The process of installing gas springs can result in a minor headache, as not all information is as straightforward as it can be. We are about to change just that. In this article, you will learn how to calculate the correct gas spring mounting position for installing gas springs on hinged doors.
Before we dive into the calculations. Here at Gasspringsshop, we offer professional-grade gas springs and mounting parts which will last you for many years to come. Our products are German-engineered and manufactured in the USA. By using our free-to-use online tools you can easily calculate new applications and find replacement gas springs. We custom-assemble all orders to make sure you receive your gas springs ready for use. Also, we ship out all orders within one working day. This sounds great, right? Hundreds of our customers are satisfied with our products and services. Discover their shared experiences here.
Use this simple formula to determine the correct mounting position
To ensure the proper installation of a gas spring, it’s important to understand its two mounting points: the fixed and moving mounting points. As the name suggests, the fixed mounting point remains stationary, while the moving mounting point rotates through an arc as the attached application opens and closes.
For optimal placement of a gas spring, we suggest starting with the moving mounting point. You can calculate the gas spring mounting position as follows. A simplified rule of thumb is to measure the length of the lid and mount it at approximately 30% of the length of the lid, measured from the hinge. But for those who want to be absolutely sure and measure the most optimal and exact mounting position, always use our calculator tool.
Properly positioning and selecting the appropriate size gas spring can enhance the performance and longevity of your application, making it a crucial aspect. Therefore we also advise you to always install your gas spring with the rod down, ensuring optimal lubrication of the seal.
Calculate your application to determine the force needed
When trying to figure out the force in Newtons needed for the gas springs to lift your object you can either reach a formula like F1 = (G * H : L) + 30%: number of gas springs or use our free and easy-to-use calculator with an interactive interface.
By navigating to tools -> calculator you are able to easily calculate the force needed to lift your application and order the right gas spring right away. Simply fill in, and check, all the information like dimensions and weight, subsequently simulate the application and order the suggested gas spring once all checks out.
