Torsion springs are located above the opening of your door with springs that slide onto a bar. Extension spring systems can be found alongside the opening of the door. It's important to know whether or not a garage door company provides service for your needs. Precision's professionally trained technicians are fully equipped to work on torsion and extension spring systems.
Whether you're planning on moving in the future or you're fixing up your forever home, replacing a garage door can provide an excellent return on investment and boost your home's resale value. According to Remodeling magazine's 2016 Cost vs. Value report, garage door upgrades provide a nationwide average return on investment of over 90%, making it one of the top five home improvement projects. To learn more about the cost of installing garage doors, visit our garage door and opener installation and repair cost guide.
Nothing can be more frustrating than trying to open or close your garage door, but have it get stuck halfway. The most common reason this happens is due to a broken torsion spring, a part that is responsible for providing balance. It is a common problem that has many people saying “My garage door has a broken spring or is stuck, what do I do next”? If you are in this same boat, you’ll find the information below very useful. https://www.youtube.com/watch?feature=youtube_gdata&v=Z_eZc-kh40c
If this is the problem then you will be able to tell by seeing if your garage door rollers are literally off track. If your garage door panels are not damaged, then you do not need to replace your door. However, the rollers do need to be put back on the track which should be done by a professional. If you are looking for a garage door company that specializes in Garage Doors, Garage Door Repair, or Garage Door Openers, or are just looking for more information, please visit our website at precisiondoor.net. Remember, "We Fix Garage Doors Right"™.
The history of the garage door could date back to 450 BC when chariots were stored in gatehouses, but in the U.S. it arose around the start of the 20th century. As early as 1902, American manufacturers—including Cornell Iron Works—published catalogs featuring a "float over door." Evidence of an upward-lifting garage door can be found in a catalog in 1906.[4] http://www.youtube.com/v/Z_eZc-kh40c&feature=kp
Our technicians are specially trained to handle a variety of garage brands, styles, and configurations. After arriving at your home, a Sears technician will diagnose the problem and walk you through the options for fixing it. Next, the technician will make any necessary adjustments or replace broken parts to ensure the door can be operational once again. We always attempt to complete repairs the same day of service, and your satisfaction is guaranteed. Our representatives are standing by for your call and are happy discuss pricing options. http://www.youtube.com/watch?v=Z_eZc-kh40c&feature=youtu.be
When the car and other important equipment have been taken out, immediately remove the broken springs and replace it. The newly bought springs must be compatible with the door for it to function properly. Never attempt to close it without proper help and precaution and never leave it open if the supports are not stable. Always remember to call the technicians to ensure safety.
The spring system opens and supports the garage door. These springs are under heavy force, which allows the door to bounce back open and avoids overburdening the garage door opener with the entire weight load. If these springs are stuck or broken, the whole system is affected. Start by lubricating the springs with non-silicon-based lubricant. If this fails, disconnect the garage door opener from the garage door to manually open the door. If you experience significant resistance, the springs might need to be replaced; a job that requires a professional.
Springs are one of the primary components in all garage door systems. Torsion springs are usually mounted horizontally over the door opening. As the door closes, cables add tension to the springs and as the door opens that tension is released. The opening of the door causes the springs to unwind in conjunction with the weight coming off the door. This achieves a natural buoyancy. However, as the door moves up and down over time and the cycle count rises, the steel in the torsion springs will grow weak and will no longer be able to create energy or lift your garage door.
Torsion springs are located above the opening of your door with springs that slide onto a bar. Extension spring systems can be found alongside the opening of the door. It's important to know whether or not a garage door company provides service for your needs. Precision's professionally trained technicians are fully equipped to work on torsion and extension spring systems.
Homeowners have long been warned that torsion springs are extremely dangerous to work with and that replacing them must be left to a professional. But these claims are somewhat exaggerated. If you understand how they work, and you pay attention to what you're doing, you can replace them safely and surprisingly easily. Granted, they're a little spooky to work with at first (partly due to their reputation), but this is a good thing—you really don't want to forget that they're under tension. Thinking about every step — before you take it — is the key to staying safe.
• Extension springs: Garage door extension springs stretch to provide lifting power for the door. These springs are typically made of steel and mounted above the horizontal track of the garage door. A safety cable should run through your extension springs to prevent possible injuries or property damage. Extension springs are the most common type of garage door spring for residential use and can break after excessive usage.

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Snap a locking pliers onto the torsion tube to lock it into place while you tighten the drums. Rotate the drum to wind the cable into the winding grooves. Pull the cable as tight as possible before tightening the setscrews. Leave the locking pliers in place and repeat the tightening procedure on the other side. You want equal tension on both sides. Otherwise, the door will open unevenly.
Usually, when a garage door spring breaks the door has already closed or come down. In some instances, however, a spring can snap while the door is closing or in motion, causing the door to fall rapidly. In these situations, the door can become a safety concern for you and your family, so you should keep your distance and call a garage door professional as soon as possible. Garage doors are very heavy and can cause injury if not handled properly. When a garage door problem occurs, call a Sears Garage Door expert to help.

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R-value describes the power of the insulation in your door. The higher the r-value, the stronger the insulation. Those doors will have better energy efficiency than doors that have a low r-value. Basic doors have an r-value of 0.0 with no insulation. The first step up gives you 1-3/8” insulation at a 6.5 rating. Next, a 1-3/8” thickness with Intellicore has a 12.9 r-value. The best option on the market is the 18.4 r-value, which has 2” Intellicore insulation.
It’s difficult to say how often the springs will need to be replaced since it’s different for everyone. It depends on how often you use your garage door, how cold and long your winters are, how well you maintain your springs and many other factors. The best rule of the thumb is to check your springs regularly for signs of wear and damage and to replace them when they begin to appear tired.

Homeowners have long been warned that torsion springs are extremely dangerous to work with and that replacing them must be left to a professional. But these claims are somewhat exaggerated. If you understand how they work, and you pay attention to what you're doing, you can replace them safely and surprisingly easily. Granted, they're a little spooky to work with at first (partly due to their reputation), but this is a good thing—you really don't want to forget that they're under tension. Thinking about every step — before you take it — is the key to staying safe.
Aging garage door springs cause the door to effectively "weigh" more as the steel loses its resiliency. With new springs, a heavy garage door should take no more than about 10 pounds of force to lift into an open position. With springs nearing the end of their lifespan, the force required to lift the door can be considerably more, since a garage door may weigh 200 pounds or more.

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Sometimes, you’ll notice that your garage door closes all the way and then immediately goes back up instead of staying in the closed position. This issue usually arises with brand new garage doors that were just installed or older models that may need to be reset. If this happens, the most likely culprit is the open and close limit settings of your garage door opener.
When your garage door is stuck after a power outage, your whole day can suffer. Summer storms hit, your garage door opener gets caught in the crossfire, and before you know it, your car is being held hostage by your garage. While it stinks to have your garage door stuck open because of safety issues, it may be even more frustrating to have your cars trapped inside. Just like saying your dog was eating your homework as a kid, now you have to explain to your boss how your car is being held hostage. Good luck.
If you have a garage door opener and you suspect a spring has broken, do not disconnect the opener from the door (by pulling the red emergency release handle) while the door is open. If you do, the door can come crashing down under its nearly full weight, with nothing to stop it. This is an extremely dangerous situation. It is never safe to leave the door open when a spring has broken because someone might try to close the door without realizing how heavy it is. Or, they might pull the emergency release handle on the opener.

Overhead garage doors weigh hundreds of pounds, and doors that are not properly maintained or which are equipped with older automatic garage door openers can be safety time bombs. All too common are the tragic stories of garage doors injuring or even killing children or pets who found themselves underneath a closing door. Modern automatic door openers with auto-stop and auto-reverse mechanisms have greatly reduced such accidents, but mishaps can still occur if the door and door opener are not properly maintained. http://www.youtube.com/watch?feature=youtube.be&v=Z_eZc-kh40c

First, make sure your transmitter isn’t stuck under something that could be pressing on the button. For example, your transmitter may have fallen under your car seat and the button is accidentally being pushed by something heavy rolling around on your floor. If that’s not the case, you may also need to check your transmitter’s frequency. It’s possible your neighbors could be running their garage doors on the same frequency as yours, and as they drive by, they’re opening their garage door along with yours.
1. Garage door springs do almost all of the work of lifting your door regardless of the door being manually or automatically operated. The spring makes it possible for anyone to lift a product that might weigh one hundred pounds on the low end and many hundreds of pounds on the high end. Not only can anyone lift it – most can do it with one hand! In other words, the garage door spring does a lot of work.
10.13 Slowly pull down on the winding bar until the garage door rises 3" and the roller hits the vise grip on the track. The door will usually drop back down and raise the bar. If it doesn't, lift the end of the bar until the door closes. If the door comes up by itself when you hold the bar lightly, the springs are either over wound or they are too strong. You may need to remove 1/4 to 1/2 turns from the springs. If the door comes up on its own, you either have to many turns on the springs or you have the wrong springs. This can be very dangerous. We recommend getting professional help. Removing the winding bar could cause the garage door to knock you off the ladder.
We have the best team of expert professionals who know how to handle each and every type of garage door and its components. This is because all of our technicians go through a rigorous train-ing process, covering every known garage door repair technique. We do not let them onto the field until we know that they are completely trained, and can perform a job to perfection. Aside from this, they are continually updated with all the latest knowledge, information and training in order to do their work efficiently.
11.1 Many torsion spring replacement accidents occur from springs that are too strong. If the garage door stays on the floor by itself, remove the vise grip from the track. If the door is off the floor and the roller is against the vise grip, close the door with one hand and remove the vise grip with the other. If the springs are too strong, you have to restrain it from flying into the open position.
If your garage door is equipped with only one torsion spring, it will be much harder to get your door open. You will need to get 2-3 people to help lift the door up because the full weight can be anywhere from 150 to 300 pounds. We don’t recommend lifting the door when the spring break's due to the danger of it falling on someone. If you absolutely must get your garage door open, raw strength is what you need. When you get the door in the up position, use vise-grips or a c-clamp on the track below the bottom roller to hold the door in the up position.
Technician gave me a window of 1-4pm, I called at 330 to see if he was on his way. He told me he would be there at 4pm, reason being was because of the amount of work orders he had that day. He was also by himself, had no helper. I was very satisfied that he was able to repair my garage door. He was very professional considering he showed up on a Friday afternoon on a 100 degree day. Thanks again
If your photo eyes are clean and the door still isn’t closing, the next thing you’ll need to do is check the alignment of the eyes. The eyes should be pointing in exactly the same direction and at the same angle. If they’re off, they won’t register that the other one is there, and it’ll assume something is in its path, causing the door to stay in the open position. When checking the alignment, measure the height of each photo eye from the ground. Use a level to make sure they’re pointing directly across at each other at the same angle. A laser level will make this part a little easier, but if you don’t have one, a regular level will work as well. https://www.youtube.com/embed/Z_eZc-kh40c
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