Garage door springs play a vital role in the smooth and efficient operation of your garage door. These springs counterbalance the weight of the door, making it easier to open and close. However, it is essential to understand that garage door springs store a significant amount of energy, which can pose safety risks if mishandled or if the springs are under excessive tension. Understanding the force exerted by garage door springs will help homeowners understand that any spring repairs or replacements truly need to be left up to a professional garage door service like Jim Beam’s Garage Doors.
A garage door torsion spring can produce a significant amount of force, typically measured in pounds. The exact amount of force generated by a torsion spring depends on various factors, including the weight and size of the garage door it is installed on. As a general guideline, a properly tensioned torsion spring can exert an average force of around 100 to 200 pounds per spring.
For example, if a garage door weighs 400 pounds, it would typically require two torsion springs, each generating around 200 pounds of force to effectively counterbalance the weight of the door. It’s important to note that these values are approximate and can vary based on the specific characteristics of the garage door and its components.
Proper installation and adjustment of torsion springs are crucial to ensure the safe and optimal functioning of the garage door system. If you have concerns or need assistance with your garage door springs, it is recommended to consult a professional garage door service like Jim Beams Garage Doors, who can accurately determine the required force and properly install or adjust the springs to ensure reliable performance.
Extension springs are another type of garage door springs commonly used in older or smaller garage door systems. These springs are mounted vertically on each side of the door and stretch or extend when the door is closed, providing the necessary force to assist in opening. Unlike torsion springs, the force exerted by extension springs is typically measured in terms of pounds of pull.
The force exerted by extension springs can vary depending on factors such as the wire size, coil length, and the number of springs installed. Residential garage door extension springs generally range from 60 pounds to 200 pounds of pull. However, it’s important to note that the force required will depend on the door’s weight and size. Professional guidance is recommended to ensure the appropriate extension spring force for your specific garage door
Garage Door Spring Repair Is For The Professionals
Understanding the force capabilities of garage door springs is vital for the safety and proper functioning of your garage door system. It is important to consult with a professional garage door technician to determine the appropriate spring force required for your specific door. Attempting to adjust or replace springs without proper knowledge and tools can be dangerous.
Always prioritize safety when dealing with garage door springs and consider seeking the assistance of garage door professionals, like the friendly team at Jim Beam’s Garage Doors. If you don’t know already, Jim Beam’s Garage Doors is one of the top-rated garage door installers and repairers in the Northern Colorado area. With over 120+ reviews on Google and an average rating of 4.9 stars and top-rated status on HomeAdvisor, you can trust Jim Beam’s to do the job right the first time. Get a fast and free estimate on your garage repair, garage maintenance, or garage door installation today by contacting us!