HVAC FAQs — Honest Answers from Right Way Mechanical

A well-maintained gas furnace in Colorado typically lasts 15 to 20 years — slightly shorter than the national average of 18-22 years. Altitude is a real factor: combustion efficiency drops about 4% for every 1,000 feet of elevation, so a furnace in Denver (5,280 ft) or Evergreen (7,200 ft) works harder than the same unit at sea level.

Colorado-specific factors that shorten furnace life

• Hard water in mountain areas (corrodes secondary heat exchangers on high-efficiency units)
• Heavy dust loads in dry summers — Colorado’s wind and lack of humidity pull dust through filters fast
• Short-cycling from aggressive thermostat setbacks during big diurnal swings
• Original ductwork in older homes — undersized returns starve the blower and overheat motors
• Marginal insulation in 1950s ranch homes forces the system to run harder

When to start planning replacement

If your furnace is 15+ years old and shows any of these signs, start getting quotes before it dies on the coldest night of the year:

• Rising gas bills year over year (efficiency declining)
• Yellow flame, soot, or carbon monoxide concerns
• Repeated repairs in the last 24 months
• Loud operation, uneven heating, or constant blower runtime

A planned replacement is always cheaper, calmer, and lets you lock in current Xcel and Colorado state rebates before they change. Learn more about furnace installation.

Schedule a professional furnace tune-up once per year — ideally in early fall (September or October), before the first hard freeze. Front Range winters put heavy load on heating equipment, and Colorado’s dry, dusty air clogs filters and burners faster than in milder climates.

What an annual tune-up actually covers

• Inspect and clean the burners, ignition system, and flame sensor
• Inspect the heat exchanger for cracks (safety-critical)
• Combustion analysis — verify proper gas/air mixture and CO output
• Measure gas pressure at the manifold
• Test high-limit, rollout, and pressure switches
• Inspect inducer motor, venting, and condensate drain (high-efficiency units)
• Check all electrical connections and capacitor health
• Replace the standard 1-inch filter and calibrate the thermostat

Skipping annual maintenance is the leading cause of mid-winter no-heat emergency calls along the Front Range. The tune-up itself is $129 single visit or $229 for the annual plan that covers both furnace and AC. The cost of one after-hours emergency repair often exceeds five years of maintenance.

If you have pets, a finished basement, or live in an older Wheat Ridge or Edgewater home with original ductwork, you may want a second mid-season filter check — Colorado dust is no joke.

Yes — a yellow furnace flame indicates incomplete combustion, which produces carbon monoxide. The burner flame should be steady blue, with maybe small yellow tips. Persistent yellow flame should be diagnosed immediately.

What different flame colors mean

• Steady blue with small yellow tips — normal, healthy combustion
• Mostly yellow, flickering — incomplete combustion, producing carbon monoxide
• Orange or red — dust or rust being burned off (briefly OK), or a serious gas pressure issue
• Flame rolling out of the burner box — emergency. Shut the system off, leave the home, call us

Common causes of a yellow flame

• Dirty burners — carbon, dust, or rust restricting the gas-air mix
• Incorrect gas pressure (low pressure = sluggish flame)
• Cracked heat exchanger pulling combustion air into the wrong place
• Insufficient combustion air (closed combustion air vent, blocked intake)
• Improper venting causing back-draft

Emergency service available 24/7 — call (303) 406-2717.

For most Colorado homes, “auto” is the right setting — the fan only runs when the system is actively heating or cooling. But “on” has specific use cases where it makes sense.

When “auto” wins (most homes)

• Lower electric bill — the blower draws 400-700 watts on standard PSC motors
• Less filter wear and tear
• Quieter overall
• Default recommendation for most situations

When “on” makes sense

• Allergies or air quality concerns — continuous airflow through your filter catches more particulates (only worth it with MERV 11+ filters)
• Uneven temperatures between floors — continuous fan circulation evens things out
• You have an ECM (variable-speed) blower — these use 60-100 watts at low speed, making “on” much cheaper to run
• You’re running a whole-home humidifier in winter — better distribution

Not sure what type of blower you have? Schedule a maintenance visit and we’ll tell you — plus check the motor amp draw and recommend the right setting for your specific equipment.

Yes — a cracked heat exchanger is one of the most serious furnace problems you can have, because it can leak carbon monoxide into your home. A cracked heat exchanger almost always means the furnace needs to be replaced or have the heat exchanger replaced (which is often comparable in cost to a new furnace).

What a heat exchanger does

The heat exchanger is the metal chamber inside your furnace where combustion happens. Hot combustion gases stay on the inside of the metal walls; the house air being heated passes over the outside of those walls. The two air streams should never mix. When the metal cracks — usually from years of heating and cooling cycles — combustion gases (including carbon monoxide) can leak into the air being blown through your home.

Signs you might have a cracked heat exchanger

• Yellow or flickering burner flame (should be steady blue)
• Soot accumulation around the burner area
• Strong “chemical” or formaldehyde smell when the furnace runs
• CO detector intermittently alarming
• Family members getting headaches or feeling unwell during the heating season
• Excessive moisture on windows when the furnace runs

Repair or replace?

Heat exchangers are usually covered by manufacturer warranty for 10-20 years on the part itself, but labor isn’t covered. Labor on a heat exchanger replacement runs $1,400-$2,400+ — and you’re investing that in an aging furnace. For most homes 12+ years old, replacement of the whole unit is the smarter call, especially with current rebates available. See furnace replacement options →

If you suspect a cracked heat exchanger, don’t run the furnace. Call us 24/7 at (303) 406-2717.

Short-cycling — your furnace turning on, running for 1-3 minutes, shutting off, then re-starting a few minutes later — is usually caused by a dirty filter, an oversized unit, or a failing flame sensor. It’s also one of the fastest ways to wear out a furnace.

The five most common causes

• Severely clogged filter — heat builds up too fast, triggering the high-limit switch. (Check this first.)
• Failing flame sensor — coated with carbon, can’t detect flame, shuts down the gas valve repeatedly
• Oversized furnace — heats the home too quickly, hits setpoint in 2 minutes, shuts off. Common where furnaces were “upgraded” without re-sizing.
• Closed supply vents — same effect as a dirty filter. Open every vent.
• Thermostat location or wiring issue — thermostat is reading wrong temp (in a draft, in direct sun, or wired incorrectly)

What to check yourself

Replace the filter. Open every supply vent. Make sure the thermostat isn’t in direct sun, above a heating vent, or in a drafty hallway. If those don’t fix it, the next likely culprit is the flame sensor — a $165 service call that can prevent thousands in early-replacement costs.

Schedule a furnace repair or call (303) 406-2717.

Loud bangs at startup are usually “delayed ignition” — gas accumulates in the combustion chamber for a moment before it lights, then ignites all at once. It’s both an efficiency problem and a safety concern. Don’t keep running the furnace until it’s diagnosed.

Common causes of delayed ignition

• Dirty burners or rust buildup — flame can’t establish quickly across all burner ports
• Weak hot surface igniter — taking too long to reach ignition temperature
• Failing flame sensor — system isn’t detecting flame fast enough and is re-trying
• Incorrect gas pressure — too low, flame is sluggish; too high, flame rolls out
• Cracked or misaligned burner crossover — flame can’t propagate across burners

Most fixes are inexpensive — flame sensor cleaning, burner cleaning, or igniter replacement typically runs $165–$375. The danger is in letting the problem continue. Schedule a furnace repair or call us 24/7 at (303) 406-2717.

A furnace running nonstop on a 5°F night isn’t always broken — Colorado’s winter design conditions are harsh, and most systems are sized to just barely keep up at 0°F. That said, the most common fixable causes we see along the Front Range are very common and worth checking before you assume the worst.

Likely causes, ordered from “check first” to “needs a tech”

• Dirty filter — restricts airflow so the furnace can’t pump heat out fast enough. Check this first. Always.
• Closed or blocked supply vents — homeowners often close vents thinking they save money, which actually overworks the system. Open all of them.
• Thermostat setpoint vs. outdoor temp — if you’re trying to keep the house at 74°F when it’s -5°F outside, a properly sized system will run continuously. That’s normal physics, not a malfunction.
• Leaky ductwork — heated air dumped into a cold crawlspace or attic. Can be a 30%+ heat loss issue in older Wheat Ridge homes.
• Undersized system — common where a finished basement, addition, or sunroom was added without re-sizing the furnace.
• Failing inducer or dying flame sensor — combustion is incomplete, so less heat reaches the air. Needs a diagnostic.
• Cracked heat exchanger — rare but serious. Reduces heat output and creates a CO risk.

If the filter is clean, vents are open, and the furnace is still running constantly without bringing the house up to setpoint — that’s when to call. A constantly running furnace is also using a lot of extra gas every day it’s not addressed.

Schedule a diagnostic or call us directly at (303) 406-2717.

The biggest tell-tale is reduced cooling — the AC runs but the air coming out of the vents isn’t as cold as it used to be. Refrigerant doesn’t get consumed during normal operation, so if your system is low, it’s because it’s leaking out somewhere.

Signs of a refrigerant leak

• Vents blowing warm or only slightly cool air while the system runs continuously
• Ice forming on the indoor evaporator coil or the copper line outside
• Hissing or bubbling sound from the indoor unit or refrigerant lines (rare but a clear sign)
• Higher electric bills — the system runs longer trying to keep up
• AC short-cycles or trips the breaker repeatedly
• Oily residue on copper refrigerant lines or fittings (refrigerant carries oil)

Common leak locations

• Schrader valve fittings (rubber gaskets degrade)
• Copper line solder joints
• Evaporator coil itself (formicary corrosion in 8-12 year old coils)
• Compressor connections
• Refrigerant lines that have been damaged (yard work, animals)

Refrigerant work requires EPA 608 certification — federal law. Every Right Way technician is certified. Schedule a refrigerant leak diagnostic →

For most Colorado homes, the cheapest approach is a programmable or smart thermostat with a moderate setback (5-7°F warmer) while you’re at work — not “leaving it off” and not “leaving it running at the same temp all day.”

The myth: “It uses more energy to cool a warm house than to maintain a cool one”

This is partly true and mostly wrong. Yes, your AC works harder to bring a 90°F house back to 75°F than to maintain 75°F. But the total energy used is still less than running the AC all day. The science here is straightforward: heat transfer rate is proportional to the temperature difference between indoors and outdoors. A warmer house gains heat slower, so cumulative energy use is lower with a setback strategy.

Recommended Colorado AC strategy

• Home: 74-76°F during occupied hours
• Away: 80-82°F during work hours
• Sleeping: 72-74°F (most people sleep better slightly cooler)
• Use a smart thermostat with geofencing — it brings the house back to setpoint as you approach home, no waiting

A modern smart thermostat with proper setbacks typically saves 8-15% on summer cooling costs compared to “set it and forget it” at one temperature. Many qualifying thermostats earn a $50-$100 instant Xcel rebate.

The right answer requires a Manual J load calculation — but as a rough guide, most Colorado homes need 20-30 BTUs of cooling per square foot. A 2,000 sq ft Wheat Ridge ranch typically needs a 2.5-3 ton AC; a 3,500 sq ft Evergreen mountain home might need 3.5-4 tons.

Why “tonnage” matters and what it means

HVAC tonnage doesn’t refer to weight — it’s a holdover from the days of ice. One ton of cooling = 12,000 BTU/hour of heat removal (the amount needed to melt one ton of ice over 24 hours). Residential ACs come in half-ton increments: 1.5, 2, 2.5, 3, 3.5, 4, and 5 ton.

The risks of guessing

What Manual J considers

• Square footage and ceiling heights
• Window count, orientation, and glass type
• Insulation quality (R-value of walls, attic, basement)
• Air infiltration rate
• Internal heat gains (occupants, appliances, electronics)
• Local design conditions (Denver vs. Evergreen vs. Bailey)

We perform a full Manual J on every install quote — no charge, no obligation. It’s the only way to size right at Colorado altitude. Request a free AC quote →

The traditional rule is the “5,000 rule”: multiply the repair cost by the age of the unit in years. If the result is over 5,000, replacement is usually the smarter spend. A $600 repair on a 10-year-old unit ($6,000) leans toward replacement; the same repair on a 4-year-old unit ($2,400) does not.

Strong replacement signals (almost always replace)

• R-22 refrigerant (Freon) — banned in the U.S. since 2020. Recharges cost $800+ when refrigerant is even available.
• Failed compressor — typically $1,800-$2,800 in a 10+ year old unit; a new system makes more sense
• System over 15 years old with any meaningful repair
• Multiple major repairs in the last 24 months — the system is telling you something

The decision in one table

Modern 16+ SEER2 units cut summer electric costs 30-50% versus a 2010-era 13 SEER unit. Combined with a current Xcel rebate (confirmed at quote time), the payback on a replacement is often 4-6 years.

We’ll quote both repair and replacement honestly so you can make an informed call. See AC installation options →

An AC freezing up is almost always one of two things: restricted airflow or low refrigerant. Both prevent the evaporator coil from absorbing enough heat, which lets the coil drop below freezing and ice over. Once it’s frozen, the unit can’t cool — and continuing to run it can damage the compressor.

Airflow restrictions (most common)

• Severely clogged filter (replace it, immediately)
• Closed or blocked supply vents
• Dirty evaporator coil
• Failing blower motor or ECM not ramping up
• Collapsed or disconnected return ductwork

Low refrigerant

If your AC is freezing up but the filter is clean and airflow is normal, you likely have a refrigerant leak. Refrigerant doesn’t get “used up” — if you’re low, there’s a leak somewhere. EPA rules require us to find and repair the leak before recharging.

Other causes

• Outdoor temperature too cool (running AC when outdoor temp is below 60°F)
• Thermostat malfunction calling for cooling continuously
• Faulty TXV (thermostatic expansion valve)

If thawing it out and replacing the filter doesn’t solve the problem within one cycle, call us. Schedule AC repair or (303) 406-2717.

Yes — modern cold-climate heat pumps (often called “ccHP” or units certified to the NEEP Cold Climate ASHP Specification) continue producing useful heat well below 0°F. They lose some capacity as temperatures drop, but they don’t “stop working” at any point relevant to Colorado.

How modern cold-climate heat pumps perform

• 47°F outdoor — rated capacity, ~300-400% efficient (COP 3-4)
• 17°F outdoor — ~85% of rated capacity, ~250% efficient (COP 2.5)
• 5°F outdoor — ~75% of rated capacity, ~200% efficient (COP 2.0)
• -13°F outdoor — ~60% of rated capacity, ~150% efficient (COP 1.5)

For perspective: a gas furnace runs at 80-98% efficient regardless of temperature. A heat pump at -13°F still runs at 150% efficient. The breakeven point on operating cost depends on local electric vs. gas rates, but in Xcel territory, most heat pumps are cheaper to operate than gas heating down to roughly -5°F.

The backup-strategy question

Mountain installs (Evergreen, Conifer, Bailey)

At elevation above 7,000 feet, design temperatures drop into the -10°F to -20°F range. Heat pumps still work, but the dual-fuel configuration becomes almost mandatory for comfort during sustained cold snaps. We size mountain installs accordingly — typically with a 50/50 capacity split between the heat pump and the backup.

Learn more about cold-climate heat pumps →

A well-maintained heat pump in Colorado typically lasts 12-18 years — comparable to a central AC, slightly shorter than a gas furnace. Annual maintenance is more important for heat pumps than for ACs because they’re operating year-round instead of just 3-4 months a year.

Factors that affect heat pump life in Colorado

• Annual maintenance — single biggest factor. Year-round operation means twice the wear of an AC.
• Dust exposure — Colorado wind drives dust into outdoor units faster than humid climates
• UV exposure — high-altitude UV degrades exterior coil fins and gaskets faster
• Snow accumulation — units should be elevated off the ground (snow stand) so the defrost cycle works properly
• Tree debris (especially in foothills) — pine needles get into the coil fins fast

What to maintain

For heat pumps specifically, we recommend two service visits per year:

• Spring — clean coils, check refrigerant charge, test cooling mode performance
• Fall — test heating mode, verify defrost cycle, check backup heat strips or dual-fuel changeover

Variable-speed inverter heat pumps from major manufacturers (Mitsubishi Hyper-Heat, Carrier Infinity, Trane XV20i, Lennox SL25XPV) carry 10-12 year parts warranties and routinely run beyond their warranty period when properly installed and maintained.

Schedule annual heat pump maintenance →

Yes — for most Front Range homes in 2026, a modern cold-climate heat pump is one of the smartest HVAC upgrades available. Today’s variable-speed inverter units maintain full capacity down to 5°F and continue delivering useful heat well below 0°F, which covers the vast majority of Colorado heating hours.

Why Colorado is unusually well-suited to heat pumps

Colorado’s heating climate is dominated by moderate-cold weather, not extreme cold. The vast majority of your heating hours occur between 15°F and 45°F — exactly the range where modern heat pumps run 250-400% efficient. The truly cold days (under 0°F) are rare. Compared to gas furnaces that are ~95% efficient at best, heat pumps can deliver 3-4 units of heat for every unit of electricity consumed.

What’s actually still on the table in 2026

Payback period for most Front Range homes

• Typical: 4-7 years on operating cost savings alone
• Faster if replacing both an old AC and an old furnace at the same time
• Faster if natural gas prices continue to climb (they have for 5 straight years in Colorado)

For homes in Wheat Ridge, Arvada, Lakewood, and the rest of the west metro, the math overwhelmingly favors heat pumps in 2026 — especially if you’re already due for either an AC or furnace replacement. See heat pump installation options →

A dual-fuel (or “hybrid”) system pairs a heat pump with a backup gas furnace. The system automatically switches between them based on outdoor temperature and operating cost — heat pump for most of the season, gas furnace for the coldest nights. For most Colorado homes, this is the ideal HVAC configuration in 2026.

How it works

• The heat pump handles cooling in summer (replacing your AC)
• The heat pump handles heating most of the winter — anywhere from 20°F to 70°F outdoor
• When temperatures drop below the “balance point” (typically 15-30°F, depending on your home), the gas furnace takes over
• The smart thermostat decides which to use based on real-time conditions

Why dual-fuel makes sense in Colorado

When dual-fuel is especially smart

• Your furnace is less than 8 years old — keep it, add the heat pump
• You live above 6,500 feet (Conifer, Evergreen, Bailey) where extreme cold happens
• You’re price-sensitive to natural gas — the heat pump shields most of your usage
• You want maximum rebate stack — dual-fuel installs qualify for the full heat-pump incentive

We design dual-fuel systems for Colorado specifically — proper balance point calculation, smart-thermostat configuration, and full commissioning of both stages. Request a dual-fuel quote →

A “single” mini-split (one indoor head) cannot effectively condition a whole house — but a multi-zone mini-split system with 3-6 indoor heads absolutely can. Whole-home ductless installations are common in Colorado, especially in older homes with no existing ductwork, mountain cabins, and remodels.

Mini-split configurations

When whole-home ductless is the right call

• Older Wheat Ridge or Denver homes with hot-water radiator heat and no central AC
• Homes where running new ductwork would mean dropping ceilings or losing closet space
• Mountain cabins where zone heating saves significant energy
• Whole-home remodels where you’re rebuilding the mechanical anyway
• Aesthetics-conscious owners who prefer wall-mounted heads to ceiling registers

Most whole-home ductless installs qualify for Xcel and Colorado state heat pump rebates totaling $2,000-$4,500+ off the install — more if completed before the Xcel rate cut on October 1, 2026. Request a mini-split quote →

Mini-splits are permanently installed, much more efficient, much quieter, and they heat as well as cool. Window units are temporary, far less efficient, loud, and cool-only. They’re not really competing for the same job — they’re different categories of equipment.

Direct comparison

Why mini-splits are so much more efficient

• Inverter compressors ramp up and down to match load (window units are on/off)
• Outdoor condenser separated from indoor head — heat exchange happens where it’s most efficient
• No ductwork losses — air is conditioned right at the head, not pushed through 50 feet of leaky duct
• Per-zone control — only cool/heat the rooms you’re using

Window units make sense as an emergency stopgap or for a rental you’ll leave in a year. For any longer-term comfort solution in a Colorado home, a mini-split is in a different league entirely. Learn more about mini-splits →

For a standard 1-inch pleated filter in a typical Colorado home: every 60-90 days. For 4-5 inch media filters: every 6-12 months. For homes with pets, allergies, or heavy dust, cut those intervals in half.

By filter type

• 1-inch fiberglass (cheapest) — replace every 30 days. We don’t recommend these.
• 1-inch pleated (most common) — replace every 60-90 days
• 2-inch media — every 4-6 months
• 4-5 inch media (Honeywell, Aprilaire) — every 6-12 months
• Washable electrostatic — clean monthly, replace every 5+ years

Colorado factors that shorten filter life

• Dry air keeps dust airborne longer (replace more often)
• Cottonwood and grass season (April-May) clogs filters fast
• Wildfire smoke (late summer) — replace immediately after any smoky stretch
• Multiple pets — cut interval by 30-50%
• Construction nearby — accelerated loading

What dirty filters actually cost you

• 5-15% lower system efficiency (higher gas/electric bills)
• Increased blower motor wear
• Iced evaporator coils in summer
• Short-cycling and high-limit trips in winter
• Reduced equipment life

If you have an annual maintenance plan with us, we replace one filter per visit (two per year) included.

Schedule a professional furnace tune-up once per year — ideally in early fall (September or October), before the first hard freeze. Front Range winters put heavy load on heating equipment, and Colorado’s dry, dusty air clogs filters and burners faster than in milder climates.

What an annual tune-up actually covers

• Inspect and clean the burners, ignition system, and flame sensor
• Inspect the heat exchanger for cracks (safety-critical)
• Combustion analysis — verify proper gas/air mixture and CO output
• Measure gas pressure at the manifold
• Test high-limit, rollout, and pressure switches
• Inspect inducer motor, venting, and condensate drain (high-efficiency units)
• Check all electrical connections and capacitor health
• Replace the standard 1-inch filter and calibrate the thermostat

Skipping annual maintenance is the leading cause of mid-winter no-heat emergency calls along the Front Range. The tune-up itself is $129 single visit or $229 for the annual plan that covers both furnace and AC. The cost of one after-hours emergency repair often exceeds five years of maintenance.

If you have pets, a finished basement, or live in an older Wheat Ridge or Edgewater home with original ductwork, you may want a second mid-season filter check — Colorado dust is no joke.

For most Colorado homes, the cheapest approach is a programmable or smart thermostat with a moderate setback (5-7°F warmer) while you’re at work — not “leaving it off” and not “leaving it running at the same temp all day.”

The myth: “It uses more energy to cool a warm house than to maintain a cool one”

This is partly true and mostly wrong. Yes, your AC works harder to bring a 90°F house back to 75°F than to maintain 75°F. But the total energy used is still less than running the AC all day. The science here is straightforward: heat transfer rate is proportional to the temperature difference between indoors and outdoors. A warmer house gains heat slower, so cumulative energy use is lower with a setback strategy.

Recommended Colorado AC strategy

• Home: 74-76°F during occupied hours
• Away: 80-82°F during work hours
• Sleeping: 72-74°F (most people sleep better slightly cooler)
• Use a smart thermostat with geofencing — it brings the house back to setpoint as you approach home, no waiting

A modern smart thermostat with proper setbacks typically saves 8-15% on summer cooling costs compared to “set it and forget it” at one temperature. Many qualifying thermostats earn a $50-$100 instant Xcel rebate.

No — never fully cover your outdoor AC unit. A top-only cover or “AC top hat” is fine and can be helpful, but a full wrap-around cover causes more problems than it solves.

Why full covers are bad

• Traps moisture inside the unit — accelerates rust on the coil and electrical components
• Creates a habitat for rodents — mice love a dark, dry, enclosed space and chew through wiring
• Damages the compressor if someone forgets and runs the AC with the cover on in early spring
• Doesn’t protect against actual threats — the inside of the unit is designed to be exposed to weather

What’s actually OK

• Top-only cover or “AC top hat” — covers just the top of the unit, blocks falling debris and ice, allows air circulation. Best of both worlds.
• Plywood weighted with a brick — same idea, free.
• Nothing at all — also fine. Modern outdoor units are weatherproof by design.

Heat pump exception

If you have a heat pump (which is also your outdoor “AC unit”), the same rules apply — never fully cover it because it’s running year-round. You may want a snow stand to lift it off the ground 12-18 inches so the defrost cycle works properly during snowy periods.

Our maintenance plans include a fall and spring visit that handles all of this. Learn more →

For most Colorado homes, “auto” is the right setting — the fan only runs when the system is actively heating or cooling. But “on” has specific use cases where it makes sense.

When “auto” wins (most homes)

• Lower electric bill — the blower draws 400-700 watts on standard PSC motors
• Less filter wear and tear
• Quieter overall
• Default recommendation for most situations

When “on” makes sense

• Allergies or air quality concerns — continuous airflow through your filter catches more particulates (only worth it with MERV 11+ filters)
• Uneven temperatures between floors — continuous fan circulation evens things out
• You have an ECM (variable-speed) blower — these use 60-100 watts at low speed, making “on” much cheaper to run
• You’re running a whole-home humidifier in winter — better distribution

Not sure what type of blower you have? Schedule a maintenance visit and we’ll tell you — plus check the motor amp draw and recommend the right setting for your specific equipment.

For most Colorado homes, MERV 11 is the right balance of filtration and airflow. MERV 13 is the EPA’s recommendation if you have allergies, asthma, or want to capture wildfire smoke. Don’t go higher than your blower can handle.

MERV rating cheat sheet

• MERV 8 — minimum acceptable. Catches dust, pollen, lint. Fine for homes with no allergies, low pets.
• MERV 11 — recommended for most Colorado homes. Catches fine particles including pet dander and most smoke particulates.
• MERV 13 — best balance for allergies/asthma; EPA-recommended. Captures most viruses. Necessary for serious wildfire smoke filtration.
• MERV 16+ — hospital-grade. Too restrictive for most residential blowers without modification.

How to know your blower’s limit

If you have an older single-speed PSC blower (typical of furnaces 10+ years old), stick with MERV 8-11. If you have a variable-speed ECM blower (common in furnaces from 2014+), you can usually safely run MERV 13. We can measure static pressure on your system at a maintenance visit and confirm your safe upper limit.

The wildfire smoke factor

Colorado summers have included serious wildfire smoke events in 5 of the last 7 years. If you live anywhere along the Front Range or in the foothills, MERV 13 is worth the small efficiency tradeoff. Pair with a portable HEPA unit in the bedroom during heavy smoke events. Ask about IAQ upgrades →

Energy.gov recommends 68°F when home and awake, with a setback of 7-10°F overnight or when away. For most Colorado homes, this saves 10-15% on heating costs versus a constant 72°F setpoint.

Recommended Colorado winter thermostat strategy

• Home and awake: 68°F — comfortable for most people in sweaters and slippers
• Away or asleep: 60-62°F — significant savings, no comfort penalty
• Pre-warm 30-45 minutes before alarm/return — smart thermostat handles this automatically
• Don’t set below 55°F at any time — pipe freeze risk in older Colorado homes

How big are the savings?

Energy.gov estimates roughly 1% reduction in heating costs for each 1°F of setback over an 8-hour period. A 10°F setback for 8 hours overnight typically saves 8-10% on monthly gas bills.

The “cycling vs. constant” debate

Some HVAC contractors will tell you setbacks waste energy because the system “works harder” to recover. This is wrong for gas furnaces and central AC. Heat loss to outside is proportional to temperature difference — a colder house loses heat slower, so cumulative energy use is lower with a setback. The recovery period is brief and doesn’t offset the savings during the setback period.

Exception: if you have a heat pump, deep setbacks can cause the backup heat to kick on during recovery, which wipes out the savings. For heat pumps, smaller setbacks (3-5°F) work better.

A smart thermostat does all of this automatically and typically pays for itself in 1-2 winters. Many qualifying models earn a $50-$100 Xcel rebate.

Yes — we work with several financing providers for HVAC installations. Most homeowners qualify for 0% promotional financing for 12-24 months, or fixed-rate longer-term financing (5-10 years) on larger projects like heat pump or whole-home installations.

Typical financing options available

• 0% promotional financing — 12, 18, or 24 months. Pay it off within the term, no interest.
• Fixed-rate installments — 5-10 year terms at competitive rates for larger projects
• Reduced-rate financing — special promos sometimes available on heat pump installs
• Combined with rebates — Xcel and Colorado state rebates can be applied to financed amounts

What you need to qualify

• Standard credit application (soft pull, doesn’t affect score)
• Decision typically same-day, often within minutes
• Most installations under $15,000 are approved without issue for homeowners with average or better credit

We don’t push financing — we offer it because it makes good projects accessible. Cash is always welcome too, and we’ve never charged a “cash discount” or “credit card surcharge.” Our pricing is our pricing.

Ask about financing at quote time and we’ll walk you through current options. Request a quote →

2026 is the year the rebate picture changed. Two programs are genuinely active, one is being cut on a hard date, and two others that used to show up in these answers are gone. We file the paperwork on every install we do — but it helps to know what’s real before you budget around it. Full live status: our rebate tracker.

Active now — but Xcel is cut October 1

1. Xcel Energy Heat Pump Rebates (dropping ~1/3 on Oct 1, 2026)

• $2,250 per heating ton on cold-climate heat pumps through September 30 — drops to $1,500/ton after
• $900 per cooling ton on standard heat pumps through September 30 — drops to $600/ton after
• Gas-heating customers switching to a heat pump get a 3× bonus multiplier today, falling to 2× on October 1
• To lock today’s rate: installed and invoiced by Sept 30, application filed by Oct 15

2. Colorado State Heat Pump Tax Credit — active, no announced end date

• $1,000 for air-source heat pumps in 2026 (a scheduled step-down from $1,500 in 2024 and $1,250 in 2025)
• $2,000 for ground-source (geothermal) heat pumps; $250 for heat pump water heaters
• Claimed by our contractor registration and passed to you as a line-item discount — no income limits

3. Power Ahead Colorado — active, funding-limited

• $1,500 for cold-climate certified heat pumps in the Denver metro
• Opened June 29, 2026; these pools historically close early once committed

No longer available for a 2026 install

• Federal 25C tax credit (was up to $2,000 heat pump / $600 furnace or AC) — expired December 31, 2025
• HEAR / HEEHRA income-qualified rebate (was up to $8,000) — closed for the entire Front Range (our whole service area) on April 28, 2026; still open in Region 2 outside the Front Range

Important notes

• Rebate amounts and deadlines move — this reflects programs verified as of the date on our tracker
• Not every piece of equipment qualifies — confirm before purchase
• If a quote you’re holding still lists the federal credit or HEAR/HEEHRA for a 2026 Front Range install, ask for the price with zero rebates — that’s the number that matters

We confirm exactly which incentives you qualify for at quote time and handle every filing. Request a free quote →

Sizing an HVAC system in Colorado requires a Manual J load calculation — not a rule-of-thumb based on square footage. Altitude reduces combustion efficiency and air density meaningfully above 5,000 feet, which changes the math from sea-level guidelines.

Why Colorado sizing is different

• Altitude derate — combustion efficiency drops ~4% per 1,000 feet of elevation. A nameplate 80,000 BTU furnace in Denver is closer to 70,000 BTU in real output.
• Aggressive design temperatures — Denver winter design temp is around 1°F; Evergreen is closer to -10°F. Far colder than national averages.
• Big diurnal swings — 40°F overnight swings stress equipment differently than steady climates.
• Dry air changes humidity and infiltration calculations.
• Mixed housing stock — 1950s ranches in Wheat Ridge have radically different envelopes than 2020 builds in West Arvada.

Rough sizing guidelines (Manual J still required)

What Manual J considers

• Square footage and ceiling heights
• Window count, orientation, glass type
• Wall, attic, and basement insulation R-values
• Air infiltration rate (ACH50 if known)
• Internal heat gains (people, appliances)
• Local outdoor design conditions
• Ductwork condition and capacity

Request a properly sized HVAC quote →

The traditional rule is the “5,000 rule”: multiply the repair cost by the age of the unit in years. If the result is over 5,000, replacement is usually the smarter spend. A $600 repair on a 10-year-old unit ($6,000) leans toward replacement; the same repair on a 4-year-old unit ($2,400) does not.

Strong replacement signals (almost always replace)

• R-22 refrigerant (Freon) — banned in the U.S. since 2020. Recharges cost $800+ when refrigerant is even available.
• Failed compressor — typically $1,800-$2,800 in a 10+ year old unit; a new system makes more sense
• System over 15 years old with any meaningful repair
• Multiple major repairs in the last 24 months — the system is telling you something

The decision in one table

Modern 16+ SEER2 units cut summer electric costs 30-50% versus a 2010-era 13 SEER unit. Combined with a current Xcel rebate (confirmed at quote time), the payback on a replacement is often 4-6 years.

We’ll quote both repair and replacement honestly so you can make an informed call. See AC installation options →

Most “cheap” HVAC quotes are cheap because they’re skipping steps — improper sizing, no commissioning, lower-tier equipment, no permits, or undocumented work. The price differences between honest contractors and corner-cutting contractors are real and meaningful.

Why two quotes can differ by $3,000-$5,000

• Sizing methodology — Manual J vs. rule-of-thumb (proper sizing takes 2-3 hours and many contractors skip it)
• Equipment tier — entry-level Goodman vs. mid-tier Carrier vs. premium Lennox
• Installation standards — vacuum and proper refrigerant charge, or skip both?
• Permitting — pulled and inspected, or “we’ll skip the permit to save you the fee”?
• Warranty — lifetime workmanship vs. 1-year limited
• Disposal and recycling — properly recovered refrigerant, or vented to the atmosphere?
• Rebate filing — handled for you, or “you submit those yourself”?

What an honest HVAC quote includes

• Manual J load calculation results
• Specific equipment model numbers (so you can verify rebate eligibility and reviews)
• Breakdown of labor, materials, and equipment
• All applicable rebates and tax credits identified
• Permit cost identified (and pulled by the contractor)
• Written warranty terms — workmanship and parts
• Timeline and disposal/recycling commitment

We give you everything above on every quote. If you’re getting multiple bids, ask each contractor for the same itemization — you’ll see why the prices differ. Request a quote from Right Way →

Yes — modern cold-climate heat pumps (often called “ccHP” or units certified to the NEEP Cold Climate ASHP Specification) continue producing useful heat well below 0°F. They lose some capacity as temperatures drop, but they don’t “stop working” at any point relevant to Colorado.

How modern cold-climate heat pumps perform

• 47°F outdoor — rated capacity, ~300-400% efficient (COP 3-4)
• 17°F outdoor — ~85% of rated capacity, ~250% efficient (COP 2.5)
• 5°F outdoor — ~75% of rated capacity, ~200% efficient (COP 2.0)
• -13°F outdoor — ~60% of rated capacity, ~150% efficient (COP 1.5)

For perspective: a gas furnace runs at 80-98% efficient regardless of temperature. A heat pump at -13°F still runs at 150% efficient. The breakeven point on operating cost depends on local electric vs. gas rates, but in Xcel territory, most heat pumps are cheaper to operate than gas heating down to roughly -5°F.

The backup-strategy question

Mountain installs (Evergreen, Conifer, Bailey)

At elevation above 7,000 feet, design temperatures drop into the -10°F to -20°F range. Heat pumps still work, but the dual-fuel configuration becomes almost mandatory for comfort during sustained cold snaps. We size mountain installs accordingly — typically with a 50/50 capacity split between the heat pump and the backup.

Learn more about cold-climate heat pumps →

Yes — most major HVAC work in Wheat Ridge, Denver, Arvada, Lakewood, and other Front Range jurisdictions requires a permit and an inspection. Furnace replacement, AC installation, heat pump installation, gas line work, and ductwork modifications all typically require permits.

Work that typically requires a permit

• Furnace replacement or new installation
• AC condenser or coil replacement
• Heat pump installation (new or replacement)
• Mini-split installation (new or replacement)
• Gas line modifications
• Significant ductwork changes
• Boiler replacement

Work that usually doesn’t need a permit

• Filter changes
• Annual tune-ups and maintenance
• Minor repairs (capacitor, igniter, flame sensor, fan motor)
• Thermostat replacement

What we do

We pull the appropriate mechanical permit for every major install — Wheat Ridge, Denver, Arvada, Lakewood, Jefferson County, and surrounding jurisdictions. Permit fees are included in our quotes (typically $100-$300 depending on jurisdiction and scope). We schedule the inspection and pass it the first time — that’s how a properly installed system works.

If you’re getting quotes and one contractor says “no permit needed” on a furnace or AC install — that’s a red flag. Get a different quote.

Yes, meaningfully. Combustion efficiency drops about 4% per 1,000 feet of elevation, and air density also drops — both factors that require altitude-adjusted sizing for proper HVAC performance in Colorado. Furnaces, AC units, and heat pumps all behave differently at altitude than at sea level.

The math in plain terms

• Denver (5,280 ft): ~21% efficiency derate vs. sea level on gas furnaces
• Wheat Ridge (5,440 ft): ~22% derate
• Evergreen (7,220 ft): ~29% derate
• Bailey (7,740 ft): ~31% derate

A furnace rated at 100,000 BTU at sea level only delivers about 79,000 BTU of useful output in Denver, and just 69,000 BTU in Evergreen. Air conditioners are similarly affected — thinner air carries less heat, so AC capacity also derates with altitude.

What we do differently

• Every Manual J load calculation includes altitude-adjusted combustion and air density
• For mountain installs (above 7,000 ft) we typically upsize by 10-15% to ensure capacity on the coldest nights
• We specify equipment with confirmed high-altitude orifice kits (required by code for some furnaces above 5,000 ft)
• We commission with combustion analysis at altitude — paper specs aren’t enough

Altitude is the most-overlooked factor in Colorado HVAC sizing. Don’t let a “we always go 80,000 BTU” quote land in your inbox without asking how altitude was factored in. Request a properly-sized quote →

A well-maintained gas furnace in Colorado typically lasts 15 to 20 years — slightly shorter than the national average of 18-22 years. Altitude is a real factor: combustion efficiency drops about 4% for every 1,000 feet of elevation, so a furnace in Denver (5,280 ft) or Evergreen (7,200 ft) works harder than the same unit at sea level.

Colorado-specific factors that shorten furnace life

• Hard water in mountain areas (corrodes secondary heat exchangers on high-efficiency units)
• Heavy dust loads in dry summers — Colorado’s wind and lack of humidity pull dust through filters fast
• Short-cycling from aggressive thermostat setbacks during big diurnal swings
• Original ductwork in older homes — undersized returns starve the blower and overheat motors
• Marginal insulation in 1950s ranch homes forces the system to run harder

When to start planning replacement

If your furnace is 15+ years old and shows any of these signs, start getting quotes before it dies on the coldest night of the year:

• Rising gas bills year over year (efficiency declining)
• Yellow flame, soot, or carbon monoxide concerns
• Repeated repairs in the last 24 months
• Loud operation, uneven heating, or constant blower runtime

A planned replacement is always cheaper, calmer, and lets you lock in current Xcel and Colorado state rebates before they change. Learn more about furnace installation.

2026 is the year the rebate picture changed. Two programs are genuinely active, one is being cut on a hard date, and two others that used to show up in these answers are gone. We file the paperwork on every install we do — but it helps to know what’s real before you budget around it. Full live status: our rebate tracker.

Active now — but Xcel is cut October 1

1. Xcel Energy Heat Pump Rebates (dropping ~1/3 on Oct 1, 2026)

• $2,250 per heating ton on cold-climate heat pumps through September 30 — drops to $1,500/ton after
• $900 per cooling ton on standard heat pumps through September 30 — drops to $600/ton after
• Gas-heating customers switching to a heat pump get a 3× bonus multiplier today, falling to 2× on October 1
• To lock today’s rate: installed and invoiced by Sept 30, application filed by Oct 15

2. Colorado State Heat Pump Tax Credit — active, no announced end date

• $1,000 for air-source heat pumps in 2026 (a scheduled step-down from $1,500 in 2024 and $1,250 in 2025)
• $2,000 for ground-source (geothermal) heat pumps; $250 for heat pump water heaters
• Claimed by our contractor registration and passed to you as a line-item discount — no income limits

3. Power Ahead Colorado — active, funding-limited

• $1,500 for cold-climate certified heat pumps in the Denver metro
• Opened June 29, 2026; these pools historically close early once committed

No longer available for a 2026 install

• Federal 25C tax credit (was up to $2,000 heat pump / $600 furnace or AC) — expired December 31, 2025
• HEAR / HEEHRA income-qualified rebate (was up to $8,000) — closed for the entire Front Range (our whole service area) on April 28, 2026; still open in Region 2 outside the Front Range

Important notes

• Rebate amounts and deadlines move — this reflects programs verified as of the date on our tracker
• Not every piece of equipment qualifies — confirm before purchase
• If a quote you’re holding still lists the federal credit or HEAR/HEEHRA for a 2026 Front Range install, ask for the price with zero rebates — that’s the number that matters

We confirm exactly which incentives you qualify for at quote time and handle every filing. Request a free quote →

Right Way Mechanical is based in Wheat Ridge and serves the west Denver metro and Front Range foothills as our core service territory. Same-day response across the Front Range core; mountain dispatch is regular work for us, not a hassle.

Front Range — Same-Day Service

Foothills & Mountains — Regular Service

Specialty for mountain homes

Mountain homes have unique HVAC needs: harder design temperatures, longer runs of ductwork, propane in some areas, and altitude-sensitive sizing. We do extra dual-fuel heat pump installs at altitude, larger capacity furnaces for mountain envelopes, and we know which manufacturers’ equipment is rated for the altitudes we work in.

If you’re outside our standard area but adjacent (Castle Rock, Boulder, etc.), call us — we’ll let you know honestly whether we can serve your address or recommend a colleague.

The right answer requires a Manual J load calculation — but as a rough guide, most Colorado homes need 20-30 BTUs of cooling per square foot. A 2,000 sq ft Wheat Ridge ranch typically needs a 2.5-3 ton AC; a 3,500 sq ft Evergreen mountain home might need 3.5-4 tons.

Why “tonnage” matters and what it means

HVAC tonnage doesn’t refer to weight — it’s a holdover from the days of ice. One ton of cooling = 12,000 BTU/hour of heat removal (the amount needed to melt one ton of ice over 24 hours). Residential ACs come in half-ton increments: 1.5, 2, 2.5, 3, 3.5, 4, and 5 ton.

The risks of guessing

What Manual J considers

• Square footage and ceiling heights
• Window count, orientation, and glass type
• Insulation quality (R-value of walls, attic, basement)
• Air infiltration rate
• Internal heat gains (occupants, appliances, electronics)
• Local design conditions (Denver vs. Evergreen vs. Bailey)

We perform a full Manual J on every install quote — no charge, no obligation. It’s the only way to size right at Colorado altitude. Request a free AC quote →

Sizing an HVAC system in Colorado requires a Manual J load calculation — not a rule-of-thumb based on square footage. Altitude reduces combustion efficiency and air density meaningfully above 5,000 feet, which changes the math from sea-level guidelines.

Why Colorado sizing is different

• Altitude derate — combustion efficiency drops ~4% per 1,000 feet of elevation. A nameplate 80,000 BTU furnace in Denver is closer to 70,000 BTU in real output.
• Aggressive design temperatures — Denver winter design temp is around 1°F; Evergreen is closer to -10°F. Far colder than national averages.
• Big diurnal swings — 40°F overnight swings stress equipment differently than steady climates.
• Dry air changes humidity and infiltration calculations.
• Mixed housing stock — 1950s ranches in Wheat Ridge have radically different envelopes than 2020 builds in West Arvada.

Rough sizing guidelines (Manual J still required)

What Manual J considers

• Square footage and ceiling heights
• Window count, orientation, glass type
• Wall, attic, and basement insulation R-values
• Air infiltration rate (ACH50 if known)
• Internal heat gains (people, appliances)
• Local outdoor design conditions
• Ductwork condition and capacity

Request a properly sized HVAC quote →

Yes — a yellow furnace flame indicates incomplete combustion, which produces carbon monoxide. The burner flame should be steady blue, with maybe small yellow tips. Persistent yellow flame should be diagnosed immediately.

What different flame colors mean

• Steady blue with small yellow tips — normal, healthy combustion
• Mostly yellow, flickering — incomplete combustion, producing carbon monoxide
• Orange or red — dust or rust being burned off (briefly OK), or a serious gas pressure issue
• Flame rolling out of the burner box — emergency. Shut the system off, leave the home, call us

Common causes of a yellow flame

• Dirty burners — carbon, dust, or rust restricting the gas-air mix
• Incorrect gas pressure (low pressure = sluggish flame)
• Cracked heat exchanger pulling combustion air into the wrong place
• Insufficient combustion air (closed combustion air vent, blocked intake)
• Improper venting causing back-draft

Emergency service available 24/7 — call (303) 406-2717.

Yes — a cracked heat exchanger is one of the most serious furnace problems you can have, because it can leak carbon monoxide into your home. A cracked heat exchanger almost always means the furnace needs to be replaced or have the heat exchanger replaced (which is often comparable in cost to a new furnace).

What a heat exchanger does

The heat exchanger is the metal chamber inside your furnace where combustion happens. Hot combustion gases stay on the inside of the metal walls; the house air being heated passes over the outside of those walls. The two air streams should never mix. When the metal cracks — usually from years of heating and cooling cycles — combustion gases (including carbon monoxide) can leak into the air being blown through your home.

Signs you might have a cracked heat exchanger

• Yellow or flickering burner flame (should be steady blue)
• Soot accumulation around the burner area
• Strong “chemical” or formaldehyde smell when the furnace runs
• CO detector intermittently alarming
• Family members getting headaches or feeling unwell during the heating season
• Excessive moisture on windows when the furnace runs

Repair or replace?

Heat exchangers are usually covered by manufacturer warranty for 10-20 years on the part itself, but labor isn’t covered. Labor on a heat exchanger replacement runs $1,400-$2,400+ — and you’re investing that in an aging furnace. For most homes 12+ years old, replacement of the whole unit is the smarter call, especially with current rebates available. See furnace replacement options →

If you suspect a cracked heat exchanger, don’t run the furnace. Call us 24/7 at (303) 406-2717.

What natural gas smells like

Natural gas is naturally odorless. Utilities add a sulfur-based compound called mercaptan that gives it a strong “rotten eggs” smell so leaks can be detected by smell. If you smell rotten eggs near your furnace, water heater, range, or anywhere in your home, treat it as a leak.

Common sources of household gas leaks

• Loose connections at the gas valve on the furnace
• Cracked or aging flex line on water heaters or ranges
• Failing seal at the gas meter (Xcel’s responsibility, not yours)
• Pilot light blown out (older equipment only)
• Damaged gas line in the yard from landscaping

Why DIY isn’t safe here

Gas leak diagnosis requires a calibrated combustible gas detector — not just a sense of smell. Some leaks are too small to smell but still dangerous over time. After a utility responds and confirms no immediate hazard, we use a combustion analyzer to find any remaining leak sources and verify everything is sealed correctly before you re-occupy the home.

Prevention

• Install combination CO + natural gas detectors near gas-fired equipment
• Replace gas flex lines older than 15 years (yellow rubber-coated ones especially)
• Don’t store paint, gasoline, or other combustibles near the furnace
• Have annual maintenance done — we test gas pressure and connections every visit

24/7 emergency service — (303) 406-2717

Loud bangs at startup are usually “delayed ignition” — gas accumulates in the combustion chamber for a moment before it lights, then ignites all at once. It’s both an efficiency problem and a safety concern. Don’t keep running the furnace until it’s diagnosed.

Common causes of delayed ignition

• Dirty burners or rust buildup — flame can’t establish quickly across all burner ports
• Weak hot surface igniter — taking too long to reach ignition temperature
• Failing flame sensor — system isn’t detecting flame fast enough and is re-trying
• Incorrect gas pressure — too low, flame is sluggish; too high, flame rolls out
• Cracked or misaligned burner crossover — flame can’t propagate across burners

Most fixes are inexpensive — flame sensor cleaning, burner cleaning, or igniter replacement typically runs $165–$375. The danger is in letting the problem continue. Schedule a furnace repair or call us 24/7 at (303) 406-2717.

Yes — every Right Way technician is EPA 608 certified for refrigerant handling (federal requirement), and Shane carries 15+ years of in-the-field Colorado HVAC experience. We invest in continuing education because Colorado HVAC keeps changing — new refrigerants, new rebate programs, new cold-climate heat pump technology.

Certifications we hold

• EPA 608 Universal — Federal requirement for anyone working on refrigerant systems. Always ask any HVAC tech for proof of this before they touch your AC or heat pump.
• NATE Certification — North American Technician Excellence (industry-standard testing for HVAC technicians)
• Colorado Master Mechanical License — State licensure for HVAC contractor work
• Manufacturer certifications — including factory training for the major brands we install (Carrier, Trane, Lennox, Mitsubishi)
• OSHA 10 — Occupational safety training

Why certifications matter

Continuing education

HVAC technology has shifted fast in the last 5 years. Cold-climate heat pumps now perform at temperatures that were considered impossible 10 years ago. R-22 (Freon) is banned and being phased out. R-454B is the new low-GWP refrigerant replacing R-410A. We invest in training to stay current on:

• Cold-climate heat pump design and commissioning
• New refrigerant handling (R-454B, R-32)
• Variable-speed and modulating equipment
• Smart thermostat integration and load-shaping rebates
• Colorado Energy Office and Xcel rebate program updates

Ask any HVAC contractor for their certifications and proof of insurance before hiring. We’re happy to provide ours. Get in touch →

Yes — Right Way Mechanical provides true 24/7 emergency HVAC service across the Denver metro and foothills. A live person answers the phone, not a voicemail or an answering service. Treat no-heat calls in winter and no-cool calls during heat waves as priority dispatch — because in Colorado, a furnace failure at 10°F isn’t just uncomfortable, it can freeze pipes within hours.

What you get when you call

• Live person on the line — Shane or his team. Not a regional call center.
• Honest ETA — usually within 4 hours for Front Range core; longer for mountain dispatch
• EPA 608 certified technician with a fully stocked truck
• Flat-rate diagnostic fee ($149 after-hours) — no surprise emergency surcharges
• Most repairs first-visit — common emergency parts on the truck

What counts as an emergency

• No heat in winter
• No cool air during a heat wave
• Gas smell (leave home, call Xcel, then call us)
• Carbon monoxide alarm activation
• Water leak from HVAC equipment
• Loud bangs, burning smells, or repeated tripped breakers

Service areas with priority dispatch

Wheat Ridge, Arvada, Denver, Lakewood, Westminster, Golden, Applewood, Edgewater, Bear Valley, Sheridan. Mountain emergency dispatch available to Evergreen, Conifer, Bergen Park, Genesee, Pine, Aspen Park, and Bailey — typically 60-90 minutes longer depending on weather.

Learn more about emergency service → or call (303) 406-2717.

Yes — we work with several financing providers for HVAC installations. Most homeowners qualify for 0% promotional financing for 12-24 months, or fixed-rate longer-term financing (5-10 years) on larger projects like heat pump or whole-home installations.

Typical financing options available

• 0% promotional financing — 12, 18, or 24 months. Pay it off within the term, no interest.
• Fixed-rate installments — 5-10 year terms at competitive rates for larger projects
• Reduced-rate financing — special promos sometimes available on heat pump installs
• Combined with rebates — Xcel and Colorado state rebates can be applied to financed amounts

What you need to qualify

• Standard credit application (soft pull, doesn’t affect score)
• Decision typically same-day, often within minutes
• Most installations under $15,000 are approved without issue for homeowners with average or better credit

We don’t push financing — we offer it because it makes good projects accessible. Cash is always welcome too, and we’ve never charged a “cash discount” or “credit card surcharge.” Our pricing is our pricing.

Ask about financing at quote time and we’ll walk you through current options. Request a quote →

Right Way Mechanical is based in Wheat Ridge and serves the west Denver metro and Front Range foothills as our core service territory. Same-day response across the Front Range core; mountain dispatch is regular work for us, not a hassle.

Front Range — Same-Day Service

Foothills & Mountains — Regular Service

Specialty for mountain homes

Mountain homes have unique HVAC needs: harder design temperatures, longer runs of ductwork, propane in some areas, and altitude-sensitive sizing. We do extra dual-fuel heat pump installs at altitude, larger capacity furnaces for mountain envelopes, and we know which manufacturers’ equipment is rated for the altitudes we work in.

If you’re outside our standard area but adjacent (Castle Rock, Boulder, etc.), call us — we’ll let you know honestly whether we can serve your address or recommend a colleague.