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Doka Ringlock Instructions For Assembly And Use

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999817902
10/2022
en-GB
Ringlock
User Information
Instructions for assembly and use (Method statement)
© by Doka GmbH, A-3300 Amstetten

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Summary of Contents for Doka Ringlock

  • Page 1 999817902 10/2022 en-GB Ringlock User Information Instructions for assembly and use (Method statement) © by Doka GmbH, A-3300 Amstetten...
  • Page 2 User Information Ringlock 999817902 - 10/2022...

  • Page 3: Table Of Contents

    Tying and Bracing Patterns Supplementary Components Additional Safety Guidelines Component Identification Guide to Dismantling Ringlock Scaffolds Color Coded Components Comparison of the article list of Doka and AT- Scaffold Erection Guidelines Article list Safety Harness Connection Points Falling Object Protection...

  • Page 4: Introduction

    This booklet is aimed at all persons who will be work- This document can be used as general Instructions ing with the Doka product or system that it describes. for Assembly and Use (Method Statement) or be It contains information on the standard design for...
  • Page 5 (e.g. after a storm). ▪ It is strictly forbidden to weld Doka products – in par- ticular anchoring/tying components, suspension components, connector components and castings etc. – or otherwise subject them to heating.
  • Page 6 The following symbols are used in this document: Observe all country-specific regulations applying to the handling of scaffolding. For system scaffolding the Doka slinging means stated in this booklet must DANGER be used – this is a mandatory requirement. This is a notifier drawing attention to an...

  • Page 7: Declaration Of Conformity And Approvals

    AT-PAC Ringlock system, which in turn, conforms to European standards EN 12810 and EN 12811. Ringlock is also compliant with The National Access & Scaffolding Confederation (NASC) Code of Practice for System Scaffold within the United Kingdom.

  • Page 8: Foreword

    User Information Ringlock Foreword These instructions for assembly and use regulate the assembly, modification and dismantling of the Ringlock modular scaffolding system from Doka. This document provides general information and instructions as well as safety measures and necessary actions when using the Ringlock modular scaffolding system.

  • Page 9: Quality Factors & Designation

    Introduction Quality Factors & Designation Quality Factors All the decks of the Ringlock modular scaffold system can be used as overhead protection. The following information provides an overview of the most important All of Doka Ringlock products are engineered to meet...

  • Page 10: Safety Guidelines And Safe Use

    TRBS 2121 or any other local/regional specific rule must be observed. Before working on the Ringlock scaffold, a hazard anal- ysis must be carried out considering the special fea- tures of the individual case. The result must be recorded in a risk assessment and the personnel must be instructed.
  • Page 11 ▪ Ensure that your staff erecting, dismantling or modi- ▪ Provide barriers and warning notices to prevent fying any Ringlock scaffold are licensed to carry out access to incomplete sections of scaffolding. the task. ▪ Do not overload and ensure that crane and forklift ▪...
  • Page 12 Always look after your Ringlock Scaffolding! glock Steel Planks from platform thus leav- Be safe! ing an exposed edge. Never Work on or use a Ringlock scaffold which is being erected or dismantled. Never Remove ladders or staircases. Never Overload the scaffold.
  • Page 13 User Information Ringlock Introduction Safety Guidelines and Safe Use Working areas must not be placed on top of Children must not be allowed on scaffolding. each other at the same time. The sum of all loads in a bay must not exceed...

  • Page 14: Ringlock Overview

    The Ringlock rosette has a diameter of 123mm and has It is recommended that a 500g hammer is used to been manufactured with 8- trapezoidal slots, 4-small secure the Ringlock wedge, when the hammer and 4-large.

  • Page 15: Instructions For Scaffolding Construction

    The larger openings are generally used for connect- ing the diagonal braces. Ringlock Ledger The robust Ringlock is made of high-quality steel. For maximum flexibility, rosettes are welded to the vertical standards at 50 cm intervals, to which up to 8 compo- nents can be connected using the widely used and proven wedge connection.

  • Page 16: Supplementary Components

    ▪ Wood Plank per relevant European Standard. Scaffolding couples can be connected to all Ø 48.3mm tubular Ringlock components with the exception of all Ringlock vertical Bay Braces. When Wood Planks are lapped and used as working platform in conjunction with Ringlock System, addi- tional guardrails must be installed to meet the minimum guardrail height (95cm) in accordance to EN 12811-1.

  • Page 17: Component Identification

    User Information Ringlock Ringlock Overview Component Identification The following diagram represents the most common Ringlock components used. Most scaffold structures are made from these basic components yet the Rin- glock system comes with a variety of accessories for all your scaffolding requirements.
  • Page 18 Ringlock Overview User Information Ringlock A Base Jack B Starter Base Collar A Alum Stair Platform C Standard B Alum Stair Outer Guardrail D Bay Brace C Alum Stair Filler Guardrail E Ledger D Alum Stair Inner Guardrail F Guardrail (Ledger)

  • Page 19: Color Coded Components

    User Information Ringlock Ringlock Overview Color Coded Components A new feature offered by Doka is the horizontal compo- nents manufactured with a colourcoded identification label. This process allows the scaffolder to easily match particular components for each size of the bay to be erected.

  • Page 20: Scaffold

    These could pose a possible danger dur- ing the erection, use and dismantling of Ringlock and should be evaluated and adequately addressed in accordance with the requirements for provision of Risk Assessments and Method Statements.
  • Page 21 This is easily achieved with Ringlock system scaffold. dents. It is also a legal requirement and you have duties The three part side protection consists of two Ledgers under HSE legislation.

  • Page 22: Safety Harness Connection Points

    Scaffold User Information Ringlock Safety Harness Connection Points Connection Points for PPE standing level, depending on the length of the lanyard used, and the ground and/or obstacle below. Safety harness connection points can be made either All scaffolding work must be carried out in such a way on ledgers up to 2 m above the standing level or on the as to minimize the risk of falling.
  • Page 23 User Information Ringlock Scaffold Where to attach your Shock Absorbing Lanyard Below represents where you can safety attach a Scaf- fold hook/snap hook. ▪ Connection locations shown in Red are not suitable for fixing to. ▪ The anchorage points shown in Green are to support Shock Absorbing Lanyard fall arrest equipment.
  • Page 24 Scaffold User Information Ringlock Attachment point for personal fall- Connection to a Standard arrest set To ensure a positive connection is created it is recom- mended that joints between Standards are pinned together (ensure site/local regulations and current Leg- The following guidelines are provided to help you select islation are followed).
  • Page 25 ▪ Connection to a Ledger Scaffolders should hook on immediately after step- ping off a ladder or other means of access. Doka rec- ommends the use of a properly installed Davit Arm and retractable lanyard to ensure that workers are tied-off while climbing exterior.

  • Page 26: Falling Object Protection

    Bracket or Console Bracket the Ledger between the main platform and the extension can be covered using A Guardrail Ledgers the Ringlock Infill Plank. The Infill Plank rests on the Plank/Ledgers and creates a seamless working plat- B Toeboard form, free from gaps. They can also be secured to the C Infill Plank Ledger to prevent uplift in adverse weather conditions.

  • Page 27: Assembly Of Facade Scaffold

    User Information Ringlock Scaffold Assembly of Facade Scaffold Step 1 Step 2 ➤ The ground must be checked for sufficient loadbearing Using a spirit level, the scaffold is levelled horizon- capacity and suitable sole board, e.g. wooden planks, tally by turning the adjusting nuts on the base jack must be laid.
  • Page 28 Scaffold User Information Ringlock Step 3 Step 5 ➤ ➤ The length of the first standards on the inside of the Bay Braces are installed by first sliding on the lower scaffold is 2m and on the outside of the scaffold 3m.
  • Page 29 981 - 79 348 level are no longer needed unless the planks are used for access. A Advanced guardrail assemvled with Ringlock Ledgers ➤ From the temporary working level, the guardrail ledg- Step 8 ers as well as the decks of the next scaffolding level are installed, and the decks are secured with the wind latch.

  • Page 30: Ground Adjustment

    ➤ Continue with the erection of Ringlock scaffold fol- vide the sufficient stiffness by installing 50 cm below the lowing items 1. to 3. above. higher adjacent scaffold bay. The rest of the framework...

  • Page 31: Bridging Solutions

    For larger than 2 bay spans and/or higher loads on the scaffold, the Ringlock Lattice Girder can also be used. Step 4 With a height of 500mm, the Ringlock Lattice Girder has the same spacing as the Rosette spacing of the ➤...

  • Page 32: Stair Way Access Assembly On A Facade Scaffold

    Scaffold User Information Ringlock Stair Way Access Assembly on a Facade Scaffold Step 1 Step 3 ➤ ➤ To use the stairway, fully assemble the scaffold up to After installing the aluminum staircase and engaging the second scaffold level, see section 'Assembly of the wind latch, the outer railing can be installed and Facade Scaffold'.
  • Page 33 User Information Ringlock Scaffold Step 5 ➤ At the top level of the staircase, the longitudinal ledger at the deck level next to the stair platform is replaced by the landing ledger with spigot. This has a welded-spigot, which, together with a 1m vertical stile as an end post, guarantees the side pro- tection of the staircase landing.

  • Page 34: Ladder Access

    Scaffold User Information Ringlock Ladder Access Ladder Hatch Deck Internal Incline Ladder Access Up to a height of 5m, or in the case of single-family This Ladder Access involves installing inclined Ladders houses that comply with the maximum dimensions of...

  • Page 35: Brick Guard

    Protective Scaffolding' or local regulations. The width of the scaffolding and the distance from the edge to the scaffolding must be considered when designing the brick guard. All the planks of the Ringlock modular scaffold provide the capacity required to withstand as brick guard protection.

  • Page 36: Corner Solutions

    Scaffold User Information Ringlock Corner solutions Corner Solutions without internal A corner can be created in many different ways. Please see the below examples for the most common solu- Cantilever Platforms tions. NOTICE ▪ This is the most basic layout for a corner. All Ledgers...
  • Page 37 User Information Ringlock Scaffold Corner Solutions with internal Cantilever Platforms ▪ All Ledgers are present at the deck level and an internal Standard is used. An equivalent size bay to match the internal cantilever platform has been added. A fully closed corner has been developed with internal cantilevered platforms.

  • Page 38: Circular Scaffolds

    Circular Scaffolds Scaffolding around circular structures is relatively easy External when using the Ringlock Scaffold. The 8 slots on the rosette allow for some maneuverability for this exact application. Typically, the large trapezoidal slots on the rosette are used for the Diagonal Bracing and the smaller slots for the 90 degree setting of Ledgers and Transoms.

  • Page 39: Birdcage Scaffolding

    User Information Ringlock Scaffold Birdcage Scaffolding Safe Working Areas A Birdcage Scaffold is an arrangement of standards at regular intervals in both the ledger and transom direc- tion. These standards are laced together using ledgers to suit the required bay sizes. Birdcage towers are pre- dominately decked out on the top lift only and in some instances the perimeter bays are decked out.
  • Page 40 For any alternate birdcage designs larger than 6 bays wide by 6 bays long refer to your local Doka Technical representative for further design and clarification. 999817902 - 10/2022...

  • Page 41: Plank Arrangement

    User Information Ringlock Scaffold Plank Arrangement Ringlock Planks can be arranged using alternating or The Truss Ledger must be checked to ensure it is capa- parallel arrangements. The Plank arrangement ble of supporting the required duty rating. Refer to the...
  • Page 42 Scaffold User Information Ringlock Parallel Planks The Truss Ledger must be checked to ensure it is capa- ble of supporting the required duty rating. Refer to the tables to determine when to replace a typical Ledger Arrange the planks in a parallel fashion to allow the...

  • Page 43: Raised Ledger System (Rls)

    Raised Ledgers / Truss Ledgers by inserting into the top of a Ringlock Standard (without spigot). ▪ Raised Ledger Guardrail – is a Ringlock ‘Crazy Leg’ or ‘Guardrail Standard’ but connects directly to the Ringlock rosette and extends above the raised Plank so that the guardrail can be installed at the correct height.

  • Page 44: Suspended Scaffolding

    Detail 1: Girder Coupler Arrangement A Standard B Suspension no more than 0.3m from I-Beam C If lower loads are required a typical short Scaffold Tube can be used instead of a Ringlock Standard D I-Beam E D/F Right Angle Coupler F Scaffold Tube Note: Typical Total Suspension Load with Box Tie.
  • Page 45 User Information Ringlock Scaffold Connections between Standards Detail 4: Crimped or Bolted Spigot Standard Con- nection ▪ When using tubes and couplers as a connection method, additional check coupler(s) should always be installed. ▪ There are different methods connect the vertical Standards together at the splice via Hanging Stand- ard or Leg Locks in pair.

  • Page 46: Cantilever

    The Ringlock System can accommodate cantilevers by to the Ringlock standard. Brackets can be attached on the adding additional Bay Braces, Standards, and the inside or outside legs and can be installed as a 'hop Ledgers/Truss Ledgers.
  • Page 47 The lattice girder should be installed using at minimum 4 right angle couplers attached to 2 and Aluminum Ringlock Standards (back span). In order to install a lat- tice girder at the cantilever, the Ringlock Standard must be extended 1m below the working level. Counter-...

  • Page 48: Gaps In Platforms

    Mid Transom method except the Ledger to Plank Tran- som method secures to a Ledger at one end and rests on a Ringlock Plank at the other. The Ledger to Plank Transom method is particularly useful when openings are required next to the edge of a bay.
  • Page 49 The Infill Plank covers any unwanted gaps between adjacent bays. Install the Ringlock Infill Plank over the The illustration shows the use of Gap Filler Plank is Ringlock Ledger. Use this method when a Side/Hop-Up lapped over Ringlock Planks.

  • Page 50: Methods Of Stabilising Scaffolds

    Scaffold User Information Ringlock Methods of Stabilising Scaffolds Single Butress Stabilization Attach the anchor to the structure and then connect it to the scaffold wall via a tie tube with a proprietary clamp. NOTICE A Buttress is an extension of the primary scaffold.
  • Page 51 User Information Ringlock Scaffold Double Butress Stabilization In some instances, it is not possible to butt tie the scaf- fold to a supporting structure. When this occurs, double buttress the scaffold as shown in the above example. It is recommended Free Standing Towers do not exceed the minimum height-to-base ratio of 4:1.

  • Page 52: Rebar Scaffold

    Scaffold User Information Ringlock Rebar Scaffold over 4.2 m platform height Rebar Scaffolds are used to access formwork or wall rebar without the need for wall ties. Scaffold stability is maintained by widening the base Based on Model Building Code (Musterbauordnung), and using pressure ties against the existing wall.

  • Page 53: Mobile Scaffolds

    User Information Ringlock Scaffold Mobile Scaffolds Safty Guidelines for Erection for The purpose of rolling scaffolds is to access large areas with the minimum amount of material on a flat/level sur- Rolling Scaffolds face. The following precautions apply to the erection of roll-...

  • Page 54: Ringlock Shoring

    User Information Ringlock Ringlock Shoring Shoring Component Overview The below diagram is a generic example of a Ringlock Shoring tower. The Ringlock system components and Shoring accessories are designed to be interchangea- ble to meet the demands of construction projects around the world and may require the use of Heavy Duty Base Jacks and U-Heads.

  • Page 55: Erection Guidelines For 4 Leg Stair Tower

    User Information Ringlock Erection Guidelines for 4 Leg Stair Tower Erection Guidelines for 4 Leg Stair Tower 98179-236-01 999817902 - 10/2022...
  • Page 56 In the following, the 4-legged platform stair tower is pre- sented, which consists of standard components of the Ringlock scaffolding system and can be integrated into an existing scaffolding or may also be used inde- pendently. lf required, access to each scaffolding level can be provided.
  • Page 57 User Information Ringlock Erection Guidelines for 4 Leg Stair Tower 4 Leg Aluminum Stair Tower Erection Guidelines Steps Step 1 Step 3 ➤ ➤ The installation base must be checked for sufficient The length of the vertical standards of the lowest load-bearing capacity and suitable load-distributing layer is 3m.
  • Page 58 Erection Guidelines for 4 Leg Stair Tower User Information Ringlock Step 4 Step 5 ➤ ➤ With temporarily attached ledgers and a single-han- After the installation of the guardrail, a temporary dle step ladder, the leading side protection can be level is formed from two steel layers on the opposite installed from a secured position.
  • Page 59 User Information Ringlock Erection Guidelines for 4 Leg Stair Tower Step 6 ➤ For further assembly of the stair tower, the use of personal protective equipment against falls from a height (PPE) is required. Suitable safety harness connection points are located in the 'Safety Harness Connection Points' section.

  • Page 60: Ringlock Aluminum Stair Tower (4 Leg) Layout

    Erection Guidelines for 4 Leg Stair Tower User Information Ringlock Ringlock Aluminum Stair Tower (4 Leg) Layout The below detail is for a 4 Leg Stair Tower, see 'Rin- glock Stair Tower (4 Leg) Quantity Lists'. Plan 98179-249-01 d ... 1.40 m Elevation a ...

  • Page 61: Ringlock Stair Tower (4 Leg) Quantity Lists

    User Information Ringlock Erection Guidelines for 4 Leg Stair Tower Ringlock Stair Tower (4 Leg) Quantity Lists The below tables illustrate the material requirements for a 4 Leg Stair Tower up to 6 m high and the material required for each additional 2 m lift above this height.

  • Page 62: Erection Guidelines For 10 Leg Stair Tower

    Erection Guidelines for 10 Leg Stair Tower User Information Ringlock Erection Guidelines for 10 Leg Stair Tower 98179-224-01 999817902 - 10/2022...

  • Page 63: Stair Tower General Arrangement (10 Leg)

    The landings are constructed from steel Planks and fit- ted out with Toeboards. Every Ringlock Scaffold and Stair Tower needs to be tied to a rigid construction for stability depending on its height and least base dimension. At heights above 4.0 m the Stair Tower needs to be fastened to the...

  • Page 64: Notes On Safe Use Of Stair Towers

    ▪ The users of the stairs need to be aware that any changes to the scaffold must be properly engineered and erected in accordance with Doka and the Build- ing Regulations for landings and stair arrangements etc. ▪...

  • Page 65: 10-Leg Stair Tower Erection Guidelines Steps

    User Information Ringlock Erection Guidelines for 10 Leg Stair Tower 10-Leg Stair Tower Erection Guidelines Steps Step 1 Step 3 ➤ ➤ Place the Base Collars over the Base Jacks. Erect 3.0m Standards onto each base Collar and Jack and assemble the Ledgers and Transoms for the first lift.
  • Page 66 Erection Guidelines for 10 Leg Stair Tower User Information Ringlock Step 4 Step 6 ➤ Place the Stair Treads between the Stringers. Make The second landing can be assembled by following the sure that the pin on the Stringer fits exactly into the next consecutive steps: slot holes of the Tread.
  • Page 67 The tower is now complete up to the third lift. ➤ Continue with is method until the full height of the Stair tower is reached. For notes on dismantling the Ringlock Stair Tower refer 98179-232-01 to 'Guide to Dismantling Ringlock Scaffolds'. 999817902 - 10/2022...

  • Page 68: Ringlock Stair Tower (10 Leg) Layout

    Erection Guidelines for 10 Leg Stair Tower User Information Ringlock Ringlock Stair Tower (10 Leg) Layout Below is the General Arrangement for the Ringlock 10- Leg Steel Stair. See 'Stair Tower (10 Leg) Quantitiy Lists'. Plan 98179-225-01 d ... 2.07 m...

  • Page 69: Stair Tower (10 Leg) Quantitiy Lists

    User Information Ringlock Erection Guidelines for 10 Leg Stair Tower Stair Tower (10 Leg) Quantitiy Lists The below tables illustrate the material requirements for an 10 Leg Stair Tower up to 6 m high and the mate- rial required for each additional 2 m lift above this height.

  • Page 70: General

    ▪ All planks must be secured to ledgers or removed prior to use. ▪ Rigging to be connected to Ringlock lifting lugs or straps connected under Ringlock rosettes with a check clamp fitted above the rosette. (Reference Lift- ing Arrangement) ▪...
  • Page 71 Temporary Bracing is job specific and is dependent on Lifting Lugs (Hanging Standard) the lift arrangement and rigging location. Please refer to an Doka technical representative for the proper design and configuration of any Temporary Bracing on any Ringlock System.

  • Page 72: Tying And Bracing Patterns

    General User Information Ringlock Tying and Bracing Patterns Wall Anchoring of Ringlock also helps with the load transfer of forces parallel to the facade. Scaffolding Anchors have a significant influence on the stability of the scaffolding and are to be continuously installed dur- ing scaffolding assembly.The anchorage surface must...
  • Page 73 User Information Ringlock General Appendix D - Excerpt from the general building authority approval Z-8.22-992 /  P %DVLF FRQILJXUDWLRQ ZLWKZLWKRXW SURWHFWLYH ZDOO 3DUWO\ RSHQ IDoDGH &ORVHG IDoDGH 8QFODG VFDIIROG ORDG FODVV  (1  'HFNLQJ SODQH +DQGUDLO SRVW WUDQVRP ...
  • Page 74 General User Information Ringlock /  P %UDFNHW FRQILJXUDWLRQ ZLWKZLWKRXW SURWHFWLYH ZDOO 3DUWO\ RSHQ IDoDGH &ORVHG IDoDGH 8QFODG VFDIIROG ORDG FODVV  (1  'HFNLQJ SODQH +DQGUDLO SRVW WUDQVRP P P P 9DQFKRU 6FUHZMDFN  K 63  FP VHH FORVHXS LQ $QQH[ ' 3DJH ...
  • Page 75 User Information Ringlock General /  P %DVLF FRQILJXUDWLRQ DQG EUDFNHW FRQILJXUDWLRQ ZLWK VWDLUZD\ 3DUWO\ RSHQ IDoDGH &ORVHG IDoDGH 8QFODG VFDIIROG ORDG FODVV  (1  2W\SH OHGJHU IRU VWDLU H[LW &ORVHXS $ )RRW DUHD VWDLUZD\ &ORVH XS $ P...
  • Page 76 General User Information Ringlock 6FDIIROG KROGHU FRQQHFWHG WR LQVLGH VWDQGDUG ZLWK QRUPDO FRXSOHU %DVLF FRQILJXUDWLRQ %UDFNHW FRQILJXUDWLRQ 9DQFKRU 3DLUV RI DQFKRUV FRQQHFWHG ZLWK QRUPDO FRXSOHUV WR WKH LQVLGH VWDQGDUGV LQ D 9VKDSH DW DQ DQJOH RI DSSUR[ “ƒ LQ WKH IUDPH SODQH...

  • Page 77: Additional Safety Guidelines

    Company ▪ The erection of Ringlock system scaffolding is a management. skilled task and must only be carried out by trained - Ensure that the scaffold is adequately tied to the personnel.
  • Page 78 1.0 m (usually 5 rungs) above the landing place. Equipment ▪ Ensure that the Ladder is fastened to Ringlock with an appropriate Ladder attachment coupler or 18 mm ▪ Wear the appropriate type of gloves to protect your polypropylene rope.
  • Page 79 User Information Ringlock General the load slightly from the ground or platform and make certain that it is secure before raising or lower- ing further. ▪ Erect signs to indicate that hoisting activities are tak- ing place around the safe area. Before any lifting or...

  • Page 80: Guide To Dismantling Ringlock Scaffolds

    The following points are not to be considered unique to the Ringlock scaffold, but used as a guide for safe prac- tices. ▪...

  • Page 81: Comparison Of The Article List Of Doka And At-Pac

    User Information Ringlock General Comparison of the article list of Doka and AT-PAC Doka AT-PAC Article N° Article designation Article N° Article designation 301010500 Standard 0.50m crimped spigot 01.01.050.00 Standard .5m/1'8" (1 Ring) - Crimped Spigot 301011000 Standard 1.00m crimped spigot 01.01.100.00...
  • Page 82 General User Information Ringlock Doka AT-PAC Article N° Article designation Article N° Article designation 301236405 Ledger to plank transom 64cm 2B 01.23.640.50 Ledger to Plank Transom O-Type 640mm - 2 Board 301239605 Ledger to plank transom 96cm 3B 01.23.960.50 Ledger to Plank Transom O-Type 960mm - 3 Board...
  • Page 83 User Information Ringlock General Doka AT-PAC Article N° Article designation Article N° Article designation 304042005 Beam clamp swivel SW21 04.04.200.50 BEAM Clamp Swivel 2", 21mm Nut (UK) 304052025 T-bolt right angle clamp SW21 04.05.202.50 T-BOLT Right Angle Clamp 2x2, 21mm Nut (UK)
  • Page 84 General User Information Ringlock Doka AT-PAC Article N° Article designation Article N° Article designation 308131255 Gap filler plank 32/125cm 08.13.125.50 Gap Filler Plank 320 x 1.25m 308131505 Gap filler plank 32/150cm 08.13.150.50 Gap Filler Plank 320 x 1.50m 308131755 Gap filler plank 32/175cm 08.13.175.50...
  • Page 85 User Information Ringlock General Doka AT-PAC Article N° Article designation Article N° Article designation 319021005 Alum. hatch deck 100cm 19.02.100.50 Alum ladder hatch deck 100cm 319021575 Alum. hatch deck 157cm 19.02.157.50 Alum ladder hatch deck 157cm 319022075 Alum. hatch deck 207cm 19.02.207.50...

  • Page 86: Article List

    Article list User Information Ringlock [kg] Article N° [kg] Article N° Article list [kg] Article N° Base jack 60cm 3.7 306010600 4-way screw jack head 60cm 7.2 328450600 Fußspindel 60cm Vierwegkopfspindel 60cm Swivel base jack 78cm 5.6 306030780 Fußspindel schwenkbar 78cm Screw jack U-head 60cm 6.8 328460600...
  • Page 87 User Information Ringlock Article list [kg] Article N° [kg] Article N° Jack retainer for lifting SW21 3.7 306110005 Truss ledger 1.40m 9.4 301181400 Jack retainer for lifting SW22 EU 3.7 306110004 Truss ledger 1.57m 10.4 301181575 Jack retainer for lifting SW23 3.7 306110003...
  • Page 88 Article list User Information Ringlock [kg] Article N° [kg] Article N° Bay brace 150/73cm 5.9 301070735 Girder spigot adapter clamp SW21 3.4 305082005 Bay brace 150/104cm 6.3 301071045 Girder spigot adapter clamp SW22 EU 3.4 305082004 Bay brace 150/109cm 6.4 301071095 Girder spigot adapter clamp SW23 3.4 305082003...
  • Page 89 User Information Ringlock Article list [kg] Article N° [kg] Article N° Steel plank 32/73cm 6.8 308030735 Infill plank 0.73m 2.8 308070735 Steel plank 32/109cm 9.1 308031095 Infill plank 1.09m 4.5 308071095 Steel plank 32/140cm 11.1 308031405 Infill plank 1.40m 6.0 308071405 Steel plank 32/157cm 12.2 308031575...
  • Page 90 Article list User Information Ringlock [kg] Article N° [kg] Article N° Stair stringer right 200/207cm 15.5 315082075 Aluminium ladder 2.40m 7.2 314012400 Stair stringer left 200/207cm 15.5 315072075 Aluminium ladder 3.60m 10.8 314013600 Aluminium ladder 4.80m 14.4 314014800 Treppenwange Aluminium ladder 6.00m 18.0 314016000...
  • Page 91 User Information Ringlock Article list [kg] Article N° [kg] Article N° Alum. stair inner guardrail 100/257cm 11.2 316080005 Alum. stair outer guardrail 200/257cm 16.8 316062575 Alu-Treppe Innengeländer 100/257cm Alum. stair outer guardrail 200/307cm 18.4 316063075 Alu-Außengeländer Alum. stair inner guardrail 100/160cm 11.2 316161600...
  • Page 92 Article list User Information Ringlock [kg] Article N° [kg] Article N° Return ledger hook 1.5 301410005 Swivel adapter clamp SW21 1.8 305022005 Riegelanschlusshaken Swivel adapter clamp SW22 EU 1.8 305022004 Swivel adapter clamp SW23 1.8 305022003 Keilkopfkupplung drehbar Beam clamp forged rigid SW21 1.7 304032005...
  • Page 93 User Information Ringlock Article list [kg] Article N° [kg] Article N° Scaffold storage rack with mesh 1.20x1.20m 84.6 399200010 Reversible ratchet 3/4" 1.5 580894000 Gerüst-Stapelpalette mit Gitter 1,20x1,20m Umschaltknarre 3/4" Galvanised Box nut 22 3/4" L 0.22 582844000 Stecknuss 22 3/4" L Scaffold storage rack 1.20x1.20m...
  • Page 94 Article list User Information Ringlock [kg] Article N° [kg] Article N° Girder transom 0.73m 7.6 301650735 Girder transom 1.09m 8.9 301651095 Trägerriegel U ledger 0.73m 3.2 301040735 U-Riegel 0,73m Girder transom 0.73m inside bracket 10.6 301670735 Girder transom 1.09m inside bracket 11.8 301671095...
  • Page 95 User Information Ringlock Note: Articles with the following designation: ▪ "SW21": Available in MEA and LATAM ▪ "SW22": Available in EU ▪ "SW23": Available in EAP "SW" ... Nut size ... Product under DIBt Approval 999817902 - 10/2022...
  • Page 96 70 countries, the Doka Group has a highly efficient dis- than 6000. tribution network which ensures that equipment and Doka GmbH | Josef Umdasch Platz 1 | 3300 Amstetten | Austria | T +43 7472 605-0 | F +43 7472 66430 | info@doka.com | www.doka.com 999817902 - 10/2022...

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