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Arguably the most important component of your garage door, the torsion spring assures your garage door can be opened and closed with minimal effort. When the door is closed, the torsion spring tightens. When the door lifts open, the torsion spring releases its tension, which helps the door to rise.
Garage door springs offset the weight of a garage door and allow the door to be opened and closed easily, either by hand or with an automatic opener. The high-tension steel in the springs has a limited lifespan, and over time, the springs will lose their effectiveness and need replacing.
When a garage door closes, energy is stored in the compressed or stretched springs. As the door opens, the spring releases this energy, aiding in lifting the door. Both torsion and extension springs work on this principle, though they store and release energy differently. 1. Torsion Springs’ Working Mechanism.
Explore our ultimate guide on garage door torsion springs — their types, uses, installation, maintenance, safety tips, & where to buy. Discover now!
For example, you'll find a variety of garage door torsion springs designed to work with specific garage doors. These springs work by holding the weight of your garage door, which can be in excess of 150 pounds in some cases, and coiling or uncoiling to close and open the door.
Position the Spring: Place the new torsion spring on the center support bracket, ensuring it is centered. Secure the Ends: Attach the ends of the spring to the mounting brackets on either side of the door. Wind the Spring: Using a winding bar, carefully wind the spring in the correct direction (usually clockwise).
Torsion springs are elastic steel coils specifically designed to support the weight of a garage door by generating torque along the pivot point. With the capacity to handle weights exceeding 800 lbs., these springs store the energy necessary to counterbalance the door’s weight, enabling controlled and smooth movement. Table of Contents.