SB Brace Frame
Reliable load transfer for single-sided forming
operations up to 8.75 m highProduct Brochure – Issue 09/2018

Content

5

6

10
12

System Advantages
The SB Brace Frame – reliableload transfer for single-sided
forming operations up to
8.75 m high
Quickly extended without any
additional parts, as all requiredconnection parts are already
mounted on the Brace Frame
Versatile use with all PERI wall
formwork systems
Can be used horizontally asworking platforms up to 8.75 m
wideIssue 09/2018

Publisher
PERI GmbH
Formwork Scaffolding Engineering
Rudolf-Diesel-Strasse 1989264 Weissenhorn
Germany
info @ peri.com
www.peri.com

14

16
18
20

22
23

System Overview
The brace frame system at a
glanceStandard Applications
Connecting to system formwork
Anchor systems
Simple and accurate anchor­installation
System Supplements
Simple logistics
The SCS Brace Frame as a­further single-sided solution

24

Components
SB Brace Frame system­components

Important information
All current safety regulations and guidelines applicable in those countries where our products areused must be observed.
The photos shown in this brochure feature construction sites in progress. For this reason, safety
and anchor details in particular cannot always be
considered as conclusive or final. These are subject to the risk assessment carried out by the contractor.
In addition, computer graphics are used, which
are to be understood as system representations.
To ensure a better understanding, these and thedetailed illustrations shown have been partiallyr­ educed to show certain aspects. The safety installations that may not be shown in these illustrations must nevertheless still be available.
Please note that the systems or items shown
might not be available in every country.
Safety instructions and load specifications are to
be strictly observed at all times. Separate structural calculations are required for any deviations
from the standard design data.
The information contained herein is subject totechnical changes in the interests of progress.
­Errors and typographical mistakes reserved.

3

4

System Advantages

The SB Brace Frame
Reliable load transfer for single-sided forming operations up to
8.75 m high
SB Brace Frames transfer the fresh
concrete pressure into thesub-structure and foundations during single-sided concreting of components. In addition, they can beused as horizontal heavy-duty
brackets.
When carrying out single-sided concreting operations against existing
walls, rock or sheet piling, the full fresh
concrete pressure exerted on the surface of the formwork must be transferred to the sub-structure, through asuitably anchored brace frame con-

Quickly extended without any
additional components
as all required connection parts
are already mounted on the Brace
Frame unit

struction. PERI Brace Frames havebeen designed for concreting heights
of up to 8.75 m and a fresh concretepressure of maximum 60 kN/m².

gle-sided walls of up to 3.00 m concreting heights, the SB-L Brace Framecan be used without a crane. It is assembled on-site using standard components.

The brace frame system consists ofthree versions. The Brace Frames SBA0, A, B and C can be used individuallyor in combination to accommodate different heights. They can be extended
modularly up to 8.75 m in height usingbolts and cotter pins. Using a standard
configuration, the SB-2 Brace Framecan be used up to a maximum concreting height of 6.00 m. For forming sin-

All Brace Frame frames can be quickly
and easily connected to all PERI formwork systems. Through a corresponding assembly of scaffold tubes, theBrace Frame can be adapted to match
the formwork regarding the width of influence. All individual components are
sized to conform with truck or container transport requirements.

Extremely versatile usewith all PERI wall formwork systems

Can be used horizontally
as working platforms up to 8.75 mwide5System Advantages

Quickly extended without any additional components
as all required connection parts are already mounted on the
Brace Frame
The modular structure is a big advantage. Brace Frames can be extended up to 8.75 m high and areeasily connected using bolts andcotter pins.
All required connection parts are already mounted on each Brace Frame.
When extending, no further additionalparts are needed; a hammer is the only
tool required.

For lower concreting heights of 4.00 m, theframes of Brace Frames SB-A and SB-C can be
combined.

6

When concreting single-sided against existing
sheet piling, the entire fresh concrete pressure istransferred into the sub-structure via the Brace
Frame complete with corresponding anchorage.

Through a corresponding assembly of scaffold
tubes, the Brace Frame can be adapted to match
the formwork regarding the width of influence.

System Advantages

Quickly extended without any additional components
as all required connection parts are already mounted on the
Brace Frame
Due to the modular combination of
the Brace Frame frames, concretingheights of up to 8.75 m are possible.
When extending, only bolts andcotter pins are needed, which aremounted on the Brace Frame.

SB-C
SB-C

SB-B

8

4.00 m3.00 m4.00 m5.00 mSB-A

System Advantages

SB-C

SB-B

SB-C

SB-B

SB-A

6.00 m6.75 m8.75 m

SB-A

SB-A0

9

System Advantages

Extremely versatile usewith all PERI wall formwork systems

The SB-A0, A, B and C brace frames
are designed with a strong European IPB wide flange beam section on
the front which allows forces to betransferred to them at all points.
Thereby, the selection of formwork
panels for MAXIMO, TRIO, DOMINOor the position of the steel walerswith VARIO GT 24 and RUNDFLEX
is not an issue. The Brace Frames
can be combined with PERI wall
formwork systems using system
connection parts.
Brace Frames are assembled on thepanels positioned horizontally on the
ground. A crane is always required for
mounting the Brace Frame on theformwork. The nature of the connection allows them to be lifted as a single
unit.

The formwork support connects Brace Frames
SB-A0, A, B, C with the MAXIMO, TRIO or­DOMINO formwork systems.

10

The RUNDFLEX-Brace Frame connection is realised using a waler connector and wedge, just likethe VARIO GT 24 Girder Wall Formwork.

System Advantages

Force is safely and reliably transferred at all connection points of the SB-A0, A, B and C.

For single-sided concreting, the Brace Frametransfers the high loads into the foundations.

The required working platforms are correspondingly attached to the respective formwork system.

11

System Advantages

Can be used horizontally
as working platforms up to 8.75 m wide

The Brace Frames can also be usedas horizontal heavy-duty brackets.
This application allows the formation of larger working platforms of
up to 8.75 m wide, whilst simultaneously accommodating high shear
forces.
The large shear and tensile forces aretransferred into the concrete via thebuilding-approved PERI Climbing Cone2 M36/DW 26.
Similar to crane-climbed systems,
Brace Frame Brackets can be safely
and easily hooked onto climbing conesby means of Scaffold Mounting Rings.

12

The connectable Brace Frames can be used horizontally as a load-bearing bracket construction.

The spacing and number of Brace Frame Sections
are determined through the existing load.

System Advantages

For use as a horizontal heavy-duty bracket,
two different suspension methods are available:

1. Double suspension with Wall
Scaffold Hinge SB double
For the SB-A0, A and B systems,
the permissible shear force for
the Brace Frame Wall Scaffold
Hinge-2 is 200 kN.

2. Single suspension with Wall
Scaffold Hinge SB
For Brace Frames SB-A0, A, B and
SB-2, the permissible shear force
for the Brace Frame Wall Scaffold
Hinge is 120 kN.

Horizontally mounted Brace Frame system combined with system components of the VARIOKITEngineering Construction Kit form cantilevered
working platforms.

Brace Frames and system components takenfrom the VARIOKIT Engineering Construction Kit
formed large-sized platforms up to 8.75 m wide.

Horizontally positioned Brace Frames could replace high shoring structures for slab cantilevers.

13

System Overview

The Brace Frame system at a glance

SB-C

SB-B

SB-A

SB-A0

14

SB-2

System Overview

The Brace Frame system consists of three versions. The Brace
Frames SB-A0, A, B and C can beused individually or in combination to accommodate different
heights. They can be extended
modularly up to 8.75 m in heightusing bolts and cotter pins.
Using a standard configuration,
the Brace Frame SB-2 can beused up to a maximum concreting height of 6.00 m.
For forming single-sided walls of
up to 3.00-m concreting heights,
the Brace Frame SB-L can beused without a crane. It is assembled on-site using standard components.

SB-L

15

Standard Applications

Connecting to system formwork

Connection to girder formwork with Waler Connector and Wedge
For mounting the Brace Frame on
VARIO GT 24 Girder Wall Formwork
with a maximum concreting heightof 8.75 m or on RUNDFLEX Circular
Formwork with a maximum concreting height of 8.40 m, one waler connector and one wedge are used per
waler line.
Waler Connector and Wedge for connecting
Brace Frame SB-A, B, C to girder formwork.

Connection to panel formwork with Brace Frame connection and bolts
For mounting the Brace Frame topanel formwork such as MAXIMO,TRIO or DOMINO with a maximum
vertical concreting height of 8.75 m
or 8.40 m horizontally, one Connector SB and one bolt are used per
waler line / anchor point. For­MAXIMO panel formwork, a sleeveis additionally inserted into the anchor holes.

Connector SB-A, B, C MX/TR/D

16

Bolt Ø 19x165

Sleeve SB-MAXIMO
and SB-MAXIMO
WDMX for removablesealings

Bolt SB-MAXIMO

Standard Applications

Connection to DUO Universal Formwork with Hook Strap SB DUO
For mounting the Brace Frame on
the DUO Universal Formwork with amaximum concreting height of
5.40 m, the Hook Strap SB DUO
is used in combination with theCompensation Waler DUO.

The Brace Frames are fixed at vertical joint positions of the panels mounted on the Compensation Waler DUO.

Hook Strap SB DUO for mounting the Brace
Frame SB to the Compensation Waler DUO.

For mounting the Brace Frame SB-2
on girder wall formwork, one Hook
Strap is required for each waler line.
For fixing to the steel walers, theHook Strap SB-1, 2 or Hook Strap
SB-2 can be used asymmetrically.
For mounting the Brace Frame SB-2
to MAXIMO, TRIO or DOMINO panels, a Connector is first fixed to theanchor holes. The Brace Frame cansubsequently be connected to thelugs of the Connector by means of
Hook Straps SB-1, 2.

Hook Strap SB-1, 2

Hook Strap SB-2, asymmetricConnector SB-1, 2 - MX/TR/D

17

Standard Applications

Anchor systems

Connection to PERI formwork systems is realised using corresponding connection parts. There arethree different anchor systems fortensile anchoring of the occurringforces in the ground.
The choice of anchoring system is determined by the tensile force Z appliedon the Brace Frame.
Depending on the anchor system used,a Double Anchor Tie Yoke or Anchor
Waler is used.

Anchor systemperm. anchor
forces

DW 15

90 kN

DW 20

150 kN

DW 26

250 kN

Anchoring is always carried out using 2 anchors
per Brace Frame so that, e.g. when using the
DW 20 system, a maximum tensile force of2 x 150 = 300 kN may be allowed.

Z

Tie System DW 15
in the execution with Double Anchor Tie Yoke
Permissible tension force 2 x 90 kN = 180 kN
1.
2.

3.
5. 4.

1. Wingnut DW 15
2. Double Anchor Tie Yoke
3. Tie Rod DW 15
4. Hex. Nut DW 15 SW 30/108
5. Brace Frame Double Anchor DW 15
Alternatively with Tie Rod DW 15 with Threaded Anchor Plate DW 15

23 0

1.
2.
3.
4.
6.

5.

23 0

18

Tie System DW 15
in the execution with Anchor Waler
Permissible tension force 2 x 90 kN = 180 kN
1. Wingnut Pivot Plate DW 15
2. Anchor Plate SB DW 26
3. Anchor Waler U140, 0.55 m or Anchor Waler U140, 2.35 m
4. Tie Rod DW 15
5. Hex. Nut DW 15, SW 30/108
6. Brace Frame Double Anchor DW 15
Alternatively with Tie Rod DW 15 with Threaded Anchor Plate DW 15

Standard Applications

Particular attention must be paid to the following when using theBrace Frames.
The structural members (e.g. foundations or ground slabs) must be able toaccommodate the tension and compression forces which occur. Check theirdesign and anchor positioning before concreting.
The “other side” of the single-sided formwork (existing walls, planking, rocks
etc. must naturally be able to withstand the fresh concrete pressure acting
upon it.
DW Tie Rods installed for anchoring purposes must not be welded or bent.
When using other anchors or formwork systems, the possible applications
as well as stability must be checked separately by the user.

1.
2.
3.
4.
5.
6.
7.
8.

350

1.
2.
3.
4.
5.
7.

6.

Tie System DW 20
in the execution with Anchor Waler
Permissible tension force 2 x 150 kN = 300 kN
1. Wingnut DW 20
2. Counterplate DW 20, 120 x 120 x 20
3. Anchor Plate SB DW 26
4. Anchor Waler U160, 0.55 m
5. Tie Rod DW 20
6. Hex. Nut DW 20, SW 36/110
7. Tie Rod DW 20
8. Threaded Anchor Plate DW 20

Tie System DW 26
in the execution with Anchor Waler
Permissible tension force 2 x 250 kN = 500 kN
1. Hex. Nut DW 26, SW 46/80
2. Tension Release Plate SB DW 26
3. Anchor Waler U160, 0.55 m
4. Tie Rod DW 26
5. Hex. Nut DW 26, SW 46/150
6. Tie Rod DW 26
7. Threaded Anchor Plate DW 26

350

19

Standard Applications

Simple and accurate anchor installation

With the PERI V-Tie Holder andLeading Anchor Coupler, accurate
assembly of the Tension Anchor under 45° is possible. This ensuressafe and reliable transfer of loads
and, thus, maximum stability of theBrace Frame and formwork.

The economic advantages of theanchoring system with the V-Tie
Holder and Leading Anchor Couplerare:■■ Only a small number of couplingnuts have to be stocked■■ No need to cut tie rods off■■ Tie rods are recoverable

Work sequence for lost tie rods

Before concreting, the V-Tie
Holder together with Tie
Rod, Threaded Plate andLeading Anchor Coupler are
installed in the reinforcement.

20

After concreting, the Leading Anchor Coupler can beremoved using the Spanner
SW 70, and then re-used.

After the tie rod has beenchecked to ensure that it
has been correctly fitted,
the hex. nut and tie rod are
securely fixed to the Brace
Frame by means of thespanner.

When dismantling the Brace
Frame, the tie rod and hex.
nut are unscrewed with thespanner and the remaining
hole is subsequently filled.

Standard Applications

Required tools

Tension Rod
Wrench 20/26

Spanner SW 30, 36,
46, 70With the V-Tie Holder, as a lost part, an exact alignment of the Tension Anchor to 45 ° is possible.

The Leading Anchor Coupler can be recovered­after concreting.

Work sequence for re-usable tie rods

Before concreting, the V-Tie
Holder, the Spacer Tuberough, Threaded Plate, tie
rod and the Leading Anchor
Coupler are all installed in
the reinforcement.

After concreting, the Leading Anchor Coupler can beremoved using the Spanner
SW 70, and subsequently
be re-used.

After the tie rod has beenchecked to ensure that it
has been correctly fitted,
the hex. nut and tie rod are
securely fixed to the Brace
Frame using the spanner.

When dismantling the Brace
Frame, the tie rod and hex.
nut are unscrewed with thespanner.

The tie rod can be removed
using the Tension Rod
Wrench and re-used. The remaining hole is subsequently
filled.

21

System Supplements

Simple logistics

Brace Frames can be moved asunits, consisting of 2 Brace Frames
including the formwork, with thecrane using the suspension points
provided for this purpose.
With the guide roller, the Brace
Frame unit can be moved slowly
without the help of any power-operated pulling means. The guide roller
is simply pushed over the profile
tube and secured with a wedge.
Diagonal bracing is required whenmoving the Brace Frame and aligning the formwork unit with thecrane.

All individual components are sized
to conform with truck or containertransport requirements. Dependingon the truck, 6 Brace Frames can betransported as one stack - 10
frames can be stacked when using
the Brace Frame SB-C.

With the help of the integrated stacking
aid, Brace Frames of the same size can betransported in one stack.

22

System Supplements

The Brace Frame SCS as a further single-sided solution

The Brace Frame SCS is a modular
construction consisting of Strongbacks,
Heavy-Duty Spindles and Starter Walers. For the first casting segment of
the SCS Climbing System, a Starter
Brace Frame is used while diagonal anchoring transfers the loads into the bottom slab.
The SCS Starter Brace Frame is designed in such a way that the Strongback, Spindle and formwork can also
be used in the next casting segmentswith the climbing bracket.
With SCS, inclined starters can also be
realised as the inclination of the wall isadjusted using the Heavy-Duty Spindle.

23

SB Brace Frame
Complete with
1 pc. 700555 Rear Base Spindle for SB
1 pc. 700554 Adjusting Nut SB-A0/A/B
1 pc. 025730 Spindle TR 60 x 9/43
1 pc. 710545 Bolt Ø 50 x 150, galv.
1 pc. 710618 Cotter Pin 8, galv.
2 pc. 017040 Screw-On Coupler AK 48, galv.
1 pc. 700553 Adapter
1 pc. 030130 Cam Nut DW 15, galv.

1980

1930

3060

3885
4060

325.000

Brace Frame SB-A
For forming single-sided walls and special applications.

Complete with
1 pc. 700555 Rear Base Spindle for SB
1 pc. 700554 Adjusting Nut SB-A0/A/B
1 pc. 025730 Spindle TR 60 x 9/43
2 pc. 017040 Screw-On Coupler AK 48, galv.
1 pc. 700553 Adapter
1 pc. 030130 Cam Nut DW 15, galv.
2060

1980

1930

025700Accessories
Spanner SW 80, for SB

2885
3060

02721024  3.300

Accessories
Spanner SW 80, for SB

min 215
max 415  3.300150

027210min 215
max 415

Brace Frame SB-A0
For forming single-sided walls and special applications.

150

Item no. Weight kg
025690 412.000

SB Brace Frame
Item no. Weight kg
025710 276.000

Brace Frame SB-B
For forming single-sided walls and special applications.

Complete with
1 pc. 700555 Rear Base Spindle for SB
1 pc. 700554 Adjusting Nut SB-A0/A/B
1 pc. 025730 Spindle TR 60 x 9/43
1 pc. 710545 Bolt Ø 50 x 150, galv.
1 pc. 710618 Cotter Pin 8, galv.
2 pc. 017040 Screw-On Coupler AK 48, galv.
1 pc. 700553 Adapter
1 pc. 030130 Cam Nut DW 15, galv.

min 215
max 415

2780

95

660

1885
2060

  3.300

02572049.900Accessories
Spanner SW 80, for SB
Brace Frame SB-C
For forming single-sided walls and special applications.

Complete with
2 pc. 715936 Pin Ø 25 x 180, incl. dowel pin Ø 6
2 pc. 018060 Cotter Pin 4/1, galv.
Technical Data
Permissible load-bearing point capacity
1.5 t with crane sling angle ≤ 15°,
2.5 t with vertical lift.

578

Ø50

1190

027210Ø25x180

25

SB Brace Frame
Item no. Weight kg
027690   0.368

Bolt SB-TRIO/DOMINO, galv.
For panel formwork with 12 cm overall thickness.
165
125

Ø19

114107114417  1.190  1.400

113255  0.414

Accessories
Sleeve SB-MAXIMO, galv.
Sleeve SB-MAXIMO WDMX
Bolt SB-MAXIMO, galv.
For connecting MAXIMO Panels with Brace
Frame SB.
179
126

Ø45

Ø19

114107114417  1.190  1.400

114107  1.190

Accessories
Sleeve SB-MAXIMO, galv.
Sleeve SB-MAXIMO WDMX
Sleeve SB-MAXIMO, galv.
For connecting MAXIMO Panels with Brace
Frame SB.

Note
For use with Sealing Sleeve MX Ø 16
item-no. 112342 and Nut Sealing Sleeve MX Ø 16
item-no. 112338.

82

113255114417  0.414  1.400

114417  1.400

Accessories
Bolt SB-MAXIMO, galv.
Sleeve SB-MAXIMO WDMX
Sleeve SB-MAXIMO WDMX
For connecting MAXIMO Panels to Brace
Frames SB.

Note
For use with Sealing Sleeve MX 15 item-no.
123603 and Sealing Sleeve MX 18 item-no.
123604.

9711325526  0.414

Ø 54

Accessories
Bolt SB-MAXIMO, galv.

Ø 54

SB Brace Frame
Connector SB-A, B, C - MX/TR/D
For connecting MAXIMO, TRIO and DOMINO
Panels with Brace Frames SB-A0, A, B, C.

Note
1 piece per anchor point.

120

130

Item no. Weight kg
025740   9.140

130

125

027690113255114107114417  0.368  0.414  1.190  1.400

025760  1.300

Accessories
Bolt SB-TRIO/DOMINO, galv.
Bolt SB-MAXIMO, galv.
Sleeve SB-MAXIMO, galv.
Sleeve SB-MAXIMO WDMX
Waler Connector SB-A, B, C
For connecting Steel Walers SRZ and SRU, Profile
U100 respectively U120 to SB-A0, A, B, C.

156

136

200

SRZ U 120
SRZ U 10095
230  0.331024250  0.331

Accessories
Wedge K, galv.
Wedge K, galv.
For Coupling Compression Plate KDP, Wedge Head
Piece SRZ/SRU and Waler Connector SB-A, B, C.
Ø835024250Technical Data
Permissible load-bearing capacity 1.2 t.

104

180

Guide Roller SB-A, B
For moving SB-A0, SB-A and SB-B brace frame
units.

510

28.700330

025750

8

20

208

354

310

27

SB Brace Frame
Item no. Weight kg
027510 365.000

Brace Frame SB-2
For forming single-sided walls and special applications.

Complete with
1 pc. 715121 Adjusting Unit SB-2
1 pc. 715110 Spindle SB-1, compl.
1 pc. 770012 Split Pin ISO 8752 8 x 60, galv.
3 pc. 017040 Screw-On Coupler AK 48, galv.

2550
2610

027210  3.300

027590  2.400

Accessories
Spanner SW 80, for SB
Hook Strap for SB-1, 2
For fixing Brace Frame SB-1 and SB-2 to SteelWaler SRZ and SRU Profile U100 – U140.
SW 22

M 14

152 (U 100)

162 (U 120)172 (U 140)

28

150

SB Brace Frame
Item no. Weight kg
116078   3.970

Hook Strap for SB-2, asymmetric
For fixing Brace Frame SB-2 to Steel Waler SRZ
and SRU Profile U100 – U140.
SW 18
M 12

152 (U 100)140

162 (U 120)02768049.600Connector SB-1, 2 - MX/TR/D
For assembly of Brace Frame SB-1, 2 to MAXIMO,TRIO and DOMINO Panels.

Technical Data
Permissible load-bearing point capacity 1.0 t withcrane sling angle ≤ 15°.

240

max 1650

490

650

1770

min 1270

120

265

160

60

250

Ø21

  0.368  2.400  0.414  1.190  1.400

100901  5.370

Accessories
Bolt SB-TRIO/DOMINO, galv.
Hook Strap for SB-1, 2
Bolt SB-MAXIMO, galv.
Sleeve SB-MAXIMO, galv.
Sleeve SB-MAXIMO WDMX
SB-L Tension Strut, l = 740 mm
For Brace Frame SB-L. For forming single-sided
walls.
820
40

740
Ø21

40

50

02769002759011325511410711441729

SB Brace Frame
SB-L Anchor Bracket
For Brace Frame SB-L. For forming single-sided
walls.

Complete with
1 pc. 105400 Pin Ø 20 x 140, galv.
1 pc. 018060 Cotter Pin 4/1, galv.

300

Item no. Weight kg
10090312.000Ø21

Ø20x140365024910710334024180  0.303  0.064  0.126

01005051.60050

Accessories
Bolt ISO 4014 M20 x 100-8.8, galv.
Nut ISO 4032 M20-8, galv.
Compensation Washer 20, galv.
Steel Waler SRZ U100, l = 2.45 m
Steel waler for VARIO GT 24 panels and special
applications.

Note
Special lengths and other profile sizes on request.
Technical Data
U100: Wy = 82.4 cm³, ly = 412 cm4

L

93
135

205

25

20

170

40

X x 60
Ø6

100

60

Ø9

52
152

  4.880

Base Plate-2 for RS 1000/1400, galv.
For assembly of Push-Pull Props RS 210, 260, 300,
450, 650, 1000, 1400 and Heavy Duty Spindles.

Complete with
2 pc. 105400 Pin Ø 20 x 140, galv.
2 pc. 018060 Cotter Pin 4/1, galv.

Ø21

290

30

108

102018955330

SB Brace Frame
Item no. Weight kg
10177624.900

Heavy Duty Spindle SLS 140/240
As adjustable spindle in lattice frameworks withSRU Steel Walers and RCS Climbing Rails.

min 1400 max 2400

024910  0.303Ø21

Ø 48,3

Ø89

1346

Bolt ISO 4014 M20 x 100-8.8, galv.

100
M 20
SW 30

710334  0.064

Nut ISO 4032 M20-8, galv.

M 20
SW 30

024180  0.126

Compensation Washer 20, galv.

Ø 58

6

6,5

Ø20,5

  1.400

Swivel Coupling SW 48/48, galv.
For Scaffold Tubes Ø 48 mm.

(27)017010SW 19

31

SB Brace Frame
Item no. Weight kg
026415026417026411026412026413026414026419026418  3.550  0.000  3.550  7.100
10.65014.20017.75021.600Scaffold Tubes Steel Ø 48.3 x 3.2
Scaff. Tube Steel Ø 48.3 x 3.2, special length
Cutting Cost Scaffold Tube
Scaff. Tube Steel Ø 48.3 x 3.2, l = 1.0 m
Scaff. Tube Steel Ø 48.3 x 3.2, l = 2.0 m
Scaff. Tube Steel Ø 48.3 x 3.2, l = 3.0 m
Scaff. Tube Steel Ø 48.3 x 3.2, l = 4.0 m
Scaff. Tube Steel Ø 48.3 x 3.2, l = 5.0 m
Scaff. Tube Steel Ø 48.3 x 3.2, l = 6.0 m

L			
				
				
1000			2000			3000			4000			5000			6000			

L

027210027213027211  3.300  2.300  0.760

Spanners SW for SB
Spanner SW 80, for SB
Spanner SW 70, for SB
Spanner SW 46, for SB
For different applications.

Ø48,3x3,2L			
645			
570			
380			

L

030030030050030005030480  1.440  0.000  0.720  1.440

Tie Rods DW 15
Tie Rod DW 15, spec. length
Cutting Cost Tie Rod DW 15, B 15
Tie Rod DW 15, l = 0.50 m
Tie Rod DW 15, l = 1.00 m

Note
Non-weldable! Take official Approval into
consideration!
Technical Data
Permissible tension force 90 kN.

DW 15

030840  0.515

Threaded Anchor Plate DW 15
For use with Tie Rod DW 15 or B 15. For anchoringin concrete.

Note
Lost anchor part.

32

Ø80

Ø6

Ø 27

60
DW 15

SB Brace Frame
Item no. Weight kg
030060   2.130

Brace Frame Double Anchor DW 15
Non-weldable! Take approval into consideration!

Technical Data
Permissible load 2 x 90 kN. Dependent on concrete strength and installation depth.

Hex. Nut DW 15 SW 30/108, galv.
For coupling Tie Rod DW 15 and B 15.

0

230

00

  0.402

35

R1

45°

235

030090290

DW 15

Technical Data
Permissible load 90 kN.

108
52

52

SW 30
DW 15

030100  0.439

Wingnut DW 15, galv.
For anchoring with Tie Rod DW 15 and B 15.

Technical Data
Permissible load 90 kN.

50

110

34

SW 27

DW 15

  7.030

Double Anchor Tie Yoke DSW
For anchoring with Tie Rod DW 15.

Technical Data
Permissible load 2 x 90 kN.

330
230
Ø20

Ø 60

02752033

SB Brace Frame
Item no. Weight kg
031580   0.440

V-Tie Holder DW 15
For easy installation of DW 15 Tie Rods at 45°
inclinations.
298

50

DW 15

031631  0.345

Leading Anchor Coupler DW 15, compl.
For easy installation of DW 15 Tie Rods at 45°
inclinations.
200
90

DW 15

SW 70

Spacer Tube rough DR 32, l = 3.00 m
Plastic spacer tube for DW 26.

L030700030800030640030641  2.560  0.000  1.280  2.560

Tie Rods DW 20
Tie Rod DW 20, spec. length
Cutting Cost Tie Rod DW 20/B 20
Tie Rod DW 20, l = 0.50 m
Tie Rod DW 20, l = 1.00 m

Note
Non-weldable! Take official Approval into consideration!
Technical Data
Permissible tension force 150 kN.

DW 20

34

Ø 37

  0.967Ø 32031627

SB Brace Frame
Item no. Weight kg
030860   0.792

Threaded Anchor Plate DW 20
For use with Tie Rod DW 20, B 20 or Screw-On
Cone-2 M24/DW 20. For anchoring in concrete.

Note
Lost anchor part.

n 32

n100

DW 20

65

030590  0.685

Hex. Nut DW 20 SW 36/110, weldable
For coupling Tie Rod DW 20 and B 20.

Note
Weldable!
Technical Data
Permissible load 150 kN.

110
53

53

DW 20
SW 36

030580  0.371

Hex. Nut DW 20 SW 36/60, weldable
For anchoring with Tie Rod DW 20 and B 20.

Note
Weldable!
Technical Data
Permissible load 150 kN.

60
DW 20
SW 36

Wingnut DW 20, galv.
For anchoring with Tie Rod DW 20 and B 20.

Technical Data
Permissible load 150 kN.

DW 20
SW 36

130

  0.786

Ø4203099060

35

SB Brace FrameCounterplate DW 20, 120 x 120 x 20
For anchoring with Tie Rod DW 20 and B 20.

Technical Data
Permissible load 150 kN.

120

Item no. Weight kg
030830   2.180

Ø26
120

031590  0.420

20

V-Tie Holder DW 20
For easy installation of DW 20 Tie Rods at 45°
inclinations.
298

50

DW 20

031632  0.355

Leading Anchor Coupler DW 20
For easy installation of DW 20 Tie Rods at 45°
inclinations.
200
SW 70

DW 20

90

Spacer Tube rough DR 42, l = 3.00 m
Plastic spacer tube for DW 20, 26.

L

36

Ø47

  1.250Ø 42031634

SB Brace Frame
Item no. Weight kg
030340030500030645030646  4.480  0.000  2.240  4.480

Tie Rods DW 26
Tie Rod DW 26, spec. length
Cutting Cost Tie Rod DW 26
Tie Rod DW 26, l = 0.50 m
Tie Rod DW 26, l = 1.00 m

Note
Non-weldable! Take official approval into consideration!
Technical Data
Permissible tension force 250 kN.

DW 26

030870  1.260

Threaded Anchor Plate DW 26
For use with Tie Rod DW 26 or Screw-On Cone
M36/DW 26. For anchoring in concrete.

Note
Lost anchor part.

70
DW 26

030400  2.620

Coupling Nut M 30/DW 26, galv.
For coupling Tension Rod and Tie Rod DW 26.

n40

n120

Ø8

Technical Data
Permissible load 250 kN.

195
100

55

90

027540027230  5.170  6.810

Tension Rods M30 with Nut
Tension Rod with Nut 100/M30
Tension Rod with Nut 135/M30
For anchoring the Brace Frame SB.

M 30

DW 26

SW 46

Technical Data
Permissible load 250 kN.

SW 22
SW 46

M 30
200

400 / 750
1000 / 1350

37

SB Brace Frame
Item no. Weight kg
030980   1.540

Hex. Coupler DW 26 SW 46/150, weldable
For coupling Tie Rod DW 26.

Note
Weldable!
Technical Data
Permissible load 250 kN.

150
72

72

DW 26
SW 46

030970  0.800

Hex. Coupler DW 26 SW 46/80, weldable
For anchoring with Tie Rod DW 26.

Note
Weldable!
Technical Data
Permissible load 250 kN.

80
DW 26
SW 46

031600  0.430

V-Tie Holder DW 26
For easy installation of DW 26 Tie Rods at 45°
inclinations.
298

50

DW 26

031633  0.365

Leading Anchor Coupler DW 26
For easy installation of DW 26 Tie Rods at 45°
inclinations.
200
SW 70

DW 26

90

38

SB Brace Frame
Spacer Tube rough DR 42, l = 3.00 m
Plastic spacer tube for DW 20, 26.

101621

10.100Tension Release Plate SB DW 26
For anchoring of Brace Frame SB. Allows easy
release of higher tensile loads. In connection with
Anchor Waler 55 or 235. Turn bolt to working position before shuttering.

Ø 42

L

Ø47

Item no. Weight kg
031634   1.250

Complete with
4 pc. 724563 Hex. Bolt ISO 4017 M30 x 50-8.8,
galv.
Technical Data
Permissible load 250 kN.

210

180
47

50

16

47

169

25

50
63

Ø35

175

63

SW 46

027480  7.960

Anchor Plate SB - DW 26
For anchoring of Brace Frame SB.

Technical Data
Permissible load 250 kN.

180
65

25

63

50

Ø35

140

63

50

175

65

11.600Anchor Waler U160, l = 0.55 m
For anchoring of Brace Frame SB.

Technical Data
Permissible load 2 x 250 kN.

160109017350
550  9.940

Anchor Waler U140, l = 0.55 m
For anchoring of Brace Frame SB.

Technical Data
Permissible load 2 x 135 kN.

140027650

65

350
550

60

39

SB Brace Frame
Item no. Weight kg
02753039.800Anchor Waler U140, l = 2.35 m
For anchoring of Brace Frame SB.

Technical Data
Permissible load 4 x 135 kN.

225

350

350

225

2350

140

60

31.800Brace Frame Wall Scaffold Hinge
For hoizontal use of PERI Brace Frames SB-A0,
A, B and SB-2 as climbing brackets.

580

106661

119

304

235

106662  4.870

Accessories
Brace Frame Adaptor SB A0, A, B
Brace Frame Adaptor SB-2
Brace Frame Adaptor SB A0, A, B
For mounting the brace frame wall scaffold hinge
to the Brace Frame SB-A0, A or B.

Complete with
2 pc. 106803 Nuts ISO 7042 M24-10, galv.
2 pc. 106797 Bolt ISO 4014 M24 x 220-10.9, galv.

M 24x220
SW 36

225

10666313.800Brace Frame Adaptor SB-2
For mounting of Brace Frame Wall Scaffold Hinge
to the Brace Frame SB-2.

50

Complete with
2 pc. 106798 Bolt ISO 4014 M24 x 500-10,9, galv.
2 pc. 106803 Nuts ISO 7042 M24-10, galv.

M 24x500
SW 36
515

40

261

  4.870
13.800235

106662
106663235

SB Brace Frame
Wall Scaffold Hinge SB double
For hoizontal use of PERI Brace Frames SB-A0,
A, B as climbing bracket.

613

290

Item no. Weight kg
11186664.600390

482

030940  3.040

Climbing Cone-2 M36/DW 26, galv.
Tie System M36.
For anchoring of climbing systems.

Note
Separate design information on request.

137

SW 55

25

  1.260  4.480029490  1.760

Accessories
Threaded Anchor Plate DW 26
Tie Rod DW 26, spec. length
Scaffold Mounting Ring M36, galv.
Tie System M36.
For anchoring of climbing systems.

Ø 98030870030340

Ø 93

M 36

DW 26

90

90

029550  1.400

Accessories
Bolt ISO 4014 M36 x 130-10.9, galv.

41

SB Brace Frame
Item no. Weight kg
030870   1.260

Threaded Anchor Plate DW 26
For use with Tie Rod DW 26 or Screw-On Cone
M36/DW 26. For anchoring in concrete.

Note
Lost anchor part.

70
DW 26

030340030500  4.480  0.000

Tie Rod DW 26
Tie Rod DW 26, spec. length
Cutting Cost Tie Rod DW 26

n40

n120

Ø8

Note
Non-weldable! Take official approval into consideration!
Technical Data
Permissible tension force 250 kN.

DW 26

029550  1.400

Bolt ISO 4014 M36 x 130-10.9, galv.
High-strength bolt for anchoring of climbing
systems.
130
M 36
SW 55

029430  0.930

Bolt ISO 4017 M36 x 70-8.8, galv.
Bolt for anchoring of climbing systems and as
advancing bolt.
70
M 36
SW 55

42

SB Brace Frame
Item no. Weight kg
029390   0.170

Anchor Positioning Plate M36, galv.
For fixing the M36 anchor system if the plywood
formlining is drilled through.

Ø36,5
60

029440  0.005

Accessories
Lag Screw DIN 571 6 x 20, galv.

029440  0.005

Lag Screw DIN 571 6 x 20, galv.

80

Ø7

6

20
SW 10
M6

026460  0.308

Anchor Positioning Stud M36, galv.
For fixing the M36 anchor system if the plywood
formlining is not drilled through.
SW 14

Ø 83

M 36

Ø7
Ø4,5
33

027212710312  0.445  0.005

027212  0.445

Accessories
Allen Key SW 14, long
Nail 3 x 80
Allen Key SW 14, long
Fits to PERI Anchor Positioning Studs and Allen
Key Bolts M16.
SW 14

230

43

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DE en 06 | 2019 3sm 790563 © PERI GmbHThe optimal Systemfor every Project andevery Requirement