1. Preliminary Test

2. Initial equilibrium (middle)
2 compression springs : free length 39 mm ; Rate 0,5 KgF/mm
A Washer is in contact between the 2 springs
Available axial space : 66 mm (including the washer)
Initial equilibrium (middle) 2

3. Initial equilibrium (middle)
2 compression springs : free length 39 mm ; Rate 0,5 KgF/mm
A Washer is in contact between the 2 springs
Available axial space : 66 mm (including the washer)
Determine the required axial force to obtain an axial displacement of the washer of
5 mm
10 mm
Initial equilibrium (middle) 3

4. Initial equilibrium (middle)
2 compression springs : free length 39 mm ; Rate 0,5 KgF/mm
A Washer is in contact between the 2 springs
Available axial space : 66 mm (including the washer)
Select the axial force to obtain an axial displacement of the washer of 5mm
1,25KgF
2,5KgF
5KgF
7,5KgF
10KgF
12,5KgF
15KgF
17,5KgF
Initial equilibrium (middle) 4

5. Initial equilibrium (middle)
2 compression springs : free length 39 mm ; Rate 0,5 KgF/mm
A Washer is in contact between the 2 springs
Available axial space : 66 mm (including the washer)
Select the axial force to obtain an axial displacement of the washer of 10mm
1,25KgF
2,5KgF
5KgF
7,5KgF
10KgF
12,5KgF
15KgF
17,5KgF
Initial equilibrium (middle) 5