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Verencalculator test

Verencalculator test

Verencalculator

Verencalculator

Compression spring

Extension Spring

Torsion Spring

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My Edit

Material

d (wire thickness) (mm)

Dm (nominal diameter) (mm)

nw

L0 (total length) (mm)

L1 (mm)

L2 (mm)

Rm (N/mm²)

Shear Modulus (N/mm²)

Di (inside Diameter) (mm)

Du (outside diameter) (mm)

c (N/mm)

F1 (Force at L1) (N)

T1 (Tensional stress at F1) (N/mm²)

F2 (Force at L2) (N)

T2 (Tensional stress at F2) (N/mm²)

Lc (Blocking length) (mm)

Tc (At blocking length) (N/mm²)

% Rm at L1 (%)

% Rm at L2 (%)

% Rm at blocking (%)

Min. Compression (mm)

T (acceptable at blocking length) (N/mm²)

Index (Dm/d)

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My Edit

Material

d (wire thickness) (mm)

Dm (nominal diameter) (mm)

nw

Fv (pre-tension/bias) (N)

f1 (extension) (mm)

f2 extension (mm)

Rm (N/mm²)

Shear Modulus (N/mm²)

Di (inside Diameter) (mm)

Du (outside diameter) (mm)

Lo (total length) (mm)

Lk (body length) (mm)

c (N/mm)

Fv (max) Automatic (N)

Fv (max) Winding bench (N)

L1 (length at f1) (mm)

F1 (force at L1) (N)

T1 (Torsional stress at F1) (N/mm²)

L2 (length bij f2) (mm)

F2 (force at L2) (N)

T2 (torsional stress at F2) (N/mm²)

Rm (%)

Lmax (45% Rm) (mm)

Fmax (45% Rm) (N)

Weight (kg) (kg/%)

Index (Dm/d)

Fill in your spring specification:

My Edit

Material

d (wire thickness) (mm)

Dm (nominal diameter) (mm)

nw

Alpha1 (°)

Alpha2 (°)

Rm (N/mm²)

E-modulus (N/mm²)

Di (inside Diameter) (mm)

Du (outside diameter) (mm)

Lk (spring body)(mm)

c (Nmm/°)

M1 (Nmm)

σ1 (N/mm²)

Di1 (mm)

L1 (mm)

M2 (mm)

σ2 (N/mm²)

Di2 (mm)

L2 (mm)

% Rm (< 0.9)

Alpha max (°)

Mmax (90% Rm) (Nmm)

Turns ratio

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