Furthermore, you can check pricing at different quantities by clicking on the Quick View icon. This is to be able to compare them side by side in a more efficient manner. To enter the Compare Products page, find the link at the top of the page.
Then, just quickly add them to your cart to complete your order. If you need further assistance finding your springs, you may contact our team of experts to help you out.
Our engineers can help answer your questions and assist you in finding the correct spring for your application. When searching for a stock extension spring, you base your search on its parameters and tolerances. We do have thousands of springs in stock but, most likely, you will find springs similar to yours, not exact replicas.
Spring Finder will allow you to search for your springs in both english and metric units. Initially, it gives you three parameters to search your spring by but gives you the opportunity to expand it into a more advanced search where you have more parameters to choose from.
Next to each dimension, you will see two input boxes where you can enter your max. The amount of results you get will depend on how many dimensions you entered and how tight or loose the tolerances are. Based on how many results you generate, you can also choose to show from fourteen to seventy products per page. Having a hard time finding what you need? Feel free to contact our sales and engineering teams for help on design or finding your extension springs. When searching for a stock torsion spring, you base your search on its parameters and tolerances.
We do have hundreds of springs in stock but, most likely, you will find springs similar to yours, not exact replicas. Feel free to contact our sales and engineering teams for help on design or finding your torsion springs. If you are interested in buying a stock conical spring, you must know what you require your spring to do and where it will have to fit. You can find the spring based on the average rate or the most important dimensions to you. All springs have a limit as to how far they can be compressed, extended or torqued.
The maximum deflection is the measure of how far the spring can travel before it suffers damage. The maximum spring compression is the maximum deflection specifically of compression springs. It can be easy to assume that a compression spring can be pressed down all the way until all the coils touch solid height but this not true for all compression springs.
Some compression spring designs can be pressed down all the way to solid height. When a spring has just the right dimensions and elasticity, it can safely be compressed all the way. Other designs may be so stiff or sturdy that if you try to do this, they will break.
There are also some designs that will allow you to physically compress them all the way but if you do this they will take a permanent set. This causes it to lose its elasticity and could lead to malfunctions in the application.
This is why it is so important that you are aware of the maximum spring compression of your specific design and that you respect it.
There are formulas to help you determine the maximum compression of a spring but this can be quite long and complicated to work out, especially if this is an area where you aren't very experienced.
Luckily, there is a simple and quick way to know what the maximum deflection or maximum spring compression. All you need to do is use our spring calculator. Visit the Spring Creator calculator in our website. It will then provide an analysis of your spring. If you go any further than this, it will become an issue and it could break or damage the spring. You can use our spring creator calculator to obtain custom prices and a full analysis of your spring.
The analysis provided from the calculator allows you to learn more about your spring limits, working loads, and any other information you may need to learn. Welcome to our Technical Information resources page where you will find articles that'll help you with your spring design or help you get around The Spring Store website by explaining what we offer and how it works. Compression Spring Tech Compression springs are also known as coil springs.
Extension Spring Tech Extension springs are also known as tension springs. How much force is required to compress a spring , if it has a spring constant of? How much potential energy is created by compressing a spring , if it has a spring constant of? How much potential energy is generated by compressing a spring , if it has a spring constant of?
A mass is placed at the end of a spring. The spring is compressed. What is the maximum velocity of the mass if the spring has a spring constant of? If we're looking for the maximum velocity, that will happen when all the energy in the system is kinetic energy.
We can use the law of conservation of energy to see. So, if we can find the initial potential energy, we can find the final kinetic energy, and use that to find the mass's final velocity. Since , that means that. We can plug in that information to the formula for kinetic energy to solve for the maximum velocity:. If the spring is compressed , what will be the mass's final velocity if the spring has a spring constant of?
Since , we know that. We can plug this information into the formula for kinetic energy and use it to solve for the maximum velocity:. If you've found an issue with this question, please let us know. With the help of the community we can continue to improve our educational resources. If Varsity Tutors takes action in response to an Infringement Notice, it will make a good faith attempt to contact the party that made such content available by means of the most recent email address, if any, provided by such party to Varsity Tutors.
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Hanley Rd, Suite St. Louis, MO We are open Saturday and Sunday! Subject optional. Email address: Your name:. Example Question 1 : Using Spring Equations. Possible Answers:. Correct answer:.
Explanation : The equation for spring potential energy is. Plug in the given values for the distance and spring constant to solve for the potential energy. Report an Error. Example Question 2 : Using Spring Equations. Explanation : For this problem, use Hooke's law: In this formula, is the spring constant, is the compression of the spring, and is the necessary force.
Plug in our given values and solve. Example Question 3 : Using Spring Equations. Example Question 4 : Using Spring Equations. For the best experience on our site, be sure to turn on Javascript in your browser.
Find all of the technical information articles displayed in alphabetical order. Click on a title below to read more about the subject. Our maximum spring compression calculator provides you with the maximum spring compression also known as both the "true maximum travel" and the "maximum travel considering solid height".
You will notice that these numbers are usually never the same. The maximum travel considering solid height is the actual maximum spring travel you'll be able to obtain compressing the spring down to solid height or coil bind height where all the coils are touching. The true maximum travel is what you can obtain if you make the free length of your spring longer thus increasing your maximum spring compression.
Once you input the measurements of your spring into the specified areas and click "Calculate", our maximum spring compression calculator will give you a full compression spring design analysis as well as a blueprint of your spring so you can determine wether the measurements you've specified will work for your spring.
It will also provide you with automatic loads where you are able to input either the amount of load or the loaded height you want your spring to travel to, thus determining wether your spring will work within the loads you specified.
If you already have a specific load, you may enter it and it will give you the loaded height of your spring. Additionally, if you only know your loaded height you may enter it and the calculator will tell you the precise amount of load you'll need in order to achieve that specific loaded height.
If you happen to have some difficulty on designing your spring, feel free to contact us.
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