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Peri MULTIPROP Instructions For Assembly And Use

Standard configuration
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MULTIPROP
System
Instructions for Assembly and Use – Standard Configuration
Edition 11 | 2015

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Summary of Contents for Peri MULTIPROP

  • Page 1 MULTIPROP System Instructions for Assembly and Use – Standard Configuration Edition 11 | 2015...
  • Page 2 Overview Main components MULTIPROP MP 1.1 Outer tube 1.2 Inner tube 1.3 Securing hook 1.4 Adjusting collar 1.5 Pressure spring 1.6 Measuring tape 1.7 Rubbing plate 1.8 Base plate 1.9 Head plate Frame MRK 2.1 Wedge Coupling C 2.2 Wedge Coupling D 2.3 Wedge...
  • Page 3 Additional levels Bracing MULTIPROP Towers Installing the Brace Connector MPR Support with Push-Pull Props Support in units MULTIPROP Accessories MULTIPROP Strap U100 – U140 Connecting MULTIPROP with MPB 24 Compression Brace Head MP/SRU With Connector MP/SRU Dismantling Vertical dismantling Horizontal dismantling...
  • Page 4 3.2 Clamping claw 4.2 Clamping claw 3.3 Centering pin 4.3 Centering pin 4.4 Rotary wing Tilting Forkhead MKK MULTIPROP Strap U100 – U140 5.1 Base plate 6.1 Suspension fastening 5.2 Clamping claw 6.2 Plate 5.3 Centering pin 6.3 Hex. bolt M16 5.4 Rotary wing...
  • Page 5 For a better understanding, detailed illustrations are partly incomplete. The safety installations which have possibly not been featured in these detailed drawings must nevertheless be available. MULTIPROP System Instructions for Assembly and Use – Standard Configuration...
  • Page 6 ƒ – MULTIPROP Aluminium Slab Props Instructions for Assembly and Use: ƒ – MULTIPROP MP 120, 250, 350, 480, 625 Slab Props – SKYDECK Panel Slab Formwork – GRIDFLEX Girder Grid Slab Formwork – MULTIFLEX Girder Slab Formwork MULTIPROP System...
  • Page 7 Main components Assembly heights as system with Frame These Instructions for Assembly and MULTIPROP 120, L = 0.80 – 1.20 m MRK up to a maximum of 14.40 m, or Use describe the standard configuration MULTIPROP 250, L = 1.45 – 2.50 m 14.90 m with Base MP 50.
  • Page 8 Care and maintenance instructions Clean the panels after every use to maintain the value and usability of the PERI products over the long term. Some repair work may also be inevitable due to the tough working conditions. The following points should help to keep care and maintenance costs as low as possible.
  • Page 9 The risk assess- Corresponding proof of stability can be dismantling of the system, e.g. ment shall be compiled by the contrac- provided by PERI on request if the risk safety helmet, ƒ tor. The Instructions for Assembly and...
  • Page 10 For transportation, the surface must have sufficient load-bearing capacity. Use original PERI storage and transport systems, e.g. crate pallets, pallets or stacking devices. MULTIPROP System Instructions for Assembly and Use – Standard Configuration...
  • Page 11 MULTIPROP System Instructions for Assembly and Use – Standard Configuration...
  • Page 12 A1 MULTIPROP as an Individual Prop Extension length – Lift the prop so that the adjusting collar runs downwards. – If the prop is partially loaded up to 15 kN, it can be continuously readjusted with the adjusting collar. – Use a Wing Nut Spanner HD in order to allow the prop to spindle unencum- bered with loads >...
  • Page 13 Check connections to ensure fittings are tight! Connector MPV-2 The Connector MPV-2 (7) connects two MULTIPROP Props with end plate thicknesses of 10 mm. Assembly 1. Insert centering pins (7 .3) into the drilled holes of the prop base (1.8) or head plate (1.9).
  • Page 14 A2 MULTIPROP System Frame MRK Set down the MULTIPROP Frames MRK in a secure position so that they cannot tip over! Do not damage the wedge connection! Assembly Always mount the Frames MRK (2) to the Props (1) so that the wedge can be hit into position from top to bottom.
  • Page 15 A2 MULTIPROP System Outer tube top Outer tube bottom Arrangement of the Frames MRK Universally valid The arrangement of the Frames MRK is shown in the relevant diagram contained in the type test. 1.10 Markings on the outer tube Arrange the Frames MRK at the circu- lar-shaped recesses (1.10) of the outer...
  • Page 16 Assembly 1. Secure Compression Brace Head MP/SRU (9) diagonally on the end plate of the MULTIPROP Prop by means of 2 x MULTIPROP Bolts with Nuts (8). (Fig. A2.10 + A2.11) 2. Spindle out MULTIPROP Slab Prop to required length.
  • Page 17 A2 MULTIPROP System Tilting Base MKF The Tilting Base MKF (4) with the quick-action clamp coupling can be pivoted 3° on all sides. This means that MULTIPROP props can be positioned on inclined surfaces. (Fig. A2.12) Technical data Max. permissible load-bearing capacity 60 kN.
  • Page 18 A2 MULTIPROP System Tilting Forkhead MKK Technical data Permissible load-bearing capacity: see MULTIPROP System type test. The Tilting Forkhead MKK (5) with quick-action clamp coupling can be pivoted by 3° on all sides. It serves to securely accommodate one or two GT 24 or VT 20 Girders for non-horizontal slab formwork.
  • Page 19 – Automatic centering of the slab prop by means of centering pins. – Two clamping claws connect the Base MP 50 with the slab prop. – The MULTIPROP Slab Prop can be mounted on the Base MP 50 with Fig. A2.17a the inner or outer tube.
  • Page 20 Checking assembly is easier with the measuring tape (1.6) facing towards the centre of the tower. (Fig. A3.01b) Fig. A3.01b Fig. A3.01a Fig. A3.01 MULTIPROP System Instructions for Assembly and Use – Standard Configuration...
  • Page 21 Check the colour of the wedge connec- tions as well as the wedge direction. The text on the adhesive labels (2.4) is legible from the later assembly area! Fig. A3.03 MULTIPROP System Instructions for Assembly and Use – Standard Configuration...
  • Page 22 48.3 x 3.2 as horizontal diagonal (10) is to be attached to the Frames MRK by means of swivel couplings at about half the tower height to ensure the cross-section shape. (Fig. A3.05) Fig. A3.05 MULTIPROP System Instructions for Assembly and Use – Standard Configuration...
  • Page 23 (1.7). – For crane suspension, scaffold tubes bottom (10.1) are to be mounted under the frame tubes of the topmost frame. (Fig. A3.07) 1.4 + 1.7 10.1 Fig. A3.07 MULTIPROP System Instructions for Assembly and Use – Standard Configuration...
  • Page 24 (Fig. A3.08) 3. Lift tower slightly. 4. Turn tower by 90° and place down on timber base. The shorter frame lies at the top/bottom. (Fig. A3.09) Fig. A3.09 MULTIPROP System Instructions for Assembly and Use – Standard Configuration...
  • Page 25 7 . Install missing frames. 8. Secure tower against tipping over. 9. Detach lifting gear. Fig. A3.11a Fig. A3.11b (Fig. A3.11 – A3.11b) Fig. A3.10a Fig. A3.10 MULTIPROP System Instructions for Assembly and Use – Standard Configuration...
  • Page 26 If horizontal assembly is not possible due to reasons of space or other circumstanc- es, erection can take place vertically. Secure props against tipping! Preparation 1. Adjust lengths of MULTIPROP Props, see A1. 2. Ensure the required number of frames are available. Assembly 1.
  • Page 27 Spindle out to the required length only after bracing has taken place with the frames. (Fig. A4.04) – Connect props: with Connector MPV-2 or MULTIPROP Bolt with Nut, see A2. – The frames can also be used as lateral guardrails and are to be 1 kN mounted additionally if required.
  • Page 28 The Brace Connector MPR can be assembled or disassembled temporarily. The Brace Connector MPR is assembled at the joints of the MULTIPROP Props. This similarly applies to all prop arrange- ments (inner tube – inner tube, inner tube – outer tube, outer tube – outer tube).
  • Page 29 A5 Bracing MULTIPROP Towers Permissible load of the Brace Connecting the Perm. pressure Perm. tensile force Angle  [°] Connector MPR end plates [kN] [kN] direct direct with MPV-2 with MPV-2 11.9 12.1   MULTIPROP System Instructions for Assembly and Use – Standard Configuration...
  • Page 30 A5 Bracing MULTIPROP Towers Support with Push-Pull Props During assembly and disassembly, the MULTIPROP Towers or units must be secured against tipping over using temporary assembly aids, if necessary. Risk of tipping! Units have to support one another. For providing stability, mount 3 push-pull props as assembly aids.
  • Page 31 A5 Bracing MULTIPROP Towers Support in units Assembly 1. Arrange MULTIPROP Towers in the grid of the Frames MRK. 2. Install Frame MRK between the towers. (Fig. A5.03) 3. Hammer in wedges. 4. Install push-pull props at the prop joints. (Fig. A5.03a) Fig.
  • Page 32 GT 24 Girders. One MULTIPROP Strap U100 – U140 is assembled to each prop. Assembly 1. Release Hex. Nut M16 (6.4).
  • Page 33 “A or B” for the Compression Brace Head and holes 1, 2, 3 or 4 in the beam for Connector MP/SRU. (Fig. A6.03a + A6.03b) Assembly of Compression Brace Head, see A2. Fig. A6.03 Fig. A6.04 MULTIPROP System Instructions for Assembly and Use – Standard Configuration...
  • Page 34 2. Attach crane lifting gear. 3. Slide in inner tubes on one side, see A3 with multiple number of legs. 4. Set down MULTIPROP Tower on level ground. (Fig. A7 .02) Fig. A7 .01 5. Dismantle the MULTIPROP Tower.
  • Page 35 Transport PERI pallets and stacking devices are suitable for lifting by crane or forklift. They can also be moved with the PERI Pallet Lifting Trolley. All pallets and stacking devices can be lifted both from the longitudinal and front sides.
  • Page 36 MP Props. (Fig. B1.01) Fig. B1.01 Application 1: Top view Scaffold Tube Coupler MG to connect MULTIPROP Props with Scaffold Tubes. Requirements: 1.  < 200 mm 2.  < 55° 3. Arrangement of the couplers, see Fig. B1.02a. Fig. B1.02a...
  • Page 37 As assembly or working platform decks can be inserted on one frame level. (Fig. B2.01) The use of MULTIPROP Platforms with / without hatch is recommended as well as Telescopic Ladder Alu 220 / 350. The assembly of the frames is carried out as described in A1.
  • Page 38 Check stability! The lowering procedure must take place gradually. 1. Turn the adjusting collar (1.4) of the MULTIPROP Prop and retract the inner tube (1.2). 2. Repeat the procedure for all props. Frame at inner tube: release wedges at two diagonally-positioned places.
  • Page 39 B3 Tables and Towers Moving along with pole In order to bring the slab table into the exact position, the PERI MULTIPROP Table can be moved by means of an reinforcing bar and a pole. Moving 1. Insert reinforcing bar (16) into the bottom bores of the MULTIPROP Props.
  • Page 40 MULTIPROP System Tables The load-bearing capacity of the shoring towers in the MULTIPROP System is dependent on the position of the MULTIPROP Frame MRK. The capacities are only stated in the relevant current versions of the type test. MULTIPROP System Typenprüfung |...
  • Page 41 MULTIPROP System Instructions for Assembly and Use – Standard Configuration...
  • Page 42 34,700 4300 6250 Slab prop made of aluminium. Used as individual Note prop as well as in combination with MULTIPROP Approved by the German Building Authorities No. Frames MRK to form towers. Z-8.312-824. Technical Data Permissible load: see PERI Design Tables.
  • Page 43 Frame MRK 137.5 1295 1375 028350 16,300 Frame MRK 150 1420 1500 Bracing frame for MULTIPROP . For connecting to Note outer and inner tube. L = Loading Length With captive wedge coupling. X = Axis Length MULTIPROP Frames MRK, Alu 028460 11,600 Frame MRK 201.5...
  • Page 44 1500 / 2250 MULTIPROP Platforms with Hatch Technical Data 107171 12,500 MULTIPROP Platform 150 x 60 with Hatch Permissible load up to 2.0 kN/m 107172 18,500 MULTIPROP Platform 225 x 60 with Hatch For assembly of a working scaffold. Self-locking hatch for access ladder.
  • Page 45 MULTIPROP Single Props and System Item no. Weight kg 022027 3,600 Wing Nut Spanner HD For easy release of the Head Spindle HDK 45, the Head Spindle TR 110-80/55 and the MULTIPROP slab prop. Ø38 027310 8,900 Base MP 50...
  • Page 46 Erection aid for slab props with Ø 48 – 120 mm Only use as erection aid! and 120 x 120 mm. Can also be used in combina- tion with MULTIPROP MP slab props and all slab props with Base MP 50. 027301...
  • Page 47 MULTIPROP Single Props and System Item no. Weight kg 027302 2,100 MULTIPROP Strap SRZ U100 – U140 For fixing Steel Walers SRZ and SRU, Profile U100 to U140 on MULTIPROP slab props. SW 24 129565 1,680 Brace Connector MPR Complete with For connecting push-pull props to the MP-System.
  • Page 48 MULTIPROP Single Props and System Item no. Weight kg 107160 3,960 Connector MP-SRU As compensation element between the Prop Head MP/SRU and inclined positioned Steel Waler SRU. Ø21 Accessories 104031 0,462 Fitting Pin Ø 21 x 120 018060 0,030 Cotter Pin 4/1, galv.
  • Page 49 Item no. Weight kg 019200 162,000 Trolley with Winch Note For moving towers and tables with MULTIPROP , Follow Instructions for Use! Flex, Flex Plus and PD 8 with appropriate support Technical Data for the system. Permissible load-bearing capacity 1.0 t.
  • Page 50 43,300 5398 079600 48,100 Alu Beam MPB 24 L = 6.00 m 5998 Aluminium main beam for the MULTIPROP Technical Data system. perm. Q = 50 kN perm. A = 80 kN perm. M = 15 kNm Coupling MPB 24...
  • Page 51 For fixing of GT 24 Girders on the Alu Beam MPB 24. 107820 0,057 Strap MPB 24 For fixing Alu Beam MPB 24 to the MULTIPROP prop or mounting the GT 24 Girders on the Alu Beam MPB 24. Ø8,5 Ø13...
  • Page 52 MULTIPROP Single Props and System Item no. Weight kg 104131 3,940 Guardrail Holder SRU/SRZ Complete with For assembling a guardrail to the Steel Walers 2 pc. 105400 Pin Ø 20 x 140, galv. SRU and SRZ, Profile U100 to U140.
  • Page 56 Belgium/Luxembourg Turkey Finland Brazil Greece N.V. PERI S.A. PERI Kalip ve Iskeleleri Sanayi PERI Suomi Ltd. Oy PERI Formas e PERI Hellas Solely Owned Ltd. 1840 Londerzeel ve Ticaret Ltd. 05460 Hyvinkää Escoramentos Ltda. 194 00 Koropi Esenyurt / İstanbul 34510...
  • Page 57 Morocco Ukraine Croatia Algeria Colombia PERI S.A.U. TOW PERI PERI oplate i skele d.o.o. Sarl PERI PERI S.A.S. Colombia Tanger 07400 Brovary 10 250 Luöko-Zagreb Kouba 16092, Alger Briceño, Cundinamarca info@peri.ma peri@peri.ua info@peri.com.hr info@peri.com peri.colombia@peri.com.co www.peri.ma...
  • Page 58 Tunnel Formwork Bridge Formwork Slab Formwork Climbing Systems Construction Scaffold Facade Scaffold Industrial Scaffold Shoring Systems Access Protection Scaffold System-Independent Accessories Services PERI GmbH Formwork Scaffolding Engineering Rudolf-Diesel-Strasse 19 89264 Weissenhorn Germany Tel. +49 (0)7309.950-0 Fax +49 (0)7309.951-0 info@peri.com www.peri.com...