Garage Door Questions Answered - Hearth Garage Doors FAQ

Most single-car installations finish in three to four hours. Double-car doors with new opener installation run four to six hours. Our crews run a post-install cycle test before leaving, so that time is built in. The test includes multiple open-and-close cycles, a balance check, and sensor reversal confirmation.

Cost depends on door size, material, insulation core, and whether opener installation is included. Ask for a line-item quote that separates door cost, hardware, labor, and any opener or removal fees.

Hearth measures your opening before any order is placed. Width, height, headroom clearance, sideroom, and backroom are all recorded on-site. Ordering a door without confirmed measurements risks a misfit that delays the job. The measurement visit is part of the installation process.

The post-install cycle test runs the door through multiple open-and-close cycles under opener power. Each cycle checks balance, reversal response, and force limits. A door that skips this test may bind, reverse unexpectedly, or trip the opener's safety system on the first real use. Our technicians complete this before leaving the property.

Yes. Low-headroom track configurations handle garages with as little as 10 inches above the door opening. Standard track requires 12 inches minimum. We confirm which track radius fits before ordering so the wrong system is never staged for installation.

Every installation ends with a documented cycle test - not a visual check. Balance is verified at the halfway point with the opener disconnected. Sensor reversal is confirmed with a physical obstruction test. Opener force limits are calibrated to the door's actual weight before the crew leaves.

Hearth conducts an on-site measurement before any specification is drawn. Ask directly whether the consultation is billed separately or applied toward the project total.

Lead time varies by material and manufacturer. Wood doors typically run six to twelve weeks from confirmed specification to delivery. Steel custom doors are faster. The on-site measurement happens first; the lead time clock starts after the specification is finalized and ordered.

A custom door is built to specification - panel profile, window placement, finish, and hardware are all chosen for the specific opening and home style. A non-standard size is a stock door ordered in a different width or height. Custom doors address architecture; non-standard sizing only addresses dimensions.

Yes, but the rough opening must be assessed first. Minor out-of-square conditions can be shimmed during installation. Significant frame irregularities require framing correction before the door is ordered - a custom door built to a crooked opening will never seal properly.

Panel profiles include flush, raised rectangle, short raised, beadboard, and V-groove. Hardware finishes include matte black, oil-rubbed bronze, antique bronze, and satin nickel. Window glass options include clear, frosted, and obscure patterns. Specific availability depends on the manufacturer and lead time at time of order.

Trim covers a gap visually but does not seal it. A non-standard opening fitted with a stock door and trim leaves air, dust, and water infiltration paths around the perimeter. In Boise's wind-driven dust environment, those gaps load the garage interior with particulate matter within a single season. A correctly fitted door eliminates the gap.

Two indicators point toward replacement: the repair cost exceeds 50 percent of a comparable new door's installed price, or the door has multiple failing systems simultaneously - spring, panels, and tracks all showing wear at once. A single failing component on a door under 15 years old usually points toward repair.

Ask for a comparison quote: the cost of the repair being considered versus a full replacement including removal. That number makes the decision factual rather than a guess.

Replacement jobs - removing the old door and installing a new one - typically run four to six hours for a standard double-car setup. Single-car replacements finish faster. Time increases if the opener is also being replaced or if the rough opening needs adjustment.

It depends on the opener's age, motor strength, and the weight of the new door. An opener rated for a non-insulated door may strain under a new insulated door that weighs significantly more. We check opener compatibility before finalizing a replacement recommendation.

Post-replacement verification covers balance test at the halfway point, sensor reversal confirmation, opener force limit calibration, and a full manual cycle. Weather seal contact along the floor and frame is also confirmed. The door does not leave our crew until it passes every check.

Yes. Attached garages in Boise benefit from a polyurethane-core insulated door because the temperature differential between a January garage and the adjacent living space is significant. Detached garages without climate control are appropriate candidates for non-insulated steel. Orientation matters too - south- and west-facing doors take more UV than north-facing ones, which affects finish selection.

Ask whether removal and haul-away are bundled into the replacement quote or billed as a separate line item. Get that in writing before the job is scheduled.

Removing a standard sectional door - panels, tracks, springs, cables, and hardware - typically takes 45 minutes to 90 minutes. Older doors with corroded hardware or multiple spring replacements from prior repairs can take longer. Removal time is factored into the full job schedule.

Steel panels and track sections go to a local recycling facility as scrap metal. Insulated panels require separation of the foam core from the steel facing before recycling. Spring and cable hardware is also recyclable steel. The old door leaves the property on the same visit the new door goes in.

Confirm with Hearth whether opener removal is included in the replacement job scope or priced separately. Opener removal involves disconnecting wiring and detaching the trolley rail - it adds time to the job.

A full sectional door with tracks and hardware weighs 150 to 400 pounds. Most bulk trash programs do not accept garage door systems, and the weight makes moving it without equipment a real injury risk. The steel also cannot go to a standard landfill as efficiently as it can go to a recycler. The crew hauls it properly on the same day.

Before the new installation begins, the opening is checked for frame squareness, header anchor point condition, and rough opening dimensions against the ordered door's specifications. If a problem is found at this stage, it is addressed before the new door goes in - not discovered after.

It depends on headroom, sideroom, and whether the opening is square. Most 1920s North End garages have lower headroom and narrower jamb widths than modern construction. We measure before recommending any product - some openings support a low-headroom overlay-panel sectional but cannot accommodate a true swing-out carriage door.

True swing-out carriage doors involve more complex hardware and installation than overlay-panel sectionals. Ask for separate quotes on both options after the site measurement is complete.

Site measurement happens first. Lead time on custom carriage-style doors runs four to ten weeks depending on material and manufacturer. Installation day for a standard single opening takes three to five hours. The timeline is set after the specification is confirmed.

A true swing-out carriage door hinges at the jamb and pivots outward - it requires clear space in front of the opening to operate. An overlay-panel sectional moves up the track like a standard door with a carriage-style face applied to the panels. Most modern carriage doors in Boise are overlay-panel sectionals because they fit existing openers and headroom constraints.

Z-brace hardware must be sized and mounted to the specific door's panel weight and profile. Hardware added after installation without knowing the panel gauge and anchor points may not hold correctly under door cycling stress. Decorative hardware installed incorrectly can pull away from the panel face within a season.

Overlay-panel carriage doors operate on a standard sectional track and work with most openers. True swing-out carriage doors do not use a standard track - they require a swing-out operator or manual operation. We confirm opener compatibility at the measurement visit before any product is ordered.

Western red cedar and redwood are the strongest performers on south-facing exposures in Boise. Both have natural oils that resist moisture and UV degradation better than fir. Fir is denser and takes stain well but requires more frequent resealing when facing direct afternoon sun.

Wood doors are the highest material cost tier in residential garage doors. Ask for a comparison quote covering wood species options alongside equivalent steel alternatives so the cost difference is clear before a decision is made.

Wood installed with high moisture content will shrink and crack as it dries in Boise's low-humidity climate. Sealing the surface after installation does not reverse dimensional change that has already occurred. Moisture content must be within acceptable range before the door is built and finished - not corrected afterward.

Wood doors are built to order. Lead time runs six to twelve weeks from finalized specification to delivery. Installation day for a single wood door takes four to six hours. Finish application - stain and sealer - may add a second visit depending on cure time requirements.

We document species, finish product, and application method for each door before installation begins. South-facing doors get a different sealant recommendation than shaded or north-facing ones. The homeowner receives that documentation - so future maintenance uses the correct product for the specific door, not a generic wood sealant.

Solid wood doors are heavier than steel doors of the same size. A standard half-horsepower opener may strain on a heavy wood door over time. We weigh the door before recommending an opener - wood doors frequently require a three-quarter or one-horsepower unit, and the spring system must be calibrated to the door's actual weight.

Yes. Aluminum-frame glass doors are priced above standard steel sectional doors. Insulated low-E glass adds further cost over tempered clear. The premium reflects the aluminum frame, the tempered glass units, and the higher hardware grade required for the door's weight. Ask for a comparison quote that includes both options.

Installation of an aluminum-frame glass door on a prepared opening runs four to six hours for a standard double-car width. The door is heavier per section than steel, which affects panel staging time. Opener calibration for the weight of the glass panels is included in the installation time estimate.

Low-E glass reflects infrared heat while passing visible light. On a west-facing garage used as a studio or workspace in Boise's summer, the interior temperature difference between clear glass and low-E glass can exceed 20 degrees on a 100°F afternoon. For conditioned spaces, that difference directly reduces cooling load.

It depends on the opener's motor rating and the door's weight. Glass doors are heavier than steel panel doors of the same size. Many existing half-horsepower openers are undersized for a full-view glass door. We confirm opener compatibility before the door is ordered - not on installation day.

Yes. Frosted tempered glass diffuses light while blocking clear sight lines into the garage. Light transmission through frosted glass is lower than through clear glass but substantially higher than a solid steel panel. Frosted glass is a practical choice for street-facing garages used as living or work spaces.

We assess the opening's orientation, the space's intended use, and the homeowner's privacy and temperature goals before recommending a glazing type. A west-facing studio gets a different recommendation than a north-facing attached garage. Glazing selection is documented and explained before any order is placed.

Polyurethane is injected as foam and bonds to both steel skins, providing higher R-value and structural rigidity. Polystyrene is pre-cut board inserted into the panel - less expensive, lower R-value, and no structural adhesion to the steel. For attached garages sharing a wall with conditioned living space, polyurethane performs meaningfully better.

The insulation core upgrade is typically one of the most common single cost variables in a door quote. Ask for side-by-side pricing on non-insulated, polystyrene-core, and polyurethane-core options at the same gauge and profile.

Often, yes. An insulated double-car door weighs more than a non-insulated door of the same size. Springs must be sized to the actual door weight. If existing springs were sized for a lighter door, they will be under-tensioned with the new door - causing the opener to work harder and the springs to wear faster.

Insulated double-car door installation runs four to six hours when the opener is included. Doors without opener replacement finish faster. Spring sizing and calibration are included in that timeframe. The post-install cycle test adds 20 to 30 minutes at the end.

An insulated door reduces heat transfer through the door panel, which reduces the HVAC load in an attached garage. How much it lowers energy bills depends on the garage's other insulation, how often the door opens, and the home's overall thermal envelope. The door is one factor, not a standalone fix.

Non-standard widths require confirmed measurements of width, height, headroom, sideroom, and backroom before any order is placed. We also check whether the header is reinforced to handle the added weight of an insulated door. Custom panel sizing on a non-standard opening adds lead time - that is disclosed before the order is confirmed.

Yes. Non-insulated steel doors are the lowest cost tier in residential garage door installation. The price difference between a non-insulated and insulated door of the same size varies by gauge and profile, but insulation adds meaningful cost. For detached shops and storage garages, the insulation cost provides no functional return.

A non-insulated single-car door installation without opener replacement runs two to three hours. Adding a new opener extends the job to three to four hours. The post-install cycle test is included in that time.

24-gauge steel is thicker and more resistant to denting from equipment contact and wind-driven debris. 26-gauge is lighter and less expensive. For a working shop garage in Kuna or Nampa where tools and equipment move in and out daily, 24-gauge holds up better over time.

No. Panel profiles - raised, flush, ribbed - and standard powder coat colors are available across both insulated and non-insulated product lines. Non-standard colors or specialty finishes may require special ordering regardless of insulation status.

Three questions settle it: Is the space heated or cooled? Does it share a wall with the house? Is there conditioned living space above it? If all three answers are no, a non-insulated door is the correct specification. If any answer is yes, insulation provides a real functional benefit.

Out-of-square openings require shimming during installation to get the track plumb and the door seated correctly against the frame. Minor variation is standard in older agricultural and shop construction. Significant out-of-square conditions may require a framing correction before the door can be installed to tolerance.

Standard track requires 10 to 12 inches of headroom above the door opening. Low-headroom track configurations work with as little as 4 to 6 inches in some configurations. The exact minimum depends on the track radius and the opener type. We measure headroom before specifying any track system.

Standard headroom configurations use off-the-shelf track and hardware at normal cost. Low-headroom track systems cost more because they require specialty components. Very low clearances that require custom bracket configurations add further cost. The headroom measurement happens before the quote is finalized.

A residential sectional door installation with opener runs four to six hours. Without opener replacement, three to four hours. Commercial sectional doors on larger openings run longer depending on door weight and track configuration. Post-install testing is included in that estimate.

Sideroom determines whether standard mounting brackets fit or whether low-profile hardware is needed. Backroom determines whether the door can fully open in the overhead position without hitting the back wall or an obstruction. A door ordered without confirming all three dimensions may require a return visit to fit correctly.

Standard-lift track transitions from vertical to horizontal at a 12-inch radius - the most common configuration. Low-headroom track uses a tighter radius to work in garages with limited ceiling clearance. High-lift track extends the vertical run before transitioning, allowing the door to open higher - used when additional overhead storage or a tall vehicle requires more clearance.

Not always. Changing track configuration - particularly switching to high-lift - changes the lift geometry and the cable drum wind requirement. A spring sized and configured for standard-lift may produce incorrect tension on a high-lift setup. Spring compatibility is assessed before any track configuration change is confirmed.

Yes, in most cases. Coiling door curtain material, hood assembly, and drive systems are commercial-grade components priced above residential sectional door packages. The cost difference is meaningful. For openings where a sectional door is physically possible, the choice between systems should be based on use case - not just opening size.

Site measurement and specification happen first. Lead time on commercial coiling doors runs two to six weeks depending on curtain material and drive type. Installation day on a standard commercial opening runs four to eight hours. Larger openings or three-phase motor installations take longer.

A manual crank coiling door requires physical effort to operate - workable for occasional use or backup operation. A motor-driven unit is appropriate when the door cycles multiple times per day or when the door is too large or heavy to operate manually without strain. For active commercial facilities, the motor pays for itself in operator efficiency.

Fire-rated coiling doors are required when the door penetrates a fire-rated wall assembly - typically between occupancy types or between a garage and attached structure under certain IBC classifications. Whether your opening requires a fire rating depends on the building's occupancy classification and wall assembly. We can advise, but the determination comes from the building department or fire marshal for your specific facility.

Hood size is determined by the coiled curtain diameter, which increases with door height and curtain weight. An undersized hood causes the coil to contact the hood interior as it builds up, creating binding and accelerated curtain wear. Hood sizing is set at specification - it cannot be adjusted after installation without replacing the hood assembly.

Yes. Coiling doors are custom-sized to the opening. Non-standard widths and heights are standard practice in commercial installations - the curtain and barrel are ordered to the confirmed dimensions. We measure the opening before ordering so the curtain size, barrel diameter, and hood configuration are correct for the specific job.

Every repair call starts with a structured diagnostic: manual operation test with the opener disconnected, visual inspection of springs, cables, tracks, rollers, and hardware, then an electrical check covering the opener, sensors, and wiring. The root cause is identified before any repair is recommended.

Most residential repair visits run one to two hours. Spring replacement, cable repair, and track work each fall in that range. Opener diagnostics add time if the logic board or gear assembly is involved. Complex repairs - multiple failing components on an older system - can run three hours or more.

Cost depends on which component failed, the parts required, and the labor time. Ask for a written estimate after the technician completes the diagnostic - not before, because a pre-diagnostic quote is a guess.

A technician can narrow the likely cause based on your description of what the door is doing. But a phone call cannot confirm whether the spring is broken, whether the cable is off the drum, or whether the opener's logic board has failed. The diagnostic visit produces a confirmed finding - the phone call produces a probability.

Our technicians run a structured diagnostic on every call - mechanical, electrical, and safety systems are all checked, not just the part that prompted the call. The homeowner gets a clear explanation of what failed, why it failed, and what the repair involves before any work begins.

The door is tested after every repair. The test covers a full manual cycle, an opener-powered cycle, sensor reversal confirmation, and a balance check if a spring was involved. The repair is not complete until the door passes the test.

Yes. Commercial repair involves heavier components - high-cycle spring systems, reinforced panel sections, commercial-grade track hardware - that cost more than residential equivalents. Labor time is also longer on commercial doors because the components are larger and heavier. Get a commercial-specific quote rather than using residential pricing as a reference.

Spring replacement on a commercial door runs two to three hours. Panel repair or track work adds time depending on extent. A complete system assessment with multiple repairs runs three to five hours or more on heavy commercial doors. Facilities should plan for at least a half-day when the scope is unknown before the crew arrives.

Commercial doors use heavier spring wire, higher-gauge track steel, and reinforced panel sections that require different tooling and handling than residential work. High-cycle spring systems on commercial doors store significantly more energy than residential springs - the release procedures are different and require specific technique.

Our technicians run a system-level assessment on commercial repair calls. If a second failing component is found - worn track hardware, a developing cable fray, a clutch showing slip - that is disclosed to the facility manager before leaving. Whether to address it in the same visit is the customer's decision, but the finding is documented.

Yes. Loading dock doors operate under conditions that standard residential repair does not involve - forklift contact, constant vehicle traffic, and high daily cycle counts. Reinforced panel sections and commercial-rated spring systems for high-cycle dock applications are within Hearth's service scope.

Ask Hearth directly what the policy is if a repaired component fails within a short period after service. Get that in writing before the repair is authorized.

Older overhead door systems may require non-stock parts or modified hardware that adds cost over a standard repair. Ask for a diagnostic visit first - the technician needs to assess which components are involved before a repair cost can be stated accurately.

A full-system repair - springs, cables, tracks, and opener - can run three to five hours on an older system. Individual component repairs are faster. Older systems often have multiple failing parts simultaneously, which extends the visit. The diagnostic identifies the scope before work begins.

If a repair addressed only the presenting failure without checking adjacent components, a second failure is predictable - not coincidental. Springs age together, cables wear together, and rollers fail in sequence on older systems. A repair that fixed one part while leaving worn parts in place set up the next failure.

Parts availability for older Overhead Door Corporation units varies by model and age. Some components are still in production; others require sourcing through specialty suppliers. Our technicians identify the unit's model and serial number during the diagnostic and check parts availability before quoting a repair.

We treat overhead door diagnostics as a system-level inspection - springs, cables, drums, tracks, panels, and opener are all assessed in sequence before any repair recommendation is made. Identifying all failing components in one visit is more efficient than addressing one problem and returning when the next one surfaces.

No. Tilt-up doors use a pivot-and-counterbalance system rather than a sectional track and spring shaft. The spring configuration, hardware mounting, and balance adjustment procedures are different. A technician familiar only with sectional systems may misdiagnose a tilt-up balance problem or apply the wrong adjustment technique.