Title Page
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Conducted on
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Prepared by
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Location
A. Access to plots
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Is access to the plot provided with adequate unobstructed head access?
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Has a suitable exclusion zone been established for ongoing scaffolding works?
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Does the exclusion zone comprise of eight barriers and four warning signs?
B. Proprietary stairways and ladder access
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Is all access provided to main working platforms via a stairwell?
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If tube and fitting stairs are utilised, is a proprietary stair set attached? Note: scaffold clips must not be used to secure steps.
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Are stairs not in use secure to prevent unauthorised access?
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Where ladders are used, are they EN 131 compliant - Professional - 150 kg SWL?
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Do ladders extend no more than 5 rungs above the working platform?
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Are ladders secured by both stiles using proprietary ladder fixings?
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Are ladder rungs profiled?
C. Birdcage scaffold
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Are birdcage scaffolds rated light duty? (10 boards@1.5m centre supports).
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Is the scaffold braced and has foot ties in place?
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Are all joints in standards and ledgers staggered?
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Are all scaffolds back propped to the ground floor?
D. Engineering components
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Are all engineered components supplied with data sheets/ loading calculations, e.g. Ladder beams.
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Are gallows brackets tested and of known capacity?
E. Foundations
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Is the ground level and firm?
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Is the ground prepared and maintained?
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Are scaffold foundations located at least 1m away from excavations?
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Are scaffolds located on the edge of a slope grounded on sole boards set back at least 300mm?
F. Guardrails & toe boards
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Are guardrails set at a minimum height of 950mm?
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Are intermediate rails set at a maximum height 470mm?
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Are toe boards set at a minimum height of 150mm?
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Are verge guardrails installed where table lifts do not offer suitable protection whilst working on roofs?
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Are single guardrails left in place on un-boarded lifts to enable safe dismantling?
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Are guardrails and toe boards fitted to foot scaffolds?
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Are brick guards suitably attached to toe boards?
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Are roofs exceeding a 40 degree pitch protected by additional external guard rails?
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Where the gap between the working platform exceeds 225mm, has a handrail been installed?
G. Lift heights
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On a tube and fitting scaffold, is the height of the platform set at 1.8m above the slab level to achieve the installation of first-floor joists?
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On non-system scaffold, is the height of the working platform set at 2m for render adaptions?
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Where access is required onto the roof, is the top lift set at a maximum of 200mm from the underside of the eaves?
H. Loading bays and gates
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Is the loading bay based out properly and well founded?
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Have loading bay towers footed on ground 1.5m below slab level been installed with a kicker rail set a 300mm from ground level?
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Is the loading bay tied to the main scaffold?
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Is the maximum gap between the outside standards not exceeding 3.85m?
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Are all standards punched up to each lift from the ledger below with load bearing and check couplers?
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Is bracing fitted to the front and side elevations at every lift?
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Is plan bracing fitted at each lift?
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Does the loading bay comprise 6 boards?
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Is the loading bay supported on 13 transoms at 320mm centres?
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Is spur bracing attached on the loading bay's handrails?
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Are brick guards secured on all sides?
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Are loading bay gates of a self-closing design?
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Is there a mesh infill section secured to the gate frame?
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Are gates closed securely at the bottom to prevent the fall of materials?
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Where system scaffolds are used, are the standards on the loading bay secured against lift by locking bolts or pins?
I. Low level scaffold
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On a small low roof, does the scaffold provide sufficient access to the front and sides of the roof?
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On a small low roof, is the working platform a minimum of 4 boards wide?
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Is ladder access provided with a self-closing gate providing continuous edge protection?
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On a large low roof, does the scaffold provide sufficient access to the front and sides of the roof?
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On a large low roof, is the working platform a minimum of 5 boards wide?
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Is ladder access provided with a self-closing gate providing continuous edge protection?
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Is a loading bay included for the loading of materials?
J1. Scaffold components: boards
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Are wooden boards in good condition not excessively split, cut or warped?
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Are wooded boards banded at both ends?
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Are boards clipped to prevent movement?
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Are there any red painted boards as part of a working platform?
J2. Scaffold components: fittings
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Are putlog clips, sleeve couplers and joints under no load bearing capacity?
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Do components have any distortion or flaws?
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Are any components missing?
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Are all moving parts well maintained?
J3. Scaffold components: internal standards
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Are the top of internal standards flush with working platforms?
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If not achievable, do standards protrude a minimum of 1m and are capped?
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Where a putlog scaffold is used, are load bearing couplers used on the corner returns?
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Where bridle supports are used, are load bearing couplers in place?
J4.Scaffold components: joints
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Are joints in standards and ledgers made using joint or sleeve couplers?
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Are joints staggered between lifts for standards and bays for ledgers?
J5. Ledgers
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Are ledgers horizontal? (+/- 20mm in 2m)
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Are ledgers secured to standards using load bearing couplers?
J6. Standards
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Are standards plumb? (+/- 20mm in 2m)
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Are standards secured at all node points?
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On independent scaffolds, are standards spaced at a maximum of 2m?
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On putlog scaffolds. are standards spaced at a maximum of 1.8m?
J7. Sole board/ base plates
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Are sole boards and base plates used on all tube/fitting and system scaffolds?
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Are sole boards a minimum 775mm x 225m x 35mm?
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Are sole boards of sound condition?
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On block and beam, are sole boards doubled up and span at least 3 beams?
J8. Transoms/ putlog
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Are spade ends or adaptors fully inserted into the brickwork?
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Are adaptors inserted into only bed joints?
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Are adaptors mixed with conventional putlogs?
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Are the spacings between transoms/putlogs not exceeding 1.2m?
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Are transoms placed no further than 50mm from the wall?
J9. Tubes
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Are tube ends squarely cut, not bent or distorted?
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Are tubes free from splits, creases and dents?
K. Sheeting/ netting on scaffolding
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Is any scaffold fitted with netting/ sheeting above 1 lift been subject to a design?
L. Signage
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Are 'Check your Working platform' signs displayed?
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Are '3 Points of Contact' signs displayed near ladders?
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Are 'Scaffolding Incomplete' signs utilised where scaffold is being adapted or is left incomplete?
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Are 'Scaffolders Exclusion Zone' signs utilised where scaffolding works are underway?
M. System scaffold
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Are all nodes (lugs/ caps) secure?
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Are standards secured by pins/ splice tubes on loading bays?
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Are hop ups fixed a maximum 1 node above/ below the main working platform?
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Is there are copy of the manufacturer's user instructions on site?.
N. Table lifts
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Are single table lifts set at a maximum height of 2m?
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Does the table have adequate ledger/ knee bracing?
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Is access to table lifts provided via a ladder and self- closing half gate?
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Are ladders positioned adjacent to the table lift so the step off point is to the side?
O. Tying in, bracing and buttressing
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Is all tube and fitting scaffolding tied to a structure as work progresses at a ratio of 1:16m2?
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Have 5% of drill/anchor ties or a minimum of 3 ties been subjected to 'pull out' tests?
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Are ties secured at the lift below the lift that is being worked on?
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Are tie tubes fitted to both ledgers within 300mm of a standard using double or swivel couplers?
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Are at least 50% of ties fitted to ledger braced standards?
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Is façade braced every six bays with a minimum of 2 bays braced?
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Is there ledger bracing every other bay on each lift?
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On a putlog scaffold, is there a ledger brace every other bay to a load bearing bridle and a foot tie in the first lift?
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Have buttressed scaffold been specifically designed as a support structure?
P. Underpropping floors/ punching through floors
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Has any underpropping been subject to a design by a structural engineer?
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Where blocks are loaded on the floor above the underpropping, are they placed on a run of two boards against the direction of the joists?
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Where block and beam floor/ jet floor is used, is the base of the underpropping spread across three support beams?
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Are sole boards doubled up and extend across the three support beams?
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Where independent scaffold standards are used to punch through floors, are the gaps minimal?
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Is ledger bracing provided on every alternate pair of standards?
Q. Working platforms
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Is the working platform Class 1? (3 boards wide for the passage of men and materials).
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Is the working platform Class 2? (4 boards wide for light duty).
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Is the working Class 3? (5 boards wide for general construction work).
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Do boards on the first lift over sail?
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Are all inside gaps kept to a minimum and not exceeding 225mm?
R. Waste chutes
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Has the waste chute been installed as per the manufacturers guidance?
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Does the chute assembly leave a clear space of 1m between the bottom of the chute and the top of the skip?
Truss racks
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Do truss racks have a maximum span of 10m?
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Do all truss racks have a maximum load of 4.5t?
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Are trusses stored on truss racks rested on node points?
Erecting or dismantling scaffold
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Are all tubes and boards temporarily rested against scaffold positioned securely?
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Are scaffolding materials stacked in excess?
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Are materials stored in stillages?
Untitled page
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Please complete the report and send the pdf to training@rgwilbrey.uk.com.