You may remember a time as a kid when you and your siblings would close the garage door and run underneath it as fast as possible to make it out before the door closed. Well, on any garage door installed after 1993, that’s no longer possible thanks to two tiny photo eyes on either side of the garage entrance. These photo eyes transmit an invisible beam between each other that detects if anything is in the garage door’s path when it closes. This safety measure is there to prevent automatic garage doors from closing on top of someone or something and causing serious injury or damage to property.
The springs are an essential component to your garage door in that they enable the door to be lifted or lowered easily, despite its weight. If either of the springs are broken, then the door will become stuck. There are two types of garage door springs – torsion springs and extension springs. Torsion springs are located near the top of the door, whereas extension springs are located on each side of the door. If your garage door uses torsion springs, check for a gap between the springs to identify whether they are broken. If you have extension springs, look to see if a piece of the springs are hanging from the side.
There’s never a convenient time for your garage door springs to break. When this crucial component gives out, you need a repair job or replacement as soon as possible. That’s why Marvin’s Garage Doors is available 24/7 for emergency service. When that emergency arises, or you’re stuck in your garage and unable to get out to get to work, simply give us a call on our emergency line at 336-813-2601.

While a sudden issue is usually easily repaired, a consistent issue that has gone unaddressed for months or years will likely require a total replacement. The problem is that garage doors have a number of heavy, powerful moving parts. If the door is working as it is designed, it can open and close hundreds and hundreds of times without issues. However, if there is even a small issue in the lifting mechanism that repeatedly influences the movement of the door, you will soon find that the damage caused over those hundreds of lifts can’t be fixed.
Garage door springs can break for a variety of reasons. Extreme heat or cold, for instance, can stress the springs to the point of breaking, or it could be that normal wear on older springs could cause them to break. Whatever the situation, a broken spring can render your garage door inoperable. Your door will not be able to open or close when a spring is broken, and you should stand clear of your door until a professional can assess the situation and correct it. http://youtube.com/watch?feature=youtu.be&v=Z_eZc-kh40c
If the sensors are malfunctioning, it can cause the garage door to get stuck. One of the sensor lights will typically begin blinking if they aren’t working properly. The first thing to check for is an obstruction in the path of your garage door. If the doorway is clear, then check to see if the sensors are properly aligned. If they are out of alignment, then they can’t see one another and their line of vision is broken. Re-aligning them should result the garage door becoming unstuck if this is the case.
All measurements should be in feet and inches. Step 1, measure across the existing door or desired space for the width, then up and down for the height. The rough opening of your space should be the same size as the door. Step 2, measure the sideroom, which is the space beside your door. Measure the width of the left side, and then the width of the right side. Step 3, measure the space above the door, which is called the headroom. Measure the height of the distance between the top of the door opening and the ceiling. Step 4, measure the ceiling, which is called the backroom. You’ll need to measure the distance of the garage door opening toward the back wall of your garage. You should have 6 total measurements in all once you’ve finished measuring the space. Keep in mind that having an automatic garage door opener installed might call for additional backroom or ceiling space.
Thread the cables and tighten the drums. Run the lift cable between the roller and the doorjamb. Slip the lift cable stop through the cable slot on the drum. Then, attach locking pliers to the torsion tube to secure it in place. Spin the drum to wind the cable into the grooves, then tighten the set screws. Repeat on the other side, leaving the locking pliers in place.[11]
As mentioned in issue #2, garage doors are designed with a reversing mechanism that prevents them from crushing objects in their path. If you find that your garage door closes part way and then goes back up, this can be triggered by objects on the ground blocking their path such as garbage cans or toys. It could also be caused by a buildup of debris on the tracks that prevents the rollers from moving forward. This could include small items like rocks, gum or mud buildup. If the door hits even a small object on the track, it will go back up to avoid crushing whatever is underneath it.

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We also have a wide range of expertise repairing and installing both residential and commercial doors, meaning we can tackle any problem, large or small. We carry a wide range of doors from one of the industry’s leading manufacturers, Clopay, so you can make the choice that makes the most sense for your home and family while feeling confident that you are getting a door of the highest quality. https://www.youtube.com/watch?v=Z_eZc-kh40c&app=desktop
From a big-box store, basic garage door cables can run between $8 and $20, depending on the product. Your pro may charge you a different cost if they provide the cables. Your cables may not need to be replaced if they have simply come off the track, but broken cables will need to be completely removed and replaced. In either instance, the pros will need to secure or take down the door; unwind the springs; reset or replace the rollers, cables, and drums; and then wind the springs once more. For example, a pro could reset cables that have come off the track for $129.99. The average national cost for a garage door repair specialist is $80 - $110 per hour and the typical cost to replace a broken garage door cable is anywhere from $130 to $200. https://m.youtube.com/v/Z_eZc-kh40c
Just like on a bike sprocket, your cables can sometimes become disengaged. Oftentimes, when a torsion spring breaks, the garage door cable will snap as a result. Sometimes, the cable will cause damage to a vehicle or wall, and if a person happens to be in the way of the cable it can cause serious harm. If you cables have snapped, you should call a professional to help you. See the video above.
Noisy garage doors cause all kinds of problems, especially for anyone who has to sleep above or next to the garage. Fortunately, most noisy garage doors can be fixed with a combination of routine maintenance and the replacement of a few parts. If the basic maintenance tips described above don't quiet a noisy garage door, it's possible that the door's hinges need to be replaced.

Often companies will show different types of springs like oil dipped, galvanized or powder coated and try to convince you that one is longer life than the other and that is why it is going to cost this much instead of that much. Galvanized and Powder coated are great for coastal areas as a rust preventative but do not change the cycle life and do not cost but a few dollars more.
Maybe the battery died or a spring broke, but you can't get into the garage to even see what the problem is. If the garage door is the only way in or out, or if you can't find the key to the door, you'll have to either find a way to break in or call a locksmith. As a preventative measure, it's smart to keep a spare key or install an emergency key release that would allow you to release the emergency disconnect to the operator so you can manually raise the door. https://youtube.com/e/Z_eZc-kh40c?app=desktop
Torsion springs do not last forever, regardless of what some companies claim. “Lifetime” springs do not exist – all springs have a lifespan. Most builders typically install the lowest costing door available and with that generally comes lower cycle springs. A torsion spring’s life is determined by the number of cycles the spring is rated to last. Whenever the door goes up and down is what is referred to as a “cycle.” The springs that builders install can last as little as 7,500 cycles which means the average homeowner could get 3-5 years of life.
Nate was very courteous and professional and called to let me know that he was about 30 minutes from my house. I had purchased a new Sears garage door opener, but when Nate arrived at my home, he inspected the existing unit and told me that it was still in good shape except for a worn out part. Nate procured the new part and brought it to my home this morning. The unit was repaired in about 10 minutes! The existing unit was just over five years old, so I'm glad I will get some more use out of it. http://youtube.com/v/Z_eZc-kh40c?version=3
Using your drill, add tension to the torsion spring. This system uses a single spring for a double door, but many manufacturers use two springs for a double door. The painted line on the spring acts as a gauge for the number of turns you put on the spring. To keep the bar from turning while you’re adding tension, attach a locking pliers to the bar on both ends of the spring. Apply lubricant for garage doors to the spring.
Doors with extension springs have two sets of pulleys (which are sometimes called _sheaves_): one at the end of each spring and one at the top of the vertical door track. They also have two cables on each side. One cable attaches to the bottom of the door, runs up and over the pulley above the door and around the spring pulley and then attaches to the door track bracket. The other cables are safety cables that run through the middle of the springs and are fixed to a track bracket at both ends. These cables restrain the springs if they break under tension. All extension springs must have safety cables.

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9.9 Go to the other side of the garage door and insert the end of the cable into the drum. Rotate the drum until the cable is tight. Slide the drum against the bearing and push the shaft to the right. The marks should line up. If they don't, figure out why and correct the problem. It could be a stuck cable, the garage floor may have shifted, or the vertical angle that helps support the bearing plate may have loosened and shifted. Many garage doors have been installed with a gap between a drum and a bearing plate. The cable drums should always be flush against the race of the bearings.
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