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You can submit all requests related to platform usage, technical calculations, and the system here.
Frequently Asked Questions
How can I use the calculation modules?
The calculation process consists of three steps. First select the appropriate spring type, then enter the required parameters, and finally review the results and outputs.
Type Selection and Description
Select compression, tension, or torsion spring according to your need. The system prepares the matching calculator screen and required input fields.
Parameter Entry and Description
Enter basic data such as wire diameter, spring diameter, coil count, free length, and material. Required checks help you stay within suitable ranges.
Results and Output Description
Spring rate, force values, safety checks, technical reports, and 3D output files are presented on one screen.
Which browsers are fully supported?
Chrome, Edge and Firefox guncel surumleri tam desteklidir. Safari'de 3D preview calisir; Internet Explorer artik desteklenmez.
Which standards are used in spring design?
Calculation principles for compression, tension, and torsion springs are evaluated according to the relevant EN, ISO, DIN, or ASTM standards based on spring type, wire section, material, and operating conditions.
How are EN 10270-1 materials selected?
Material selection is based on wire diameter, spring type, operating temperature, loading method, required strength level, and application conditions. SL, SM, SH, DM, and DH grade classes are used for different strength ranges.
What affects calculation results?
Results vary depending on wire diameter, mean spring diameter, coil count, free length, material grade, elastic modulus, shear modulus, working strokes, and loading type.
How is buckling checked?
Buckling is checked by considering spring free length, mean spring diameter, working length, support type, and compression amount. Buckling risk should be evaluated separately for slender and long springs.
How is fatigue life calculated?
Fatigue life is calculated by considering minimum and maximum working stresses, stress range, mean stress, material strength, surface condition, environmental effects, and the selected fatigue model.
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Response time is usually 24 hours. This may take longer during busy periods.