ALFIX MODUL METRIC · ALFIX SCAFFOLDING SYSTEM MODUL METRIC The ALFIX Modul METRIC modular...

ALFIX MODUL METRICCatalogue and Price List

Tried and tested wedge lock design concept.Positive and non-positive connectors replace the time-consuming screwed connections.

SECURELY SCAFFOLDED

TABLE OF CONTENTS

ALFIX SCAFFOLDING SYSTEM MODUL METRIC

ALFIX Scaffolding Connector p. 02

ALFIX Scaffolding System p. 03

PRICE LIST ALFIX MODUL METRIC

Vertical Support Elements p. 04

Horizontal Support Elements / Side Protection p. 08

Diagonal Bracing p. 16

Scaffolding Decks / Hatch-Type Access Decks p. 18

Brackets p. 24

Lattice Girders p. 26

Stairways / Ladders / Guardrails p. 28

Accessories p. 34

TECHNICAL DETAILS

Connector Forces p. 36

Loadability of Ledgers p. 37

Cross-section Values of Base Jacks p. 38

Load Classes of Scaffolding Decks p. 38

Parameters of Horizontal Diagonal Braces p. 38

Extracts from the DIN EN 12811 Standard p. 39

The data specified herein is for information only and will not constitute a commercial offer. For con-tingent misprints in article numbers, article descriptions as well as prices, no liability is assumed. Subject to alterations. All rights remain with the publisher. Any reproduction, either in whole or in part, requires the prior written permission of the publisher.

All prices shall be understood to be net plus statutory VAT. With the publishing of the catalogue on hand, antecedent editions become invalid.

CATALOGUE AND PRICE LIST ALFIX MODUL METRIC

Edition: April 2017

The key element of the ALFIX MODUL MET-RIC system is the ALFIX Modul connector. The tried and tested wedge lock design concept ca-ters for positive and non-positive connectors which increasingly replace the time-consuming screwed connections of conventional scaffold-ing. An ALFIX Modul connector can be found every 50 cm, providing eight connections and can be adjusted in all directions. The connec-tors΄ regular metric arrangement every 50 cm allows an almost arbitrary positioning of scaf-folding platforms at all levels.

The load-bearing capacity and the rigidity of connector joints are insured by the certificate of approval no. Z-8.22-932.

ALFIX MODUL METRIC | CATALOGUE AND PRICE LIST ALFIX – SECURELY SCAFFOLDED

2

ALFIX SCAFFOLDING SYSTEM MODUL METRIC

The ALFIX Modul METRIC modular scaffolding can be used for simple façades, complex industrial structures, and sophisti-cated supporting structures. The highest measure of ingen-ious technology and an easy-to-handle system enable a fast, cost-effective and versatile implementation of most diverse scaffold designs. This modular scaffolding system is is so versatile it can be used for complicated layouts at varying heights.

ALFIX modular systems are available in two versions: ALFIX MODUL MULTI of 1.57-2.07-2.57-3.07 m and ALFIX MODUL METRIC of 1.50-2.00-2.50-3.00 m.

Perforated steel disc with 4 small openings for rectangular positioning of ledgers and 4 wide openings for aligning ledgers or diagonal brac-es at angles above or below 90°. Detailed in-formation regarding the connectors΄ load-bear-ing capacity can be found on page 36.

Assembly options for applications as a load class 3 façade scaffolding with 0.74 m bay width, can be taken from the technical approval Z-8.22-932 and the corresponding instructions for assembly and use.

Technical Approval & Instructions for Assembly and Use:

ALFIX MODUL METRIC (Z-8.22-932)

moDuL metrIC

ALLGemeIne BAuAuFSICHtLICHe ZuLASSunG


3

VERTICAL SUPPORT ELEMENTS

APPLICATION EXAMPLE 03 STARTING VERTICAL UPRIGHT

— for fixing tube ledgers — distance from tubings΄ lower edge to first perforated disc: 6.5 cm

01 02 03 04


4

FIG. DESCRIPTION DIMENSIONS L/H×W [m]

WEIGHT [kg]

ARTICLE NO. PRICE[€]

01 Vertical upright with pressed-in spigot fitting (SF)*steel tube 48.3 mm x 3.2 mm, hot-dip galvanised

— perforated disks every 50 cm — distance from tubings΄ lower edge to first perforated disc: 40 cm

0.50 3.2 40 04 050 17.70

1.00 5.5 40 04 100 22.60

1.50 7.7 40 04 150 32.20

2.00 10.1 40 04 200 37.00

2.50 12.3 40 04 250 50.40

3.00 14.6 40 04 300 54.80

4.00 19.2 40 04 400 70.20

02 Vertical upright with screwed-in spigot fitting (SF) *steel tube 48.3 mm x 3.2 mm, hot-dip galvanised

— for suspended scaffolds — incl. screws — perforated disks every 50 cm — distance from tubings΄ lower edge to first perforated disc: 40 cm

0.50 4.0 40 05 050 26.90

1.00 6.2 40 05 100 31.80

1.50 8.5 40 05 150 41.40

2.00 10.8 40 05 200 46.20

2.50 13.0 40 05 250 59.60

3.00 15.3 40 05 300 64.00

4.00 19.9 40 05 400 82.50

03 Starting vertical upright with pressed-in spigot fitting (SF) * steel tube 48.3 mm x 3.2 mm, hot-dip galvanised

— upon request, also available with screwed-in spigot fitting (SF) — perforated disks every 50 cm — distance from tubings΄ lower edge to first perforated disc: 6.5 cm

0.66 3.9 48 15 066 25.50

1.16 6.0 48 15 116 35.50

2.16 10.2 48 15 216 51.00

3.16 13.8 48 15 316 71.90

4.16 14.4 48 15 416 96.70

04 Surface scaffolding upright * steel tube 48.3 mm x 3.2 mm, hot-dip galvanised

— without spigot fitting (SF) — perforated disks every 50 cm — distance from tubings΄ lower edge to first perforated disc: 40 cm

0.46 1.9 48 30 046 18.90

0.96 4.0 48 30 096 24.00

1.96 8.3 48 30 196 39.00

2.96 12.5 48 30 296 58.00

3.96 16.8 48 30 396 72.00

* see page 37 for permissible upright loads

APPLICATION EXAMPLE 04 SURFACE SCAFFOLDING UPRIGHT for creating a plane surface


5

VERTICAL SUPPORT ELEMENTS

01 . 03

06

07

APPLICATION EXAMPLE 06 Head spindle "U" and 07 Locking device for base jack

08 09 10a

04

05


6

FIG. DESCRIPTION SPINDLE TRAVEL [m]

DIMENSIONS L/H×W [m]

WEIGHT [kg]

ARTICLE NO.

PRICE[€]

01 Spigot fitting for suspended scaffoldssteel tube, hot-dip galvanised

— as a spare part for vertical upright with screwed-in spigot fitting

spigot fitting 520: spare part from 2008 (year of manufacture)

0.52 1.7 83 40 050 9.20

02 Hexagon bolt M12 × 60 mmsteel, zinc-plated, with M12 hexnut, self-locking (without fig.)

0.05 73 01 260 0.70

03 Vertical starter piecesteel, hot-dip galvanised

— facilitates horizontal alignment — racking of uprights by only one person

0.41 1.8 40 00 041 10.60

04 Base jacksteel, hot-dip galvanised

— baseplate 15 x 15 cm — with smooth running tubular spindle and grip nut — safety catch against removing

0.25 0.40 3.0 11 51 040 13.65

0.45 0.60 3.6 11 51 060 14.90

0.60 0.80 4.4 11 51 080 21.40

05 Base jack, swivellingsteel, hot-dip galvanised

0.45 0.60 4.5 11 52 060 33.20

06 Head spindle "U" steel, hot-dip galvanised

— opening width 174 mm, supporting length 160 mm, depth 62 mm

— boreholes for fixing formwork girders

0.45 0.60 6.0 41 59 000 34.30

0.75 1.00 8.0 41 59 100 48.50

07 Locking device for base jack steel, hot-dip galvanised

— ensures tight fit of base jack during crane operations

0.65 3.5 41 52 003 22.00

08 Castor wheelsteel, zinc-plated, wheel type: plastic ø 200 mm

— with twinbrake lever — permissible max. load: 10 kN — load centering — locked by a winged screw

0.35 0.50 6.5 14 12 007 120.00

09 Flanged rollersteel, zinc-plated, wheel type: plastic ø 200 mm

— permissible max. load: 7 kN

0.60 6.7 14 12 005 223.50

10 Suspended scaffolding connectorsteel, hot-dip galvanised

— for securing vertical upright connections — Installation always in pairs.

10a 0.60 3.0 48 75 060 29.50

— for a secure connection of stairway tower modules (flight by flight assembly)

10b 0.80 3.6 48 75 080 29.50


7

HORIZONTAL SUPPORT ELEMENTS / SIDE PROTECTION

05

1a

1b

02

3a 3b

1b Tube ledger, reinforced 02 Double tube ledger

APPLICATION EXAMPLE: LEDGER ALLOCATION 3a Deck ledger 3b Deck ledger, reinforced 04 Double ledger

APPLICATION EXAMPLE: 04 DOUBLE LEDGER UNIFIX DECK 05 DECK RETAINER

04

NOTE or all ledger types: WEDGE LOCK CONNECTION

positive and non-positive connection, without screwed connections

Steel deck 0.32 m and intermediate deck 0.14 m Steel deck with tube fixture (RE) 0.32 m and intermediate deck with tube fixture (RE) 0.19 m

1.10

0.740.41 1.50

1.39

2.00

2.50

3.00

9 × 0.32 m 2 × 0.14 m

1.50

1.39

2.00

2.50

3.00

1.25

1.10

9 × 0.32 m 4 × 0.19 m0.32 m 0.19 m

APPLICATION EXAMPLE: LEDGER ALLOCATION


8


WEIGHT [kg]

ARTICLE NO.

PRICE[€]

01 Tube ledger steel tube ø 48.3 mm x 3.2 mm, hot-dip galvanised

— usable as horizontal connecting element, side protection and - in reinforced design - as deck ledger

— colour code to indicate the bay length (see p. 16) — reinforced ledgers for use of higher loads

1a Tube ledger 0.25 1.4 48 60 025 30.40

0.41 2.0 48 60 040 21.00

0.50 2.4 48 60 050 22.60

0.74 3.2 48 60 074 17.60

0.75 3.2 48 60 075 17.60

1.00 4.2 48 60 100 22.30

1.10 4.4 48 60 110 23.40

1.25 5.1 48 60 125 25.40

1.39 5.6 48 60 140 26.40

1.50 6.0 48 60 150 25.90

2.00 7.9 48 60 200 29.00

2.50 9.7 48 60 250 33.50

3.00 11.5 48 60 300 37.60

4.00 14.1 48 60 400 56.50

1b Tube ledger, reinforced

1.10 6.1 48 61 110 31.40

1.25 7.1 48 61 125 36.35

1.39 7.9 48 61 139 46.50

02 Double tube ledger steel tube ø 48.3 mm x 3.2 mm, hot-dip galvanised

— for higher loads — locating element for decks with tube fixture

1.50 9.7 48 61 150 57.50

2.00 12.9 48 61 200 67.50

2.50 15.9 48 61 250 79.00

3.00 19.3 48 61 300 91.50

03 Deck ledger UNIFIX deck steel, hot-dip galvanised

— available in reinforced design (depending on length) — pins for fixing system-compatible decks safeguarded

against lifting by deck retainers

If deck retainers are used in façade scaffolding (see standard design, technical approval/instructions for assembly and use) it can be abstained from using tube ledgers on deck level.

3a suited for 1 plank/deck 0.41 2.3 48 65 040 26.50

suited for 2 planks/decks 0.74 3.9 48 65 074 28.00

3b suited for 3 planks/decks (reinforced)

1.10 6.9 48 65 110 43.00

suited for 4 planks/decks (reinforced)

1.39 9.1 48 65 140 59.00

04 Double ledger UNIFIX deck steel, hot-dip galvanised

— locating element for system-compatible decks

1.50 11.7 48 65 150 69.00

2.00 15.3 48 65 200 91.50

2.50 19.3 48 65 250 107.50

3.00 21.2 48 65 300 123.50

05 Deck retainer steel, hot-dip galvanised

— for safeguarding against lifting of system-compatible decks used on the deck ledgers with UNIFIX deck (item 03 and 04 ).

0.74 1.4 48 98 074 25.00

1.10 2.1 48 98 110 30.00

1.39 2.3 48 98 140 30.00

1.50 2.9 48 98 150 32.00

2.00 3.9 48 98 200 42.00

2.50 4.8 48 98 250 49.00

3.00 5.7 48 98 300 54.00


9


APPLICATION EXAMPLE 05 RECESS BRACKET HOLDER

Per storey, two recess bracket holders are placed onto the decks and fixed with tensioning screws. The holders fit on every scaffold deck. Their arrangement must insure that the recess can be secured by a grid-like decking and that the sideways recess gap does not exceed 30 cm, according to the scaffolding regulations. Uprights are vertically fixed to the halfcouplers, which are then integrated into the holder, across two or more (depending on recess brackets) storeys. The uprights serve for fixing the brackets at the appropriate height.

APPLICATION EXAMPLE 03 DECK AND PLANK LEDGER WITH TUBE FIXTUREin combination with system-free decks

1b

2a

2b

03

05

06

04


10


WEIGHT [kg]

ARTICLE NO.

PRICE[€]

01 Intermediate deck ledger with tube fixture steel, hot-dip galvanised

— for decks with tube fixture

1a Edge designeach one side-bearing on tube ledger / fastening to steel planks

0.32 2.8 40 53 032 25.20

0.64 3.9 40 53 064 27.90

0.96 5.1 40 53 096 31.70

1b Centre design fastening to steel planks on both sides

0.32 3.1 40 51 032 25.20

0.64 4.2 40 51 064 27.90

0.96 5.4 40 51 096 31.70

02 Intermediate deck ledger UNIFIX deck steel, hot-dip galvanised

— for system-compatible decks

2a Edge designeach one side-bearing on tube ledger / fastening to steel planks

0.32 2.7 48 54 032 26.00

0.64 4.1 48 54 064 29.50

0.96 5.6 48 54 096 35.00

2b Centre design fastening to steel planks on both sides

0.32 2.7 48 52 032 26.50

0.64 4.1 48 52 064 30.50

0.96 5.6 48 52 096 36.00

03 Deck and plank ledger with tube fixture steel, hot-dip galvanised

— for laying on both sides of the tube ledgers — application preferably for system-free decks or for creating openings within the

scaffolding deck when planks with tube fixtures are used — suitable as side protection — permissible distributed load must be observed

0.74 5.0 40 50 070 23.30

1.00 8.1 40 50 100 23.50

1.50 9.7 40 50 150 32.60

2.00 10.2 40 50 200 39.80

2.50 12.4 40 50 250 49.90

3.00 14.9 40 50 300 55.50

04 Deck and plank ledger UNIFIX deck steel, hot-dip galvanised

— for laying on both sides of the tube ledgers — for creating openings within the scaffolding deck when system-compatible decks

are used

0.74 4.2 48 50 074 29.50

1.10 7.3 48 50 110 35.00

05 Recess bracket holder steel, hot-dip galvanised

— with integrated halfcoupler — for all scaffolding systems up to widths of 0.65 m and 1.00 m

0.70 2.3 14 51 060 29.95

1.00 2.9 14 51 100 36.20

06 Recess bracket starting piecesteel, hot-dip galvanised

0.35 1.7 14 40 000 5.75

APPLICATION EXAMPLE 2b INTERMEDIATE DECK LEDGER UNIFIX DECKin centre design to be applied on steel decks

APPLICATION EXAMPLE 03 DECK AND PLANK LEDGER WITH TUBE FIXTURE facilitates the creation of hatch-type access by using shorter decks within a longer bay.


11


APPLICATION EXAMPLE 01 TOEBOARD with steel decks and tube fixture

01

03 04

APPLICATION EXAMPLE 02 TOEBOARD UNIFIX 03 CROSS TOEBOARD UNIFIX and DECK RETAINERS (see p. 8 - 9) with system-compatible steel decks

APPLICATION EXAMPLE 02 TOEBOARD UNIFIX 04 TOEBOARD HOLDER

02

APPLICATION EXAMPLE 01 TOEBOARD with steel decks and tube fixture


12


WEIGHT [kg]

ARTICLE NO.

PRICE[€]

01 Toeboard, wood framed with fittings, height 15 cm

— impregnated — applicable when decks with tube fixture are used — fixture of toeboards between vertical upright and wedge

0.74 1.6 48 95 075 14.50

1.00 2.2 48 95 100 15.30

1.10 2.2 48 95 110 15.30

1.50 3.2 48 95 150 16.80

2.00 4.1 48 95 200 18.00

2.50 5.1 48 95 250 19.50

3.00 6.0 48 95 300 21.00

4.00 9.6 48 95 400 27.95

02 Toeboard UNIFIX, wood framed with fittings, height 15 cm

— impregnated — applicable when system-compatible decks are used — fastening by means of 06 toeboard holder or deck retainer

0.74 1.8 22 50 070 13.50

1.10 2.4 22 50 110 13.90

1.50 4.0 22 50 150 14.20

2.00 5.0 22 50 200 15.00

2.50 6.5 22 50 250 16.50

3.00 7.5 22 50 300 17.80

4.00 10.0 22 50 400 44.00

03 Cross toeboard UNIFIX, woodframed with fittings, height 15 cm

— fastening by means of 06 toeboard holder or deck retainer — suitable when deck retainers (see p. 8 - 9) or system-compatible decks are

used

0.74 1.4 48 51 074 12.15

1.10 1.9 48 51 110 12.95

1.50 2.7 48 51 150 13.85

2.00 3.6 48 51 200 15.50

2.50 4.5 48 51 250 16.75

3.00 5.3 48 51 300 18.00

04 Toeboard holder steel, hot-dip galvanised

0.8 13 13 030 11.30

PLAN, DESIGN AND ORDER THE SCAFFOLDING STRUCTURE THAT MEETS YOUR NEEDS.

https://www.alfix-systems.com/de/shop


13


APPLICATION EXAMPLE: FAÇADE SCAFFOLDING MODUL METRIC

02 Guard net system

03 Double-end guardrail, steel

a Tube ledger (see p. 8 - 9)

b Toeboard, wood, UNIFIX façade scaffolding (see p. 12 - 13)

c Diagonal brace (see p. 16 - 17)

04 06

1a

05 03

02

gerollt

1b

02

a

b c

03


14


WEIGHT [kg]

ARTICLE NO.

PRICE[€]

01 Advanced side protection — consisting of guardrail post and telescopic guardrail — safety device for scaffold assembly / dismantling — suitable for all compatible scaffolding systems — for proper usage, see Instructions for Assembly and Use or the provisions of

the employer΄s liability insurance association for construction sites (BG Bau)

1a Advanced guardrail poststeel, hot-dip galvanised

2.00 6.8 40 78 000 60.60Special net price

1b Advanced telescopic guardrailaluminium and steel, hot-dip galvanised incl. hinged pin with snap-in locking mechanism to ensure transportation safety

2.50 – 3.07 7.9 14 43 200 51.50Special net price

02 Guard net systemheight 2.00 m, green, mesh size 100 mm

— incl. tube ledger (on top) and aluminium tube ø 40.5 mm (at the bottom) — with spigot fitting for bay-by-bay extension — incl. two fixing cords (left and right)

2.00 × 2.00 13.0 48 76 200 139.00

2.50 × 2.00 14.0 48 76 250 163.50

3.00 × 2.00 15.0 48 76 300 176.70

see the ALFIX Accessories Catalogue for alternative system-independent nets

03 Double-end guardrail, steel steel tube ø 33.7 mm, hot-dip galvanised

— usable as end side protection for façade scaffolding Modul

0.74 3.6 48 62 074 26.00

1.10 4.1 48 62 110 28.50

04 Safety helmet with chin straps white (without fig.) 0.4 37 50 018 70.15

yellow 0.4 37 50 024 70.15

05 Personal fall protection equipment (PPE)EN 354 / 355 / 361 / 363, connecting means sharp-edge resistant

— special carabiners for use in scaffolding construction — in a PVC equipment bag — Revolution R2 Scaff belt, 2.50 m, Manyard Edge lanyard — with pivot link™ connection at waist level for safe connection of accessories,

e. g. 05 tool bags

37 67 009 258.65

Special net price

06 Tool bag for scaffolding ratchetswith pivot link™ connection for a secure connection to the safety harness

37 50 017 16.25

APPLICATION EXAMPLE 01 ADVANCED GUARDRAIL POST with convenient foot release


15

DIAGONAL BRACING

Stickers on tube ledgers for quick and easy indication of bay length and on diagonal braces for specifying bay length and installation height.

03

02

01 VERTICAL DIAGONAL BRACES32 diagonal dimensions availableAdditional dimensions available upon request.

bay height2.00 m 1.50 m 1.00 m

0.50 m

bay length 0.74 m, 1.10m, 1.25 m, 1.39 m,

1.50 m, 2.00 m, 2.50 m, 3.00 m

Horizontal diagonal braces

for aligning the scaffolding structure at right angles and for horizontal bracing of surface-oriented birdcage scaffolds

a 0.74 – 3.00 m

b 0.74 – 3.00 m

Vertical diagonal braces

Different bay lengthsColour coded indication of bay length:

0.74 m 1.10 m 1.25 m 1.39 m 1.50 m 2.00 m 2.50 m 3.00 m

Installation height is indicated by the number of stripes (up to 4) on the component sticker

2.00 m 1.50 m 1.00 m 0.50 m

(Example: 2.50 x 2.00 m)

DIAGONALE2,50 x 2,00 m (3,14)Art.-Nr.: 48 26 200System Modul metric

Zulassungs-Nummer Z-8.22-932

www.alfix-systems.com

ALFIX GmbHD-09603 Großschirma

Tel. +49 (0) 3 73 28 800-0

Fax +49 (0) 3 73 28 800-80

DIAGONALE2,50 x 2,00 m (3,14)Art.-Nr.: 48 26 200System Modul metric

Zulassungs-Nummer Z-8.22-932Ü Ü

DV

DV

b

a


16


WEIGHT [kg]

ARTICLE NO.

PRICE[€]

01 Vertical diagonal brace *

steel tube 48.3 x 2.7 mm, hot-dip galvanised

— the wedge lock principle ensures a positive and non-positive connection

— without screwed connections — for bracing the basic scaffold

for bay height 2.00 m 0.74 7.7 48 21 200 35.20

1.10 8.1 48 22 200 36.80

1.39 8.6 48 23 200 37.50

1.50 8.8 48 24 200 37.50

2.00 9.8 48 25 200 39.70

2.50 10.8 48 26 200 43.20

3.00 12 48 27 200 43.70

for bay height 1.50 m 1.50 7.8 48 24 150 41.30

2.00 9.0 48 25 150 42.50

2.50 10.2 48 26 150 43.90

3.00 11.5 48 27 150 47.30

for bay height 1.00 m 1.50 6.5 48 24 100 41.30

2.00 8.1 48 25 100 42.50

2.50 9.5 48 26 100 43.90

3.00 10.9 48 27 100 47.30

for bay height 0.50 m 1.50 6.1 48 24 050 40.20

2.00 7.5 48 25 050 41.30

2.50 8.8 48 26 050 43.20

3.00 10.5 48 27 050 46.20

02 Horizontal diagonal bracesteel tube 42.4 mm x 2 mm, hot-dip galvanised

— Available for any possible combination of [bay length] x [bay width] !

— screwless pin fixing — for horizontal bracing of scaffolds without planks

for bay length 2.00 m 0.74 5.2 48 41 200 42.25

1.10 5.8 48 42 200 42.35

for bay length 2.50 m 0.74 6.8 48 41 250 42.25

1.10 7.3 48 42 250 47.25

for bay length 3.00 m 0.74 7.2 48 41 300 47.75

1.10 8.4 48 42 300 49.50

03 Horizontal diagonal ledgersteel tube 48.3 x 3.2 mm, hot-dip galvanised

— the wedge lock principle ensures a positive and non-positive connection — without screwed connections — for horizontal bracing of birdcage scaffolds

1.50 × 1.50 8.7 48 23 502 42.30

2.00 × 2.00 9.7 48 23 503 52.00

2.50 × 2.50 10.6 48 23 504 62.50

3.00 × 3.00 12.0 48 23 505 74.00

*see page 37 for permissible loads

ORDER NOWhttps://www.alfix-systems.com/de/downloads/prospekte/

NEW CATALOGUE AVAILABLE!

ALFIX VARIO WEATHER PROTECTION ROOF


17

SCAFFOLDING DECKS / HATCH-TYPE ACCESS DECKS

01

02

03

04

05

06

07


18


WEIGHT [kg]

ARTICLE NO.

PRICE[€]

01 Steel deck, 0.32 mhot-dip galvanised, perforated

— high load-bearing capacity — non-slip surface — with system fixture

6 0.74 × 0.32 5.3 22 21 074 49.00

6 1.10 × 0.32 7.6 22 21 110 50.00

6 1.50 × 0.32 11.1 22 21 150 57.00

6 2.00 × 0.32 13.4 22 21 200 64.50

5 2.50 × 0.32 16.8 22 21 250 69.80

4 3.00 × 0.32 20.1 22 21 300 79.50

02 Steel deck with tube fixture, 0.32 mhot-dip galvanised, perforated

— with integrated deck retainer — with fixture for tube support

6 0.74 × 0.32 7.1 48 20 074 53.00

6 1.00 × 0.32 9.4 48 20 100 54.50

6 1.10 × 0.32 10.1 48 20 110 55.00

6 1.50 × 0.32 13.0 48 20 150 60.00

6 2.00 × 0.32 16.8 48 20 200 69.00

5 2.50 × 0.32 20.5 48 20 250 77.00

4 3.00 × 0.32 24.3 48 20 300 87.00

03 Wooden deck, 0.32 m — impregnated — triple bonding standard — thickness: 48 mm — secured by a system-compatible steel head piece at both ends

6 0.74 × 0.32 5.5 22 31 070 31.80

6 1.10 × 0.32 8.2 22 31 110 36.90

6 1.50 × 0.32 11.0 22 31 150 42.00

5 2.00 × 0.32 14.3 22 31 200 48.20

4 2.50 × 0.32 18.3 22 31 250 54.30

3 3.00 × 0.32 22.6 22 31 300 61.00

04 Frame platform, 0.64 maluminium, screen-printed plywood plated surface (SPP)

— extremely lightweight — replaceable fixture and deck

3 1.50 × 0.64 11.4 22 02 150 114.50

3 2.00 × 0.64 14.5 22 02 200 127.85

3 2.50 × 0.64 17.9 22 02 250 165.00

3 3.00 × 0.64 20.9 22 02 300 172.50(without fig.) 3 4.00 × 0.32 18.7 22 01 400 187.20

05 Frame platform with tube fixture, 0.60 maluminium, screen-printed plywood plated surface (SPP)

— extremely lightweight — replaceable head piece and deck

3 1.50 × 0.60 12.7 48 03 150 119.15

3 2.00 × 0.60 15.7 48 03 200 130.50

3 2.50 × 0.60 19.1 48 03 250 145.15

3 3.00 × 0.60 22.2 48 03 300 166.95(without fig.) 3 4.00 × 0.32 20.5 48 03 400 173.90

06 Solid aluminium deck, 0.32 m — made completely of aluminium, profile height: 48 mm — consisting of hollow chamber profiles with longitudinal non-skid

grooves — stacking bead, enabling safe storing — stacking bead downwards, prevents water / ice deposition

6 1.10 × 0.32 4.7 22 11 110 76.75

6 1.50 × 0.32 6.1 22 11 150 91.00

6 2.00 × 0.32 8.0 22 11 200 105.00

5 2.50 × 0.32 9.9 22 11 250 125.00

4 3.00 × 0.32 11.9 22 11 300 145.00

2 4.00 × 0.32 15.7 22 11 400 265.00

07 Lightweight deck, 0.64 m — extremely lightweight aluminium deck, non-slip surface, stackable — profile height approx. 50 mm — combination of hollow chamber profiles and aluminium chequer

plates — with plastic handle recess

4 1.50 × 0.64 11.8 22 13 150 106.35

4 2.00 × 0.64 15.5 22 13 200 185.00

4 2.50 × 0.64 18.7 22 13 250 219.00

3 3.00 × 0.64 22.6 22 13 300 252.00


19


LOAD CLASS UNIFORMELY DISTRIBUTED LOAD Q [kN/m²]

1 0.75

2 1.50

3 2.00

4 3.00

5 4.50

6 6.00

NOTE

If extensive material transport takes place through the scaffold access and the scaffold ascent height is more than 10 m, stairs are to be used for access (see p. 32 - 33).

Source: BGI / GUV-I 663

1a

1b

1c

02


20

FIG. DESCRIPTION LOAD CLASS


WEIGHT [kg]

ARTICLE NO.

PRICE[€]

01 Hatch-type access deck SPP, 0.64 maluminium, screen-printed plywood plated surface (SPP)

— replaceable fixture and deck — convenient and fail-safe ladder and hatch latching

1a Version with ladder

— with system fixture

3 2.50 × 0.64 22.5 22 04 250 275.00

3 3.00 × 0.64 25.6 22 04 300 312.50

1b Version with ladder

— with system fixture — shifted hatch-type access with step tread

3 2.50 × 0.64 23.0 22 09 250 280.00

3 3.00 × 0.64 26.1 22 09 300 320.40

1c Version without ladder

— with system fixture — with notch for storey ladders (see p. 32 - 33)

3 1.50 × 0.64 14.9 22 05 150 176.20

3 2.00 × 0.64 15.6 22 05 200 231.65

3 2.50 × 0.64 17.5 22 05 250 237.60

3 3.00 × 0.64 19.8 22 05 300 262.30

02 Hatch-type access deck with ladder WBQ, 0.64 m aluminium, chequer plate surface (WBQ)

— with system fixture — superior durability, weatherproof — replaceable fixture and deck — completely made of aluminium for special requirements,

e.g. for industrial scaffoldings (fire retardancy)

3 2.50 × 0.64 28.0 22 07 250 299.50

3 3.00 × 0.64 31.9 22 07 300 332.50

Normally, the installation of access hatches is carried out by alternating one above the other. The bottom-most footfall level is to be created by system decks and serves as a set-up area for the first storey ladder.

The hatch and ladder latches enable an easy release from both the upper and the lower layer and ensure that the access hatch and storey ladder are safe and secure. The patented scissor hinge ensures the access hatch functions reliably.

For more security against sliding during transportation or assembly and to prevent pinching fingers, the ladder suspension hard-ware is additionally equipped with a spacer sleeve on both sides.

APPLICATION EXAMPLE Hatch-type access deck with ladder WBQ

Ladder latching

Spacer sleeve to prevent pinching fingers


21


01

02

03

04

05

07

APPLICATION EXAMPLE 05 STEEL PLANKwith locking and spring cotter pins very good stackability of individual steel planks on top of each other

APPLICATION EXAMPLE 07 GAP COVER FOR SYSTEM-COMPATIBLE DECKS

BOTTOM SIDE

DETAILED IMAGE 07 GAP COVER TUBE CLAMP ATTACHED TO TUBE LEDGER

06


22

FIG. DESCRIPTION LOAD CLASS


WEIGHT [kg]

ARTICLE NO.

PRICE[€]

01 Hatch-type access deck with tube fixture and ladder SPPaluminium, screen-printed plywood plated surface (SPP)

— with fixture for tube support & integrated deck retainer — shifted hatch-type access with step tread

3 2.50 × 0.60 21.5 48 00 251 275.00

3 3.00 × 0.60 28.1 48 00 301 312.50

02 Hatch-type access deck with tube fixture and ladder WBQaluminium, chequer plate surface (WBQ)

— with fixture for tube support & integrated deck retainer — shifted hatch-type access with step tread — superior durability, weatherproof — replacable fixture and deck — completely made of aluminium for special requirements,

e.g. for industrial scaffoldings (fire retardancy)

3 2.50 × 0.60 25.0 48 00 250 360.00

3 3.00 × 0.60 28.2 48 00 300 375.00

03 Intermediate deck with tube fixture, steelhot-dip galvanised

— as equalising deck for deck surfaces of varying widths — predominantly required for surface-oriented birdcage scaffolds

6 0.74 × 0.19 5.5 48 30 074 48.00

6 1.10 × 0.19 7.3 48 30 110 50.50

6 1.50 × 0.19 9.8 48 30 150 51.50

6 2.00 × 0.19 12.7 48 30 200 60.50

5 2.50 × 0.19 15.6 48 30 250 70.00

4 3.00 × 0.19 18.5 48 30 300 79.00

3 4.00 × 0.19 24.2 48 30 400 97.50

04 Intermediate deck, steelhot-dip galvanised

— as equalising deck for deck surfaces of varying widths — predominantly required for surface-oriented birdcage scaffolds

6 0.74 × 0.14 4.6 22 25 074 50.00

6 1.10 × 0.14 6.4 22 25 110 42.00

6 1.50 × 0.14 8.8 22 25 150 56.00

6 2.00 × 0.14 11.6 22 25 200 62.60

5 2.50 × 0.14 14.3 22 25 250 81.00

4 3.00 × 0.14 17.1 22 25 300 85.30

3 4.00 × 0.14 19.1 22 25 400 90.65

05 Steel plank with locking and spring cotter pins

— for covering or closing corner areas or other structurally induced openings

— positioning solely on steel decks — An overlapping length of 250 mm is required! — thickness: 45 mm

6 1.00 × 0.30 5.5 12 24 100 40.70

6 1.50 × 0.30 8.0 12 24 150 50.65

5 2.00 × 0.30 10.5 12 24 200 60.35

3 2.50 × 0.30 12.8 12 24 250 68.10

06 Spring cotter pinSpare part for item 05

0.03 73 04 006 0.50

07 Gap cover aluminium chequer plate

— for covering gaps between deck levels when system-compatible decks are used

— for covering constructively induced gaps on the bracket level — to be slipped onto the tube ledger

When using decks with tube fixtures a separate gap cover is required. Available upon request.

1.10 × 0.19 2.5 48 32 110 40.00

1.50 × 0.19 3.7 48 32 150 51.00

2.00 × 0.19 5.1 48 32 200 60.50

2.50 × 0.19 6.5 48 32 250 71.50

3.00 × 0.19 7.8 48 32 300 31.60


23

BRACKETS

1a 1b 2a 2b

3a 3b

04

5a 5b

APPLICATION EXAMPLE 03 BRACKET WITH TUBE LEDGER FIXTURE


24


WEIGHT [kg]

ARTICLE NO.

PRICE[€]

01 Bracket steel, hot-dip galvanised

— with UNIFIX deck — for broadening / extending the scaffold inwards and outwards — deck retainer, see p. 8 - 9

1a 0.41 3.4 48 10 001 36.00

1b 0.74 6.2 48 10 002 47.00

02 Bracketsteel, hot-dip galvanised

— with tube support — for bracket broadening when decks with tube fixtures are used

2a 0.41 3.7 48 10 011 35.00

2b 0.74 6.3 48 10 012 43.00

03 Bracket with tube fixture steel, hot-dip galvanised

— with UNIFIX deck — for extending building recesses on deck level or at

intermediate heights

3a 0.41 6.9 48 10 020 36.25

3b 0.74 8.8 48 10 021 46.95

04 Modul bracket brace steel, hot-dip galvanised

— for supporting Modul brackets 0.74 m — for single-edge installation on the perforated disc

2.05 7.5 40 10 205 44.60

05 Bracket ledgersteel tube 48.3 x 3.2 mm, hot-dip galvanised

— supporting element for decks with tube fixture for internal deck broadening

5a 0.29 1.4 48 29 000 15.50

5b 0.36 1.7 48 29 001 16.00

APPLICATION EXAMPLE 04 MODUL BRACKET BRACE building projections as an alternative to brackets

APPLICATION EXAMPLE 3a BRACKET WITH TUBE FIXTUREfor creating a window recess


25

LATTICE GIRDERS

1a

1b

2a

03

APPLICATION EXAMPLE 4c SPIGOT FITTING FOR PEDESTRIAN TUNNEL / UNDERPASS

4a 4c

APPLICATION EXAMPLE 1a LATTICE GIRDER and 02 LATTICE GIRDER CROSS BRACEInstallation of decks is carried out using the movable lattice girder cross brace. Thus, a fail-safe built into the decks is possible, since they can be positioned on lattice girders from the part of the scaf-fold already erected.

APPLICATION EXAMPLE 05 GUARDRAIL HOLDER WITH TUBE FIXTURE

2b


26


WEIGHT [kg]

ARTICLE NO.

PRICE[€]

01 Lattice girder * steel, hot-dip galvanised

— suitable for bridging a distance or for surface scaffolds — for direct connection to the perforated disc by means of a wedge head (with 4 wedge heads) — lattice girder with welded-on spigot fitting available upon request

1a Lattice girder

— for decks with tube fixture — top and bottom boom: steel tube 48.3 mm

2.00 23.4 48 70 200 192.50

3.00 33.0 48 70 300 212.50

4.00 45.1 48 70 400 232.50

5.00 55.7 48 70 500 258.00

6.00 66.4 48 70 600 295.00

7.00 77.0 48 70 700 356.00

8.00 88.4 48 70 800 447.50

1b Lattice girder, UNIFIX deck

— top boom for fixing system-compatible decks — bottom boom: steel tube 48.3 mm

2.00 23.8 48 71 200 209.20

2.50 29.8 48 71 250 227.50

3.00 34.2 48 71 300 245.00

4.00 44.7 48 71 400 275.00

4.50 50.2 48 71 450 292.50

5.00 55.3 48 71 500 320.00

6.00 66.1 48 71 600 372.50

7.50 88.2 48 71 750 460.00

02 Lattice girder cross brace steel, hot-dip galvanised

— for 1a lattice girder applications (decks with tube fixture) — safeguard against lifting using fastening bolts — see page 8 - 9 for respective deck retainers — as alternative to lattice girders with welded-on spigot fitting

2a suited for

2 planks/decks

0.74 7.9 48 73 074 97.00

2b suited for

3 planks/decks

1.10 9.4 48 73 110 101.90

03 Spigot fitting for tube supportsteel, hot-dip galvanised, incl. hinged pin

— to be attached to tubes — safeguard against lifting using fastening bolts

0.4 2.1 41 51 002 35.90

04 Spigot fitting for lattice girdersteel, hot-dip galvanised

— suitable on tube ledgers of lattice girders with top boom for variable vertical upright arrangement

4a with coupler (wrench size 22) 0.3 1.6 48 51 001 19.90

4b with wedge connection (double bead coupler) (without fig.) 0.3 1.5 41 51 007 22.25

4c for pedestrian tunnel / underpass 0.2 1.3 48 51 010 13.40

05 Guardrail holder with tube fixture — for fastening of tube ledgers as a side protection and simultaneously

ensuring a passageway

1.65 8.1 41 36 165 44.60

*Installation of lattice girders according to approval Z-8.22-932, deviating therefrom, applications with lattice girders are to be proven through object-related

calculations (see load capacities table).


27

STAIRWAYS / LADDERS / GUARDRAILS

05

APPLICATION EXAMPLE CONSTRUCTION SITE STAIRWAY TOWER 200 kg

— 10-upright stairway tower with stair stringers for fixing system decks (e.g. steel decks)

— 9 steps, rise 22 cm / 10 decks per stairway

— step width max. 1.10 m — load-bearing capacity max. 2.0 kN/m²

1a

1b

02

APPLICATION EXAMPLE ESCAPE STAIRWAY TOWER 500 kg


— varying stair width, for different scopes of application


— load-bearing capacity max. 5.0 kN/m²

04

03 06

1.10 m 1.10 m2.50 m

1.10

m1.

10 m

0.74

m

4.70 m

1.10 m2.50 m1.10 m

4.70 m

2.50

m


28


WEIGHT [kg]

ARTICLE NO.

PRICE[€]

01 Modul stair stringersteel, hot-dip galvanised

— with UNIFIX deck for system-compatible decks

1a with halfcoupler load-bearing capacity max. 200 kg/m² (load class 3)

1.50 × 1.00 17.9 48 10 054L 216.00

1.50 × 1.00 17.9 48 10 054R 216.00

2.50 × 2.00 29.6 48 10 060L 345.00

2.50 × 2.00 29.6 48 10 060R 345.00

1b with wedge heads load-bearing capacity max. 500 kg/m² (load class 5)

1.50 × 1.00 19.3 48 10 053 227.00

2.50 × 2.00 33.5 48 10 061 354.50

02 Stair guardrail, childproofsteel, hot-dip galvanised

— suitable for installation in a stairway tower up to 500 kg/m2, with vertical bars — further system dimensions available upon request — suitable for escape stairway towers or public applications

1.50 × 1.00 27.4 48 36 102 199.15

2.50 × 2.00 42.0 48 36 202 276.75

03 Guardrail, childproofsteel, hot-dip galvanised

— suitable for installation in a stairway tower up to 500 kg/m2 and 750 kg/m2

— with vertical bars — suitable for escape stairway towers or public applications

0.74 × 1.10 15.3 48 38 074 153.00

1.10 × 1.10 18.9 48 38 110 178.50

1.50 × 1.10 24.4 48 38 150 192.00

2.00 × 1.10 30.4 48 38 200 267.00

2.50 × 1.10 36.3 48 38 250 324.50

3.00 × 1.10 42.3 48 38 300 366.00

04 Spring clip steel, zinc-plated, 4 x 78 mm

— as a deck retainer for stair stringer

73 04 004 0.30

05 Gap ledger, 0.16 m steel, hot-dip galvanised

— to be used when using the stair stringer of 500 kg/m2 at the upper transition platform

— enables constant standard steps in accordance with the rules — off-centre installation of wedge head

0.74 × 0.16 5.9 48 20 079 60.00

1.10 × 0.16 8.0 48 20 119 68.50

1.50 × 0.16 10.7 48 20 159 88.00

2.00 × 0.16 13.5 48 20 209 119.00

2.50 × 0.16 16.1 48 20 259 134.00

06 Modul security door steel, hot-dip galvanised

— with integrated locking mechanism (self-locking) — for securing accesses, e.g. in stairway towers

0.74 12.7 48 77 074 111.00

1.10 14.5 48 77 110 115.00

APPLICATION EXAMPLE: 16-UPRIGHT STAIRWAY TOWERstarting height: 1 m

05 Gap ledger

06 Modul security door

a Gap cover see p. 22 - 23

05

06

a


29


05

1a 1b .

2a 2b .

APPLICATION EXAMPLE ESCAPE STAIRWAY TOWER UP TO 750 kg


— varying stair width, up to 1.50 m (statically induced)


— load-bearing capacity max. 7.5 kN/m²

INSTALLATION INSTRUCTION FOR STAIR STRINGER 750 kgIt is recommended to use a suitable flat steel for driving the wedge into the Modul connector through the opening (10 x 35 mm) provided in the stair stringer. Flat steels are available on request.

1.50

m1.

50 m

2.50

m

1.50 m1.50 m 0.15 m

5.50

m

03

04

06


30


WEIGHT [kg]

ARTICLE NO.

PRICE[€]

01 Stair stringer steel, hot-dip galvanised

— with UNIFIX deck for system-compatible decks — connection with wedge heads for loads of max. 750 kg/m²

1a 2.50 × 1.00 31.8 48 10 068 296.60

1b 2.50 × 1.50 31.9 48 10 059 337.70

02 Stair guardrail, childproofsteel, hot-dip galvanised

— suitable for installation in a stairway tower up to 750 kg/m2

— with vertical bars — further system dimensions available upon request — suitable for escape stairway towers or public applications

2a 2.50 × 1.00 40.1 48 36 162 244.80

2b 2.50 × 1.50 41.6 48 36 182 321.50

03 Gap cover for double upright aluminium chequer plate

— safeguard against lifting with clamping coupler (universal design) for double upright applications

— as an alternative to a deck retainer — for covering gaps between deck levels

1.10 × 0.40 5.6 48 33 110 57.80

1.50 × 0.40 8.5 48 33 150 61.80

2.00 × 0.40 11.5 48 33 200 66.60

04 Gap ledger, 0.12 msteel, hot-dip galvanised

— to be used when using the stair stringer of 750 kg/m2 (2.50 x 1.50 m) at the upper and lower transitions to the platform

— to be used when using the stair stringer of 750 kg/m2 (1.50 x 1.00 m) at the lower transition to the platform

— enables constant standard steps in accordance with the rules

1.10 × 0.12 4.9 48 20 115 68.50

1.50 × 0.12 6.7 48 20 155 88.00

2.00 × 0.12 10.4 48 20 203 119.00

05 Clamping coupler, universal design steel, hot-dip galvanised

— for fixing the gap cover

wrench size 22

0.20 1.1 13 17 022 19.90

06 Gap coveraluminum chequer plate

— reinforced aluminium profile 55 x 55 cm — for covering gaps between deck levels when deck and bridging

ledgers with UNIFIX deck are used

1.10 × 0.19 2.8 48 35 107 35.70

1.50 × 0.19 4.1 48 35 151 45.70

2.00 × 0.19 5.5 48 35 201 56.60

2.50 × 0.19 6.9 48 35 251 70.45

APPLICATION EXAMPLE 01 STAIR STRINGERwith a starting height of 1 m (ground adjustment through system decks and starter transoms)

APPLICATION EXAMPLE 03 Gap cover for double upright

05 Safeguard against lifting with clamping coupler (universal design)

06 Gap cover for system-compatible decks

03 05

06

1b

1a


31


APPLICATION EXAMPLE: STAIRWAY TOWER (FLIGHT BY FLIGHT ASSEMBLY) CONSISTING OF INDIVIDUAL MODULES WITH: 01 UNIFIX STAIRWAY, 05 INNER GUARDRAIL, a SUSPENDED SCAFFOLDING CONNECTOR (SEE P. 6 - 7), b BASE JACK LOCKING DEVICE (SEE P. 6 - 7)

For this application, the use of an inner guardrail is mandatory.

1a 1c

03 04 .

07

05

08

06

2a 2c

04

01

b

a


32


WEIGHT [kg]

ARTICLE NO.

PRICE[€]

01 Stairway, aluminium, width: 0.64 m with system fixture

— rise 20 cm, suitable for platform stairway tower applications — safe load max. 2 kN/m² (load class 3)

1a 1.39 × 1.00 16.8 22 98 140 240.00

1b (without fig.) 2.00 × 1.50 23.5 22 98 200 309.50

1c 2.50 × 2.00 27.6 22 98 250 395.00

1d (without fig.) 3.00 × 2.00 31.0 22 98 300 439.00

02 Stair guardrail, double steel, hot-dip galvanised

— with double bead coupler (special wedge coupler) for fixing on tube ledgers or stair guardrail holders

2a 1.39 × 1.00 12.3 48 36 209 91.00

2b (without fig.) 2.00 × 1.50 15.5 48 36 210 101.80

2c 2.50 × 2.00 18.0 48 36 206 127.00

2d (without fig.) 3.00 × 2.00 19.9 48 36 207 149.00

03 Storey ladder, aluminiumfor storey height 2.00 m

2.00 × 0.40 3.7 11 32 001 57.80

04 Storey ladder, steelhot-dip galvanised, for storey height 2.00 m

2.00 × 0.40 8.1 11 42 000 49.50

05 Inner guardrail for aluminium stairs, height: 2.00 m steel tube ø 33.7 mm, hot-dip galvanised

2.50 / 3.00 13.3 11 31 000 101.10

06 Platform guardrail, steelsteel, hot-dip galvanised

2.50 8.7 48 29 250 53.50

3.00 9.4 48 29 300 57.60

07 Stair guardrail holder steel, hot-dip galvanised

0.80 41 36 300 13.40

08 Stringer fall protection steel, hot-dip galvanised

— incl. hinged pin 12 x 70 mm with snap-in locking mechanism — for lateral fall protection of circumferential bay when using

aluminium stairs

1.00 × 0.50 8.8 11 31 001 53.40

APPLICATION EXAMPLE 02 STAIR GUARDRAIL, DOUBLE, ATTACHED TO 07 STAIR GUARDRAIL HOLDER 06 PLATFORM GUARDRAIL, STEEL 08 STRINGER FALL PROTECTION

2.50 m

1.39 m


33

ACCESSORIES

APPLICATION EXAMPLE 04 DISTANCE COUPLER

155 or 180 mm

01 02 3a 3b

05 06

07 08 09

12 13 14

10

15 16

4a

11


34


WEIGHT [kg]

ARTICLE NO.

PRICE[€]

01 Swivel coupler * wrench size 22 1.0 13 03 022 6.30

02 Standard coupler * wrench size 22 1.0 13 01 022 5.80

03 Wedge head coupler * 3a fixed 1.0 41 50 000 17.70

3b turnable 1.0 41 50 001 19.80

04 Distance coupler, fixed * 4a 0.15 1.1 41 50 003 17.80

4b (without fig.) 0.18 1.2 41 50 002 17.80

05 Claw coupler * wrench size 22 0.9 13 10 022 13.70

06 Halfcoupler * wrench size 22 0.6 13 02 022 8.00

07 Tension coupler with collar nuts * wrench size 22 1.4 13 07 022 9.00

08 Spigot fitting for tension coupler 1.0 13 08 000 5.00

09 Spigot fitting (universal design), clampable — consisting of 2 half-shells and a screw, spread apart using the screw — for connecting tubes subject to impact stress

0.24 1.7 13 08 001 10.45

10 Spacing tubesteel tube 48.3 mm, hot-dip galvanised

— installation with two standard couplers at both frame tubes, from lengths of 1.00 m

— with a borehole for locking the hinged pin when using the EIFS anchor sleeve, from lengths of 1.00 m

0.40 1.5 13 61 040 9.20

1.00 3.3 13 61 100 14.40

1.30 4.2 13 61 130 17.00

1.50 4.8 13 61 150 19.60

11 Quick-release anchorsteel tube 48.3 x 3.2 mm, hot-dip galvanised

— with hook and anti-twist guide plate — for mounting beneath the transom member

0.70 3.0 23 62 070 15.50

12 Squared timber coupler *with metal bracket (100 x 220 x 86 mm), with turnable halfcoupler

wrench size 22 1.8 33 81 022 17.80

13 Hexagon boltsteel, zinc-plated

M 14 × 65 0.1 14 53 000 0.90

14 Hexagon cap nutsteel, zinc-plated

M 14 0.04 73 02 003 1.15

15 Scaffold tube, steelø 48.3 × 3.25 mm, hot-dip galvanised

1.00 3.5 13 51 100 10.20

2.00 7.0 13 51 200 19.30

3.00 10.5 13 51 300 29.00

4.00 14.0 13 51 400 39.10

5.00 17.5 13 51 500 47.10

6.00 21.0 13 51 600 54.80

16 Scaffold tube, aluminiumø 48.3 × 4.05 mm

1.00 1.5 13 40 100 12.60

2.00 3.0 13 40 200 25.20

3.00 4.5 13 40 300 37.80

4.00 6.0 13 40 400 50.50

5.00 7.5 13 40 500 62.90

6.00 9.0 13 40 600 73.30

NOTE * for tubes Ø 48.3 mm. The used couplers comply with EN 74-1 and possess the respective manufacturer approval.


35

TECHNICAL DETAILS

In the standard version, the scaffold sys-tem may be used as a working scaffold for load classes ≤ 3 with system width b=0.739 m and bay width l=3.00 m, and as a safety and roof safety scaffold acc. to DIN 4420-1:2004-03.

The upper horizontal level (scaffold layer) must not exceed 24 m, plus spindle (jack) extension length, above ground level. According to the requirements of DIN EN 12811-1:2004-03, Section 6.2.9.2, in the standard version, the scaffolding system is designed for working operations in one scaffolding layer in front of an “open” façade (percentage of openings = 60 %) and in front of closed façades.

Without any further evidence, the stand-ard version must only be used if the loads acting within the bays do not exceed the respective live loads according to DIN EN 12811-1:2004-03, Table 3.

For the standard version of the ALFIX Modul metric scaffolding system, the fol-lowing designations according to DIN EN 12810-1:2004-03 shall be used:

Scaffold EN 12810-3D-SW06/300-H2-A-LA

When assembling and dismantling the scaffold, the provisions of the employer’s liability insurance association for con-struction sites, the accident prevention regulations for construction works (BGV 22, previously VBG 37) and the instruc-tions and requirements of DIN 4420 or EN 12811 must be observed.

In an object-related instruction for as-sembly and use and based on a risk and hazard assessment, the employer is en-titled to decide the most suitable protec-tion from falling possible, in accordance with the respective industrial safety reg-ulations. Possible protective actions are

technical measures, personal protective equipment (PPE) against falling and spe-cial instructions.

As a technical protective measure, AL-FIX provides two variants of “advanced guardrails”, which are documented sep-arately or by means of the manuals pro-vided by the “advanced guardrail” man-ufacturers.

If the result of risk assessment requires the use of PPE, suitable attachment points on the scaffold must be used, such as, for example, the idle outer service ap-erture of the connecting disc or the outer vertical upright above the decks (max. 1 m above standing height).

LOAD-BEARING CAPACIT Y: ALFIX MODUL METRIC SCAFFOLDING CONNECTOR with tube ledger

Bending moment Vertical cross-load Standard load Horizontal cross-loadMy, R, d = ± 104 kNcm Vz, R, d = ± 35 kN N R, d = ± 36 kN V y,R,d = ± 16 kN

LOAD-BEARING CAPACIT Y:ALFIX MODUL METRIC SCAFFOLDING CONNECTOR with deck ledger

Bending moment Vertical cross-load Standard load Horizontal cross-loadMy, R, d = -104 kNcm / +69.2 kNcm Vz, R, d = ± 30 kN N R, d = ± 25.6 kN V y,R,d = ± 12.2 kN

My My

VzVz

NVy Vy

VzVz

NVy Vy

–My

+My

–My

+My


36

Vertical uprightpermissible 1 upright load (compressive load) or tensile load-bearing capacity at screwed-in spigot fitting

COMPRESSIVE LOAD TENSILE LOAD

Buckling length [m] 1.0 1.5 2.0 3.0 4.0 2 × 2 M10 8.8

Permissible load N [kN] 64.9 43.7 28.4 14.0 8.2 42.7

Deck ledgerpermissible 1 cross-loads

DECK LEDGERS

DECK LEDGER, REINFORCED

DECK-BRIDGING LEDGER

Length L [m] 0.74 1.10 1.50 2.00 2.50 3.00

Permissible uniformly distributed load q [kN/m]

21.00 17.50 14.40 10.60 8.40 5.40

Permissible single load [kN] in centre

6.00 8.90 12.90 9.40 8.90 7.00

Tube ledgerpermissible 1 cross-loads

LEDGERS LEDGER, REINFORCED

TUBE-BRIDGING LEDGER

Length L [m] 0.74 1.10 1.50 2.00 2.50 3.00

Permissible uniformly distributed load q [kN/m]

21.80 16.80 16.60 10.40 6.60 4.70

Permissible single load [kN] in centre

7.90 9.10 14.20 8.70 5.60 4.50

Tube ledgerpermissible 1 standard load (permissible Z=24 kN)

Bay length [m] 0.74 1.10 1.50 2.00 2.50 3.00

Permissible compressive force D [kN]

24.00 24.00 24.00 24.00 18.40 13.40

Vertical diagonal bracepermissible 1 standard load, bay height: 2.0 m

Bay length [m] 0.74 1.10 1.50 2.00 2.50 3.00

Permissible compressive force D [kN]

14.70 14.30 12.30 10.30 8.50 6.90

Permissible tensile force D [kN]

14.70 15.20 15.20 15.20 15.20 15.20

1 permissible safe load determined using yM=1.1 and yF=1.5

Vertical upright

Deck ledger – permissible cross-loads

Tube ledger – permissible standard load

Tube ledger – permissible cross-loads

Vertical diagonal brace

NN

N

N

D D

DV

DV

qqP

qqP


37

TECHNICAL DETAILS

Load classes of scaffolding decks

SCAF

FOLD

ING

DEC

KS

DESCRIPTION BAY LENGTH L (m)

SAFETY AND ROOF SAFETY SCAFFOL-DING APPLICATIONS

USAGE IN LOAD CLASS

Steel deck 0.32 m ≤ 2.00 permissible 6

2.50 permissible 5

3.00 permissible 4

4.00 permissible 3

Wooden deck 0.32 m ≤ 1.50 permissible 6

2.00 permissible 5

2.50 permissible 4

3.00 permissible 3

Solid aluminium deck 0.32 m ≤ 2.00 permissible 6

2.50 permissible 5

3.00 permissible 4

4.00 – 2

Lightweight deck 0.64 m 1.50 permissible 4

2.00 permissible 4

2.50 permissible 4

3.00 permissible 3

Frame platform 0.64 mscreen-printed plywood plated surface (SPP)

≤ 3.00 permissible 3

Hatch-type access deck with ladder SPP 0.64 mscreen-printed plywood plated surface (SPP)


Hatch-type access deck with ladder WBQ 0.64 mchequer plate surface (WBQ)

2.50 permissible 3

3.00 permissible 3

Hatch-type access deck without ladder SPP 0.64 mscreen-printed plywood plated surface (SPP)


Parameters of horizontal diagonal braces (extract of approval no. Z-8.22-932)

HORI

ZONT

AL D

IAGO

NAL

BRAC

ES BAY LENGTH (m) BAY WIDTH (m) NH,R,D (kN)

2.00 0.74 3.03

2.50 0.74 3.00

3.00 1.10 2.95

Cross-section values of base jacksThe equivalent cross-section values of spindles to be used for stress ana-lysis and deformation calculations according to DIN 4425 are to be assu-med as follows:

BA

SE JA

CK

A = AS = 3.52 cm2

I = 4.00 cm4

Wel = 2.68 cm3

Wpl = 1.25 × 2.68 = 3.35 cm3

NH.R.d

NH.R.d


38

EXTRACTS FROM THE DIN EN 12811 STANDARD

Working loads on scaffold layers

SCAF

FOLD

LAY

ERS

LOAD CLASS UNIFORMLY DIS-TRIBUTED LOAD q1 in kN/m2

LOAD CONCENTRATED ON A 500 mm x 500 mm AREA F1 in kN

LOAD CONCENTRATED ON A 200 mm x 200 mm AREA F2 in kN

PARTIAL AREA LOAD

q2 in kN/m2 Partial area factor ap

1)

1 0.75 1.50 1.00 – –

2 1.50 1.50 1.00 – –

3 2.00 1.50 1.00 – –

4 3.00 3.00 1.00 5.00 0.4

5 4.50 3.00 1.00 7.50 0.4

6 6.00 3.00 1.00 10.00 0.5

Clearance classes

SCAF

FOLD

LAY

ERS

CLASS CLEARANCE

between scaf-fold layers h3

between scaffold layers and tran-soms or scaffold retainers h1a and h1b

Shoulder height h2

H1 h3 ≥ 1.90 m 1.75 m ≤ h1a ≤ 1.90 m

1.75 m ≤ h1b ≤ 1.90 m

h2 ≥ 1.60 m

H2 h2 ≥ 1.90 m h1a ≥ 1.90 m

h1b ≥ 1.90 m

h2 ≥ 1.75 m

Clear heights and widths of scaffold layers

b open passageway clearance, 50 mm is the minimum requirement, and (c - 250 mm)c clear spacing between postsh1b. h1b clear width between scaffold layers and transoms or scaffold retainersh2 clear shoulder heighth3 clear height between scaffold layersp clear width in the head area, 300 mm is the minimum requirement, and (c - 450 mm)w width of scaffold layers

Designation of a scaffolding system according to EN 12810-1(example) Scaffold EN 12810 – 3 D – SW06/250 – H2 – A – LA

Scaffold EN 12810 Frame scaffold (system scaffold) according to DIN EN 12810-1 3 Load class 3 (see table 3 DIN EN 12811-1) D Vertical drop tests on deck surface (D = calculated with drop test, N = without drop test) SW09/257 Width class (see table 1 DIN EN 12811-1);

here: between 0.90 m and 1.20 m/bay length 2.57 m H2 Headroom class (see Table 2 DIN EN 12811-1) A without sheeting (A = without sheeting, B = with sheeting) LA with ladder (LA = ladder, ST = stairway, LS = with both)

Width classes

SCAF

FOLD

LAY

ERS

WIDTH CLASS w in m

W06 0.6 ≤ w ≤ 0.9

W09 0.9 ≤ w ≤ 1.2

W12 1.2 ≤ w ≤ 1.5

W15 1.5 ≤ w ≤ 1.8

W18 1.8 ≤ w ≤ 2.1

W21 2.1 ≤ w ≤ 2.4

W24 2.4 ≤ w

h 3 ≥ 1

900

c

b

w≤ 30

h 2

h 1bh 1a

≤ 150 ≤ 150p


39

SALE OF: — Work and safety scaffolds — Mobile scaffold towers — Weather protection roofs — Chimney scaffolds — Shelves — Accessories

HIRE OF: — Work and safety scaffolds — Mobile scaffold towers — Weather protection roofs

ALFIX GmbHLanghennersdorfer Straße 15D-09603 Großschirma

Phone +49 (0) 37328 / 800-100Fax +49 (0) 37328 / 800-199eMail [email protected]

www.alfix-systems.com

Edition: April 2017

Date post:	26-Jun-2018
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