Your door’s torsion spring is located approximately one foot from the top section of your door when it is closed. It consists of two large coil springs, and is approximately the length of your arm. Its purpose is to balance the weight of your door so that a door weighing between 160 and 185 pounds is practically weightless to lift. As such, it makes it possible for a garage door opener to raise the door using only ten pounds of pressure.

Garage doors cause injury and property damage (including expensive damage to the door itself) in several different ways. The most common causes of injury from garage door systems include falling doors, pinch points, improperly adjusted opener force settings and safety eyes, attempts at do-it-yourself repair without the proper knowledge or tools, and uncontrolled release of spring tension (on extension spring systems).
9.15 Install the bolts to secure the stationary center cones to the center bracket. Position the shaft here so it is the same distance from the header as the shaft is at each end. Finger-tighten the nuts until the stationary cones are flush against the center bearing plate. Forcing the cones by tightening the bolts may break a cone if it is catching on a bearing. Winding torsion springs with cracked cones can cause the springs to spin loose and the bars to fly. Secure the bolts.
Measure the length of the relaxed spring. Unfortunately, you can’t measure the springs while they’re installed as the tension on them would provide you with the wrong measurement. Now that you’ve removed the springs, use a tape measure to find the length of the entire spring, from one end to the other. You’ll need this information in inches to order replacement springs.[6]
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.
10.6 Here you will need to do three things at once. With your left hand, lift the bar just off the top of the door and pull it toward the center of the garage door. While lifting up and back, tap the top of the bar just under the winding cone with your other bar. Pulling the bar back toward the center of the door as you tap causes the spring cone to bind on the shaft and not slip back.	

Examine the garge door rollers, hinges, tracks, and other hardware for signs of damage that might cause the door to hang up. Lubricate the tracks and hardware with silicone spray or oil. Raise the door slowly, watching it as it lifts. See if it catches on a warped panel or support beam or if an obstruction in the path of the photo eye causes it to stop or reverse. Any part that protrudes into the path of the garage door can cause it to stop.
CAUTION! Replacing garage door torsion springs is dangerous because the springs are under tension. If you do not use the right tools and follow safe procedures, you could lose hands, limbs or even your life. You could also damage property. We want your business, but not at the expense of your well being. Doing the job right is your responsibility. If you have any doubts about your ability to safely change your springs, we recommend you hire a professional to repair your garage door. Safety First! Then work.

Garage Door Repair Emergency Centennial Colorado


Measure area labeled headroom (5), which is the distance between the top of the door opening (jamb header) and the ceiling (or floor joist). 10" is required for the standard extension spring or EZ-SET® Extension Spring System while 12" is required for a standard torsion spring and EZ-SET® Torsion Spring System. If you have restricted headroom, special hardware is available. Additional headroom is required for installation of an automatic garage door opener. NOTE: If garage door height extends above the opening, the headroom measurement should be adjusted proportionately.
Extension springs last 15,000 cycles. Every time the door goes up and down is one cycle. On average extension springs will last 7 to 12 years. For most people, you know you need to replace your extension springs because it snaps. Sometimes, however, when extension springs get older, they can lose their tension and the spring becomes elongated. This is rare but it does still happen. Basically, the coils are fatigued and when the door is up you can see gaps where the spring is not relaxing properly. When this happens, the spring is useless. It is best to replace the springs at this point rather than overworking the opener which will cause it to last a shorter life.
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Your dream car is parked in out of the elements, but it's not secure because the garage door won't lock. Most garage doors have two horizontal bars that move out from the center of the door into slots along the side of the door in the door track, effectively locking the door in place. Over time, these bars can shift slightly out of position so that they are no longer correctly aligned with the locking slots. To realign the bars, unscrew the guide brackets on the edges of the door so that they are loose enough to move, and then reposition them so that they smoothly guide the locking bars into the locking slots. Lubricate the lock mechanism with machine oil and you're done.
If you have decided to replace your springs, if you are sure your door had the correct springs, and if you are ready to buy new ones, we recommend that you measure your spring or springs following the instructions in Step 4 below. Measuring springs can be difficult; most individuals, even garage door technicians, sometimes have difficulty measuring torsion springs. Ordering incorrect springs wastes time and money. http://youtube.com/v/Z_eZc-kh40c
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