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.
If you have two torsion springs on your garage door, the good spring will most likely keep the cables on the drums when the other spring breaks. This makes it much easier to lift because the good spring will be pulling half the weight of the garage door. You can also use the garage door opener to help assist while someone lifts the door and acts as the broken spring. Use extreme caution when doing this to prevent damage to your garage door or injury to a person.
The garage door opens and closes many times throughout the year, and something may blow inside. While it is usually something such as loose leaves or small amounts of dirt, the rails that the door travel along can collect this loose debris. Over time, the buildup of debris creates a blockage on the rails. Note where on the rails the door is stuck and clean that area. If children use the garage to leave the house, it's sometimes something as simple as a small, bouncing ball that happens to land in just the right -- or wrong -- spot. https://www.youtube.com/watch?v=Z_eZc-kh40c&hc_location=ufi
Does your door stop when going up? Does your look crooked? Can you see a break in the spring that runs along the side of the tracks? You might have a broken extension spring. Extension springs are generally used on smaller doors like an 8×7 or a 9×7. Extension springs are attached to the bracket that holds the horizontal track to the ceiling. The extend as the door goes down and with one broken the door cannot work properly. Typically one spring is broken and the other is not, however, we would replace both. They have both been used the same amount and springs break based off of usage.
The two main garage door operating mechanisms are sectional roll-ups or tilt-ups. Garage door repair services can fix single-car, double-car or RV-height doors. Your garage door may be made of wood, steel, aluminum, masonite, vinyl, fiberglass or another material. The type of garage door repair you need really depends on the type of garage door you have and the issue at hand. Garage door repair pros often charge a flat service call fee to diagnose the problem and provide an estimate. For customers who choose to have the repair done, the service call fee may be applied to the first hour of labor (including time to make the diagnosis). If your garage door is under warranty, the repair may be free of charge.
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Installing an overhead garage door requires a few tools and a friend to help. First, the lower door panel needs to be set up in the center of the doorway. The remaining panels and tracks are held in place with hinges, brackets, and screws. Set up an easy-to-install torsion spring system to ensure that your door lifts properly for many years to come.
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9.14 Slide the springs to the bracket. Double-check to make sure you have the right wound spring on the left side and the left wind spring on the right side. Turn the springs until the ends are facing you. The wire at the ends of both torsion springs here at the bracket should be pointing down. At the winding cones at the opposite ends, the spring wire points up. If not, reverse the springs. About once a month we get a phone call from a do-it-yourself customer who begins the conversation with, "I wound the garage door spring to about six turns and the spring came loose from the cone." We normally refer them back to this step and suggest they switch their springs.
A typical version of an overhead garage door used in the past would have been built as a one-piece panel. The panel was mounted on each side with unequal parallelogram style hinge lifting mechanism. Newer versions of overhead garage doors are now generally built from several panels hinged together that roll along a system of tracks guided by rollers. The weight of the door may be 400 lb (181.4 kg) or more, but is balanced by either a torsion spring system or a pair of extension springs. A remote controlled motorized mechanism for opening garage doors adds convenience, safety, and security.
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10.4 Raise the second bar 90 degrees and insert the first bar. This is "three." Continue winding. If the spring shortens in length, unwind the spring and switch sides - the springs are on backward. Otherwise, continue winding until you reach a count of "30." This is 7 1/2 turns, which is normal for most 7' doors. Longer life springs are wound the same number of turns. Newer steel doors with only one strut on top often need only 7 1/4 turns. On 8' doors count to 34. Each time you insert a bar into the winding cone, listen for the click to let you know the bar is in all the way. Not inserting the bar all the way could cause the cone to explode. http://www.youtube.com/watch?v=Z_eZc-kh40c&feature=kp
Since garage doors come in all weights and sizes, the right springs need to be installed in order to properly balance the door. If a technician puts the wrong spring on your door, not only will this damage your garage door system, but it will cause the garage door opener to do more work than it was built to do. This is why Precision technicians only install the right springs for the door's weight and check their work by performing a balance test.
If you can hear your garage door motor running for what seems like the full amount of time it normally would take to open or close the door, but the door doesn’t move, chances are the disconnect switch has been enabled. Every garage door opener comes with a disconnect switch in case you lose power. This allows you to open or close the door manually so your car isn’t stuck in the garage until the power comes back on.
Garage door springs come in two styles: torsion (see above), which mounts on the header above the door, and extension (Photo 1), which floats above the upper roller track. In the past, extension springs were safer to install but didn’t have containment cables running through the center of the spring. Without cable, these springs become dangerous, heavy whips when they break. They also tend to be noisier than torsion springs, and we recommend you use them only if you don’t have the 12 in. of headroom above the door that a torsion spring requires.