Upright bracket

For highway and railway applications use:
- Aisi 304 - 316L stainless steel (treatment indicated as 40 - 41)

Dimension					Thickness	Weight	Technical Info					Code

W (B)					[mm]	[Kg]	a	w (b)	c	*SWL (Nm)	**SWL (N)

150	01	03	40	41	1,50	0,35	190	89	49	120	520	T0 320 0015
200	01	03	40	41	1,50	0,44	240	89	49	120	1040	T0 320 0020
300	01	03	40	41	1,50	0,63	340	89	49	120	1560	T0 320 0030
400	01	03	40	41	1,50	0,82	440	89	49	120	2080	T0 320 0040
500	01	03	40	41	2,00	1,35	540	89	49	120	2610	T0 320 0050
600	01	03	40	41	2,00	1,60	640	89	49	120	3130	T0 320 0060

SWL Safe Working Load
** Safe Working Load of the supporting bracket:
(F according to the paragraph 10.8.1 of the standard EN 61537:2007, verified with the test configuration shown in figure 6b)
* Bending moment of the pendant bracket at the supporting bracket:
(When it is mounted on the high load capacity section item no. T0 042 2000 and in such a way that the distance
between the ladder supporting surface and the anchoring surface is not less than 200 mm)

List of Coatings

	01	Galvanization (Sendzimir method) - UNI EN 10346
	03	Hot dip galvanizing - UNI EN ISO 1461
	40	Stainless steel AISI 304 - UNI EN 10088
	41	Stainless steel AISI 316L - UNI EN 10088

Certified System

EN 61537-1 ed.2007
EN 50085-1:2005 ed EN 50085-2-1:2006
IMQ

Assembly

n.2 M8x70 T0 623 0870 + n.2 M8 T0 621 0800 + n.2 M8 T0 650 0800
or
n.4 M8x20 T0 623 0820 + n.4 M8 T0 621 0800 + n.4 M8 T0 650 0800

Not included

M6x10/M6x12

T0 620 0610 01 / T0 620 0612 40 o 41

T0 621 0600

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For mounting the trunking

Not included

Tutorial Access to Reserved Area

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