Bridges and Tunnels - Building Systems

VARIOKIT
The construction kit for civil engineering projects
with rentable, standardized components.

– multi-functional applications
– suitable for assembly on
construction sites
– load-optimized for every use

EN_VARIOKIT_00-00.indd 1 08.08.2008 13:46:24 Uhr

Edition 08/2008

PERI GmbH
Formwork Scaffolding Engineering
P Box 1264
.O.
89259 Weissenhorn
Germany
Tel +49 (0)73 09.9 50-0
Fax +49 (0)73 09.9 51-0
info@peri.de
www.peri.de

Important notes:

Without exception, all current safety regulations
must be observed in those countries where our
products are used!

The photos used in this brochure were taken at
a particular time at various construction sites.
Safety or formwork anchor details are therefore
not to be taken as a definitive guide to the way
the equipment is to be used.

Safety instructions and permissible loads must
be observed at all times. Separate structural
calculations are required for any deviations from
the standard design data.

The information contained herein is subject to
technical change in the interests of progress.


Contents

PERI VARIOKIT construction kit
2 For numerous applications in bridge
and tunnel construction

VARIOKIT for tunnel construction
4 System formwork carriage for the
cut-and-cover method

6 Maximum load capacity for mined tunnels

VARIOKIT for bridge construction
8 Perfect adjustment for steel composite bridges

10 Flexible fomwork carriage for parapets

12 System brackets for steel composite bridges
13 Truss framework applications

VARIOKIT construction kit
14 System components

16 Components

36 PERI International

1


PERI VARIOKIT construction kit
For numerous applications in bridge
and tunnel construction

There are many who look back with
happy memories at the time when
one could playfully build a technical
world with the Märklin construction
kit. This idea and the experience
gained from many civil engineering
projects have been sources of inspi-
ration for us.

PERI engineers have created ideal
project and connecting method combi-
nations from known tunnel, bridge and
construction engineering load combina-
tions, and developed this to form a ver-
satile construction kit. This means load-
optimized and geometrically-adapted
supporting formwork can be built from
a large selection of system components.

VARIOKIT, the engineering construc-
tion kit with rentable, standardized
components, is the solution for nu-
merous requirements in civil engi-
neering.
– fast
– safe
– cost-effective

In the process, PERI provides technical
information for each project e.g. operat-
ing instructions and assembly draw-
ings. Static calculations and assembly
support are also integral elements such
as the constant support given to con-
tractors and help provided with new
tasks for current projects. For all con-
struction projects, PERI can provide
everything from one source.

Civile engineering struc-
tures always have to con-
sidered in their entirety.
PERI helps to construct
these cost-effectively by
means of project-custom-
ized solutions.

2


The most important beneﬁts of the
PERI VARIOKIT construction kit: Only 3 core components required for a
– versatile use of core components. wide range of applications.
– few system elements as additional
components for recurring applications Steel Waler Universal SRU Climbing Rail RCS
or as connections for PERI system
formwork.
– maximum reduction in the number of
special parts.
– optimal adjustment to project require-
ments.
– as system equipment, part of the reg-
ular inventory and available at short
notice.
– open system for numerous other ap-
plications.

Heavy-Duty Spindle SLS

VARIOKIT
engineering construction kit

Fresh concrete loads!
System
elements Approx.
10 kN

Special Approx.
elements 30 kN

Approx.
Core elements
70 kN

Approx. Each piece of formwork carries
140 kN area loads (concrete pressure) via
linear loads (waler loads) or individ-
ual loads (anchor or prop loads).
Classifying components in load
Perfect adjustment to the groups allows load-optimized con-
structure and load-optimized Approx. struction of the supporting form-
system solutions for cost-ef- 200 kN work to take place over several
fective supporting formwork. steps.

3


System formwork carriage for the
cut-and-cover method

Tunnel formwork carriages are al-
ways project-related solutions. PERI
VARIOKIT provides an answer with
standardized system components.

The benefits of the VARIOKIT formwork
carriage:
– few anchors required in wall areas
due to system walers up to UU 200.
– simple modifications for different
cross-sections.
– optionally available hydraulic support
for shuttering and striking as well as
lifting and lowering.
– self-propelling or mobile solutions for
moving complete units.

All components can be optimally
adapted:
– the HD 200 heavy-duty prop allows
continuous height adjustment and
grid-free longitudinal arrangement.
– the RCS slab beam can be flexibly
adapted.
– the VARIOKIT diagonal strut is contin-
uously usable from 4.0 to 9.0 m.

The diagonal strut is mounted on
the slab beam with standard con-
nections. The regular hole pattern in
all system components provides
many connecting possibilities.

4


The combination of proven sys-
tems such as VARIO GT 24 and
HD 200 with new elements from
RCS or the diagonal strut, results
in a cost-effective formwork car-
riage. Reinertshof Tunnel on the A7
motorway near Füssen.

The modular PERI VARIOKIT Circular cross-sections
system for a wide range of are also just as possible
practical solutions. as separate individual
formwork carriages for
walls and slabs.

5


Maximum load capacity for mined tunnels

The extremely high loads carried by
a tunnel formwork carriage during
mined operations present a special
challenge for PERI VARIOKIT.
In order to effectively manage thes
forces and, at the same time, provide
construction site trafﬁc an access por-
tal, the VARIOKIT with anchoring com-
ponents combination is supplemented
with the SB brace frame system.

For smaller tunnel lengths (< 40 cycles)
with short section lengths (< 20 m) and
tight construction schedules (< 12
months), solutions using rentable parts
are considerably more cost-effective
than complete project solutions with
special steel components.

For tunnnels constructed using min- The ﬁrst section with the
ing techniques, the formwork is al- bottom slab and starter has
already been concreted.
ways designed whilst considering
ancillary conditions which are, in
part, not compatible:
– large loads resulting from the fresh
concrete pressure and dead weight.
– low individual weights due to tight
space conditions during assembly and Best concrete results from
operations. the 2nd cycle (wall area)
form the exit for the arched
– minimum of material costs from high
formwork carriage.
proportion of rental parts and small
quantities.
– few operating elements and optimally
adapted to suit construction progress.
– simple operation of large units.

The experience gained
from brace frame anchor-
ing can also be used in
the 2nd cycle.

6


6.90 6.90

The transportation carraige from the RCS The formwork carriage for the 3rd cycle
system moves the formwork and support (arched section) also corresponds to project
unit to the next cycle. requirements.

System components
for the carriage and the
movable formwork sus-
pension allow ﬂexible
utilization.
15.00

Through the possibility of installing only
those parts in the component levels
which are required in each case for
transferring in part large forces, load
optimization can be achieved.

7


Perfect adjustment for steel composite bridges

The VARIOKIT fomwork carriage for
steel composite bridges fulfils all the
project requirements.

The benefits of the VARIOKIT formwork
carriage:
– high rigidity in both the longitudinal
and transverse directions of the
carriage.
– Variable and flexible arrangement of
the support points (carriage support-
ing point) on the bridge longitudinal
beam.
– With the unique steerable carriage
supporting shoe (with heavy-duty roll-
er), forming of bridge radii is possible
without any great effort.
– Through the rigid longitudinal truss,
cross frames are not restricted by any
increments and can always be com-
pletely utilized.

The extremely rigid main The steerable carriage
beam truss ensures optimal supporting shoe is
load distribution and protects monted to the carriage
the bridge girders against supporting point.
excess point loads.

Striking can take place either
from the concreting level or
the finishing platform.

8


The internal formwork is selected
according to the geometry of the
structure.
In so doing, a difference is made
between:
– movable slab formwork element on
roller brackets
– MULTIFLEX formwork
– panel formwork

Through the enormously high number
of combination posibilities for the sys-
tem components, modiﬁcations can
also be carried out at any time for other
bridge cross-sections.

The external formwork carriage is
mounted to the main beams of the
bridge. The three main component
groups can be clearly seen:
– longitudinal truss
– cross beam
– formwork unit with adjustment
device

Project 1 Project 2
Internal formwork Internal formwork as
with MULTIFLEX movable slab form-
work element on
Modifying the formwork carriage
roller brackets
is a simple process through ex-
tending the marked components.

9


Flexible fomwork carriage for parapets

As cantilevered parapet carriage for The result is a perfect concrete
bridges, VARIOKIT fulfils the require- surface every time. The overhead
rail tracks can be clearly seen
ments for an on-site set of formwork. which were to be kept free as
vehicle clearance along with being
The benefits of the VARIOKIT cantilev- a decisive factor in developing the
ered parapet cariage are: solution.
– less deformations under load.
– variable spacings between the individ-
ual sections.

Moving the formwork carriage is carried
out cost-effectively and according to
project requirements by means of steel The few different components
profiles. As a rule, no anchorage is re- actually required can be clearly
seen here:
quired for the structure and the horizon- – SRU steel walers
tal force is transferred with friction. – RCS climbing rails
– SLS heavy-duty spindles
– accessories such as scaffold
tubes and couplers

10


All required adjustment work takes Simple operations and good work-
place from the working platform. At the ing conditions ensure fast and safe
forming. With only one spindle, the
same time, there is an option of using a formwork is tilted and be pulled to
second working platform. The different the next concreting section.
versions can be adapted to the structure
and allow:
– keeping the clearance proﬁle free.
– constructiojn of special geometries.
– working areas for inspection work on
the structure´s web.

The units are moved on heavy duty
rollers. In so doing, any damage to
the structure is prevented through
the use of U-proﬁles. A further advan-
tage is the possible transfer of hori-
zontal forces by means of friction.

11


System brackets for steel composite bridges

For long superstructures, the VARIOKIT The SRU composite
steel composite carriage is used. bracket being used
for a widened area.
For shorter bridges with less concret-
ing sections, however, the solution
with PERI composite brackets can be
the more cost-effective solution.

The beneﬁts of the SRU composite
brackets:
– less on-site material requirements.
– lighter dead weight.
– suspension with DW 15 tie compo-
nents.

Detailed view of the Fast assembly times, low weight and
anchoring points for the the use of system components make
VARIOKIT SRU compos- the PERI SRU composite bracket
ite bracket. extremely cost-effective even for
projects with tight deadlines.

12


Truss framework applications

The HD truss connector
for creating an access por-
tal in supporting scaffold.

Regardless whether as
starting formwork with little
underside for an arch ...

The system components of the con- Especially with short utilization ... or as web cantilever form-
struction kit are ideal as modules for times or frequent modifications, the work by which VARIOKIT
individual compoenents
truss applications. Through the clearly PERI VARIOKIT construction kit dem- allow practically any design.
defined permissible loads of the com- onstrates its great flexibility and out-
ponents and connections, almost any standing strengths.
project can be developed with the help
of truss theory.

13


VARIOKIT construction kit
System components

In cross-project situations, compo- PERI has produced its
nents are used again and again which own documentation
describing the applica-
are standardized.
tion as RCS climbing
Components which have a mutual func- formwork.
tion are put together in groups. For ex-
ample, a group consisting of heavy duty
rollers, concrete pump connector 125 or
elements for lifting, lowering or moving.

Fundamental details such as the scaf-
fold tube connector as side protection
is taken into consideration just as much
as technical working requirements (e.g.
concreting stud).
RCS climbing rail with
Also optimal additional components like
hydraulic drive feature.
the drive mechanism, electrical or hy-
draulic components are part of the wide
range of possiblities provided by the
PERI VARIOKIT.

Simple and effective, the The PERI BPA concrete pump If required, the elecric drive
scaffold tube connector connector is compatible to the can be used for moving pur-
on the guardrail post for TRIO, MAXIMO and VARIO GT 24 poses. It can be retro-ﬁtted
optimal working safety. wall formwork systems. on the wheel.

14


For the complete construction kit, – few different connecting parts such as
there are only a few type connec- pins and cotter pins.
tions with particular advantages: – standardized loads according to type of
connection.
– simple and easy on-site assembly.

With the Climbing Rail Connector RCS
97 Climbing Rails RCS can be extended
without any loss of load-bearing capaci- Heavy-Duty Spindles SLS are mounted The Scaffold Tube Adapter RCS ø 48
ty. In addition, Heavy-Duty Spindles SLS to the RCS Climbing Rails by means of connects scaffold tubes ø 48 with the
can be attached. Spindle Adapters SLS/RCS. load carrying system.

Climbing Rail Connector RCS 97 Spindle Adapter SLS/RCS Scaffold Tube Adapter RCS ø 48
Item no. 111390 Item no. 110477 Item no. 110084

Frame structures and brackets are con-
structed with the Climbing Rail Angle
For using the Climbing Rail RCS as wal- Connector RCS. Connecting the Heavy- The Angle Connector RCS/SRU can be
ing, the GT 24 is mounted with the Duty Spindles SLS or Tie Rod Cylinder installed both as an articulated as well
Hook Strap Uni HBU 24-26 U 200. Yoke is also easily carried out. as rigid connection.

Hook Strap Uni HBU 24-26 U200 Climbing Rail Angle Connector RCS Angle Connector RCS/SRU
Item no. 111806 Item no. 111382 Item no. 111283

15


VARIOKIT Engineering Construction Kit
Item no. Weight kg
Steel Waler Universal SRU L
103868 18,100 Steel Waler Universal SRU U120 l = 0,72 m 722
Universal steel waler profile U 120 and U 140 used
as waling for girder wall formwork and for diverse Technical Data
special applications. With adjustable spacers. SRU 120 Wy = 121,4 cm³, Iy = 728 cm4
SRU 140 Wy = 172,8 cm³, Iy = 1210 cm4

L

51 N x 60

37,5 52,5
48,5 N x 125 Ø21

198,5 3 x 65

19

17

112
36 70 X

52 52
120

140

162 172

104027 7,610 Extension VARIO 24 U120 Technical Data
For mounting on SRU Steel Walers. Wy = 121,4 cm³, Iy = 728 cm4
Complete with
4 pc. 710252 Bolt ISO 4017 M16 x 50-8.8, galv.
4 pc. 104024 Nut ISO 7040 M16-8, galv.
4 pc. 710880 Washer DIN 434 18, galv.
53
120
65

52

M 16
236 162

16

0002.indd 1 08.08.2008 13:50:07 Uhr

Item no. Weight kg
Climbing Rail RCS L
114166 78,300 Climbing Rail RCS 148 1480
Steel profile for all-purpose use of climbing appli-
cations or civil constructions. With Spacer M 20-82 Technical Data
and M 24-82. Wy = 357 cm³, Iy = 3576 cm4
,6

Ø21 Ø26

177,5
M 20 M 24

125
N x 500
L
110

232
82
302,5
200

111390 32,800 Climbing Rail Connector RCS 97
For a rigid connection of Climbing Rails RCS. With
connector for Heavy Duty Spindle SLS.

Ø26
Ø21
6 x 125 = 750
7 x 125 = 875
965

52

110 90
78
300

111833 12,700 Climbing Rail Connector RCS 40
For articulated connection or reinforcing the
Climbing Rails RCS.

Ø21
403

215

Ø26
78

17

0003.indd 1 08.08.2008 13:50:58 Uhr

Item no. Weight kg
111382 35,200 Climbing Rail Angle Connector RCS
For rigid right-angled connection of Climbing Rails
RCS, for supporting frame construction or used as
a bracket. With connector for Heavy Duty Spindles
SLS and Tie Rod Cylinder Yoke SRU.

Ø62

719
375
625
Ø21

Ø26 62

719 78

111283 9,560 Angle Connector RCS/SRU
For right-angled connection of Steel Walers SRU
to the Climbing Rails RCS and for mounting of
Guardrail Posts to the Steel Walers SRU.

52
125
250

335
62,5
4x62,5=250 125 64
455 80

Heavy-Duty Spindle SLS A min. L max. L
111035 12,000 Heavy-Duty Spindle SLS 40/80 344 400 800
Used as adjustable spindle for truss beams made
of Steel Walers SRU and Climbing Rails RCS. Note
Permissible load see PERI Design Tables.

A
89

Ø21
48,3

min L max L

18

0004.indd 1 08.08.2008 13:51:24 Uhr

Item no. Weight kg
Anchor Plate RCS
114082 2,860 Anchor Plate RCS DW 20
114084 4,280 Anchor Plate RCS DW 26
Counterplate with centring when anchoring
through the RCS Climbing Rail.

140
80
Ø24 / Ø32

22 / 35

110477 3,990 Spindle Adapter SLS/RCS Complete with
For connecting Heavy Duty Spindles SLS to the 1 pc. 104031 Fitting Pin ø 21 x 120
Climbing Rails RCS. 1 pc. 018060 Cotter Pin 4/1, galv.

Ø21

160
Ø26
Ø21

80

112816 12,200 Spindle Spreader HD Complete with
For connecting spindles or RCS Climbing Rails to 2 pc. 714093 Bolt ISO 4014 M16 x 70-8.8, galv.
the HDT Main Beam crosswise. 2 pc. 710229 Nut ISO 4032 M16-8, galv.
2 pc. 711074 Washer ISO 7089 200 HV A16, galv.
2 pc. 112815 Fixing Plate M16 Nova Grip

Ø22 182

Ø26
304 56
400 180

022010 376,000 Main Beam HDT 280 Technical Data
System steel beam for use with HD 200 Main Wy = 1680,0 cm³, Iy = 25170 cm4
Beam frames and special constructions. Profile Complete with
HEB 300. 1 pc. 105435 Pin Ø 50 x 330, galv.
1 pc. 722457 Split Pin ISO 8752 10 x 70, galv.
1 pc. 710618 Cotter Pin 8, galv.

2980
250 1150 1295 100 200 6 x 400 = 2400 195
300

120

Ø25

105
100 2800

19

0005.indd 1 08.08.2008 13:51:59 Uhr

Item no. Weight kg
HEB 300. 1 pc. 105435 Pin Ø 50 x 330, galv.

4580
250 950 2000 1095 100

300
105
100 4400

200 10 x 400 = 4000 195

300
120
Ø25

HEB 300. 1 pc. 105435 Pin Ø 50 x 330, galv.

8980
250 950 3200 3200 1095 100

300
105
100 8800

200 21 x 400 = 8400 195

300
120
Ø25

115074 81,900 Beam Starter HDT
Approach aid for HDT Main Beams onto heavy
duty rollers. The holes and connectors perfectly
match the HDT Main Beam.

Ø52 Ø60
300

650 300

20

0006.indd 1 08.08.2008 13:52:47 Uhr

Item no. Weight kg
Truss Strut HD Complete with
112548 51,100 Truss Strut HD 2000 2 pc. 112547 Pin HD Ø 40 x 260
112549 56,500 Truss Strut HD 2247
For assembling lattice trusses with HDT Main
Beam.

2000 / 2247
120

112558 35,000 Truss Bracket HD
For mounting on the HDT Main Beam.

145
Ø42

195
400 120
480 220

112547 2,490 Pin HD Ø 40 x 260 Complete with
For connecting HD Truss Struts with the HD Truss 1 pc. 022230 Cotter Pin 5/1, galv.
Bracket. 1 pc. 722457 Split Pin ISO 8752 10 x 70, galv.

260
195 25

Ø40

110765 34,500 Strut SRU l = 1,65 - 2,40 m Complete with
For forming cantilevers on steel composite bridg- 2 pc. 017040 Screw-On Coupling AK 48, galv.
es. 3 pc. 710226 Bolt ISO 4014 M20 x 90-8.8, galv.
3 pc. 781053 Nut ISO 7042 M20-8, galv.
90

1650
142

21

0007.indd 1 08.08.2008 13:53:14 Uhr

Item no. Weight kg
110857 2,830 Tie Bracket 15 Technical Data
Suspension point for cantilevers on steel compos- Permissible load 50 kN.
ite bridges.

134
134 120

110755 5,140 Tie Yoke SRU
Suitable for DW 15 Tie Rods.

Ø18

60
250

110756 7,980 Tie Yoke Bracket SRU Complete with
For mounting on SRU Steel Waler. Suitable for DW 2 pc. 105400 Pin Ø 20 x 140, galv.
15 Tie Rods. 2 pc. 018060 Cotter Pin 4/1, galv.

163

198 48

110797 2,790 Tension Rod 15 SRU l = 1,50m Technical Data
Suitable for Strut SRU l = 1,65 - 2,40 m, Item no. Permissible load 90 kN according DIN 18216.
110765.

SW 30
1500

030440 0,583 Spherical Nut DW 15, galv. Technical Data
For corner ties with DW 15. Permissible load 90 kN according DIN 18216.

SW27
110

68

22

0008.indd 1 08.08.2008 13:53:45 Uhr

Item no. Weight kg
111274 13,000 Heavy Duty Roller Connector VARIOKIT Complete with
For mounting of Heavy Duty Roller 150 kN, Item 4 pc. 721817 Bolt ISO 4014 M12 50-8.8, galv.
no. 022040 and 200 kN, Item no. 022041 to the 4 pc. 710381 Nut ISO 7042 M12-8, galv.
SRU Steel Waler. 4 pc. 780702 Washer ISO 7089 200 HV A12, galv.
2 pc. 781053 Nut ISO 7042 M20-8, galv.

278
315 190

022040 8,400 Heavy Duty Roller 150 kN / Type B-II Technical Data
Moving device for special and heavy-duty con- Bearing capacity 150 kN.
structions.

180 155
Ø14

73
220 190

022041 11,700 Heavy Duty Roller 200 kN / Type A-II Technical Data
structions.

150 155
Ø14
87

220 190

022042 14,100 Heavy Duty Roller 300 kN / Type B-III Technical Data
structions.

220 175
Ø18
90

270 210

23

0009.indd 1 08.08.2008 13:54:33 Uhr

Item no. Weight kg
022043 13,000 Heavy Duty Roller 300 kN / Type N-III Technical Data
structions.

217
6

92
270 130

114335 22,000 Heavy Duty Roller 340 kN / Type H-II Technical Data
structions.

220 305

97
80 80 Ø14 270

022044 19,300 Heavy Duty Roller 400 kN / Type A-III Technical Data
structions.

190 175
Ø18
104

270 210

113474 196,000 Heavy Duty Roller 650 kN w. Holder, moveable Technical Data
structions. Complete with holder.

360 360
M 20x50
266

950 506

24

0010.indd 1 08.08.2008 13:55:15 Uhr

Item no. Weight kg
113475 40,400 Heavy Duty Roller Support 1 Complete with
For connection of Heavy Duty Roller 400 kN, Item 2 pc. 018060 Cotter Pin 4/1, galv.
no. 022044 and 340 kN, Item no. 114335.

145
Ø14 Ø10

175 400 kN 190 400 kN
270 340 kN 80 80 340 kN
450 420

103737 10,800 Universal Coupling UK 70
For rigid connection of the SRU Steel Waler and
attaching SLS Heavy Duty Spindles.

62,5 187,5 125 187,5 62,5 48

21

210
685 50

Accessories
104031 0,462 Fitting Pin Ø 21 x 120 (4 pc.)
018060 0,030 Cotter Pin 4/1, galv. (4 pc.)

061260 6,120 Guardrail Post SGP
As guardrail for different systems.
120
545
970

65 35
1420
1750

25

0011.indd 1 08.08.2008 13:56:16 Uhr

Item no. Weight kg
104131 3,940 Guardrail Holder SRU/SRZ Complete with
For assembling guardrails to the SRU and SRZ 2 pc. 105400 Pin Ø 20 x 140, galv.
Steel Waler profile U 100 - U 140. 2 pc. 018060 Cotter Pin 4/1, galv.

45

308
495 140

Accessories
061260 6,120 Guardrail Post SGP

022001 17,900 Waler Hinge, galv.
As an articulated joint for SRZ and SRU Steel
Walers.

615 50
35 180 180 180 40 30

Ø21

269
68

022002 18,500 Waler Hinge adjustable, galv.
As an articulated joint for SRZ and SRU Steel
Walers. With integrated adjustment.

840
310 300 50
104 34
Ø21

Ø80 SW 24
275

113933 17,100 Adjusting Unit VARIOKIT Complete with
As an articulated joint for SRZ and SRU Steel 3 pc. 104031 Fitting Bolt Ø 21 x 120
Walers. With integrated adjustment. 3 pc. 018060 Cotter Pin 4/1, galv.

621 25

SW 30 Ø22
219

125 SW 30 46
250 250

26

0012.indd 1 08.08.2008 13:56:58 Uhr

Item no. Weight kg
Compensation Washer
024000 0,131 Compensation Washer 16, yellow galv.
024180 0,126 Compensation Washer 20, galv
When using hex bolts M 16 or M 20 at SRZ and
SRU Steel Walers or VKZ Couplings.

Ø 58 6 6,5

Ø16,5 /
Ø20,5

109630 4,150 Spindle Head SRU
For mounting shoring systems to SRU Steel
Walers. With captive swivel nut.

60 50

37
700

114618 1,450 Spindle Counter Plate VARIOKIT

Ø52

120 15

107160 3,960 Connector MP/SRU
For mounting of Compression Brace Head MP/
SRU or Spindle Head SRU to the SRU Steel Waler.

48
325 36
131

Ø21 52

100

Accessories
104031 0,462 Fitting Pin Ø 21 x 120 (2 pc.)
018060 0,030 Cotter Pin 4/1, galv. (2 pc.)

27

0013.indd 1 08.08.2008 13:58:58 Uhr

Item no. Weight kg
104031 0,462 Fitting Pin ø 21 x 120
For diverse connections.

207
122
Ø6 Ø21

Accessories
018060 0,030 Cotter Pin 4/1, galv.

111567 0,729 Fitting Pin ø 26 x 120

207
122
Ø6 Ø26

Accessories
022230 0,033 Cotter Pin 5/1, galv.

105400 0,328 Pin Ø 20 x 140, galv.

140
89
Ø8 Ø20

Accessories
018060 0,030 Cotter Pin 4/1, galv.

018060 0,030 Cotter Pin 4/1, galv.
For pins to Ø 25 mm.

Ø4

022230 0,033 Cotter Pin 5/1, galv.
For pins Ø 25 mm to Ø 40 mm.

Ø5

28

0014.indd 1 08.08.2008 14:04:03 Uhr

Item no. Weight kg
111806 0,945 Hook Strap Uni HBU 24-26 U200
For assembling the GT 24 Girder on the RCS
Climbing Rail.

80

min 240
max 260
232 138

110084 2,310 Scaffold Tube Adapter RCS Ø 48 Complete with
For mounting scaffold tubes Ø 48 mm to the 1 pc. 017040 Screw-On Coupling AK 48, galv.
Climbing Rails RCS. 1 pc. 710894 Pin Ø 25 x 180, geomet.
2 pc. 018060 Cotter Pin 4/1, galv.

122
159
Ø48 Ø25
145 78

111279 2,450 Cross Connector VARIOKIT
For right-angled connection of Steel Walers SRU
to the Climbing Rails RCS.

Ø22
250

50 80

Strud VARIOKIT Note
112840 239,000 Strud VARIOKIT l = 400-700 Permissible load see PERI Design Tables.
112841 295,000 Strud VARIOKIT l = 650-900
For bracing of standard solutions.
170

min 4000 max 7000
min 6000 max 9000
80

80

Ø26 Ø26

29

0015.indd 1 08.08.2008 14:06:01 Uhr

Item no. Weight kg
112831 32,800 Brace Connector HD Complete with
For mounting of Struts VARIOKIT to the Main 1 pc. 104477 Bolt ISO 4014 M20 x 120-8.8, galv.
Beam HDT. To be bolted to the Main Beam HDT. 1 pc. 781053 Nut ISO 7042 M20-8, galv.
1 pc. 105032 Nut ISO 7042 M24-8, galv.

Ø25

55
82 Ø26 Ø21

380

120
M 24 M 20

55
242 230 125 125

024590 32,000 Wedge Lowering Device 420 kN Technical Data
For releasing and lowering high loads. Bearing capacity 420 kN.
Note
Consider Type Test.
Spanner size SW 46.

260 230

max 268
min 168

113770 32,200 Brace Support 250, Rail
For transferring loads when using rails.
260
170

220

380 220

30

0016.indd 1 08.08.2008 14:07:09 Uhr

Item no. Weight kg
Prop Section HDS / HDSS L X
022006 5,310 Prop Section HDS 30 Alu 340 300
111276 28,200 Prop Section HDSS 90 Steel 940 900
103993 63,500 Prop Section HDSS 210 Steel 2140 2100
Prop sections made of aluminium (white), or steel
(red) for Heavy Duty Prop HD 200. With integrated Note
chord couplings for the connection. Permissible load see PERI Design Tables.

X
L
251

Ø 48

225
281
022007 25,700 Head Spindle HDK 45 Note
Head spindle for the Heavy Duty Prop HD 200. Loads > 60 kN cannot be released with the Head
With integrated chord couplings for the connec- Spindle HDK 45!
tion. Allows tilting in one direction by 3°.
max 860

360
min 410
666

180
220
Ø13

50 120 50 55
330

Accessories
022027 4,230 Wing Nut Spanner HD

31

0017.indd 1 08.08.2008 14:08:02 Uhr

Item no. Weight kg
022003 31,400 Lowering Device HDA Note
For easy release of high loads on Heavy Duty Prop Only use fully extended. Never use an impact
HD 200. Lowering height max. 100 mm. Tilting in wrench to operate, this can break the Shear Pin
any direction by 3°. HDA, Item no. 022018!

max 344
453
min 242
250 300

123497 15,900 Spindle Bracket VARIOKIT Complete with
For mounting Heavy Duty Spindle SLS to the 3 pc. 104031 Fitting Pin Ø 21 x 120
Climbing Rail RCS with minimum spindle inclina- 3 pc. 018060 Cotter Pin 4/1, galv.
tion.
125 63 54

Ø21

250 Ø26

403
250
Ø21

278 78

123513 37,800 Slide Connector VARIOKIT Complete with
For right-angled and slidable T-connection of 1 pc. 104031 Fitting Pin ø 21 x 120
Climbing Rails RCS. 1 pc. 018060 Cotter Pin 4/1, galv.

211 80

Ø22
320

Ø26
Ø21
54
695 240

123534 5,910 Brace Connector RCS DW15/ M20 Complete with
For mounting diagonal bracing with Tie Rod DW 15 2 pc. 710894 Pin Ø 25 x 180, geomet.
and a compression strut on the Climbing Rail RCS. 4 pc. 018060 Cotter Pin 4/1, galv.

Ø26
165

249 80

32

0018.indd 1 08.08.2008 14:16:12 Uhr

Item no. Weight kg
123509 13,400 Cross Connector RCS
For crosswise connection of Climbing Rails RCS.

330 250
125

82
210

130
Ø22 Ø26

109720 26,600 Guardrail Post RCS 226 Complete with
For mounting guardrails on the main platform for 2 pc. 104477 Bolt ISO 4014 M20 x 120-8.8, galv.
RCS formwork scaffold or used as horizontal strut 2 pc. 781053 Nut ISO 7042 M20-8, galv.
for bracing.

60
7 x 250 = 1750

15 x 125 = 1875
100

2260
76
Ø21

250
M 20

Guardrail Post RCS Complete with
109721 40,700 Guardrail Post RCS 384 1 pc. 104477 Bolt ISO 4014 M20 x 120-8.8, galv.
109773 67,900 Guardrail Post RCS 509 1 pc. 781053 Nut ISO 7042 M20-8, galv.
For mounting guardrails on the intermediate and
finishing platforms for RCS formwork scaffold or
used as horizontal strut for bracing.

M 20
60

Ø21

100
N x 250 = 3500 / 4750

N x 125 = 3750 / 5000
3840 / 5090
76

33

0019.indd 1 08.08.2008 14:16:43 Uhr

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