How Do Garage Door Springs Work – A garage door requires a mechanism to work precisely, and one of its most integral parts are the springs.
While the process may appear very simple at first, the invention has far more things to offer. Join us, and gain a better understanding of how garage door springs work.
Spring System Types
Springs are the foundation of garage door system types. A counterbalance is also present to make things come together.
Without the springs, garage doors are impossible to exist.
Extension Spring – This type of system utilizes cables, which is where the springs are attached. These cables are also on the bottom-most part of the doors. Visualize a spring being stretched, that’s their position when a garage door is closed. The extension springs also passively store energy while the door is tight, which is also why opening it is possible.
A garage door repair may be needed if springs suffer too many open and close cycles, although you shouldn’t expect it soon. While a replacement or fixing is necessary, it is better to start with an inspection first if you can pull off a remedy if something terrible happens on the springs. It is also worth noting that a collapsing extension spring system can damage properties and even cause accidents if left unchecked.
If you want to stay safe and secure, it is better to trust the professionals when repairing or replacing springs.
Torsion Spring – The torsion spring system is different from the latter as it can be found on the door’s top right. It can be seen mostly in a horizontal position. Like the extension spring, it is also attached to a cable connected to the door’s bottom side. Torsion springs are also vulnerable to damage and weakening when used frequently, much like any other equipment part of the garage door mechanism.
However, the materials that require the most attention in a torsion spring setup is the steel inside it. Despite being a sturdy material, it can be easily weakened because of all the continuously receiving force.
Can Garage Door Springs be Repaired?
While it is not entirely recommended to reuse springs, they can be easily repaired by the right professionals.
Most of the time, the primary materials are the ones who are suffering too much damage, so replacing these damaged ones could mean that springs can be used once again.
However, garage door repair specialists may also issue a replacement to ensure that nothing terrible will happen afterward.
If you think that your current spring system doesn’t suit your preference, please tell your repairmen that you want the whole thing to be changed.
While it may take time to finish, the result will be so much worth it, considering that your experience would significantly improve.
Reasons Why Springs Break
Wear and Tear
Most high-quality springs can withstand 10,000 cycles, and when you think about the number, you can conclude that it could last for a lifetime.
In theory, yes, it is, but it would not be that much of a time for those always on the go.
If you’re one busy folk, consider measuring the cycles, and if the amount is nearly the predicted lifespan, consult a professional help right away.
Aside from frequent use, springs may also suffer damage because of rust buildup.
Not only that, this problem slows down the performance of a garage door, but it could reduce the cycle life span of it as well.
To combat this problem, you may purchase a lubricant or anti-rust spray from any local hardware and spray some on your springs within several months of interval.
The best frequency is 3-4 sprays annually.
Lack of Maintenance
Lastly, your springs are just like any other household equipment, as it is also in need of maintenance now and then.
Cleaning and inspecting should usually do, but you can again go the distance and call for a professional maintenance checkup and look for a diagnosis.
Garage door spring is an excellent invention, but it doesn’t mean that it is invulnerable.
One of the primary motivations that you should keep in mind is the cost, as replacement and repair could cost you hundreds of dollars, depending on the intensity of repair and the amount of time needed.