# Overhead Door™ Company of Bellingham — Complete Service Reference > Overhead Door™ Company of Bellingham provides professional services in the area. Established 1959. > This file contains the full content of all service pages. For a concise overview, see [llms.txt](https://ohdbellingham.com/llms.txt). ## Residential Services ### Garage Door Repair URL: https://ohdbellingham.com/services/garage-door-repair The garage door is the largest moving part of most homes, and when it stops working properly it takes the daily routine, the security of the house, and the safety of everyone using it along with it. Every kind of residential door fault is diagnosed and repaired here, from broken torsion springs and snapped cables to a door that has come off its tracks. Service trucks are stocked with the parts that actually get used: springs, rollers, hinges, cables, weather seals, and opener components. That is what allows most repairs to be finished in one visit instead of ordering a part and booking a second trip. Calibrated torque tools and manufacturer-specified parts are used so a repair matches the standard the door was built to. Worn torsion and extension springs are the most common fault by a wide margin. A wet climate accelerates rust and corrosion on steel components as well, particularly on houses near the water or in the wettest areas, and that condition is looked for on every visit rather than only when it is mentioned. Beyond springs, the recurring work is noisy operation from worn rollers or loose hardware, opener faults including failed circuit boards and stripped gears, panel damage from a vehicle or from storm debris, and weatherstripping that has stopped sealing. A door that hesitates, reverses on its own, or grinds is telling you a component is on its way out and should be looked at before it takes something else with it. A safety check is part of every repair visit: the auto-reverse is tested, photo-eye alignment is checked, spring and cable condition is inspected, and the door balance is verified. A door that is out of balance strains the opener continuously and shortens the life of every moving part in the system. [GET GARAGE DOOR REPAIR SERVICE NOW!](https://ohdbellingham.com/get-a-quote/) **What's included:** - 60+ Years Of Making Customers Happy - Financing Available - Industry Leading Warranties - 24-Hour Emergency Service Available - Service All Make & Models - Highly Trained Technicians --- ### Replacement Track URL: https://ohdbellingham.com/services/replacement-track Misaligned, bent, or rusted garage door track realigned or replaced — work that needs the right tools to do safely. --- ### Emergency Service URL: https://ohdbellingham.com/services/emergency-service Availability: 24/7 Emergency Service A door stuck open with a car trapped behind it is not simply inconvenient. It is a security problem and a safety hazard at the same time, and it is the kind of fault that cannot sit until the next working day. The situations that bring out an emergency call are fairly consistent. A broken torsion spring that leaves the door immovable and a vehicle shut in. A door that has jumped its tracks and is hanging at an angle, unable to travel either way. Storm damage where a fallen limb or high wind has bent panels or broken hardware. And forced-entry damage that has left the garage impossible to secure, with the house and its contents exposed. Service trucks carry springs, cables, rollers, hinges, track sections, and opener parts for the door systems found on most homes, so the majority of emergency calls are finished on the first visit. Where the fault needs a specific replacement panel that has to be ordered, the door is secured shut and locked so the property stays protected while the part is arranged. Local conditions produce a recognisable set of emergencies. Winter storms bring branches down onto doors, sustained wind pushes doors off their tracks — older and lighter doors especially — and heavy rain works at the bottom seal and the lowest panel section. Those are the failures the truck is stocked for. Calls are ordered by risk rather than by sequence: a door stuck open that cannot be secured comes before a door stuck closed on a house that is still locked up. On arrival the area is made safe, the opener is disconnected so it cannot be triggered while work is underway, and the door is stabilised before anything is dismantled. **What's included:** - Broken spring replacement - Off-track door realignment and repair - Storm and wind damage repair - Break-in and forced-entry damage repair - Door secured shut when a repair needs an ordered part **FAQ:** **Q: Why is my garage door not opening or closing?** A: Several issues can cause a garage door not to open or close properly and it may need garage door repair. Here are some reasons and troubleshooting steps: - Remote Control Issues: Check the remote control’s batteries and replace them if they are weak or dead. Ensure that you are within the remote’s range and aiming it directly at the garage door opener. - Safety Sensor Misalignment: Most residential garage doors have safety sensors located on both sides of the door near the floor. Make sure they are aligned and not obstructed by debris. Clean the sensor lenses to ensure they are free from dirt or cobwebs. - Power Interruption: Check if there is power to the garage door opener. Make sure the motor unit is plugged in and the circuit breaker or fuse isn’t tripped. - Manual Lock Engaged: Some garage doors have a manual lock feature. Ensure that the lock is disengaged to allow the door to open. - Broken Springs or Cables: If you hear a loud noise or see that the springs or cables are broken, do not attempt to operate the door. Broken springs or cables can be dangerous and should be repaired by a professional. - Blocked or Obstructed Track: Inspect the tracks on both sides of the door for obstructions, like leaves, debris, or objects that may be preventing the door from moving. - Limit Switch Settings: Garage door openers have limit switches that determine how far the door should open or close. If these settings are misaligned, it can prevent the door from operating correctly. Adjust the limit switch settings as needed. - Sensor Wiring Issues: Check the wiring connections for the safety sensors and make sure they are secure and not damaged. - Remote Control Reprogramming: If you have recently replaced the remote control or the batteries, you may need to reprogram it to the garage door opener. - Garage Door Opener Motor Problems: If none of the steps above resolve your issue, there may be a problem with the garage door opener motor. It could be a malfunctioning circuit board, a worn-out motor, or other internal issues. Contact one of our reliable service technicians at Overhead Door™ for diagnosis and repair. **Q: Why is garage door light blinking and not opening?** A: Blinking lights on the garage door opener could mean safety sensor issues. These are designed to prevent the door from closing if there’s an obstruction or misalignment. If your garage door light is blinking and the door isn’t opening, it usually indicates a garage door opener system problem. Common causes of this are: - Sensor Misalignment or Obstruction: Check the safety sensors located on both sides of the garage door near the floor. Ensure they are properly aligned and facing each other. Dust, dirt, or debris on the sensor lenses can also cause issues. Clean the lenses and remove any obstructions. - Sensor Wiring Issues: Inspect the wiring connections for the safety sensors. Ensure that the wires are securely connected and not damaged. - Blocked Path: Look for any objects or obstructions in the path of the garage door. Even small items in the way can trigger the safety sensors and prevent the door from closing. - Limit Switch Settings: Garage door openers have limit switches that determine how far the door should open or close. If these settings are incorrect, it can cause the door to stop or reverse prematurely. Adjust the limit switch settings as needed. - Remote Control or Keypad Issues: Test the remote control or keypad to see if they are working properly. If the batteries are weak or dead, replace them. Reprogram the remote control or keypad if necessary. - Power Interruption: Ensure that the garage door opener unit is receiving power. Check if it’s plugged in and that the circuit breaker or fuse is not tripped. - Manual Lock Engaged: Some garage doors have a manual lock feature. Make sure the lock is disengaged to allow the door to open. - Garage Door Opener Motor Problems: If none of the above steps resolve the issue, there may be a problem with the garage door opener motor or its internal components. This could include issues with the circuit board, motor gear, or other parts. If you can’t identify or resolve the problem, call us at Overhead Door to schedule a maintenance check-up so our experienced garage door technicians can inspect your garage door opener system. **Q: What to do if your garage door opener breaks?** A: If your garage door opener breaks, it can be an inconvenience and a security concern for your home and sometimes you may need an emergency garage door repair. You can try manually disengaging the opener from the door. Then, inspect the opener for visible damage or issues like worn-out gears or a malfunctioning circuit board. A professional garage door technician, like ours at Overhead Doors can thoroughly investigate your opener and provide repairs or recommend a replacement to ensure it operates safely and efficiently. **Q: How do you open a garage door with an emergency cord?** A: To open a garage door using the emergency cord, locate the red rope or handle hanging from the garage door opener track and pull it down and away from the door. This action disengages the opener from the door, allowing manual lifting. Use caution as the door is heavy. Secure the open door with locks or clamps. To re-engage the opener, pull the cord back toward the opener track until it clicks into place once the issue is resolved. **Q: How do I know if my internal garage door spring is broken?** A: You can determine if your internal garage door spring is broken by observing signs. If your garage door is suddenly heavier to lift, doesn’t stay open, or slams shut when closing, it may indicate a broken spring. You may notice a visible gap or separation in the spring itself. Broken garage door springs need to be addressed promptly. Hire an expert for repairs, because attempting to replace a broken spring can be dangerous. **Q: Can you open garage door manually if spring is broken?** A: You can open a garage door manually even if the spring is broken. Most garage doors have an emergency release cord or handle allowing you to disengage the door from the opener system. By pulling this cord or handle, you disconnect the opener, allowing you to manually lift the door. The door may be heavier without the spring, so exercise caution while lifting. Once open, you can secure it in place to prevent accidental closure. Broken garage door springs should be repaired by one of Overhead Door™ service technicians as soon as possible because it’s dangerous to operate the door without a functioning spring. If this happens you may need 24 Hour Emergency Garage Door Repair to fix it or to get your car out of the garage. **Q: What causes broken torsion spring garage door?** A: A broken torsion spring in a garage door can happen due to different reasons: - Wear and Tear: The most common cause of a broken torsion spring is natural wear and tear. Torsion springs are rated for a certain number of cycles (one cycle is a single opening and closing action). Over time, with repeated use, the metal can fatigue and eventually break. - Improper Maintenance: Lack of maintenance, like lubricating the springs, can lead to increased friction and wear, hastening the spring’s failure. - Rust and Corrosion: If the springs are exposed to moisture and not properly maintained, they can develop rust. Rust weakens the metal and makes it more prone to breaking. - Poor Quality Material: Springs made from lower quality metal may not have the endurance of higher quality springs, leading to a shorter lifespan and a higher risk of breaking. - Improper Installation or Adjustment: If a torsion spring is not properly installed or adjusted, it can put uneven stress on the spring, leading to premature failure. - Extreme Temperature Changes: Extreme temperature fluctuations may cause the metal in the springs to expand and contract, which can weaken it over time. Regular maintenance and inspection, using high-quality springs, and ensuring proper installation and adjustment can significantly extend the life of garage door springs. **Q: Why won't my garage door open with the emergency release?** A: If your garage door won’t open with the emergency release, the issue could be broken torsion springs, a door off its tracks, obstructions or damage to the tracks or rollers, a faulty emergency release mechanism, or because the door is manually locked. **Q: What does a blinking red light on a garage door opener mean?** A: A blinking red light on a garage door opener indicates issues like sensor misalignment, incorrect setting adjustments, motor problems, or remote control issues. The cause can vary by model, and professional expertise is recommended if the problem continues. **Q: How do you open an electric garage door when the power fails?** A: In a power outage, open an electric garage door by pulling the red-handled emergency release cord down and back to disconnect it from the opener. Ensure the door is closed for safety, then lift it manually. Once power returns, reattach the door to the opener using the cord and opener. If the door is hard to open or won’t stay open, get professional help. **Q: How long does it take to fix a spring on a garage door?** A: The time it takes to fix a garage door spring depends on the type of spring system, the complexity of the garage door mechanism, and the experience level of who is repairing it. For one of our well-trained Overhead Door™ licensed garage door service technicians, the process typically takes between 30 minutes to 2 hours. Our service team collectively brings over 160 years of experience in installing and servicing garage doors. We also make repairs and inspect commercial garage doors. We take pride in our exceptional customer service, quality product performance, and our talented and knowledgeable team. --- ### Broken Spring URL: https://ohdbellingham.com/services/broken-spring Garage door springs carry the entire weight of the door. When one breaks, the door either will not move at all or becomes genuinely dangerous to lift by hand, which is why a broken spring is a job for a trained technician with the right tools rather than a weekend repair. There are two systems in common use. Torsion springs mount on a shaft above the door opening and are standard on modern installations. Extension springs run along the horizontal tracks on either side and turn up on older homes and in garages with limited headroom. Both are serviced and replaced. Spring life is measured in cycles, where one cycle is a single full open and close. Standard springs are rated for a set number of cycles and higher-cycle springs are available where a door is used heavily, which reduces the chance of a failure later on. Springs fail for a handful of reasons. Ordinary fatigue is the most common, but corrosion accelerates it considerably in a damp marine climate, and cold weather makes spring steel more brittle, which is why breakages cluster in the cooler months. The warning signs are a door that suddenly feels heavier, visible gaps or stretched coils in the spring, a door that will not stay put when raised halfway, and squealing or grinding from the spring shaft. Replacement is not a do-it-yourself job. A torsion spring is under extreme tension and one that is wound incorrectly can release with enough force to cause serious injury. Proper winding bars, measured torque, and the manufacturer's specification for the door are what make the job safe. Cables, bearing plates, and drums are inspected at the same time, because those parts work with the springs as a single system. Every spring replacement finishes with a balance test. Tension is adjusted until the door holds its position at the halfway point without drifting up or down, which is the sign that the door is balanced and the opener is not being strained. **What's included:** - Torsion and extension spring replacement - High-cycle spring upgrades available - Cables, drums and bearing plates inspected - Full door balance test after every installation - Rust and corrosion assessment for a damp marine climate - Safety inspection of all spring-related hardware **FAQ:** **Q: Why do springs break on garage doors?** A: Springs on garage doors can break and need garage door repair due to these reasons: Wear and Tear: The most common cause is natural wear and tear. Residential garage door springs are designed for a certain number of cycles (one cycle is a complete opening and closing of the door). With frequent use, the metal in the springs weakens, eventually leading to a break. Rust and Corrosion: If the springs are exposed to moisture and not properly maintained, they can develop rust. Rust weakens the metal and makes it more prone to breaking. Improper Maintenance: Lack of regular maintenance, like lubricating the springs, can lead to increased friction and stress on the metal, hastening its failure. Poor Quality Material: Springs made from lower quality metal may not last as long as higher quality ones, leading to a shorter lifespan and a higher likelihood of breaking. Improper Installation or Adjustment: If springs are not properly installed or adjusted, they can experience uneven stress, which can cause premature failure. Extreme Temperature Fluctuations: In some cases, extreme cold or heat can affect the metal in the springs, causing it to weaken over time. Understanding these causes can prevent damage, while regular maintenance and high-quality springs may extend the life of garage door springs. **Q: Do garage door springs weaken over time?** A: Yes, garage door springs weaken over time. The weakening of the springs is due to the natural wear and tear from repeated use. Each time the garage door is opened and closed, it completes a cycle, and the springs undergo a certain amount of stress during each cycle. Reasons for garage door springs weakening include: - Cycle Lifespan: Springs are rated for a certain number of cycles (one cycle is a full open and close action). The more the garage door is used, the faster the springs will reach the end of their cycle lifespan. - Rust and Corrosion: Exposure to moisture leads to rust, which weakens the metal in the springs and reduces their lifespan. - Lack of Maintenance: Regular maintenance, like lubrication, helps to keep springs functioning at their best. Neglecting maintenance leads to faster wear and tear. - Temperature Fluctuations: Extreme temperatures can affect the metal, causing springs to lose some of their tension over time. As springs weaken, they become improperly balanced and can’t support garage door weight, leading to operation problems. Schedule regular maintenance checks and replace the springs when necessary. **Q: How do I know if my garage door spring is bad?** A: Recognizing a failing garage door spring is important. Here are signs to look out for: Door Won’t Open: If the garage door won’t open or only opens a few inches, it may be because of a broken spring. Loud Noise: A loud bang from the garage is a sign that a spring has broken, due to a spring unwinding rapidly. Gap in the Spring: Torsion springs, which are mounted above the door, will have a noticeable gap, typically about two inches, when they break. Door Closes Too Quickly or Hard: If the door slams down when closing, it could indicate the springs are failing and not supporting the door’s weight properly. Bent or Warped Top of the Door: When the door is opened, the top section may bend or appear warped if the springs are not functioning correctly. Uneven Hanging or Crooked Opening: If your door opens or hangs unevenly, it could be a sign that one of the springs is failing or has broken. Difficulty Lifting Manually: If the door is extremely heavy when you try to lift it manually, it suggests the springs are no longer doing their job of counterbalancing the weight. Cables Appear Loose or Snapped: Broken springs cause the cables to become loose or even snap due to lack of tension support. If you notice any of these signs, avoid using the door and contact us at Overhead Door™. DIY repair shouldn’t be attempted on your own. **Q: What to do when a garage door spring breaks?** A: When a garage door spring breaks, safety is paramount and it should be handled effectively using caution: Stop Using the Door: Immediately cease using the garage door. A broken spring can cause the door to be unbalanced and potentially dangerous. Secure the Door: Close the door if it’s safe to, so you prevent potential hazards or security issues. If the door is stuck open and can’t be safely closed, secure the area to prevent access or injury. Do Not Attempt DIY Repairs: Garage door springs are under high tension and can be dangerous to work with. Don’t repair or replace the springs yourself. Disconnect the Opener: If the garage door opener is connected, disengage it to prevent accidental operation which could cause further damage or injury. Call a Professional: Contact us at Overhead Door™ door repair service so we can investigate your garage door springs. Our expert team can assess them and repair or replace them. We have the expertise, tools, and equipment to properly and safely fix them. We’re proud of our excellent customer service, licensed technicians and quality products. Avoid DIY Opening/Closing: Do not try to manually open or close the garage door. The door can be extremely heavy without the support of springs, and attempting to move it can result in injury or further damage. **Q: How often do garage door springs fail?** A: Garage door springs sometimes fail depending on their quality, usage frequency, and maintenance. Springs are rated by cycles, with one cycle being a single opening and closing of the door. Most springs are rated for 10,000 cycles, translating to different lifespans based on usage. These are general estimates: - Average Usage: For an average residential garage door, springs might last between 7 to 12 years, assuming around 4 daily cycles. - High Usage: In homes where the garage door is used more frequently, like a main entry point, springs may wear out sooner, potentially within 4 to 6 years. - Maintenance and Environment: Regular maintenance extends the life of springs. Climate, rust, and corrosion can accelerate wear. **Q: Is it safe to replace torsion spring on garage door?** A: Replacing a torsion spring on a garage door shouldn’t be a DIY task. Reasons for this include: High Tension: Torsion springs are under immense tension. The tension allows them to lift heavy garage doors. If a spring snaps or is incorrectly handled, it can cause injuries or be fatal. Specialized Tools Required: Replacing torsion springs requires specific tools, like winding bars not commonly found in standard toolkits. Using improper tools increases the accident risk. Technical Skill and Knowledge: Proper installation of torsion springs requires technical knowledge and skills that our Overhead Door™ technicians have gained from years of experience. Incorrect installation leads to doors not functioning correctly and poses a safety risk. Balancing the Door: Correctly balancing the garage door is important. An improperly balanced door is hazardous, while reducing the lifespan of the springs and your opener. Risk of Property Damage: Mistakes in the replacement process could damage your garage door or your garage. Due to these risks, you should hire a professional to replace garage door torsion springs. Our Overhead Door™ expert professionals have the experience to safely and correctly perform replacement. **Q: How long does it take to fix a spring on a garage door?** A: The time involved in fixing a garage door spring varies based on the spring system (torsion or extension), the garage door mechanism, and the experience of who’s repairing it. Professional technicians typically take around 30 minutes to 2 hours to fix a spring. For someone less experienced, it takes significantly longer and could be risky and dangerous. Hire our experts for garage door repairs so you don’t have to worry about safety and functionality. **Q: Should you replace both garage door springs if one breaks?** A: While it might seem like an unnecessary expense, replacing both springs can save time, money, and ensure the safety and longevity of your garage door system. We recommended replacing both garage door springs if one breaks. Here’s why: Even Wear and Tear: Garage door springs typically wear out at roughly the same rate. If one spring breaks the other is likely close to failing as well, if they were installed simultaneously. Balanced Tension: Replacing both springs ensures the tension is balanced on both sides of the door. This balance is important for the proper functioning and alignment of the door. Cost-Effectiveness: Replacing both springs at the same time is more cost-effective. It saves on labor costs so a technician won’t need to return when the other spring eventually breaks. Safety: Using a new spring with an old, worn spring can be unsafe. The older spring may break soon after, causing damage or injury. Longevity of the Door Mechanism: Consistent, balanced tension of new springs on both sides helps prolong the life of other garage door components. **Q: How do I prolong the life of my garage door spring?** A: To maximize the lifespan of your springs, lubricate every six months and regularly check for balance, wear, rust, or corrosion. Schedule maintenance checks. Avoid overuse and promptly replace worn springs. Choose high-quality springs for longevity and ensure they’re properly installed and tensioned. Address rust promptly and keep tracks aligned and clean to reduce strain on springs. Overhead Door™ of Bellingham has serviced customers since 1959. We take pride in being the most reputable and trusted brand of garage doors in the industry. Contact us today if you need your garage door springs or garage door opener repaired or replaced. Our highly-trained technicians also provide emergency garage door repairs and commercial garage door repairs as well as replacement. --- ### Broken Cable URL: https://ohdbellingham.com/services/broken-cable Garage door cables work with the springs to raise and lower the door. The steel cables run from the bottom brackets of the door up to the drums at the top of the opening, turning the lifting force the springs generate into smooth vertical travel. When a cable frays, jumps off its drum, or snaps, the door can hang crookedly, jam in the track, or drop without warning. Fraying almost always starts in the same two places: where the cable wraps the drum, and where it meets the bottom bracket. Those are the points where repeated bending and tension concentrate on individual strands. Damp air and seasonal temperature swings speed the process up. Caught early during an inspection, a frayed cable is a straightforward replacement rather than a breakdown. A snapped cable needs attention straight away. With one cable gone the door has lost balanced support on that side and can tilt or slide in the track, damaging panels, track hardware, or whatever is stored below it. Trying to operate a door with a broken cable risks turning one failed part into several. A cable repair covers the whole assembly, not just the cable. Frayed and broken cables are replaced with galvanised steel cable matched to the weight and size of the door. The drums are inspected for wear grooves and correct alignment, since a worn drum will chew through a new cable as quickly as it did the old one. The bottom brackets and connection points are examined too, because a failed cable is often a symptom of something else — a worn drum, a binding track, or a spring that is out of tension. Because cables and springs operate as one system, the springs are inspected on every cable repair. A spring near the end of its life loads the cables unevenly and wears them early. Every repair finishes with a balance test and a manual-mode check of the full travel, confirming even cable tension on both sides. [GET GARAGE DOOR CABLE REPAIR NOW!](https://ohdbellingham.com/get-a-quote/) **What's included:** - Frayed and snapped cables replaced - Galvanised steel cable matched to door weight and size - Cable drums inspected for wear grooves and alignment - Bottom brackets and connection points checked - Spring system evaluated with every cable repair - Door balance test and manual-mode travel check --- ### Rollers URL: https://ohdbellingham.com/services/rollers Rollers are one of the hardest-working parts of any door system. Every time the door opens or closes, each roller travels the vertical and horizontal track carrying a share of the door's weight, and it does that thousands of times a year. Rollers eventually develop flat spots, crack, or lose their bearings altogether, and the result is noisy, jerky travel that puts extra load on the track and the opener. Both nylon and steel rollers are stocked on the service truck. Steel is durable and a sound choice for a standard residential door. Nylon runs noticeably quieter because there is no metal-to-metal contact with the track, which makes a real difference in a house with a bedroom or living space over the garage. A roller replacement is not just a swap. The full track run is checked for misalignment, debris, and wear the failing rollers may already have caused. Worn rollers force the opener to pull harder on every cycle, so replacing them before they seize protects the more expensive parts further down the system. The usual signs that rollers need attention are grinding or squealing during travel, visible chips or flat spots on the roller face, the door hesitating or catching at the same point each time, and vibration you can feel through the garage wall. A door that has become louder over recent months has worn rollers more often than not. All rollers are replaced together rather than mixed old with new, so wear stays even across the full travel of the door. Hinges and bearing plates are inspected at the same time, every moving part is lubricated, and the old hardware and debris are cleared away before the technician leaves. **What's included:** - Nylon and steel roller options carried on the truck - Quieter nylon rollers for homes with rooms above the garage - Full track run inspected with every replacement - All rollers replaced as a set so wear stays even - Hinges and bearing plates lubricated at the same time **FAQ:** **Q: Is it worth replacing garage door rollers?** A: The replacement of residential garage door rollers can be a worthwhile investment. It can significantly improve the overall performance of your garage door by making it operate more smoothly and quietly. This improvement improves the door’s functionality and reduces wear and tear on other components, extending the lifespan of the opener. New rollers reduce friction between the door and tracks, which increases safety by reducing the risk of accidents like the door suddenly falling due to worn-out rollers. These upgraded rollers require less maintenance, saving you time, and effort. They contribute to improved energy efficiency by maintaining a better seal in your garage, leading to long-term savings. While there may be an initial cost of garage door rollers replacement, the benefits of performance, safety, and cost savings make it a worthwhile investment for many homeowners. **Q: Why do garage door rollers break?** A: Garage door rollers can break due to: - Normal Wear and Tear: Ongoing use causes roller wear. - Lack of Maintenance: Insufficient upkeep accelerates wear. - Corrosion: Rust and corrosion weaken roller bearings. - Impact Damage: Collisions with door or track damage rollers. - Poor Quality: Low-quality or poorly manufactured rollers break more easily. - Extreme Temperatures: Hot or cold weather affects roller durability. - Misalignment of track or components: Stresses rollers, causing failure. **Q: How often should garage door rollers be replaced?** A: Inspect your garage door rollers regularly for signs of wear and replace them when you notice any issues. The frequency of garage door roller replacement depends on the type of rollers you have, how often you use your garage door, and the quality of maintenance they receive. Here are some general guidelines: Roller Types & Lifespan: - Standard Steel Rollers: Last about 5-7 years with proper care. - Nylon Rollers: More durable, lasting 10+ years, low maintenance. - Ball-Bearing Rollers: High-quality, 10+ years, smooth and quiet. Prolonging Lifespan: - Regular Maintenance: Lubricate every 6-12 months. - Heavy Use: Frequent use may shorten roller life. - Roller Quality: Higher quality lasts longer. - Environmental Factors: Extreme temperatures and exposure to moisture or corrosive substances impact durability. **Q: How do you replace a garage door roller?** A: Replacing garage door rollers can vary in complexity depending on the type of rollers you have if you have torsion springs or non-standard rollers, and depending on your level of DIY expertise. Consulting your garage door opener’s manual and following safety precautions is essential. Here’s a list of steps to replace garage door rollers: - Prepare and ensure the door is in the closed position. - Disconnect the opener’s power source. - Release tension from extension springs if present. - Secure the door in the open position. - Remove old rollers one at a time. - Slide in and secure new rollers. - Lubricate rollers and moving parts. - Test the door’s manual operation. - Reconnect the opener and test it. - Adjust springs if necessary. Safety should be a top priority, and professional assistance may be needed for complex setups. **Q: Are garage door rollers standard size?** A: Garage door rollers come in different sizes, and they are not always standard. The size and type of rollers needed for your garage door can vary depending on factors such as the door’s weight, track configuration, and manufacturer specifications. It’s essential to choose the right size and type of rollers for your specific garage door to ensure proper and safe operation. If you’re unsure about the size or type of rollers you need, it’s best to consult with a professional garage door technician or refer to the manufacturer’s guidelines for your door model. **Q: Why do garage door rollers come off track?** A: The frequency of garage door roller replacement depends on the type of rollers you have, how often you use your garage door, and the quality of maintenance they receive. Here are some general guidelines: Standard Steel Rollers: These are the most common type of rollers and typically last around 5 to 7 years with regular use. They may need replacement sooner if they are of lower quality or not properly maintained. Nylon Rollers: Nylon rollers are more durable and can last up to 10 years or more. They are known for being quieter and requiring less maintenance. Ball-Bearing Rollers: These high-quality rollers can last 10 years or more and provide smooth and quiet operation. They are a good long-term investment. Regular Maintenance: Proper lubrication and periodic inspection can help extend the lifespan of your rollers. Lubricate them every six months to a year or as needed. Heavy Use: If you use your garage door frequently, the rollers may wear out more quickly. In such cases, consider more durable rollers. Quality of Rollers: The quality of the rollers themselves plays a significant role in whether you need frequent garage door repair. Higher-quality rollers tend to last longer. Environmental Factors: Extreme temperatures and exposure to moisture or corrosive substances can affect roller lifespan. **Q: Do garage door rollers need to be greased?** A: Yes, garage door rollers should be greased to ensure smooth and quiet operation. Applying lubrication to the rollers reduces friction and extends their lifespan. Use a silicone-based or lithium-based garage door lubricant specifically designed for this purpose. Apply the lubricant to the rollers, hinges, and other moving parts at least once or twice a year or as needed, depending on usage and environmental conditions. Regular lubrication helps prevent wear and noise, ensuring your garage door operates efficiently. **Q: How do you test garage door rollers?** A: To test garage door rollers, close the garage door and disconnect the opener so it won’t interfere with the test. With the door closed, manually lift the door, paying attention to how smoothly it moves along the tracks. Listen for any unusual noises or resistance, which could indicate roller issues. Next, partially open the door and observe if it stays in place or tends to slide down. It should remain stationary when partially open. If you notice any rough or uneven movement, unusual noises, or issues with the door’s balance, it may be a sign that the rollers need inspection or replacement. Regularly testing your garage door rollers helps identify problems early, ensuring they operate safely and smoothly. **Q: How many garage door rollers do I need?** A: Standard residential garage doors usually require 10 to 12 rollers. These doors are usually 7 feet tall and have four or five panels, requiring two rollers per panel. However, the exact number can vary based on the door’s width and the design of the panels. Wider and heavier garage doors, like commercial garage doors, might require more rollers for adequate support and smooth operation. Consult with one of our Overhead Door® professionals to determine the exact number of rollers needed for your specific door model and size. **Q: How do you align garage door rollers?** A: To align garage door rollers, first, ensure safety by disconnecting the door from the automatic opener and securing it closed. Inspect and clean the rollers and tracks for damage and debris. Adjust misaligned tracks by loosening the brackets, using a level for accuracy, and then re-tightening. Check the rollers for proper alignment in the tracks and replace or reinsert them if necessary. Lubricate the rollers and tracks for smoother operation. After realigning, manually test the door for smooth movement. If you have safety concerns, seek professional assistance. Once aligned, reconnect the door to the opener. If you’re not comfortable performing these steps or the problem persists, call one of our experts at Overhead Door®. Garage doors are under a lot of tension and can be dangerous if the proper knowledge and tools aren’t used. **Q: How are roller doors measured?** A: Measuring garage door rollers involves three key dimensions: the roller’s diameter, the stem’s length, and the stem’s diameter. To measure the roller’s diameter, use a tape measure across the wheel’s center from one side to the other, with common sizes being 1″, 2″, or 3″. The stem length, which ensures the roller fits in the door’s hinge, is measured from the wheel to the stem’s end. The stem diameter, usually a standard size, should also be measured for compatibility with existing hinges. Slight size differences can impact the roller’s fit and functionality so accuracy is important. For replacements, remove an existing roller and take it to a hardware store for a matching size. Safety is paramount when handling garage door components due to their weight and tension. **Q: How long does it take to replace garage door rollers?** A: Replacing garage door rollers is a task that can take from 30 minutes to an hour for someone with experience. Beginners may need more time to familiarize themselves with the mechanism. The type of rollers being installed, whether they are steel or nylon, can also influence the duration of the installation. The size and condition of the garage door rollers factor in the time needed to replace them. Larger or heavier doors, or those in poor condition, may need more care and time for safe handling. Having the correct tools and a clear understanding of the steps involved before beginning the project can streamline the process. Prioritize safety, especially when dealing with the tension in the springs. For expertise in replacing garage door rollers, call Overhead Door®. Replacing rollers can be a complex task without the right skills and equipment. Our technicians are thoroughly trained and fully equipped to handle residential garage door roller replacements efficiently and safely, guaranteeing your satisfaction. We also replace commercial garage door rollers. ## --- ### Openers URL: https://ohdbellingham.com/services/openers An opener that has stopped working properly is more than an annoyance. It can shut you out of the garage, trap a vehicle inside, and leave the house less secure than it should be. All makes and models are serviced, including chain-drive, belt-drive, screw-drive, and direct-drive units. Opener faults come from several directions. Motors burn out in older units, particularly ones that have spent years pulling against a door that was never properly balanced. Stripped gears in the drive mechanism are another common failure and turn up most often on chain-drive models. A failing circuit board produces the odd behaviour people describe most: the door reversing partway down, the motor running without the door moving, or the unit ignoring the remote entirely. Sensor faults account for a large share of calls. The photo-eye sensors at the base of the opening have to be aligned and unobstructed before the door will close. They get knocked out of line by a bicycle or a storage bin, or the lens picks up enough dirt to break the beam, and the door then reverses or refuses to close. The safety reversal system is recalibrated and tested on every opener visit. Remote and keypad programming is the other frequent request, whether a remote has been lost, another vehicle needs adding, the system needs reprogramming, or the door is being brought onto a phone-controlled setup. Wi-Fi-capable openers can be installed and configured to work with home automation so the door can be checked and operated remotely. Where an opener is past economical repair, a modern replacement is quieter, more reliable, and carries current safety features including battery backup that keeps the door working through a power cut. Belt-drive units in particular run close to silent, which matters in a house with rooms above or beside the garage. Every opener repair ends with the whole system tested: remote range, wall button, safety reversal, the auto-close timer where one is fitted, and the force settings, so the opener is not left straining against a binding door. **What's included:** - All makes and models serviced - Motor, gear and circuit board replacement - Photo-eye sensor alignment and calibration - Remote and keypad programming - Smart and Wi-Fi opener integration - Belt-drive and chain-drive repairs - Battery backup fitted for power outages **FAQ:** **Q: Is it worth repairing a garage door opener?** A: Garage door opener repair decisions should be based on the cost and nature of the repair, the age and reliability of the opener, and your budget. Repairing a residential garage door opener can be worth it under certain circumstances: Cost-Effective: If the issue with the opener is minor and the repair cost is relatively low compared to the cost of a new opener, repairing it can be cost-effective. Newer Opener: If your garage door opener is relatively new, still under warranty, or has modern features you value, repairing it can extend its lifespan and provide continued benefits. Environmental Considerations: Replacing an entire garage door opener contributes to waste and environmental impact. Repairing a malfunctioning opener can be a more eco-friendly choice. Compatibility: If you have a specific preference for your current opener or it matches the existing setup perfectly, repairing it can maintain compatibility with your garage door system. Immediate Need: Repairing the opener can quickly resolve the issue and restore the functionality of your garage door, which is essential for security and convenience. Budget Constraints: If your budget is limited, and the repair cost is within your means, repairing the opener may be the most practical option. Simple Repairs: Some garage door opener issues, like sensor misalignment or remote control problems, can be simple and inexpensive to fix, making repair a sensible choice. Consult one of our expert Overhead Door® repair technicians for valuable insights and recommendations about your garage door opener. **Q: How do you diagnose a garage door opener problem?** A: Diagnosing a garage door opener problem involves a systematic approach to identify the issue. Here are steps to help diagnose common problems: - Visual Inspection: Look for visible damage or loose wires. - Listen for Noises: Pay attention to unusual sounds during operation. - Test Wall Switch: Check if the wall switch is functioning. - Remote Control Testing: Test the remote control(s). - Safety Sensors: Ensure safety sensors are aligned and unobstructed. - Limit Switch Adjustment: Adjust limit switches for door travel. - Safety Reverse Test: Check if the safety reverse feature is working. - Photoelectric Sensors: Clean and align photoelectric sensors. Always disconnect the opener’s power source before conducting any repairs or adjustments for safety reasons. **Q: How do you fix garage door opener?** A: Common steps for addressing problems include checking power sources, inspecting and adjusting remote controls, ensuring proper sensor alignment, replacing broken springs professionally, performing routine maintenance tasks, inspecting the motor for damage, aligning tracks, adjusting limit switches, and re-programming remotes when needed. Safety precautions, especially concerning spring-related repairs, are important. Seek professional assistance if problems persist or if you’re unsure about the issue. Prioritize safety throughout the troubleshooting and repair process. **Q: What is the average life of a garage door opener?** A: The average lifespan of a garage door opener typically ranges from 10 to 15 years. However, the actual longevity can vary based on the quality of the opener, frequency of use, maintenance, and environmental conditions. High-quality openers with regular maintenance may last longer, while lower-quality models may have a shorter lifespan. It’s a good practice to monitor the opener’s performance and consider replacement if it frequently malfunctions, becomes noisy, or exhibits safety issues. **Q: Is it better to fix the garage door opener or replace it?** A: Whether it’s better to fix or replace a garage door opener depends on the specific situation and the extent of the problem. Here are some considerations to help you decide: Repair the Garage Door Opener If: - Minor Issues: If the problem is minor, such as a loose wire, sensor misalignment, or worn-out remote, it’s usually cost-effective to repair. - Relatively New Opener: If your opener is relatively new and still under warranty, repairing it may be the best option to avoid unnecessary expenses. - Budget Constraints: If your budget is limited and the repair cost is significantly lower than replacement, it makes sense to opt for repairs. - Minimal Wear and Tear: If the opener is in overall good condition with minimal wear and tear, fixing the specific issue may extend its lifespan. Replace the Garage Door Opener If: - Age: If the opener is nearing the end of its typical lifespan and experiences frequent issues, replacement may be more cost-effective. - Frequent Breakdowns: If you’re constantly repairing the opener due to malfunctions, the unit is becoming unreliable, and replacement is advisable. - Safety Concerns: If the opener lacks modern safety features or exhibits erratic behavior that poses safety risks, replace it with a newer, safer model. - Technology Upgrades: To integrate your garage door opener with smart home technology or if it’s no longer compatible with new vehicle opener systems, replacement may be necessary. - Energy Efficiency: Newer models come with energy-efficient features that save you money on utility bills, making replacement a sensible choice. **Q: What are the most common garage door repairs?** A: Some of the more common garage door repair issues include: - Spring Replacement (Torsion or Extension Springs): Replacing broken or worn-out springs to maintain balanced door operation. - Opener Repairs: Addressing motor malfunctions, remote control problems, and safety sensor issues in garage door openers. - Track Alignment: Correcting misaligned or bent tracks that can cause uneven door movement or jams. - Roller Replacement: Replacing worn or damaged rollers to improve the smoothness of door operation. - Cable Repair: Fixing frayed or snapped cables, which are crucial for safe door movement. - Panel Replacement: Replacing damaged door panels caused by accidents or weather exposure. - Sensor Adjustment: Aligning and cleaning safety sensors to ensure proper door closure. - Remote Control Issues: Troubleshooting problems with garage door remote controls, such as battery replacements and signal interference. - Weatherstripping Replacement: Replacing worn weatherstripping to enhance insulation and weather protection. - Lock Repairs: Addressing malfunctioning locks to maintain garage security. - Hinge Repairs: Replacing worn or damaged hinges that may cause squeaking or binding. - Limit Switch Adjustment: Adjusting limit switches to ensure the door opens and closes fully. Regular maintenance and prompt repairs are essential for the longevity and safe operation of your garage door system. These issues and others can also be problems for a commercial garage door. Reach out to one of our Overhead Door® professional technicians for accurate diagnosis and timely resolution of these common issues. **Q: What is the life expectancy of a garage door opener?** A: A well-maintained garage door opener can last anywhere from 10 to 15 years. Some high-quality models may last even longer. Regular maintenance, like lubricating moving parts, keeping the tracks clean, and checking for loose bolts or screws, can help extend the life of your garage door opener. **Q: Do garage door openers get weaker over time?** A: Yes, garage door openers can weaken over time due to factors like wear and tear, spring wear, lack of maintenance, overuse, aging technology, environmental conditions, and misalignment. This leads to decreased performance, making it more difficult for the opener to lift the door efficiently. **Q: Is replacing a garage door motor hard?** A: Replacing a garage door motor can be a complex task that requires technical skills and knowledge of electrical systems. It involves disconnecting and removing the old motor, wiring the new one correctly, and ensuring it’s compatible with your garage door opener system. Most homeowners should hire a professional garage door technician to handle motor replacement due to safety hazards and complexities involved. Professional technicians, like ours at Overhead Door®, will ensure the job is done correctly and safely. **Q: How do I know if my garage door motor is burned out?** A: You can determine if your garage door motor is burned out by observing these signs: No Response: If the opener doesn’t respond to remote control or wall button commands, it could indicate a burned-out motor. Unusual Noises: If you hear grinding, buzzing, or unusual noises when attempting to operate the door, it may suggest motor issues. Partial Movement: If the door starts to move but doesn’t open or close fully, the motor may be struggling or damaged. Overheating Smell: A burnt motor can emit a distinct overheating or burning smell. Reset Failure: Trying to reset the motor or opener without success may signal a motor problem. Visual Inspection: Examine the motor unit for visible signs of damage, like burn marks or melted components. If you experience any of these signs, contact us at Overhead Door® so we can schedule a maintenance visit, diagnose the issue and determine whether the motor needs replacement or repair. **Q: Why is my garage door not responding to the remote or keypad?** A: Common reasons for a garage door not responding to your remote or keypad are: - Battery Issues: Check and replace dead or low batteries in the remote control or keypad. - Signal Interference: Nearby electronic devices can disrupt signals. Relocate devices or change the remote’s frequency. - Programming Errors: Ensure correct programming of the remote or keypad according to manufacturer instructions. - Locked Mode: Some openers have a lock mode that disables remote operation; deactivate it. - Faulty Remote: A damaged or malfunctioning remote may not send signals correctly; consider replacement or repair. - Keypad Code: Double-check and reset the access code if using a keypad. - Opener Problems: Opener issues, like a burnt-out motor or circuitry problems, can disrupt signal reception; consult a technician. - Sensor Obstruction: Ensure the safety sensors at the bottom of the door are unobstructed and aligned for proper operation. **Q: What causes a garage door opener to malfunction?** A: Common garage door opener malfunctions include: - Electrical Issues: Power surges or tripped breakers disrupt operation. - Remote Problems: Dead batteries, interference, or damage affect remote control. - Sensor Obstruction: Misaligned or dirty safety sensors prevent proper function. - Spring Breakage: Worn-out or broken springs strain the opener. - Lack of Maintenance: Neglect leads to worn-out components. - Motor Trouble: Overheating or gear damage hinders the opener. - Track Misalignment: Bent tracks cause uneven movement. - Limit Switches: Require adjustment or replacement if malfunctioning. - Remote Programming: Incorrect or lost programming affects communication. - Age and Wear: Components wear out with time, affecting efficiency. If you notice a significant decrease in performance, consult an Overhead Door® expert garage door opener technician for diagnosis and repair to ensure safe and reliable operation. --- ### Replacement Sections URL: https://ohdbellingham.com/services/replacement-sections Not only does a damaged garage door look bad, but over time it can also cause further damage to your entire garage door system. We recommend replacing damaged sections immediately to prevent further damaged. **What's included:** - On-site dent repair where the panel can be reshaped - Full section replacement matched to the existing door profile and colour - Insulated panel options to keep the thermal barrier intact - Hinges, rollers and track beside the damaged section inspected - Discontinued panel sourcing and manufacturer coordination --- ### Tune Up URL: https://ohdbellingham.com/services/tune-up A tune-up is a single scheduled visit — one appointment, after which the door has been inspected, adjusted, and lubricated. It suits a door that still works but has not been looked over in a year or more, as distinct from putting a door on a standing maintenance schedule. The visit starts with a look over every major component: springs, cables, rollers, hinges, tracks, weatherstripping, and the opener itself. Springs are checked for fatigue and corrosion, cables for fraying, rollers for flat spots and worn bearings. Damp air and repeated temperature swings are hard on metal hardware, so finding rust early matters more here than it would in a dry climate. Next is the balance test. A balanced door stays where it is put when raised halfway by hand and released. If it drifts up or down, spring tension needs adjusting — and an unbalanced door makes the opener pull harder on every single cycle, which shortens the life of the motor. Adjusting spring tension is a trained-technician job because of the forces involved. The safety reversal system is then tested. That covers both the auto-reverse that backs the door off when it meets an obstruction and the photoelectric beam near the floor that stops the door when something breaks it. Both protect children, pets, and whatever is parked underneath, and both need checking rather than assuming. Finally every moving part is lubricated with a lubricant made for garage doors, loose hardware is tightened, and the weatherstripping along the bottom and sides is inspected — worn stripping lets in rain, draughts, and pests. Whatever the visit turns up is walked through afterwards so nothing is a surprise. **What's included:** - Visual inspection of springs, cables, rollers, hinges and tracks - Door balance test with spring tension adjustment - Safety reversal tested — auto-reverse and photo-eye sensors - All moving parts lubricated with door-specific lubricant - Weatherstripping inspected, with replacement advised where worn - Loose hardware tightened and hinges checked - Findings walked through at the end of the visit --- ## Commercial Services ### Fire Door Inspection URL: https://ohdbellingham.com/services/fire-door-inspection A fire door is part of a building's passive fire protection. In a fire it compartmentalises the space, holding back flame and smoke long enough for people to get out and for the fire service to work. NFPA 80, the Standard for Fire Doors and Other Opening Protectives, sets out how those doors must be installed, inspected, and maintained, and most Authorities Having Jurisdiction enforce it directly. Annual inspection is the requirement that catches most building owners, and it is the core of this service: inspection, the repairs that follow from it, reset after a door has activated, and the documentation that proves the work was done. An inspection covers the door, the frame, the hardware, the glazing, and the clearances. The rating label has to be present and readable. Perimeter and bottom gaps are measured against the allowable tolerance — no more than one-eighth of an inch around the perimeter and three-quarters of an inch at the bottom. Every piece of hardware is operated, the self-closing device has to shut the door and latch it, and the assembly is checked for field modifications that would void the rating. Any door with an automatic closing mechanism, whether a fusible link or an electromagnetic hold-open, gets a drop test: the hold-open is released and the door must close and latch under its own weight with no help. The faults that turn up most are misalignment, damaged smoke seals and intumescent strips, worn or broken hardware, gaps outside tolerance, and self-closers or coordinators that have stopped working correctly. Alignment and frame problems are corrected, seals and intumescent material replaced, hardware repaired or swapped, and closers and coordinators readjusted so a pair of doors closes in the right order. Where a door has activated or been damaged, the sequence runs inspection, documentation, repair or replacement, then a re-test before the door is signed off. Each inspection produces a written record: the condition of every assembly, the deficiencies found, the repairs carried out, and the final pass or fail. That record is what gets presented at a fire inspection, and keeping it current year to year is the difference between routine compliance and a scramble. **What's included:** - Drop test the garage door to ensure proper operation and dropping speed - Perform any planned maintenance that may be required - Solve any noncompliant issues or conditions - Document all testing and repair that were completed to Tegris Fire™ - Place a tag on the garage door to indicate it is fully compliant and up-to-date **FAQ:** **Q: How often does a fire door have to be inspected and drop tested?** A: Once a year. NFPA 80 requires that all horizontal or vertical sliding and rolling fire doors be inspected and tested annually to check for proper operation and full closure. The written record of that test can be asked for by the authority having jurisdiction, which is a good reason to hold the inspection to roughly the same point each year rather than letting the interval drift. **Q: What actually happens during a drop test?** A: The door's automatic release is triggered so that the door closes under its own weight without assistance, and two things are judged: whether it comes fully closed, and whether it descends at the correct dropping speed. A door that has been dropped then has to be reset correctly before it will protect the opening again, which is why the drop and the reset are treated as one piece of work rather than two. **Q: How is a fire door reset after it has dropped?** A: Resetting of the release mechanism is done in accordance with the manufacturer's instructions, so the procedure follows the hardware on the door rather than one universal method. On Overhead Door™ rolling steel fire doors, the Fire Minuteman™ Chain Reset Hoist is designed to eliminate the need to release the door's spring tension in fire drop mode, and allows one person to reset the door from the floor. Where a Fire Sentinel® release is fitted, floor-level testing, reset and trouble indication are available as well. **Q: What does the Fire Sentinel® release device do?** A: The Fire Sentinel® is a UL-listed, time-delay door release device that directs a fire door's closure in an emergency situation, giving an added measure of control over how the door comes down. The delay on alarm is 10 seconds as standard, optionally up to 60 seconds where the authority having jurisdiction allows it. The device comes in 120V AC or 24V DC for motorized or non-motorized doors, battery back-up is included on the FSBX and FSCX models, LED status lights confirm the unit is operating, and it is UL 864 and NFPA 72 compliant. An intelligent operation feature recognizes when the door is already closed and inhibits release, which prevents time-consuming resets and damage to the release mechanism. **Q: What does the label on a fire door tell me?** A: The label records the rating the assembly was listed for, and that rating depends on the wall the door is installed in. Overhead Door™ fire doors carry UL or FM labels and are listed for both masonry and non-masonry applications, including installation to wood or steel jambs within drywall. To show how the two differ: the FireKing™ insulated rolling fire door is available with labels up to four hours for masonry and three hours for non-masonry walls, while the 640 and 641 Series counter fire doors are labeled with either a 3-hour Class A rating for masonry applications or a 1-1/2-hour Class B label in non-masonry fire walls. Part of the inspection is confirming that the label is still present and legible. **Q: What documentation comes out of an inspection?** A: NFPA 80 calls for a written record to be maintained and made available to the authority having jurisdiction, so the paperwork is part of the job and not an add-on. All testing and repair that was completed is documented to Tegris Fire™, and a tag is placed on the door to indicate that it is fully compliant and up to date. --- ### Broken Cable URL: https://ohdbellingham.com/services/broken-cable Garage door cables work with the springs to raise and lower the door. The steel cables run from the bottom brackets of the door up to the drums at the top of the opening, turning the lifting force the springs generate into smooth vertical travel. When a cable frays, jumps off its drum, or snaps, the door can hang crookedly, jam in the track, or drop without warning. Fraying almost always starts in the same two places: where the cable wraps the drum, and where it meets the bottom bracket. Those are the points where repeated bending and tension concentrate on individual strands. Damp air and seasonal temperature swings speed the process up. Caught early during an inspection, a frayed cable is a straightforward replacement rather than a breakdown. A snapped cable needs attention straight away. With one cable gone the door has lost balanced support on that side and can tilt or slide in the track, damaging panels, track hardware, or whatever is stored below it. Trying to operate a door with a broken cable risks turning one failed part into several. A cable repair covers the whole assembly, not just the cable. Frayed and broken cables are replaced with galvanised steel cable matched to the weight and size of the door. The drums are inspected for wear grooves and correct alignment, since a worn drum will chew through a new cable as quickly as it did the old one. The bottom brackets and connection points are examined too, because a failed cable is often a symptom of something else — a worn drum, a binding track, or a spring that is out of tension. Because cables and springs operate as one system, the springs are inspected on every cable repair. A spring near the end of its life loads the cables unevenly and wears them early. Every repair finishes with a balance test and a manual-mode check of the full travel, confirming even cable tension on both sides. [GET GARAGE DOOR CABLE REPAIR NOW!](https://ohdbellingham.com/get-a-quote/) **What's included:** - Frayed and snapped cables replaced - Galvanised steel cable matched to door weight and size - Cable drums inspected for wear grooves and alignment - Bottom brackets and connection points checked - Spring system evaluated with every cable repair - Door balance test and manual-mode travel check --- ### Rollers URL: https://ohdbellingham.com/services/rollers Rollers are one of the hardest-working parts of any door system. Every time the door opens or closes, each roller travels the vertical and horizontal track carrying a share of the door's weight, and it does that thousands of times a year. Rollers eventually develop flat spots, crack, or lose their bearings altogether, and the result is noisy, jerky travel that puts extra load on the track and the opener. Both nylon and steel rollers are stocked on the service truck. Steel is durable and a sound choice for a standard residential door. Nylon runs noticeably quieter because there is no metal-to-metal contact with the track, which makes a real difference in a house with a bedroom or living space over the garage. A roller replacement is not just a swap. The full track run is checked for misalignment, debris, and wear the failing rollers may already have caused. Worn rollers force the opener to pull harder on every cycle, so replacing them before they seize protects the more expensive parts further down the system. The usual signs that rollers need attention are grinding or squealing during travel, visible chips or flat spots on the roller face, the door hesitating or catching at the same point each time, and vibration you can feel through the garage wall. A door that has become louder over recent months has worn rollers more often than not. All rollers are replaced together rather than mixed old with new, so wear stays even across the full travel of the door. Hinges and bearing plates are inspected at the same time, every moving part is lubricated, and the old hardware and debris are cleared away before the technician leaves. **What's included:** - Nylon and steel roller options carried on the truck - Quieter nylon rollers for homes with rooms above the garage - Full track run inspected with every replacement - All rollers replaced as a set so wear stays even - Hinges and bearing plates lubricated at the same time **FAQ:** **Q: Is it worth replacing garage door rollers?** A: The replacement of residential garage door rollers can be a worthwhile investment. It can significantly improve the overall performance of your garage door by making it operate more smoothly and quietly. This improvement improves the door’s functionality and reduces wear and tear on other components, extending the lifespan of the opener. New rollers reduce friction between the door and tracks, which increases safety by reducing the risk of accidents like the door suddenly falling due to worn-out rollers. These upgraded rollers require less maintenance, saving you time, and effort. They contribute to improved energy efficiency by maintaining a better seal in your garage, leading to long-term savings. While there may be an initial cost of garage door rollers replacement, the benefits of performance, safety, and cost savings make it a worthwhile investment for many homeowners. **Q: Why do garage door rollers break?** A: Garage door rollers can break due to: - Normal Wear and Tear: Ongoing use causes roller wear. - Lack of Maintenance: Insufficient upkeep accelerates wear. - Corrosion: Rust and corrosion weaken roller bearings. - Impact Damage: Collisions with door or track damage rollers. - Poor Quality: Low-quality or poorly manufactured rollers break more easily. - Extreme Temperatures: Hot or cold weather affects roller durability. - Misalignment of track or components: Stresses rollers, causing failure. **Q: How often should garage door rollers be replaced?** A: Inspect your garage door rollers regularly for signs of wear and replace them when you notice any issues. The frequency of garage door roller replacement depends on the type of rollers you have, how often you use your garage door, and the quality of maintenance they receive. Here are some general guidelines: Roller Types & Lifespan: - Standard Steel Rollers: Last about 5-7 years with proper care. - Nylon Rollers: More durable, lasting 10+ years, low maintenance. - Ball-Bearing Rollers: High-quality, 10+ years, smooth and quiet. Prolonging Lifespan: - Regular Maintenance: Lubricate every 6-12 months. - Heavy Use: Frequent use may shorten roller life. - Roller Quality: Higher quality lasts longer. - Environmental Factors: Extreme temperatures and exposure to moisture or corrosive substances impact durability. **Q: How do you replace a garage door roller?** A: Replacing garage door rollers can vary in complexity depending on the type of rollers you have if you have torsion springs or non-standard rollers, and depending on your level of DIY expertise. Consulting your garage door opener’s manual and following safety precautions is essential. Here’s a list of steps to replace garage door rollers: - Prepare and ensure the door is in the closed position. - Disconnect the opener’s power source. - Release tension from extension springs if present. - Secure the door in the open position. - Remove old rollers one at a time. - Slide in and secure new rollers. - Lubricate rollers and moving parts. - Test the door’s manual operation. - Reconnect the opener and test it. - Adjust springs if necessary. Safety should be a top priority, and professional assistance may be needed for complex setups. **Q: Are garage door rollers standard size?** A: Garage door rollers come in different sizes, and they are not always standard. The size and type of rollers needed for your garage door can vary depending on factors such as the door’s weight, track configuration, and manufacturer specifications. It’s essential to choose the right size and type of rollers for your specific garage door to ensure proper and safe operation. If you’re unsure about the size or type of rollers you need, it’s best to consult with a professional garage door technician or refer to the manufacturer’s guidelines for your door model. **Q: Why do garage door rollers come off track?** A: The frequency of garage door roller replacement depends on the type of rollers you have, how often you use your garage door, and the quality of maintenance they receive. Here are some general guidelines: Standard Steel Rollers: These are the most common type of rollers and typically last around 5 to 7 years with regular use. They may need replacement sooner if they are of lower quality or not properly maintained. Nylon Rollers: Nylon rollers are more durable and can last up to 10 years or more. They are known for being quieter and requiring less maintenance. Ball-Bearing Rollers: These high-quality rollers can last 10 years or more and provide smooth and quiet operation. They are a good long-term investment. Regular Maintenance: Proper lubrication and periodic inspection can help extend the lifespan of your rollers. Lubricate them every six months to a year or as needed. Heavy Use: If you use your garage door frequently, the rollers may wear out more quickly. In such cases, consider more durable rollers. Quality of Rollers: The quality of the rollers themselves plays a significant role in whether you need frequent garage door repair. Higher-quality rollers tend to last longer. Environmental Factors: Extreme temperatures and exposure to moisture or corrosive substances can affect roller lifespan. **Q: Do garage door rollers need to be greased?** A: Yes, garage door rollers should be greased to ensure smooth and quiet operation. Applying lubrication to the rollers reduces friction and extends their lifespan. Use a silicone-based or lithium-based garage door lubricant specifically designed for this purpose. Apply the lubricant to the rollers, hinges, and other moving parts at least once or twice a year or as needed, depending on usage and environmental conditions. Regular lubrication helps prevent wear and noise, ensuring your garage door operates efficiently. **Q: How do you test garage door rollers?** A: To test garage door rollers, close the garage door and disconnect the opener so it won’t interfere with the test. With the door closed, manually lift the door, paying attention to how smoothly it moves along the tracks. Listen for any unusual noises or resistance, which could indicate roller issues. Next, partially open the door and observe if it stays in place or tends to slide down. It should remain stationary when partially open. If you notice any rough or uneven movement, unusual noises, or issues with the door’s balance, it may be a sign that the rollers need inspection or replacement. Regularly testing your garage door rollers helps identify problems early, ensuring they operate safely and smoothly. **Q: How many garage door rollers do I need?** A: Standard residential garage doors usually require 10 to 12 rollers. These doors are usually 7 feet tall and have four or five panels, requiring two rollers per panel. However, the exact number can vary based on the door’s width and the design of the panels. Wider and heavier garage doors, like commercial garage doors, might require more rollers for adequate support and smooth operation. Consult with one of our Overhead Door® professionals to determine the exact number of rollers needed for your specific door model and size. **Q: How do you align garage door rollers?** A: To align garage door rollers, first, ensure safety by disconnecting the door from the automatic opener and securing it closed. Inspect and clean the rollers and tracks for damage and debris. Adjust misaligned tracks by loosening the brackets, using a level for accuracy, and then re-tightening. Check the rollers for proper alignment in the tracks and replace or reinsert them if necessary. Lubricate the rollers and tracks for smoother operation. After realigning, manually test the door for smooth movement. If you have safety concerns, seek professional assistance. Once aligned, reconnect the door to the opener. If you’re not comfortable performing these steps or the problem persists, call one of our experts at Overhead Door®. Garage doors are under a lot of tension and can be dangerous if the proper knowledge and tools aren’t used. **Q: How are roller doors measured?** A: Measuring garage door rollers involves three key dimensions: the roller’s diameter, the stem’s length, and the stem’s diameter. To measure the roller’s diameter, use a tape measure across the wheel’s center from one side to the other, with common sizes being 1″, 2″, or 3″. The stem length, which ensures the roller fits in the door’s hinge, is measured from the wheel to the stem’s end. The stem diameter, usually a standard size, should also be measured for compatibility with existing hinges. Slight size differences can impact the roller’s fit and functionality so accuracy is important. For replacements, remove an existing roller and take it to a hardware store for a matching size. Safety is paramount when handling garage door components due to their weight and tension. **Q: How long does it take to replace garage door rollers?** A: Replacing garage door rollers is a task that can take from 30 minutes to an hour for someone with experience. Beginners may need more time to familiarize themselves with the mechanism. The type of rollers being installed, whether they are steel or nylon, can also influence the duration of the installation. The size and condition of the garage door rollers factor in the time needed to replace them. Larger or heavier doors, or those in poor condition, may need more care and time for safe handling. Having the correct tools and a clear understanding of the steps involved before beginning the project can streamline the process. Prioritize safety, especially when dealing with the tension in the springs. For expertise in replacing garage door rollers, call Overhead Door®. Replacing rollers can be a complex task without the right skills and equipment. Our technicians are thoroughly trained and fully equipped to handle residential garage door roller replacements efficiently and safely, guaranteeing your satisfaction. We also replace commercial garage door rollers. ## --- ### Planned Maintenance Program URL: https://ohdbellingham.com/services/planned-maintenance-program A business that runs its overhead doors every working day puts them through cycle counts a household never approaches. The planned maintenance programme is a standing schedule built for that: recurring visits arranged in advance across the year, rather than the single visit covered by a garage door tune-up. The point of putting doors on a schedule is to take the disruption out of maintaining them. Regular attention reduces the logistics problems, emergency repair costs, receiving and shipping delays, and workflow interruptions that a door failing without warning creates. What separates a programme from a one-off visit is the interval and the record. Visit frequency is matched to how hard each opening actually works — cycle count and duty rating, not the calendar alone — and wear is tracked between visits, so a part that is going to fail gets changed during a planned stop instead of during production. Each visit covers the same mechanical ground as a residential inspection, applied to commercial hardware: springs, cables, rollers, hinges, tracks, seals, and the operator. Balance and safety reversal are verified on every door, and commercial operators on high-cycle openings are checked against the duty rating they were specified for. The difference the schedule makes is when a fault is found. Picked up on a planned visit it is a booked repair on a quiet shift. Found in production it is downtime, and it takes the opening out of service at the least convenient moment. **What's included:** - Increases operational efficiency and reliability - Extends useful life of your equipment - Reduces the probability of your equipment malfunctioning - Decreases costly downtime - Priority scheduling for service and installations --- ### Tune Up URL: https://ohdbellingham.com/services/tune-up A tune-up is a single scheduled visit — one appointment, after which the door has been inspected, adjusted, and lubricated. It suits a door that still works but has not been looked over in a year or more, as distinct from putting a door on a standing maintenance schedule. The visit starts with a look over every major component: springs, cables, rollers, hinges, tracks, weatherstripping, and the opener itself. Springs are checked for fatigue and corrosion, cables for fraying, rollers for flat spots and worn bearings. Damp air and repeated temperature swings are hard on metal hardware, so finding rust early matters more here than it would in a dry climate. Next is the balance test. A balanced door stays where it is put when raised halfway by hand and released. If it drifts up or down, spring tension needs adjusting — and an unbalanced door makes the opener pull harder on every single cycle, which shortens the life of the motor. Adjusting spring tension is a trained-technician job because of the forces involved. The safety reversal system is then tested. That covers both the auto-reverse that backs the door off when it meets an obstruction and the photoelectric beam near the floor that stops the door when something breaks it. Both protect children, pets, and whatever is parked underneath, and both need checking rather than assuming. Finally every moving part is lubricated with a lubricant made for garage doors, loose hardware is tightened, and the weatherstripping along the bottom and sides is inspected — worn stripping lets in rain, draughts, and pests. Whatever the visit turns up is walked through afterwards so nothing is a surprise. **What's included:** - Visual inspection of springs, cables, rollers, hinges and tracks - Door balance test with spring tension adjustment - Safety reversal tested — auto-reverse and photo-eye sensors - All moving parts lubricated with door-specific lubricant - Weatherstripping inspected, with replacement advised where worn - Loose hardware tightened and hinges checked - Findings walked through at the end of the visit --- ### Commercial Operators URL: https://ohdbellingham.com/services/operators CDX™ Commercial Operator: The CDX™ commercial counter door operator is UL-325 compliant. This light duty door operator is used on counter and counter fire door applications. Common applications include factories, schools, concessions, hospitals, cafeterias, and retail settings RHX Commercial Operator: The UL-325 compliant RHX® heavy duty commercial operator provides easy and reliable operation for the most stringent applications. This functionality comes from many innovative, state-of-the-art performance features. RMX Commercial Operator: The UL-325 compliant RMX® light-duty commercial operator is designed for quicker installation and hassle-free operation. The RMX® offers convenient features and technical innovations found nowhere else in a medium-duty operator. RSX® Commercial Operator Overhead Door Company of Bellingham: The UL-325 compliant RSX® standard duty commercial operator from Overhead Door™ Brand is easy to operate and has superior functionality for even the most stringent applications. This functionality comes from many innovative, state-of-the-art performance features. **What's included:** - CDX™ light-duty operators for counter and counter fire doors - RMX® belt-driven light-duty operators with built-in cycle counter - RSX® standard-duty operators for rolling and sectional doors - RHX® heavy-duty operators for the heaviest doors - Continuous duty motors in 1/2, 3/4 and 1 HP, single-phase and three-phase - Mounting options for both sectional and rolling door applications - Onboard radio receiver with CodeDodger® technology - Adjustable timed close standard on RSX® operators - Remote monitoring over Wi-Fi or cellular connection - Battery backup for operation during power outages - Repairs on all makes and models of operators and openers - Commercial garage door accessories to complete the door system **Brands serviced:** Overhead Door, LiftMaster, Chamberlain, Genie, Wayne Dalton, Guardian, Craftsman **FAQ:** **Q: What are the best brands of commercial operators for garage doors?** A: Several reputable brands offer quality and reliable commercial garage door operators, including Overhead Door, LiftMaster, Chamberlain, Genie, Wayne Dalton, Guardian, and Craftsman. These brands are known for their durability, advanced technology, and safety features. Consulting with a professional installer or supplier can help you choose the best fit for your requirements. **Q: How can I ensure my operator is energy-efficient?** A: - Choose the right operator type for your needs. - Install insulated doors to maintain temperature. - Properly seal gaps to prevent drafts. - Use energy-efficient lighting with controls. - Schedule regular operator maintenance. - Size the operator correctly for your door. - Consider solar-powered operators. - Explore energy-saving features. - Seek expert advice for tailored solutions. **Q: Is routine maintenance necessary for commercial operators?** A: Yes, routine maintenance is essential for commercial operators. Regular inspections and servicing help ensure smooth, safe, and efficient operation, extend the lifespan of the operator, and prevent unexpected breakdowns. It also helps identify and address any potential issues before they become major problems, reducing downtime. A professional maintenance schedule is important to keep your commercial garage door operator in working condition. **Q: How do I troubleshoot issues with my commercial operator?** A: - Check the power supply for any electrical problems. - Examine and clean safety sensors for proper operation. - Test manual door movement for obstructions or misalignment. - Review the remote control and keypad settings and reprogram if needed. - Adjust limit switches to control door stopping points. - Listen for unusual motor or gear noises, addressing any lubrication or mechanical concerns. - Verify proper transmitter programming and check for signal interference. - Use reset procedures outlined in the operator's manual if necessary. - For complex or unresolved issues, seek professional technician assistance while prioritizing safety. **Q: What local codes and standards should I be aware of?** A: To ensure your commercial garage door operator complies with local regulations, follow the following codes and standards: NFPA, IBC, local building codes, UL 325, ANSI/UL 325, ASME A17.1, ADA compliance, and manufacturer's recommendations. Consult with a local professional to navigate these requirements effectively. --- ### Commercial Garage Door Repair URL: https://ohdbellingham.com/services/commercial-garage-door-repair A commercial opening is rarely the same machine as a residential one. The commercial door systems serviced, installed, and repaired here run from upward-coiling steel curtains and rolling shutters through counter doors, security grilles, high-speed curtains, sectional steel, insulated Thermacore units, aluminum glass fronts, and fire-rated closures. Each carries its own hardware, its own operator, and its own service points, which is why commercial work is scoped apart from residential work. Coiling systems account for much of it. Rolling service doors are fabricated of interlocking steel, stainless steel, or aluminum curtains in a range of slat profiles, and they suit openings where sideroom and headroom are at a premium because the curtain coils upward at the head of the opening. Rolling counter doors cover smaller openings and come in three basic types — metal curtain, wood curtain, and integral frame and sill — the sort fitted at concession areas, cafeterias, pharmacies, parts-storage areas, and ticket windows. Rolling shutters and security grilles work on the same coiling principle, so they share most of the same service points. Sectional systems behave differently. Commercial sectional steel doors come insulated or non-insulated across a range of panel profiles, gauges, track styles, and hardware, and are configured for either electric or chain hoist operation — which of the two is fitted changes what can be inspected and what can be adjusted. Aluminum sectional doors trade some of that construction for visual access and light transmission. High-speed curtains are different again: the RapidFlex line uses a springless, high-cycle design and a direct gear drive that removes the wear associated with conventional chain and sprocket arrangements, and it is built to resist damage from accidental collisions, so its service points are not the same as a spring-and-cable door's. Behind most commercial doors sits an operator and a set of accessory modules, and a fair share of reported faults turn out to be there rather than in the door itself. The commercial operator range covers the CDX, RHX, RSX, and RMX units. Around them sit photo eyes and reflective photo eyes, electric safety edges, timer-to-close and auxiliary output modules, interface modules, and radio transmitters. Photo-eye sensors are what reverse a closing door when something crosses its path, and the emergency release is what allows the door to be worked by hand during a power outage or a malfunction — both are worth testing rather than assuming. Fire-rated closures follow their own logic. They are designed to close automatically in the event of a fire or an alarmed event, with fusible links mounted on both sides of the wall that separate to release the door, and the Fire Sentinel time-delay release device controls how that closure happens. The Fire Minuteman chain reset hoist exists so that resetting a dropped door does not require releasing the door's spring tension and can be done by one person from the floor. Scheduled testing of fire doors is handled as its own service rather than folded into general repair. For everything else, maintenance checks on a commercial door are generally due at least twice a year, with the interval shortening for heavier use or harder environmental conditions, the point being to catch a developing fault before it becomes unplanned downtime. **What's included:** - Rolling steel service doors in interlocking steel, stainless steel or aluminum curtains - Rolling counter doors — metal curtain, wood curtain, integral frame and sill - Rolling shutters and security grilles - Commercial sectional steel doors, insulated and non-insulated - Thermacore insulated panel doors and aluminum glass sectional doors - High-speed RapidFlex curtains with springless direct gear drive - Fire-rated closures with fusible links and Fire Sentinel time-delay release - CDX, RHX, RSX and RMX commercial operators - Photo eyes, electric safety edges, timer-to-close and interface modules **FAQ:** **Q: How often should a commercial garage door be checked?** A: Maintenance checks on a commercial garage door should typically occur at least twice a year. The frequency may vary based on how often the door is used and on local environmental conditions. Regular inspections help identify and address potential issues before they become significant problems, which is what keeps a door operating smoothly and minimises unplanned downtime. **Q: Which safety devices should be tested on a commercial door?** A: Most commercial doors carry photo-eye sensors that detect an obstruction in the door's path and reverse the door before it makes contact. Alongside those, the emergency release allows the door to be operated by hand during a power outage or a malfunction, and a battery backup system keeps a powered door operable when the supply fails. Electric safety edges are also fitted on many commercial installations. All of these are devices that need checking rather than assuming. **Q: Is a fire-rated door serviced differently from a standard commercial door?** A: It is, in one important respect. A fire-rated door is designed to close automatically in the event of a fire or an alarmed event, using fusible links mounted on both sides of the wall that separate to release the curtain. The Fire Sentinel time-delay release device controls that closure, and a Fire Minuteman chain reset hoist allows a dropped door to be reset by one person from the floor without releasing the door's spring tension. Scheduled fire door testing is handled as its own service rather than as part of general repair. **Q: Are high-speed doors serviced the same way as spring-loaded doors?** A: They are not. The RapidFlex high-speed line uses a springless, high-cycle design with a direct gear drive, which removes the wear associated with conventional chain and sprocket systems. Because there is no spring assembly, attention falls on the drive and the curtain instead, and the curtains are built to resist damage from accidental collisions. --- ### Commercial Replacement Sections URL: https://ohdbellingham.com/services/commercial-replacement-sections A commercial sectional door is not a single slab. It is a stack of separate panels joined by hinges and guided by track, which is why damage in one place does not automatically mean the whole door leaves the building. The Overhead Door commercial sectional line is built around a selection of panel profiles, gauges, track styles and hardware options, and that selection is exactly why a section can usually be ordered on its own — provided the original specification is known. Matching is most of the work. Sectional steel panels in this line are produced in 16, 20 and 24-gauge steel, so establishing the gauge of the door already hanging in the opening comes first. Profile and track style have to line up too, because track and hardware on these doors are fabricated of galvanized steel and engineered as a set with the panels rather than picked separately. Steel doors in the series run to widths of 32'2" and heights of 24'1", and steel strutting is an option on doors specified for high windload — where it is present on the original panel, it is part of what carries over. Insulated doors are a different specification again. Thermacore® commercial sections are built as continuous foamed-in-place polyurethane between roll-formed, hot-dipped galvanized steel skins, with a dual thermal break and joint seal between the internal and external skins to hold air infiltration down. Because that thermal break and seal are part of the panel itself rather than something added at the opening, an insulated door needs the matching insulated section. These doors also run on specially designed track with heavy-duty fixtures, which is a further reason to identify the series before ordering anything. Aluminum glass doors bring their own variables. Their sections are 1-3/4" thick corrosion-resistant 6063-T6 aluminum with galvanized fixtures and hinges, strengthened by 1/4" diameter through-rods on all stiles and rails, and they are specified with a choice of stile widths, glazing materials, track styles and finishes — bronze anodizing and 197 standard powder coats among the options. Replacing one section on a door like this means matching stile width, glazing material and finish as well as the frame, and these doors extend up to 26'2" wide. Two details tend to surface on the day of the work. The bottom section carries a flexible PVC bottom weatherseal with a retainer, which accommodates irregular floor conditions and limits air and water penetration, so that seal and retainer get refitted whenever the bottom section is the damaged one. And because panels in this line arrive with a baked-on polyester paint finish, there is no field painting to schedule afterwards. Overhead Door Company of Bellingham services, installs and repairs sectional commercial garage doors, and pinning down the existing series, gauge and profile is where a section replacement starts. **What's included:** - Panel profile, gauge and track style matched to the door already installed - Sectional steel panels in 16, 20 and 24-gauge - Insulated Thermacore® sections with foamed-in-place polyurethane core - Non-insulated sectional steel sections - Aluminum glass sections in 6063-T6 aluminum with through-rods on stiles and rails - Stile width, glazing material and finish matched on aluminum glass doors - Optional steel strutting on doors specified for high windload - Galvanized steel track and hardware engineered as a set with the panels - PVC bottom weatherseal and retainer refitted on bottom-section work - Baked-on polyester paint finish, so no field painting afterwards **FAQ:** **Q: Can one panel be replaced on a commercial sectional door, or does the whole door have to be replaced?** A: A sectional door is assembled from separate panels, and the Overhead Door commercial sectional line offers a range of panel profiles, gauges, track styles and hardware, so a single section can often be supplied on its own. Whether that is the right approach on a specific door depends on whether the original profile, gauge and track style can still be matched. Overhead Door Company of Bellingham services, installs and repairs sectional commercial garage doors. **Q: What information is needed before a replacement section can be ordered?** A: The panel profile, the steel gauge — 16, 20 or 24-gauge on sectional steel doors — the track style, and whether the door is insulated or non-insulated. On aluminum glass doors the stile width, the glazing material and the finish also have to be identified, since those are specified per door rather than fixed across the series. **Q: Does an insulated commercial door need an insulated replacement section?** A: Yes. Thermacore® sections are constructed with continuous foamed-in-place polyurethane between roll-formed, hot-dipped galvanized steel skins, and the dual thermal break and joint seal sit between the internal and external skins of the panel itself. Those elements are built into the section, so the replacement has to be the matching insulated panel. Thermacore doors also use specially designed track and heavy-duty fixtures. **Q: How large can commercial sectional doors get?** A: Sectional steel doors in this line reach maximum widths of 32'2" and heights of 24'1", with optional steel strutting for reinforcement in high-windload applications and either electric or chain hoist operation. Aluminum glass sectional doors extend up to 26'2" wide. --- ### Commercial Spring Repair URL: https://ohdbellingham.com/services/commercial-spring-repair On a commercial coiling door the counterbalance is not a stock item, and that is the first thing worth understanding about commercial spring work. Rolling service doors in the Overhead Door line are computer-designed to the specification of the individual opening, and the counterbalance system is then computer-matched to that door. Weight is the reason. Curtains are fabricated in galvanized steel, stainless steel or aluminum across a range of gauges and slat profiles, from a lightweight 26-gauge Coil-Away curtain up to a 14-gauge C-600 slat on the 610 Series, and the line covers openings as large as 1500 square feet. Two curtains filling the same hole can be very different masses, and a counterbalance sized for one of them is simply wrong for the other. Duty class matters as much as size. The rolling service range is built in light-duty, medium-duty and heavy-duty configurations, and the counterbalance on any given door was matched to the class that door was specified for, not to how the opening is being used now. When a facility's throughput has grown since the door went in, the counterbalance is carrying assumptions that no longer hold. On openings running an RMX operator there is a way to settle that rather than estimate it: the RMX carries a built-in cycle counter displaying the total cycles logged over the operator's lifetime, which converts an argument about how hard a door works into a number. Roll-up doors of this type may use a counterbalance spring system or an electric motor to assist with lifting and lowering, and many of them use torsion springs for that job. When the spring side of the assembly begins to give up, the door signals it well before it stops: it becomes difficult to open or close, its travel across the opening turns uneven, it makes loud or creaking noises while running, and it feels unusually heavy when lifted by hand. Those symptoms should not be worked around. A spring holding a commercial curtain's weight is under high tension and can release suddenly, which is why replacing the springs on a roll-up door is specialist work rather than in-house maintenance. Commercial sectional doors are a different assembly with the same underlying question. Here the weight comes out of how the door was built: the panels come in 16, 20 or 24-gauge steel, steel strutting is an option where a door has to take a high windload, and the door is configured for either electric or chain hoist operation. Each of those decisions moves what the door weighs, and a counterbalance only balances the particular door it was fitted to. So the series, the panel gauge and the presence or absence of strutting get established first, because between them those three facts define the load. A meaningful part of the commercial range carries no springs at all, which makes establishing whether the door even has springs the honest first move on a commercial spring call. The High Cycle Springless Rolling Service Door exists for the environments where conventional springs give the most trouble — warehouses, distribution centers, manufacturing plants, automotive service bays — and it is rated for tens of thousands of cycles, using an electric motor with a gear-driven or direct-drive mechanism in place of a spring counterbalance. RapidFlex high performance doors are springless as well, opening fully in four seconds or less depending on height. On a door built that way there is no stored tension to release and nothing to rewind, so a fault that presents like a spring problem is sitting in the drive or the curtain instead, and calling it a spring is how the wrong part gets ordered. **What's included:** - Computer-matched counterbalance systems on rolling service doors - Counterbalance identified against curtain material, gauge and slat profile - Light-duty, medium-duty and heavy-duty rolling door configurations - Actual cycle count read from the RMX operator's built-in counter - Torsion spring and counterbalance spring systems on roll-up doors - Commercial sectional doors in 16, 20 and 24-gauge steel - Electric and chain hoist sectional configurations - Steel strutting on high-windload doors accounted for in the load - Springless High Cycle Rolling Service Door as an alternative to spring counterbalance - RapidFlex high performance doors, springless by design **FAQ:** **Q: Do commercial roll-up doors have springs?** A: Many of them do. A roll-up door may use a counterbalance spring system or an electric motor to assist with lifting and lowering, and torsion springs are common in that role. Part of the commercial range is deliberately springless, though — the High Cycle Springless Rolling Service Door and the RapidFlex high performance doors both do without a spring counterbalance. Establishing which of those a door is comes before anything else, because it decides whether there is a spring in the picture at all. **Q: Why does a commercial counterbalance have to be matched to the specific door?** A: Because the doors themselves vary so widely in weight. Rolling service curtains are fabricated in galvanized steel, stainless steel or aluminum in a range of gauges and slat profiles, from a lightweight 26-gauge Coil-Away curtain to a 14-gauge C-600 slat, and the line covers openings up to 1500 square feet. Each door is computer-designed to its specification and the counterbalance system is computer-matched to it, so the correct assembly follows from the door's specification rather than from the size of the hole in the wall. **Q: How can I tell how hard a commercial door is actually being worked?** A: On an opening fitted with an RMX operator, read it off the operator. The RMX has a built-in cycle counter that displays the total cycles logged over its lifetime. That figure matters because rolling service doors are built in light-duty, medium-duty and heavy-duty configurations, and a door that has quietly moved into a heavier pattern of use than it was specified for is working its counterbalance beyond the class it was matched to. **Q: What are the warning signs that a commercial door's spring system is failing?** A: Four show up most often: the door becomes difficult to open or close, its travel across the opening goes uneven, it makes loud or creaking noises while running, and it feels unusually heavy when lifted by hand. None of these are worth working around. A spring carrying a commercial curtain's weight is under high tension and can release without warning, so this is work for someone equipped for it rather than a maintenance task to absorb in-house. **Q: Does replacing one panel change anything about a sectional door's counterbalance?** A: It can, because the counterbalance is balancing that specific door. Panel gauge on these doors is 16, 20 or 24, and steel strutting is an option on any door that has to take a high windload, so two sections that look interchangeable need not weigh the same. Anything that alters what the door weighs alters what the counterbalance is holding, which is why the series, the gauge and the presence of strutting are confirmed before work starts. --- ### Commercial Emergency Service URL: https://ohdbellingham.com/services/commercial-emergency-service What makes a commercial emergency different from a residential one is usually not the repair. It is what was going on through the opening when it stopped. A house door has a car and a garage behind it. A commercial opening is a working part of the building: the route goods travel in and out, the barrier that closes a counter when the public side of it is unattended, the bay a vehicle has to leave from. Aluminum glass sectional doors are specified for service stations, fire stations, professional facilities and retail spaces, and every one of those is a building where an opening that will not travel has an immediate cost attached. Thermacore commercial doors go into buildings that require the highest levels of thermal efficiency and the lowest air infiltration, so an insulated opening stuck open is losing the condition of the space as well as the use of the door. Some commercial openings exist in order to be closed. Rolling shutters are light door systems that provide security for high pedestrian traffic areas such as retail stores, pharmacies and hospitals. Rolling counter doors cover small openings where security is important, at concession areas, cafeterias, pharmacies, parts-storage areas and ticket windows. Security grilles are fitted to restrict public access, with side-folding models used where headroom is limited or the grille has to follow a radius. On any of those the door is the security rather than an addition to it, so a curtain or a grille that will not come down leaves an open building, not an inconvenience. Other openings exist to move traffic, and the equipment specified for them records how much. The RapidFlex high-speed series is engineered to allow maximum productivity, with fast-acting curtains that open fully in four seconds or less depending on height and a springless, high cycle design intended to minimise downtime. A door built to that standard was chosen because the flow through the opening does not pause, and when it halts the flow banks up behind it. That same series is built with resistance to damage from accidental collisions, which is a fair statement of what happens at openings like these: contact from a vehicle or a load is anticipated rather than unusual. At a loading dock the door is only one of three things that can put a bay out of use. Dock levelers differ in how they are worked, and the difference shows up in the symptom: hydraulic levelers are push-button activated with fully powered raise and lip extension functions, air-powered levelers raise and lower the deck with an air bag or bellows system, and mechanical levelers use a pull chain to raise the deck. Vehicle restraints are the third item, securing a trailer to the dock and providing better communication between the truck driver and the dock attendant, which is how they help prevent accidents. A bay that has gone down can be the door, the leveler or the restraint, and separating the three is where the work begins. A fair share of commercial calls finish at the operator or one of its modules rather than at the door. The commercial range runs from the light duty CDX used on counter and counter fire door applications through the RMX and the RSX to the heavy duty RHX, with continuous duty motors offered in 1/2, 3/4 and 1 HP and in single-phase or three-phase, so an opening that has gone dead is not always a mechanical problem. The RMX carries a built-in cycle counter showing total cycles logged over the operator's lifetime, which is the nearest thing to a usage record most openings have. Reflective photo eyes for industrial openings use interference reduction or red light technology for a reason, because ambient lighting, other infrared sensors and reflective surfaces around these openings all work against a beam. And the electric sensing edge earns its own mention: two flexible conductive contact elements separated by perforated foam that stop or reverse the door when the foam compresses, and the same edge forms the weather-tight seal that conforms to the floor, so physical damage there takes out the entrapment protection and the seal together. A fire-rated closure is the inverse case, designed to come down automatically on a fire or an alarmed event, so the emergency it produces is a closed opening rather than an open one, and that opening stays out of use until the door has been reset. **What's included:** - Rolling shutter and security grille faults that leave an opening unsecured - Counter doors stuck open at concession, cafeteria, pharmacy and ticket-window openings - High-speed RapidFlex curtains damaged by accidental collision - Loading dock bays out of use, whether the door, the leveler or the restraint - Hydraulic, air-powered and mechanical dock levelers - Vehicle restraints holding a trailer to the dock - CDX, RMX, RSX and RHX operator faults, single-phase and three-phase - Photo-eye interference from ambient lighting, infrared sources and reflective surfaces - Electric sensing edge damage, which removes entrapment protection and the floor seal together - Fire-rated closures that have come down on an alarmed event and are waiting to be reset **FAQ:** **Q: Why does a stuck commercial door matter more than a stuck door on a house?** A: Because of what the opening is doing. On a commercial building the door is often the security itself: rolling shutters are used for high pedestrian traffic areas such as retail stores, pharmacies and hospitals, counter doors cover small openings where security is important, and security grilles are there to restrict public access. Elsewhere the opening is the route work travels through, whether that is a dock bay or a bay at a service station or a fire station. A door that will not travel stops the function the opening was built for, and that is the difference. **Q: A dock bay has stopped working but the door looks undamaged. What else could it be?** A: Two other things at least. Dock levelers are activated differently by type, so the symptom differs with them: hydraulic levelers are push-button activated with fully powered raise and lip extension functions, air-powered levelers raise and lower the deck with an air bag or bellows system, and mechanical levelers use a pull chain. Vehicle restraints are the other, securing a trailer to the dock and providing better communication between the truck driver and the dock attendant. A bay out of use can be any of the three, and which one it is changes the work completely. **Q: Why would a commercial door reverse or refuse to close when nothing is in its path?** A: An industrial opening is a hard environment for a beam. Reflective photo eyes made for these applications use interference reduction or red light technology to cut interference from surrounding lighting and from the infrared sensors often found around industrial openings, with further engineering to reduce interference from reflective surfaces. The other device in the closing path is the electric sensing edge, which stops or reverses the door when the perforated foam inside it compresses. Because that edge also forms the weather-tight seal against the floor, damage to it can read as both a safety fault and a seal problem. **Q: What can the operator itself tell you about why a door failed?** A: More than people expect. The commercial operators run from the light duty CDX, used on counter and counter fire door applications, through the RMX and RSX to the heavy duty RHX, with continuous duty motors in 1/2, 3/4 and 1 HP and single-phase or three-phase options, so identifying the unit on the opening narrows the possibilities before anything is dismantled. The RMX also has a built-in cycle counter that displays the total cycles logged over the operator's lifetime, which is the nearest thing to a usage record most openings have and says whether the door has been working at the rate it was specified for. --- ### Commercial Replacement Track URL: https://ohdbellingham.com/services/commercial-replacement-track Commercial doors do not all hang the same way, and that is the first thing that matters when the part carrying a door has to be replaced. A sectional door travels on track. An upward-coiling door has no sectional track at all — its curtain rolls up at the head of the opening and is held at its edges by guides. Both get described as track work when something stops moving properly, and they are not the same work, so establishing which system is in the opening comes first. On the Overhead Door commercial sectional line, track is a specified variable rather than a generic part. The sectional steel series is offered across a selection of panel profiles, gauges, track styles and hardware options, which means the track under any given door was chosen with that door rather than added to it. Heavy-duty track and hardware in the series are fabricated of high-quality galvanized steel and engineered for precise, trouble-free performance; the two are named together in that specification because neither meets it alone. Aluminum sectional doors follow the same logic from the other direction — track style is specified there alongside stile width, glazing material and finish. So a replacement run has to reproduce the original specification, not approximate it. Insulated panel doors carry a consequence a plain steel door does not. Thermacore® commercial doors are built for buildings that need the highest levels of thermal efficiency and low air infiltration, using a dual thermal break and joint seal between the internal and external skins, and the series runs on specially designed track with heavy-duty fixtures that ensure a tight and reliable fit. That fit is the whole point of the door. When track on one of these is pulled out of line, or its fixtures are worn, what degrades is not only how smoothly the door travels but how closely it shuts — and shutting closely is the reason the door was specified in the first place. Upward-coiling doors answer the same opening a different way. Rolling service doors suit situations where sideroom and headroom are at a premium: the curtain is fabricated of interlocking steel, stainless steel or aluminum slats and coils at the head of the opening rather than being carried back on track, so what holds it is a pair of vertical guides at the sides. Rolling shutters and upward-coiling security grilles work on that same principle. Counter doors go further still: on an integral frame and sill unit the surround arrives factory-assembled as a complete welded unit with 16-gauge jambs and header, a 14-gauge sill, hood and fascia, so the guiding is part of the door delivered rather than components fitted to the building. Side-folding grilles are the outlier: they stack to the side instead of coiling, which is what lets them serve an opening where headroom is limited or where the grille has to follow a radius. Two things follow from which system a door uses. The first is the operator. The RHX, RSX and RMX commercial operators are each offered with a wide variety of mounting options for both sectional and rolling doors, and the CDX is the unit used on counter and counter fire door applications — so how a door is guided is bound up with how its operator sits on it, and track or guide work is worth checking against that mounting rather than treating the two as unrelated. The second is fire-rated closures, where guide position carries design intent: counter fire doors are designed to expand upward in a fire, and installing the guides flush with the sill is what allows that to happen. Everything else starts from the same four answers — the door series, sectional or coiling, insulated or not, and which track style or guide the door was originally built with. **What's included:** - Track style matched to the commercial sectional door already in the opening - Heavy-duty galvanized steel track and hardware on sectional steel doors - Specially designed track and heavy-duty fixtures on Thermacore® insulated doors - Track style matched alongside stile width and glazing on aluminum sectional doors - Vertical guides for upward-coiling rolling service doors - Guides for rolling shutters and upward-coiling security grilles - Counter door guiding, including factory-assembled integral frame and sill units - Side-folding grille runs for openings with limited headroom or a radius - Operator mounting checked against sectional or rolling configuration - Counter fire door guides set flush with the sill **FAQ:** **Q: Can the track be replaced on a commercial sectional door without replacing the door?** A: Usually, provided the original specification can be identified. Track style is one of the variables the Overhead Door commercial sectional series is specified across, alongside panel profile, gauge and hardware options, so a run of track belongs to a particular door rather than fitting any door. Heavy-duty track and hardware in the series are fabricated of high-quality galvanized steel and engineered together, which is why both get looked at rather than only the length that is visibly damaged. **Q: Do rolling steel doors and security grilles run on track?** A: Not in the sectional sense. A rolling service door coils at the head of the opening, which is what suits it to a building short on sideroom and headroom, and its interlocking steel, stainless steel or aluminum curtain is held by vertical guides at the sides instead of travelling back on overhead track. Rolling shutters and upward-coiling grilles are the same arrangement. Side-folding grilles are different again, stacking to the side, which is what suits them to openings with limited headroom or a radius to follow. **Q: Why does distorted track matter more on an insulated commercial door?** A: Because the seal depends on it. Thermacore® commercial doors are specified for high thermal efficiency and low air infiltration, with a dual thermal break and joint seal between the internal and external skins, and the series uses specially designed track and heavy-duty fixtures to hold a tight and reliable fit. Once that track is out of line, the door can still open and close while no longer shutting as tightly as the specification assumes, so the loss shows up as air infiltration before it shows up as a mechanical fault. **Q: What needs to be identified before track or guides can be ordered?** A: Four things: the door series, whether the door is sectional or upward-coiling, whether it is insulated or non-insulated, and which track style or guide it was originally built with. The operator matters too, since the RHX, RSX and RMX units offer mounting options for both sectional and rolling doors and the CDX is used on counter and counter fire door applications — the mounting on a specific door is tied to how that door is guided. --- ## Service Areas - [Anacortes, WA](https://ohdbellingham.com/service-locations/anacortes-wa) (98221) - [Auburn, WA](https://ohdbellingham.com/service-locations/auburn-wa) (98002) - [Bellevue, WA](https://ohdbellingham.com/service-locations/bellevue-wa) (98004) - [Bellingham, WA](https://ohdbellingham.com/service-locations/bellingham-wa) (98225) - [Blaine, WA](https://ohdbellingham.com/service-locations/blaine-wa) (98230) - [Bonney Lake, WA](https://ohdbellingham.com/service-locations/bonney-lake-wa) (98391) - [Buckley, WA](https://ohdbellingham.com/service-locations/buckley-wa) (98321) - [Burlington, WA](https://ohdbellingham.com/service-locations/burlington-wa) (98233) - [Camano, WA](https://ohdbellingham.com/service-locations/camano-wa) (98282) - [Camp Murray, WA](https://ohdbellingham.com/service-locations/camp-murray-wa) (98430) - [Clinton, WA](https://ohdbellingham.com/service-locations/clinton-wa) (98236) - [Concrete, WA](https://ohdbellingham.com/service-locations/concrete-wa) (98237) - [Coupeville, WA](https://ohdbellingham.com/service-locations/coupeville-wa) (98239) - [Eastsound, WA](https://ohdbellingham.com/service-locations/eastsound-wa) (98245) - [Eatonville, WA](https://ohdbellingham.com/service-locations/eatonville-wa) (98328) - [Enumclaw, WA](https://ohdbellingham.com/service-locations/enumclaw-wa) (98022) - [Everson, WA](https://ohdbellingham.com/service-locations/everson-wa) (98247) - [Federal Way, WA](https://ohdbellingham.com/service-locations/federal-way-wa) (98003) - [Ferndale, WA](https://ohdbellingham.com/service-locations/ferndale-wa) (98248) - [Fife, WA](https://ohdbellingham.com/service-locations/fife-wa) (98424) - [Freeland, WA](https://ohdbellingham.com/service-locations/freeland-wa) (98249) - [Friday Harbor, WA](https://ohdbellingham.com/service-locations/friday-harbor-wa) (98250) - [Gig Harbor, WA](https://ohdbellingham.com/service-locations/gig-harbor-wa) (98332) - [Grand Mound, WA](https://ohdbellingham.com/service-locations/grand-mound-wa) - [Hamilton, WA](https://ohdbellingham.com/service-locations/hamilton-wa) (98255) - [Issaquah, WA](https://ohdbellingham.com/service-locations/issaquah-wa) (98027) - [Kent, WA](https://ohdbellingham.com/service-locations/kent-wa) (98030) - [Kirkland, WA](https://ohdbellingham.com/service-locations/kirkland-wa) (98033) - [La Conner, WA](https://ohdbellingham.com/service-locations/la-conner-wa) (98257) - [Lacey, WA](https://ohdbellingham.com/service-locations/lacey-wa) (98503) - [Lakewood, WA](https://ohdbellingham.com/service-locations/lakewood-wa) (98499) - [Lopez Island, WA](https://ohdbellingham.com/service-locations/lopez-island-wa) (98261) - [Lummi Island, WA](https://ohdbellingham.com/service-locations/lummi-island-wa) (98262) - [Lynden, WA](https://ohdbellingham.com/service-locations/lynden-wa) (98264) - [Maple Falls, WA](https://ohdbellingham.com/service-locations/maple-falls-wa) (98266) - [Marblemount, WA](https://ohdbellingham.com/service-locations/marblemount-wa) (98267) - [Mount Vernon, WA](https://ohdbellingham.com/service-locations/mount-vernon-wa) (98273) - [Nooksack, WA](https://ohdbellingham.com/service-locations/nooksack-wa) (98276) - [Oak Harbor, WA](https://ohdbellingham.com/service-locations/oak-harbor-wa) (98277) - [Olympia, WA](https://ohdbellingham.com/service-locations/olympia-wa) (98501) - [Point Roberts, WA](https://ohdbellingham.com/service-locations/point-roberts-wa) (98281) - [Puyallup, WA](https://ohdbellingham.com/service-locations/puyallup-wa) (98371) - [Rainier, WA](https://ohdbellingham.com/service-locations/rainier-wa) (98576) - [Redmond, WA](https://ohdbellingham.com/service-locations/redmond-wa) (98052) - [Renton, WA](https://ohdbellingham.com/service-locations/renton-wa) (98057) - [Roche Harbor, WA](https://ohdbellingham.com/service-locations/roche-harbor-wa) (98250) - [Seattle, WA](https://ohdbellingham.com/service-locations/seattle-wa) (98101) - [Sedro Woolley, WA](https://ohdbellingham.com/service-locations/sedro-woolley-wa) (98284) - [Shoreline, WA](https://ohdbellingham.com/service-locations/shoreline-wa) (98133) - [Snoqualmie, WA](https://ohdbellingham.com/service-locations/snoqualmie-wa) (98065) - [Spanaway, WA](https://ohdbellingham.com/service-locations/spanaway-wa) (98387) - [Sumas, WA](https://ohdbellingham.com/service-locations/sumas-wa) (98295) - [Tacoma, WA](https://ohdbellingham.com/service-locations/tacoma-wa) (98402) - [Tumwater, WA](https://ohdbellingham.com/service-locations/tumwater-wa) (98512) - [Yelm, WA](https://ohdbellingham.com/service-locations/yelm-wa) (98597) ## Contact - Phone: (360) 734-5960 - Address: 202 Ohio St., Bellingham, WA 98225 - Email: contactus@ohdbellingham.com - Emergency: 24/7 emergency service available — call (360) 734-5960 ## Blog Posts - [Common Residential Garage Door Problems](https://ohdbellingham.com/blog/common-residential-garage-door-problems) - [Chain Drive Garage Door Opener: A Reliable Classic](https://ohdbellingham.com/blog/chain-drive-garage-door-opener) - [What Is a 3/4 Horsepower Garage Door Opener?](https://ohdbellingham.com/blog/what-is-a-3-4-horsepower-garage-door-opener) - [What Is an Automatic Sliding Gate Opener?](https://ohdbellingham.com/blog/what-is-an-automatic-sliding-gate-opener) - [Why Choose a Blue Garage Door?](https://ohdbellingham.com/blog/why-choose-a-blue-garage-door) - [Side Mount Garage Door Opener: A Sleek, Space-Saving Solution](https://ohdbellingham.com/blog/side-mount-garage-door-opener) - [Broken Garage Door Repair: What to Know When Things Stop Working](https://ohdbellingham.com/blog/broken-garage-door-repair) - [Overhead Garage Door Repair: Everything You Need to Know](https://ohdbellingham.com/blog/overhead-garage-door-repair) - [Garage Door Sensor Repair: What You Need to Know](https://ohdbellingham.com/blog/garage-door-sensor-repair) - [Garage Door Off Track Repair: What to Know and How to Fix It](https://ohdbellingham.com/blog/garage-door-off-track-repair) - [Garage Door Cable Repair Cost: What to Know Before You Call](https://ohdbellingham.com/blog/garage-door-cable-repair-cost) - 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[The Charm and Simplicity of a Single Panel Door](https://ohdbellingham.com/blog/single-panel-door) - [Deck the Garage: Why Christmas and Halloween Garage Door Covers Are So Much Fun](https://ohdbellingham.com/blog/christmas-and-halloween-garage-door-covers) - [Garage Door Lock: Your Guide to Better Security](https://ohdbellingham.com/blog/garage-door-lock) - [Screw Drive Garage Door Opener: What You Need to Know](https://ohdbellingham.com/blog/screw-drive-garage-door-openers) - [How Much Does a 2 Car Garage Door Replacement Cost?](https://ohdbellingham.com/blog/2-car-garage-door-replacement-cost) - [Carriage House Garage Doors: A Classic Look with Modern Convenience](https://ohdbellingham.com/blog/carriage-house-garage-doors) - [Everything You Need to Know About a Garage Door Insulation Kit](https://ohdbellingham.com/blog/garage-door-insulation-kit) - [What Are Garage Door Parts Called?](https://ohdbellingham.com/blog/what-are-garage-door-parts-called) - [All About Belt Drive Garage Door Openers](https://ohdbellingham.com/blog/belt-drive-garage-door-openers) - [Garage Door Panel Replacement: What You Need to Know](https://ohdbellingham.com/blog/garage-door-panel-replacement) - [How Much Does It Cost to Replace a Garage Door?](https://ohdbellingham.com/blog/cost-to-replace-a-garage-door) - [Garage Door Sensor Guide: What They Are, How They Work How To Align Them](https://ohdbellingham.com/blog/garage-door-sensor-guide) - [Garage Door Track Guide: Keeping Your Door Rolling Smoothly](https://ohdbellingham.com/blog/garage-door-track) - [How to Make Your Garage Door Quieter Overhead Door Company of Bellingham](https://ohdbellingham.com/blog/how-to-make-a-garage-door-quieter) - [The Ultimate Guide to Commercial Garage Doors Commercial Roll-Up Doors Overhead Door Company of Bellingham](https://ohdbellingham.com/blog/commercial-roll-up-doors) - [How to Align Garage Door Sensors Overhead Door Company of Bellingham](https://ohdbellingham.com/blog/how-to-align-garage-door-sensors) - [The Ultimate Guide to Glass Garage Doors: Style, Functionality, and Benefits Overhead Door Company of Bellingham](https://ohdbellingham.com/blog/our-guide-to-glass-garage-doors) - 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Overhead Door Company of Bellingham](https://ohdbellingham.com/blog/what-size-garage-door-opener-do-i-need) ## Additional Pages - [About Us Overhead Door Company of Bellingham](https://ohdbellingham.com/aboutus) - [Aluminum Garage Doors](https://ohdbellingham.com/aluminum-garage-doors) - [Careers Overhead Door Company of Bellingham](https://ohdbellingham.com/careers) - [Commercial Garage Door Accessories](https://ohdbellingham.com/commercial-garage-door-accessories) - [Commercial Garage Doors](https://ohdbellingham.com/commercial-garage-doors) - [Commercial](https://ohdbellingham.com/commercial) - [Fiberglass Garage Doors](https://ohdbellingham.com/fiberglass-garage-doors) - [Garage Door Accessories](https://ohdbellingham.com/garage-door-accessories) - [Garage Door Designer Overhead Door Company of Bellingham](https://ohdbellingham.com/garage-door-designer) - [Garage Door Openers](https://ohdbellingham.com/garage-door-openers) - [Garage Door Operators Overhead Door Company of Bellingham](https://ohdbellingham.com/garage-door-operators) - [Garage doors](https://ohdbellingham.com/garage-doors) - [Get a Quote Overhead Door Company of Bellingham](https://ohdbellingham.com/get-a-quote) - [Loading Dock Equipment](https://ohdbellingham.com/loading-dock-equipment) - [Locations](https://ohdbellingham.com/locations) - [Offers Overhead Door Company of Bellingham](https://ohdbellingham.com/offers) - [Priority Service Overhead Door Company of Bellingham](https://ohdbellingham.com/priority-service) - [Puget Sound](https://ohdbellingham.com/puget-sound) - [Residential](https://ohdbellingham.com/residential) - [Reviews Overhead Door Company of Bellingham](https://ohdbellingham.com/reviews) - [Rolling Steel Commercial Garage Doors](https://ohdbellingham.com/rolling-steel-commercial-garage-doors) - [Sectional Commercial Garage Doors](https://ohdbellingham.com/sectional-commercial-garage-doors) - [Steel Garage Doors](https://ohdbellingham.com/steel-garage-doors) - [Support Overhead Door Company of Bellingham](https://ohdbellingham.com/support) - [Terms](https://ohdbellingham.com/terms) - [Thank You Overhead Door Company of Bellingham](https://ohdbellingham.com/thank-you-overhead-door-company-of-bellingham) - [Vinyl Garage Doors](https://ohdbellingham.com/vinyl-garage-doors) - [Wood Garage Doors](https://ohdbellingham.com/wood-garage-doors)