SIM02E-010C+E
6
Annex
(normative)
Test load
Design load
Table.A1-1 Test load by clipping on long frames (see Fig. A1)
Table.A1 Design load by clipping on long frames (see Fig. A1)
Clip center position
Clip center position
(e & Lc: mm)
downward force
upward force
(e & Lc: mm)
downward force
upward force
315
≦
e
≦
435, 100
≦
Lc
≦
150
5,400Pa
2,400Pa
315
≦
e
≦
435, 100
≦
Lc
≦
150
3,600Pa
1,600Pa
Table.A2-1 Test load by clipping on long frames (see Fig. A2)
Table.A2 Design load by clipping on long frames (see Fig. A2)
Clip center position
Clip center position
(e: mm)
downward force
upward force
(e: mm)
downward force
upward force
415
≦
e
≦
435
5,400Pa
2,400Pa
415
≦
e
≦
435
3,600Pa
1,600Pa
300
≦
e
≦
435
2,400Pa
2,400Pa
300
≦
e
≦
435
1,600Pa
1,600Pa
Table.A3-1 Test load by using Bolt Holes (see Fig. A3)
Table.A3 Design load by using Bolt Holes (see Fig. A3)
bolts & nuts
Clip center position
(position of using holes)
downward force
upward force
(position of using holes)
downward force
upward force
4 points at "b" hole
5,400Pa
2,400Pa
4 points at "b" hole
3,600Pa
1,600Pa
*The test load has been calculated with a saferty factor of 1.5 from the design load.
test load
design load
test load
design load
test load
design load
Fig. A3-1: The components for BOLT & NUT
1. Spring washer 2. Washer
Material: Stainless steel
Material: Stainless steel
Diameter: M8 8.2/15.4 mm
Diameter: M8 8.5/15.5 mm
Thickness: 2 mm (reference value)
Thickness: 1.6 mm (reference value)
3. Bolt 4. Nut
Material: Stainless steel Material: Stainless steel
Size: M8 Size: M8
Diameter: M8 x 20 mm