Anchoring details – General
Decisive for the choice of tie
rod are the forces that occur at
the anchor point of the support
frame. Anchoring can be per-
formed as follows:
Æ
With tie rod DW 15
(Fig. 19.1) and M cross stiffener
44.
Æ
With tie rod DW 20 or
DW 26.5 and twin channel 80/22
or 245/22 (Fig. 19.5).
Æ
With anchor loop 15
(Fig. 19.2) or 20 and twin
channel (Figures 19.3 and 19.4)
or with anchor loop 15 or 20
turned through 180° (Fig. 19.4).
Contact the structural engineer if
additional rebars are required.
Maximum anchoring loads:
Tie rod DW
DW 15 = 90 kN per tie rod
DW 20 = 160 kN per tie rod
DW 26.5 = 250 kN per tie rod
Anchor loop
DW 15 = 180 kN
DW 20 = 320 kN
Fig. 19.3
Fig. 19.4
Fig. 19.5
Fig. 19.2 Anchor loop
Description
Ref. No.
Tie rod DW 15/90 .................
29-900-80
Tie rod DW 20/120 ...............
29-900-97
Tie rod DW 26.5/80 ..............
29-900-75
Anchor loop 15 .....................
29-001-20
Anchor loop 20 .....................
29-001-25
M cross stiffener 44 ..............
29-401-02
Twin channel 245/22.............
29-406-30
Twin channel 80/22...............
29-406-35
Twin channel 80/12...............
29-406-38
Fig. 19.1 Tie rod DW
Anchor loop
Twin channel 80/12
Anchor loop, rotated
through 180°
Twin channel 80/12
Tie rod DW
Twin channel 80/22 or 245/22
STB-19
Technical Instruction Manual / Status November 2019
STB
Support frame