Connectors

Angle brackets

ABR

ABR 170

Suitable for joints where you need a larger load, angle of ribs.
material

Technical Data Sheet

CE Marking

ETA

EPD

Indoor

Electrogalvanized steel Z275

Service class 2

ABR_03_SSTBP_homepage_LV_en

ABR_03_SSTBP_homepage_FR_fr

ABR_03_SSTBP_homepage_ES_es

ABR_03_SSTBP_homepage_NL_nl

ABR_03_SSTBP_homepage_PT_pt

Product Details

Images

Features

Material

Steel grade:

S250GD + Z275 according to DIN EN10346

Corrosion protection:

275 g / m galvanized on both sides 20mm

Benefits

• High levels of load in three directions
• optimized use of nails needed to install
• suitable for connection to the concrete

Application

Applicable materials

Wood, wood products, concrete, steel

Application area

• For connections of intersecting beams, purlins and rafters joint, as a substitute for a joist hanger, upper nail 160 mm, concrete screw M10

Values for joint wood and wood, two connections
** Choose the largest number of nails for combined loads

*** R4 / 5 s b> e 60 mm and <90 mm. For further dimensions b and e, viz. ETA

**** R4 / 5 with b> 60 mm and e <150 mm. For further dimensions b and e, viz.ETA
Values for wood and concrete joint, two connecting
Screws are sold separately.

Load for each pair of screws at an angle are:

Technical Data

Product Dimensions

Dimensions

Reference	Connector Dimensions
	Other				Product Dimensions[mm]				Joist[mm]		Flange B[mm]
	Tun / DB nr.	NOB nr.	Qty per Box	Weight[kg]	A[mm]	B[mm]	C[mm]	Thickness[mm]	Round		Round
	Tun / DB nr.	NOB nr.	Qty per Box	Weight[kg]	A[mm]	B[mm]	C[mm]	Thickness[mm]	Ø5[mm]	Ø12	Ø5[mm]	Ø12
ABR170	1611299	46163812	25.0	0.28	170	40	95	2	20	2	9	2
ABR220	1805973	51165872	25.0	0.35	220	40	95	2	24	2	9	2

Characteristic capacities - timber to timber

Dimensions

Reference	Angle bracket capacity
	Product capacities - Timber to timber - Full nailing
	Number of Fasteners		Characteristic Capacities - Timber C24 - 2 angle brackets per connection[kN]
	Joist	Flange B	R₁,ₖ			R2,k = R3,k			R4/5,k
	Qty	Qty	CNA4.0x40	CNA4.0x50	CNA4.0x60	CNA4.0x40	CNA4.0x50	CNA4.0x60	CNA4.0x40	CNA4.0x50	CNA4.0x60
ABR170	14.0	9.0	7.4	9.8	12.3	16.4	19.8	21.1	9.6/kmod^0.2	9.6/kmod^0.2	9.6/kmod^0.2
ABR220	14.0	9.0	7.4	9.8	12.3	16.4	19.8	21.1	9.6/kmod^0.2	9.6/kmod^0.2	9.6/kmod^0.2

In cases, where the load direction F₁ and/or F₂ are acting without load direction F_4/5, the number of nails can be reduce acc. to the ETA.

Characteristic capacities - timber to concrete

Dimensions

Reference	Angle bracket capacity
	Product capacities - Timber to Concrete
	Number of Fasteners				Characteristic values - Timber beam to rigid support[kN]
	Joist		Flange B		R₁,ₖ			R4/5,k			R2/3,k
	Qty	Type	Qty	Type	CNA4.0x40	CNA4.0x50	CNA4.0x60	CNA4.0x40	CNA4.0x50	CNA4.0x60	CNA4.0x40	CNA4.0x50	CNA4.0x60
ABR170	14	CNA	2	Ø10	min. (33.0 ; 25.2/kmod)	min. (39.8 ; 25.2/kmod)	25.2/kmod	min (9.15 + 80/ekmod ; 6.3b / e*kmod)	min (9.15 + 80/ekmod ; 6.3b / e*kmod)	min (9.15 + 80/ekmod ; 6.3b / e*kmod)	19.7	min. (23.8 ; 24.6/kmod)	min. (25.4 ; 24.6/kmod)
ABR220	14	CNA	2	Ø10	min. (33.0 ; 25.2/kmod)	min. (39.8 ; 25.2/kmod)	25.2/kmod	min (9.15 + 80/ekmod ; 6.3b / e*kmod)	min (9.15 + 80/ekmod ; 6.3b / e*kmod)	min (9.15 + 80/ekmod ; 6.3b / e*kmod)	19.7	min. (23.8 ; 24.6/kmod)	min. (25.4 ; 24.6/kmod)

For calculation of R_4/5, it is to use: e ≥ 50 mm

Characteristic capacities - timber to facade

Dimensions

Reference	Angle bracket capacity
	Product capacities - timber to concrete / facade - Full nailing
	Product capacities, beam to facade, full nailing, 1 ABR per connection[kN]												Fastener
	R₁,ₖ				R2/3,k				R6,k				Flange B		Joist
	CNA4.0x35	CNA4.0x40	CNA4.0x50	CNA4.0x60	CNA4.0x35	CNA4.0x40	CNA4.0x50	CNA4.0x60	CNA4.0x35	CNA4.0x40	CNA4.0x50	CNA4.0x60	Qty	Type	Qty	Type
ABR170	10.2	min. (11,8 ; 12,1/kmod)	min.(14,9 ; 12,1/kmod)	min. (16,9 ; 12,1/kmod)	3.5	3.8	4.7	4.9	min. (14,9; 11,0/kmod)	min. (16,5; 11,0/kmod)	min. (20; 11,0/kmod)	min. (21,1; 11,0/kmod)	2.0	M10	9.0	CNA
ABR220	min. (14,3 ; 12,1/kmod)	min. (15,9 ; 12,1/kmod)	min. (19,4 ; 12,1/kmod)	min. (20,6 ; 12,1/kmod)	2.7	2.9	3.6	3.7	min. (14,9; 9,0/kmod)	min. (16,5; 9,0/kmod)	min. (20; 9,0/kmod)	min. (21,1; 9,0/kmod)	2.0	M10	9.0	CNA

The capacities are given for one ABR, in the case, that in total more ABR are placed alternate opposite on the beam.

It's given the option to fix the ABR with only one bolt (the upper one) for only the load in direction F₁ and F₆, the capacity for F₁ is in this case the half.

The distance of the beam to the support shall be less than 132 mm for ABR220, and less than 86 mm for ABR170.

Allowable capacities - Timber to facade - CSTB Cahier 3316

Reference	Angle bracket capacity
	Product allowable capacities - Timber to Concrete - CSTB Cahier 3316
	Number of Fasteners				Product capacities, beam to facade, full nailing, 1 ABR per connection[daN]
	Joist		Flange B		R1,d	R2/3,d
	Qty	Type	Qty	Type	R1,d	1 mm	3 mm
ABR170	9.0	CSA	1.0	M10	450	67.7	76.3
ABR220	9.0	CSA	1.0	M10	450	33.3	80

The capacities are given for one ABR, in the case, that in total more ABR are placed alternate opposite on the beam.

Only the upper bolt has to be installed on the ABR.

The distance of the beam to the support shall be less than 132 mm for ABR220, and less than 86 mm for ABR170.

Installation

• connections using screws or nails CSA5,0xl CNA4,0xl

Technical Notes

Technical info

Particular situation with two angle brackets per assembly positioned opposite to each other

F1 Continious force in the central axis of the purlin.

F2 and F3 Lateral force that works between the purlin and the beam in the purlin direction.

F4 and F5 Lateral force that works in the center of the angle brackets in the beam direction positioned e above the beam.

Particular situation with only one angle bracket per assembly

F1 Continious force in the central axis of the purlin with a distance f between the vertical contact surface. If the overall structure prevents the rotation of the purlin or the post, the tensile strength is equal to half of the given value for two angle-brackets.

F2 and F3 Lateral force that works between the purlin and the beam in the purlin direction.
F4 Lateral force that works in the center of the angle brackets in the beam direction. Works towards the bracket positioned e above the beam.

F5 Lateral force that works in the center of the angle brackets in the beam direction. Works away from the bracket positioned e above the beam.