Discover the ultimate Compression Spring Design Calculator, your go-to tool for precise spring specifications and optimization. This comprehensive calculator allows engineers and designers to input key parameters and receive detailed results for compression spring design, ensuring high performance and reliability. With user-friendly features and accurate calculations, streamline your design process and achieve optimal spring functionality. Perfect for a multitude of applications, our calculator aids in enhancing efficiency and reducing design errors. Try it now and revolutionize how you approach spring design.
Parameters
Wire Diameter (d): The diameter of the spring wire.
Mean Coil Diameter (D): The average diameter of the spring coils.
Number of Active Coils (Na): The number of coils that contribute to spring action.
Left Seat Coils (Nzl): Number of inactive coils on the left end.
Right Seat Coils (Nzr): Number of inactive coils on the right end.
Free Length (L0): The length of the spring when not under load.
Shear Modulus (G): Material property indicating stiffness in shear.
Applied Force (N): The external force applied to the spring. (Input N or L1, not both)
Length under Load (L1): The length of the spring when under an applied force. (Input N or L1, not both)
Calculator
Calculation Results
Spring Rate (k): 0 N/mm
Solid Height: 0 mm
Maximum Load: 0 N
Maximum Deflection: 0 mm
Inner Diameter (Di): 0 mm
Spring Index (C): 0
Total Coils (Nt): 0
Wahl Factor: 0
