An extension spring counterbalance system consists of a pair of stretched springs running parallel to the horizontal tracks. The springs lift the door through a system of pulleys and counterbalance cables running from the bottom corner brackets through the pulleys. When the door is raised, the springs contract, thus lifting the door as the tension is released. Typically these springs are made of 11 gauge galvanized steel, and the lengths of these springs are based on the height of the garage door in question. Their lifting weight capacity can best be identified by the color that is painted on the ends of the springs. https://m.youtube.com/e/Z_eZc-kh40c
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.
Everyone wants to save money. Unfortunately, there are some areas you just can’t skimp on. This includes garage door springs. As much as it might be tempting to by smaller or cheaper springs, or maybe to buy one spring where two are needed, these attempts to save money will only end up costing more money in the end. When you buy the proper springs, they’ll last for years. When you cut corners to save money, the springs will wear out faster, meaning they’ll need to be replaced much sooner. https://www.youtube.com/watch?v=Z_eZc-kh40c&feature=youtu.be
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.
If the door only goes up six inches and stops, or moves very slowly when using your remote, you could have a broken spring as well. Some customers will notice that the top section of their door is bent or that the door falls very quickly when lowering. Your door may be “crooked” or jerky when going up and down, and both of these signs indicate your torsion spring is in poor condition and very likely to break in the near future. Any time you hear a loud “popping” noise while operating, you should inspect your torsion spring immediately for signs of damage. 

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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.

There are many steps to replacing torsion springs, but overall it's a simple, straightforward process. If you're inclined to attempt it, find a good online video tutorial (preferably done by a garage door pro) that walks you through the entire process, including how to buy the right size of springs. You can also buy new springs and any related parts online, along with the most important items that you need: the two solid-metal winding rods that you use to wind and unwind the torsion springs.

We have had many concerns with our garage opener unit both safety issue and sleepless nights. At this time we are pleased that so far the unit is operating as it should.Hopefully we hope the issue of the unit opening by it self at early morning hours is solved. And if this is so, we want to Thank all involve in bring a satisfactory solution to this nightmare.

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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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Grab a tape measure and press the hook between two spring coils and note the length of 20 coils. Then measure 40 coils. Convert the measurements to a decimal (4-1/2 in. to 4.5 in., or 4-1/8 to 4.125, for example). Divide the two measurements by 20 and 40 to obtain the spring's wire diameter. Here's an example: 4.50 divided by 20 = .225-in. wire diameter; 9.0 divided by 40 = .225-in. wire diameter. If the two results match, you've measured correctly.

Align the upper roller tracks by carefully lifting the door halfway. Lock it in place with two locking pliers, and install the supporting brackets on the back of the rails using 1-1/4 in. perforated angle iron (available at home centers and hardware stores). Install 1-1/2 x 1/4 in. stop bolts, with the threads to the inside of the track, at the end of each upper track.
Torsion springs are normally mounted horizontally above the opening of your garage door. When you pull the door down, cables attached to the bottom corners actually force the springs to wind up, in turn energizing the system. When you open the door, the springs then unwind and their energy transfers to the door, helping it to lift up and making it easier to open.
Locating a contractor - there are many professional overhead garage door companies. It is always advisable to contact at least three different agencies and request a bid or quote for the work. Be sure that each quote includes the costs for a few different types of doors, any installation fees, and the cost of wiring the electronic openers. Standard prices range from:
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.
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.
If your garage door isn’t operating properly, the torsion springs are likely to blame. If you’re concerned about tackling this project on your own, consider hiring out the job to a professional. Otherwise, replace both the left and right springs at the same time to save yourself from having to do the job twice. Remove the old springs and measure them while they’re relaxed. Only then will you be able to order replacement parts and install the new springs. Replacing your own garage door springs takes only a little time and effort and can save you hundreds of dollars.
Measure the various areas where the door will be installed: door-opening height and width, headroom (from top of opening to ceiling), and back room (length of garage). For the headroom, you should have about 10" to 12" of space, depending on the spring system you're installing. For the back room, you should have the door height, plus another 18" or more of space.

If you want to do the repair yourself, get several phone estimates first, because rates vary widely among service companies. Most garage doors are heavy (200 to 300 lbs.), so call in three strong friends to help you lift the door and hold it open while you lock it in the full raised position with a locking pliers. Then move your vehicles and have your friends help you lower the door.
Roller doors ("Sheet Doors"-USA) are usually constructed of corrugated steel. They evolved from cover window and door coverings.[4] Other materials can be used (e.g.; transparent corrugated fibreglass) where strong impact resistance is not required. Corrugations give the door strength against impacts. A typical single car garage roller door has a preloaded spring inside the rolling mechanism. The spring reduces the effort required to open the door. Larger roller doors in commercial premises are not sprung (except USA) and use a manual pulley and chain system or a geared motor to raise and lower (roll up and roll down) the door. Roller doors cannot be effectively insulated.
Poor lubrication is a very common and easy to fix explanation for why you might find your garage door stuck. You should properly lubricate your garage door's track, the opener chain and the springs every few months as part of regular preventative maintenance. Be sure to use Clopay's Garage Door ProLube or sillicone based lubricants. Do not use WD-40.

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Doors come with one or two torsion springs. If either spring is broken, the garage door opener may struggle to lift the weight of the door or fail to open the door at all. If a spring is broken, call a professional for service as these can be very dangerous to work with. Don’t try to open the door until a professional comes to inspect it and replace the springs. Springs can only be used for a certain number of open and close cycles, and over time they will eventually break and need replacing.

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Every homeowner can relate to how life's inconveniences are thrown at you at the worst possible times. The last thing you want to happen is have your car stuck in the garage when you need it most, especially when it's only been a couple months, weeks, or even days after your last garage door repair! That's why Precision leads by example and follows the industry's best practices in order to make the best recommendation to homeowners each time we step foot in a garage. http://www.youtube.com/v/Z_eZc-kh40c
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