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Do you want to calculate a gas spring (also know as gas strut) for your application (lid, hatch, folding bed, etc.)? You can easily do this with our calculation tool. You can calculate and order a gas spring in 4 steps.
Calculate force of gas spring by usage field. Force calculation for lift type gas springs.
17 hours ago · Using the Gas Spring Force Calculator involves the following steps: Enter the distance from the fixed mounting point to the center of the object in meters. Input the distance from the hinge point to the moving mounting point in meters. Provide the weight of the object in kilograms. Click the “Calculate Force” button to obtain the gas spring ...
ACE Smart Sizing: ACE Online-Tool for Gas Spring Sizing. Calculate and order your perfect product.
- Definition
- Detailed Explanation of The Calculator’S Working
- Formula with Variables Description
- Example
- Applications
- Conclusion
In simple terms, a gas spring is a mechanical component that uses the potential energy in a compressed gas to exert a force. The force exerted by a gas spring, which this calculator will help you determine, is dependent on two keyfactors: the pressure inside the spring and the effective cross-sectional area of the piston.
Our Gas Spring Force Calculator simplifies the process of calculating the force exerted by a gas spring. It requires two inputs: the pressure inside the gas spring and the effective cross-sectional area of the piston or rod. Once these values are provided, the calculator applies the standard formula for gas spring force and provides the resultant f...
The force exerted by a gas spring is calculated using the formula: F = P × A Where: F is the force exerted by the gas spring, measured in Newtons (N) P is the pressure inside the gas spring, measured in Pascals (Pa) or N/m² A is the effective cross-sectional area of the piston or rod, measured in square meters (m²)
For instance, if we have a gas spring with a pressure of 2,000,000 Pascals (Pa) and a piston with an effective cross-sectional area of 0.005 square meters (m²), the force exerted by this spring would be: F = 2,000,000 Pa × 0.005 m² = 10,000 N
Vehicles
Gas springs are commonly used in vehicles to aid in the opening and closing of tailgates and hoods.
Furniture
In furniture, gas springs assist in the adjustment of chairs and beds, and the opening of cabinet doors.
Industrial Equipment
Gas springs are critical components in many pieces of industrial equipment, including machinery safety guards and conveyor belt tensioners.
Understanding gas spring force is critical to many areas of physics and engineering. Our Gas Spring Force Calculator demystifies this process, providing a practical tool for anyone needing to make such calculations. By understanding and applying this tool, you can unlock a better understanding of the physical world around you.
Calculate the force exerted by gas springs effortlessly with our Gas Spring Force Calculator, essential for engineering.
Aug 15, 2023 · The size of the gas spring you need depends on factors like the weight of the object, the desired force, the angle of installation, and the available space. Choose a gas spring that can provide sufficient force and fits your specific requirements.
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