer, because the fins bend easily and bent fins block airflow permanently. Deep cleaning with coil chemistry, and anything involving removing the fan assembly, belongs to a technician.
My air conditioner is showing a fault light. What does it mean?
It means something specific to your exact model, and I will not guess. Count the flash pattern carefully, note the colour and pauses, then check it against the legend printed on the label inside your unit’s access panel or in that model’s own service manual. Codes and flash patterns differ between manufacturers, models and production years, so anything you find on a general forum may be flatly wrong for your unit. Have your model and serial number ready when you call.
Do I need strata approval to install an outdoor unit?
Almost certainly, if you are in one. Exterior walls, balconies and the ground around your unit are typically common property, and installing equipment there without written council approval can result in an order to remove it at your expense. Many strata bylaws also specify permitted locations, sound limits at the property line, screening requirements and contractor insurance minimums. Request approval in writing before booking any installation, and give the council the equipment details they ask for.
Does living near the ocean actually shorten the life of the unit?
Yes, and it is visible. Salt-laden air corrodes the aluminum fins and eventually the copper tubing of the outdoor coil, which degrades heat transfer and can develop into refrigerant leaks. Homes in Tsawwassen, White Rock, Steveston and along the North Shore waterfront show it clearly. If you are near open salt water, ask specifically about coated-coil or coastal-protection options for the model you are considering, confirm the details on that model’s spec sheet, and rinse the coil more often.
Is it cheaper to add refrigerant than to fix a leak?
Short term maybe, long term no, and there is a bigger issue. Refrigerant is not consumed by a sealed system, so if it is low, it escaped. Topping up without repair means paying again next season while releasing refrigerant into the atmosphere, which is a regulated environmental problem, not just a wasteful one. The proper approach is leak detection first, then a repair decision based on where the leak is and what the system is worth. Handling refrigerant requires certification.
What should I do if I smell gas near the furnace when the AC is running?
Leave the house. Do not flip switches, do not touch the thermostat, do not unplug anything, and do not use your phone inside, since any spark is a risk. Once you are outside and clear of the building, call the gas utility’s emergency line and a licensed gas technician from there. If a carbon monoxide alarm is sounding, same response: everyone out first, call from outside. Never disable a CO alarm or bypass a safety lockout. HeatLand: (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.