After the gas spring is fully extended, the full length (A) is measured as the distance between the two installation center holes.
The distance of the gas spring stroke (B) is determined by calculating the compressed length from the fully extended length of the gas spring subtracted from the fully compressed length. It is an important aspect to consider when selecting the appropriate gas spring for your application.
The gas spring has a stroke of 100mm, which is determined by the difference in length between its fully extended and fully compressed positions. After full extension, the gas spring reaches a length of 300mm, while after full compression, its length decreases to 200mm. Therefore, the stroke of the gas spring can be calculated by subtracting the compressed length from the extended length, resulting in a stroke of 100mm.
When considering the length of a gas spring, it's important to carefully consider the relationship between the total length and the stroke. To ensure proper function, it's crucial to use the formula that guides this relationship effectively. It's important to keep this formula in mind when selecting a gas spring, as it will help ensure that it's the right fit for your intended use. Whether you're using a gas spring for automotive, industrial, or other applications, taking the time to make these considerations will help you get the most out of your investment.
In order to ensure the proper functioning of gas springs, it is essential to ensure that the full length of the spring is greater than or equal to twice the stroke of the spring plus a minimum of 80mm. This is crucial information for anyone working with gas springs and must be taken into consideration during installation and maintenance. Making sure that the gas spring is properly sized and installed will ensure that it operates smoothly and safely over time.
It is important to note that the minimum length for the gas spring guide sleeve, piston, joint, and other parts is 80mm. Many customers often choose the wrong model without carefully considering this important formula found in our selection book. Therefore, it is recommended that customers pay close attention to this factor when selecting the appropriate model for their needs. By following this advice, you can ensure that you have chosen the correct model that is compatible with your specific requirements. So, always keep this crucial information in mind to avoid any unnecessary complications or problems.
When designing a gas spring, it is crucial to consider the strength of the spring. To determine the spring strength, the calculation formula outlined in the company's selection book should be utilized. This will help to ensure that the gas spring is appropriately sized for the desired application. Paying close attention to this aspect of the design process can help to prevent potential safety hazards and enhance the overall performance of the gas spring. Therefore, it is important to carefully calculate the strength of the gas spring during the design stage.
If you're looking to choose the right gas spring joints, make sure to check out the Pingmei gas spring selection manual. It's an incredibly helpful resource that provides valuable information on how to make the right selection for your needs. You'll find everything you need to know about gas spring joints, including the different types available, their features and specifications, and how to properly install them. By following the guidelines outlined in the manual, you'll be able to select the perfect gas spring joints for your specific application. So be sure to refer to the Pingmei gas spring selection manual before making your final decision.