Gas struts come in various sizes. The size required for your project hinges on numerous factors. In this piece, we provide insights on how to ascertain gas strut size. Dive in to learn more.
How to determine gas strut size? Turn to our calculation tool!
Establishing the appropriate gas strut size for your bed, door, window, box, or any other use might seem challenging, but it’s simpler than you believe! While you can memorise the formulas to ascertain gas strut size, an easier alternative is using the calculator on our site. Just key in your project’s specifications, and the tool will crunch the numbers for you!
How to use gas struts?
Gas struts, also known as gas springs or gas lift supports, are mechanical devices designed to assist in the lifting, lowering, and positioning of heavy objects. They consist of a piston rod that moves within a sealed cylinder filled with compressed gas, usually nitrogen. As the piston rod is pushed into the cylinder, the gas inside compresses, creating a force that counterbalances the weight of the object being moved. How to use gas struts? Gas struts are commonly used in applications such as car boot lids, office chairs, and hatch doors, providing smooth and controlled movement while reducing the effort required to operate them.
How to determine gas strut size
Step 1: Input data
Ensure you input all data accurately. Unsure how to find the requested information? Tap on the question mark to unveil more insights. Once you’ve filled in details like length, width, weight, number of gas struts, and cover material, a simulation of your scenario will appear. You can tweak this simulation until it precisely mirrors your situation. Review the simulation once more and then hit calculate.
Step 2: Calculate
Post-calculation, the simulation illustrates the cover and gas struts. Utilise the buttons or click and drag the cover to observe the movements. If a hand symbol appears on the cover, manual force is required to maintain that position. The force’s magnitude and direction are denoted by a blue arrow accompanied by a figure. This digit indicates the manual force in kg. Altering the cover’s angle will modify the requisite force.
Step 3: Refine
If the simulation accurately depicts your scenario, proceed to ordering. Otherwise, refine your inputs to enhance accuracy. Every amendment made during this phase automatically updates your calculations, eliminating the need to revert to step 2. Pleased with the outcome? Proceed to the concluding step!
Step 4: Purchase
Upon reaching the calculation tool’s concluding phase, we display the chosen gas springs, associated mounting components, and their prices. Thoroughly review your selection and immediately print the assembly blueprint. Subsequently, add your items to the basket. Once you’ve verified the contents, finalise your purchase!
Only 4 stages to determine the size of your gas struts
You’re now equipped with the knowledge that our website’s calculation tool is all you require to determine your gas struts size. This tool, designed for user-friendliness, undergoes consistent refinement. It’s apt for standard lids or hatches but is equally proficient for non-standard applications. Keen on a preview before committing? View our instructional video to kickstart your journey. Require additional assistance? Our team can review your design or identify the optimal gas strut tailored to your requirements. Forward all specifications to [email protected], and we’ll guide you towards the prime solution for your needs.
