handbook best practice - connections

7/29/2019 Handbook Best Practice - Connections

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Hb

Bst praksis

ForBygging a

Fallnd gjnstandr

rev. 03-2012

www.mbefehe.

Hnbk

Best Practice

droPPed oBject

PreVeNtioN

rv. 03-2012


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Fw

Droed oects (DO) reset sgfcat safety challeges.

Sreys hae show that these challeges relate to a mer offactors, cldg wor rocesses, ehaor, desg, ad the -sffcet secrg of eqmet.

As a mroemet measre, Worg Together for Safety (SfS)decded to sse ths hadoo, whch smmarses releat re-qremets relatg to the secrg of tools, *fxed ad mog

eqmet.

The hadoo was orgally rodced y Statol, close col-laorato wth eqmet slers ad sers. A SfS worggro, wth memers from oth oerators ad slers, has eeresosle for the resos made to ths edto. The rose ofthe hadoo s to dssemate owledge ad est ractce to the

etre dstry we shall ot hae droed oects or dstry!Two fdametal cocets all HSE wor are a derstadgof rs ad a arrer-ased aroach. Rs cldes oth roal-ty ad coseqeces. The roalty that a DO wll occr ca esgfcatly redced throgh good desg ad the estalshmetof the arrers descred ths hadoo. The coseqeces ca

also e redced throgh good desg ad lag: Low-weghteqmet laced at low heghts ad away from walways reslts redced rs throgh redced coseqeces.

SfS wold le to tha Statol for tag the tate to createths hadoo, ad ecorages eeryoe to se t actely orderto derstad ad estalsh the ecessary arrers. We wold alsole to tha DOM Gro AS for ther assstace wth mages adthe layot of ths edto.

Eqmet slers artclar are ecoraged to cotallywor to fd safer soltos.

Hgo HalorseGeeral Maager, SfS


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tbl nnForeword ................................................................................. 2

The purpose oF This handbook...................................... 6

abbreviaTions / Terms ......................................................... 8

parT 1: General inFormaTion.......................................... 11

CHApTER 1: THE MOST iMpORTAnT AREAS

WHERE DO DROppED ObjECTS OCCuR? .... 11CHApTER 2: bARRiERS .............................................................. 12

CHApTER 3: FALL EnERGy AnD FALL FACTORS ................ 14

CHApTER 4: ROuTinES FOR WORk AT HEiGHT .................. 16

CHApTER 5: SECuRinG TOOLS AnD EquipMEnT

DuRinG WORk AT HEiGHT ............................... 175.1: Secrg tools 5 g ......................................... 20

5.3: Secrg other ortale emet ................... 22

5.4: Secrg emet ad arts .......................... 24

5.5: Tool caets for wor at heght ....................... 26

CHApTER 6: SECuRinG pERSOnnEL ..................................... 28

CHApTER 7: SECuRinG TOOLS AnD EquipMEnT

AGAinST WinD AnD WEATHER

COnDiTiOnS ......................................................... 30

CHApTER 8: unnECESSARy EquipMEnT AT HEiGHT ....... 32

CHApTER 9: pOST inSpECTiOn /

FinAL CHECk OF THE WORk SiTE .................. 34

CHApTER 10: ObSERvATiOn TECHniquE............................... 36

CHApTER 11: RESpOnSibiLiTy AnD FOLLOW-up ................ 37

CHApTER 12: GALvAniC CORROSiOn ..................................... 38


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parT 2: securinG Fixed equipmenT................................ 40

CHApTER 13: bOLTED COnnECTiOnS ..................................... 41

13.1: nord-Loc olt secrg sstem .................... 42

13.2: Sraloc ......................................................... 42

13.3: Castle ts wth cotter s ............................. 44

13.4: nloc loc ts ............................................... 44

13.5: All-metal loc ts ......................................... 4613.6: Ta washers / Ta lates ................................. 46

13.7: palt .............................................................. 48

13.8: Loc-wrg .................................................... 48

13.9: Secal olts .................................................... 50

CHApTER 14: SECuRinG DEviCES ........................................... 52

14.1: Correct se of cotter s ................................ 53

14.2: Secrg s / safet s .............................. 54

14.3: Wre, chas ad colgs ............................. 56

14.4: Correct stallato of wre clams ................. 58

CHApTER 15: STRuCTuRE .......................................................... 60

15.1: Gratg ............................................................ 6115.2: pg ad emet feedthroghs ............... 62

15.3: Ralgs ........................................................... 64

15.4: Toe oards ....................................................... 66

15.5: Swg gates ..................................................... 68

15.6: Ladders ........................................................... 70

15.7: Wd walls ...................................................... 72

CHApTER 16: ELECTRiCAL EquipMEnT

AnD inSTRuMEnTS ............................................ 74

16.1: Floodlghts ...................................................... 75

16.2: Lghtg fxtres ............................................. 76

16.3: nagato lghts / laters ............................. 78


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16.4: CCTv cameras ............................................... 80

16.5: Crae oom camera ad floodlghts ............... 84

16.6: Lodseaers .................................................. 86

16.7: jcto oxes ad caets ........................... 88

16.8: Cale tras ad cale ladders ......................... 90

16.9: Ateas, wdsocs ad sesors ................... 92

CHApTER 17: OTHER EquipMEnT ............................................ 9417.1: vale hadles ad ale wheels ..................... 95

17.2: Cha-oerated ales .................................... 96

17.3: Locs o slato claddg .......................... 98

17.4: Storage ad lacemet of gas clders ......... 100

17.5: Satch locs .................................................. 102

17.6: umlcal roller sheaes (baaa sheaes) .... 10417.7: Loo hoses ...................................................... 106

17.8: Sgs ............................................................... 108

17.9: Racs ad storage ........................................... 110

17.10: Derrc eacato emet ...................... 112

relevanT reFerences.......................................................... 114


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th pup h hnbk

Ths hadoo s teded to hel elmate the rs of droed

oects. it ales to eqmet that shall e rocred, as well as toeqmet that s already se. best ractces hae ee rearedfor the eqmet coered ths docmet, whch may casesset a ew stadard for or acttes. A mortat goal has ee todefe arrers that shall reet droed oects, ad whch shalle sed the rocremet, se ad mateace of eqmet.

Whe rocrg ew eqmet, we mst edeaor to se -tegrated soltos/arrers, sce ths s the ass for elmatgdroed oects. Ths meas that oth slers ad yers mste aware of ths challege.

Whe stallg ew eqmet, a ealato of the rss relat-

g to chose locato mst e carred ot order to redce thedager of collsos/DO. i addto, eqmet mst e desgedto wthstad the eromet for whch t s teded, ad stalledto wthstad the safest ossle access for mateace (ref. nOR-SOk, pSA, OLF ad the norwega Laor isecto Athorty).

The est ractces descred ths hadoo mst e comled

wth throghot the etre ale cha, from desg to remoal.by followg est ractces, we wll moe towards acheg oroerall goal of 0 droed oects.

For lftg oeratos, the acg ad secrg of loads, ad these ad secto of load cotaers, lease refer to OLF gde-le 116 ad nORSOk R-003 / R-005.

Who s resosle? Eeryoe the ale cha! (See ext age)


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abbvn / m

abs: Amerca brea of Shg

ad: Aredsdeartemetet (The norwega Mstry of Laor)

aisi: Amerca iro ad Steel isttte

api: Amerca petrolem isttte, sses rodcto stadardsfor eqmet sed the ol dstry.

at: Aredstlsyet (The norwega Laor isecto Athor-

ty)

b, y: A arrer that s estalshed throgh stallgeqmet accordace wth a stadard rocedre or throgholts eg stalled wth sffcet torqe/reteso.

b, y (y tt): A arrer that s esta-lshed order to achee a extra leel of safety (e.g. safety wre,the locg of olt coectos order to aod loss of torqe adreteso), ad to rotect ad secre eqmet ad ersoel.

ccTv: (Closed-crct teleso) srellace camera

ctt : A erso that ca docmet ractcal adtheoretcal owledge wth a artclar area or dscle.

dibt: Detsches isttt fr batech

dv: Det norse vertas

dt: Eqmet mst e laelled a way that esrestracealty to the rodcer or morter, ad wth formato -cldg the load, area of alcato ad rodct stadard.

dt tg: Trag throgh whch t ca e doc-meted that the erso who shall se the eqmet has receedractcal ad theoretcal trag that rodes owledge aotthe eqmets assemly, oerato, tlsato ad areas of a-lcato, as well as mateace ad cotrol accordace wththe reqremets that are set for the safe se ad oerato of theeqmet reglatos ad ser gdes.


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do: Droed oect, .e. the cotrolled moemet of a oect

from oe leel to aother. it s emhassed that droed oects doot oly occr drg wor at heghts.

drops: Droed Oect preeto Scheme, a gloal dstrytate that focses o the reeto of droed oects (www.drosole.org).

en: Eroea Stadards, ssed y CEn (The Eroea Commt-tee for Stadardsato) ad adoted y oe of the three recogsedEroea stadardsato odes CEn, CEnELEC or ETSi.

F.e.m: Eroea Federato of Materal Hadlg

hse: Health, safety ad the eromet

iso: iteratoal Orgasato for Stadardsato

lftg qt: Commo term for lftg gear, lftg al-aces ad lftg comoets, sed comato or ddally

nhd: nrgs- og Hadelsdeartemetet (The norwega Ms-try of Trade ad idstry)

olF: Oledstres ladsforeg (The norwega Ol idstry

Assocato)psa: The petrolem Safety Athorty

rk: A exresso of the dager that a desrale cdetreresets to eole, the eromet or materal assets. The rsexresses the roalty of a accdet occrrg, as well as tscoseqeces.

rk t: A systematc method of descrg ad/or cal-clatg the rs to eole, the eromet ad eqmet. A rsaalyss s carred ot throgh the mag of desrale c-dets ad ther cases ad coseqeces.

rnnp: Rso nors petrolemsrsomhet (Treds rsleels the norwega etrolem dstry)


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sfs: Samared for Serhet (Worg Together for Safety)

s amog the most extese collaorate roects wth the feldof health, safety ad the eromet (HSE) wth the ol ad gasdstry.

swl:Safe worg load

Tv: Techscher erwachgsere

wk lk: A Wea L s teded to e the weaest coectoot etwee a tool ad ts ser. The ser s ale to dscoectfrom the tool wth a strog tg shold a emergecy stato oc-cr. Wea L 1 g s desged to wthstad a tg of 10 joleswthot deformato, Wea L 2 g s desged to wthstad atg of 20 joles wthot deformato, etc.

wk t gt: All wor carred ot at a heght of 2 m or moreaoe a fxed dec. Rememer that o a offshore stallato,wor at heght ca e carred ot o all decs. be aware of esselsad ssea eqmet.

wll: Worg load lmt

s/t :i ths hadoo, the word mst or shall s sed where weelee that athorty reqremets aly.

The word shold refers to a est ractce. if aother solto sselected, a eqal or etter leel of safety mst e docmeted.


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P 1: Gnl nmn

chp 1: th mmpn wh pp b u?

The pSAs roect Treds rs leels the norwega etro-

lem dstry (Rnnp), lshes a aal reort whch loos atthe leel of rs wth the etrolem dstry. Oe of the sreyeddcators s droed oects, DFu 21.

Drg the erod 2002-2010, a aerage of 235 cdets relatedto droed oects were reorted to Rnnp each year. The merof cdets reorted each year has remaed relately stale, wth

a slght decrease drg the last three years, to 146 cdets 2010. O the norwega cotetal shelf, two deaths ad 85 er-soal res related to droed oects hae occrred sce 2002.

Accordg to Rnnp, aroxmately half of all droed oects -cdets that occrred recet years were related ether to drllgad wells or craes ad lftg related wor. Of the 873 aalysed

DO cdets that occrred etwee 2006-2010, 27% were relatedto desg/techcal soltos, 44% to hma factors, ad the re-mag 29% were de to exteral codtos sch as the weather,wd, waes, etc. For more detaled formato, lease see theaal Rnnp reort.

T ft y tt do t t f t t fk t t ty.


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kap.2: Barrierer

Barrierer er funksjoner og tiltak som skal hindre eller redusere

konsekvensene av unskede hendelser.

Vi har tre hovedtyper barrierer:

Menneskelige, Tekniske og Organisatoriske.

Eksempler p slike finner du nedenfor. Felles for alle er at de ikke

skal vre hindringer for effektiv jobbing, men ekstra sikkerhetsnett.

chp 2:B

barrers are fctos ad measres that shall reet or redce thecoseqeces of desrale cdets.

We hae three ma tyes of arrers:h, T ogt.

Examles of these tyes of arrers are ge elow. Commo toall arrers s that they shall ot ostrct effecte wor rocesses,t rode a extra safety et.


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hTo

- h

(owledge, exerece, qaltes ad oeratoal methods)

- T t(safety wres, nord-Loc, cotter s, tool ags, etc.) aloe casere as arrer fctos, t they ofte eed to e comedwth orgasatoal ad/or hma soltos

- ogt(rocedres, secfcatos, checlsts, etc.)

H ad O soltos t flfl arrer fctos aloe; they mstalways e comed wth at least oe of the other soltos.

Ths hadoo maly descres techcal arrers.


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chp 3:Fll ngy n ll

F ft

The fall factordescres the seer-t of a fall. it s aexresso of the

relatosh etweethe legth of the fallad the legth of roeaalale to damethe fall. (if a lfe lefor fall asorto ssed comato

wth a safet haressthe lfe le mst eeed wth a

eerg-asorg fall damer. A lfe le wthot fall damer rodeso fall rotecto. Ths shold ol e sed to reet someoe fromfallg (postog le)

The fall factor s calclated sg the formla o the ext age


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Fall energy

All equimet at height has a otetial fall eergy, which is

deedet uo the equimets weight ad the height from which

it may fall.

Fall eergy (Ef) is measured i joules, ad calculated usig the

formula Ef=mgh, where m = the weight of the obect i kg, h = the

height from which the obect is droed, ad g = the gravitatioal

acceleratio (9.81m/s2).

The figure to the left is based o this formula, ad ca be used to

calculate fall eergy to estimate the severity of ossible iuries.

The otetial for iury deeds uo a umber of factors, iclud-

ig the equimets fall eergy, hardess ad shae, where it hits

the body, etc.

A fall eergy over 40 joules (red area) may result i serious iury

or death.

A fall eergy betwee 20 ad 40 joules (yellow area) may result i

the eed for medical treatmet.

A fall eergy betwee 0 ad 20 joules (gree area) may result i

the eed for first aid, or o iury.

The iury otetial must be classified i accordace with these

values, ad if ecessary adusted with regard to the tye of droed

obect. Shar obects with low kietic eergy ca have a higher i-

ury otetial tha a blut/soft obect with a higher kietic eergy.The limits described above are the orms used i the norwe-

gia etroleum idustry. SfS is aware that other forums, such as

DROpS, oerate with other limit values.

Fall factor

The fall factor is the legth of the fall divided by the legth of the

securig device that absorbs the fall eergy. The force to which a

erso or obect is exosed deeds o the eergy-absorbig ro-

erties of the securig device (ability to legthe without break-

ig). Eergy absorbers are therefore imortat, eve o securig

devices for tools.

Whe securig ersos agaist fallig, the fall factor must ref-

erably be ket below factor 1, ad shall uder o circumstaces

exceed factor 2.


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chp 4:run wk hgh

Wor oeratos wth the ol dstry ofte ole wor atheght. May oeratos therefore cota a elemet of rs deto heght:

Youareexposedtoequipmentorworkoperationsaboveyou

Personnelbelowyouareexposedtoyourwork

Youworkatheightaboveadeck

We dstgsh etwee the secrg of ersoel worg atheght, the secrg of ermaet eqmet, ad the secrg oftools ad arts that are sed at heght drg a wor oerato.

ideally, all wor shold e carred ot o a dec wth ts eds ad

oegs secred agast falls to a lower leel. i ths stato, theexectg worer s secred agast falls, ad other ersoel arerotected from droed oects.

Howeer, may oeratos mst e exected at heght. For schoeratos, aroed scaffoldg together wth secred tools/

eqmet ad access cotrol wll rode the desred leel of sa-fety. if t s most arorate to wor from ladders, rdg elts orclmg eqmet, the exectg worer mst also e actelysecred, ad a resce la mst e lace.

Checlst Selectappropriateequipment

Onlyuseapprovedmaterials(approvedscaffolding) Donotstartworkbeforeyouhavecheckedthattheequipment

s accordace wth reglatos Ensurethataccesstotheareaisrestrictedifnecessary

Usefallprotectionequipmentifnecessary(documentedtheo-retcal ad ractcal trag s a rereqste)

Secureequipmentandtools


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chp 5:sung l n qupmnung wk hgh

Whe sg tools at heght, the otetal for droed oects sgreat, ad reresets a sgfcat rs.


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ct 5.1: sg t


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bt t

Alluseoftoolsatheightmustberiskassessed

Alltoolsshallbesecuredagainstbeingdropped,bothduring

trasort/mog ad drg wor

Attachment points/devices on tools andbagsmust be docu-metale

Fasteningsontoolsshallbeenergy-absorbing(falldamper)

Aweaklinkshallbeinstalledbetweenthebodyandsafetywire

whe fall arrest deces are sed. Wea ls for tools wegh-g oer 2 g shold ot e sed

Toolsheavierthan2kgshouldnotbesecuredtothebody

A tool bagwith internal loops should be usedwhen several

ad/or heay tools are sed at heght

Wriststrapscanbeusedforonetoolweighinglessthan1kg,

wth a wea l

Ifanattachmentpointother than thebeltorbagis required,

se a arorate art of the srrodg strctre, referalyaoe the wor leel

For work on/near rotating machines or moving equipment,

tools shold ormally e secred to the adacet strctre

Toolsusedatheightshouldbecheckedout/in(ref.Toolcabi-ets for wor at heght) to esre that othg s left ehd


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ct 5.2: sg t >5 kg


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bt t

Alluseofheavytoolsandhand-heldmachinerywhereequip-

met may fall to a derlyg leel mst e rs assessed

Allheavytoolsandhand-heldmachineryusedatheightmust

e secred agast eg droed, oth whe se ad whleeg trasorted

Onlycertifiedliftingequipmentshallbeusedassecuringde-

ces

Theattachmentpoints/devicesontoolsshallbedocumented

Fasteningsontoolsshallbeenergy-absorbing(falldamper)

Securingpointsfortoolsandmachinerymustbeinplaceabove

the wor ste, attached to the srrodg strctre, ot to scaf-foldg. The secrg dece mst e as tght as ossle

Toolsusedatheightshouldbecheckedout/in(ref.Toolcabi-ets for wor at heght) to esre that othg s left ehd


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ct 5.3:sg t t qt


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bt t

Allportableequipmentusedwherethereisariskoftheequip-

met fallg to a derlyg leel mst e secred agasteg droed

Carryingpouchesmustalwaysbeusedforradiosandanyother

ortale eqmet wthot certfed secrg ots

Locksonpouchesmusthaveadoublesecuringmechanismto

reet tetoal oeg

Belt clips that allow equipment to become detached when

tred 180 shold ot e sed

Beltswithsnapfastenersarenotsuitableforsecuringequip-met at heght


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ct 5.4:sg qt t


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bt t

Allrepairsandmaintenanceworkcarriedoutatheightmustbe

rs assessed

All parts, equipment and materials that are worked with at

heght mst e secred agast eg droed

Smallerpartsmustbestored insuitablestorageboxes,bags,

etc.

Inrestrictedareas,suchasthederrick,flareboomandcranes,

tools sed at heght mst e logged ot ad to esre thatothg s left ehd

Whentheworkisfinished,afinalcheckandinventorycount

mst e carred ot to esre that o tools, eqmet or mate-

rals are left ehd at heght


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ct 5.5:T t f k t gt


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bt t

Eachcabinet/lockershallbeequippedwithalistofcontents

ad e et loced

Adesignatedpersonmustberesponsibleforthecabinettoen-sre that all tools tae from ad retred to the caet arelogged ot/

Thecontentsofthetoolcabinetforworkatheightanditsac-

comayg log oo mst e checed at the ed of eery shft whch the tools hae ee sed

Alltoolsmustbeadequatelyequippedforsecuringatheight

ad mst hae docmeted attachmet ots accordacewth Chater 14: Secrg deces

Inadditiontothenecessarytools,cabinetsshouldbeequipped

wth a sffcet mer of:o Correctly dmesoed safety wres wth aroed

swage locso Locg coectors/sa hooso Tool ags wth teral fasteg deceso Secal elts for fasteg of tools ad agso Wea ls for fasteg etwee the ody ad

safety wre


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chp 6: sung pnnl

Docmeted trag s a madatory reqremet for all ersoel

sg fall arrests.


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bt t

Theestablishedcontrolprocedures,bothbeforeandafteruse,

mst e followed

Nobodyshallworkaloneorunattendedwhenusingfallprotec-to eqmet

Personnelwhousefallprotectionequipmentmusthavedocu-meted trag that cldes resce methods

Necessary rescue equipment and personnelmust always be

aalale at the wor ste

Abuddycheckoftheriggingandequipmentmustbecarried

ot

FallprotectionequipmentmustbeCEmarked

Theequipmentmustbecheckedatleastevery12monthsby

a cometet erso ad shall e laelled wth the date for theext secto

Thetypeofsecuringequipmentshallbeselectedfollowingan

ealato of the wor ste

Theanchorpointforsuspensionshallbeabletosupportatleast

10n (see reqremet nS-En795)

Theharnessshouldbeequippedwithasafetystrap(e.g.the

SALA trama stra, whch allows whch allows the worer,who s sseded, to stad ther haress order to e-sre lood crclato to the legs)


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chp 7: sung l nqupmn gn wn nwh nn


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bt t

Structures and equipment should be designed so thatwater

caot collect ad form ce

Establishroutines forinspectionbefore,duringandafterad-erse weather codtos, sch as strog wds, hgh waes,ad the rs of ce/fallg ce

Useavailabletimeduringshiftchangestocarryoutanextra

chec of eqmet that may loose

Check whether theworkplace is clean and tidy. Equipment

stored o dec ad other areas may e low oer y thewd, so chec the secrg deces

Checkwindsocks,windsensors,floodlights,antennas,antenna

masts ad scaffoldg

Carefullycheckthatequipmentinthevicinityofthehelideck

s sffcetly secred

Checkforanylooseobjectsonroofs,loadcarriersandinall

storage areas

Checkthatthelidsofstorageboxesaresecured

T a r t ty f - t / .


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chp 8: Unnyqupmn hgh


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do Pvnn 33

bt t

Regularly carry out a risk assessment and review of what

eqmet s reqred at heght, ad what shold e remoed

Thereviewshouldestablishwhetherequipmentshouldbere-located to redce the rs of collso wth mole eqmet

Inspectionandmaintenanceproceduresshouldberevisedreg-larly, to esre secto ad mateace of all eqmet

stalled at heght

Alwayscarryoutafinalchecktoensurethatnoequipmentor

materals are left ehd at heght


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chp 9: P npn /nl hk h wk


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Exerece shows that a clea ad tdy worlace s less exosedto rs tha the ooste.

O facltes ad stallatos wth rotatos ad shft wor, thseffect s tesfed y the fact that we are also exosed to othereoles cltter.

it s therefore extremely mortat that we hae good rotes forfal checs of the wor ste.

bt t

Alwayskeepyourworksitetidy

Tools,equipmentandmaterialsmustbesecuredinasafeloca-to at the ed of each shft

Whentheworkisfinished,afinalcheckandinventorycount

mst e carred ot to esre that o tools, eqmet or mate-rals are left ehd at heght

Checkthatallequipmentisinstalled,securedandreturnedto

ormal oerato

Theworksitemust be left in acleanandtidy state,andall

tools, eqmet ad materals mst e retred to ther desg-ated storage laces

Looseobjectsatheightmustberemoved,attachedorsecured

Onmobileunits,ariskassessmentmustbecarriedouttode-terme whether eqmet o wor eches shall also e se-cred


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36 do Pvnn

chp 10:obvn hnqu

it, tft t tgt f fg t ft t g t tt f jt.

bt t (t)

Setasideampletime

Limitthesizeofthearea

Concentrateonasmallnumberofcategoriesandinspectthe

area a strctred way order to mata a oerew

Limitthenumberofpersonnelineacharea,inordertomain-ta a oerew

Findings thatdo not conform to theestablishedstandard or

checlst shold e hotograhed ad ge a accrate de-scrto ad ste referece

Follow-upandthecorrectionoffindingsaredecisivefactorsin

reetg droed oects


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do Pvnn 37

chp 11:rpnbly n llw-up

bt t

T gt ty

Ensureahighstandardoforderlinessandcleanliness,under-tae radom checs ole the Area Resosle

Ensure that routines/systems to prevent dropped objects are

estalshed:o Acte se of mage-ased secto rogrammeo Trag DO oserato techqe (o the o trag)o Stregthe daly rs maagemet, detfy ad maage

DO rso Learg ad trasfer of exerece

Ensurethattimeandresourcesaresetasideforworkwiththese

rotes/systems Checkthattheroutines/systemsarefollowed/used

Y ty

Followestablishedroutines/systemsforthepreventionofDO

follow- yor ow actos

ContinuallyidentifypotentialDOrisks

Eliminatedangerstoyourselfandothers

Reportfindingsorundesirableincidents


38/118

38 do Pvnn

chp 12: Glvn n

et

a g , y t f t t t ty t.

ct (tt)

Grahte

Ttam

Sler

Acd-roof steel A4 asse

Staless steel A2 asseicoel asse

ncel asse

Sler solder

Moel

Coer/cel alloys

BronzeCoer

brass

T

Lead

T solder

Cast steel

Steel ad ro

Almm 2024 T4

Cadmm

Almm 1100

Galased steel

Zc

Magesm alloys

Magesm

a ()

Anode(lessnoble)

Cathod

e(morenoble)


39/118

do Pvnn 39

Galac corroso occrs whe two dssmlar metals wth df-feret oltage otetals come to cotact wth each other theresece of a electrolyte (dam flm or seawater/fresh water).

Whe ths haes, the less ole metal ecomes the aode adthe more ole metal ecomes the cathode.

if a steel screw s fxed to a coer late, the screw wll e the a-ode sce coer s the more ole metal. The screw wll corroderadly as the dfferece otetal s great.

Ifthesamesteelscrewisfixedtoalessnobleplate,e.g.azinc

late, the screw wll e the cathode, ad wll therefore ot corrode.Thezincplatewillcorrode,asitislessnoblethanthescrew.

For these reasos, t s mortat that all secrg deces are of thestaless steel tye. Ths ales to cotter s, safety s, secrg

wre, ad locg wre for threadg throgh ts ad olts, etc.

Remder aot oxdato ad redcto:oil riG:

Oxdato is Loss Redcto is Ga


40/118


41/118

do Pvnn 41

chp 13:Bl nnn

bolts are crretly rodced to at least 85 dfferet dstralstadards, ad the reqremets for olted coectos ary for thedfferet sectors deedg o the ge desg ad reqremetsfor oerato ad mateace.

Acheg a stale olted coecto therefore reqres a qalfedealato of the followg factors:

Loaddesign

Choiceofmaterialswithrespecttomechanicalpropertiesand

corroso resstace Theuseoflubricant,whereappropriate

Pre-tensioninganduseofthecorrecttorqueequipment

The locg of olts order to secre agast loss of torqe adre-teso s defed as secodary reteto.

Reasos why so may olts ad olted coectos fal: Improperuse,installationandhandlingofthebolt (30%)

Vibrations (20%) Knocks (12%)

Loads(beyonddesign) (11%)

Wear (6%)

Corrosion (5%)

Source: PSA, 2008


42/118


43/118

do Pvnn 43

ct 13.1:n-lk t g yt

nord-Loc secres the olted coecto sg teso stead offrcto. The system cossts of a ar of washers that ft together,wth cams o oe sde ad radal teeth o the other. Sce the camagle s greater tha the thread tch , a wedge effect s cre-ated y the cams, ad ths reets the olt from rotatg.

nord-Locs locg washers are certfed y seeral deedetstttes, sch as AbS, Dibt, Dnv ad Tv.Each ar of washers has a qe cotrol mer, whch esresfll tracealty rght dow to the frst stallato.

a f :Almost lmted, t artclarly stale for coectos ex-

osed to ratos or other dyamc loads. nord-Locs washersare aalale dmesos from 3 mm to 130 mm arosmaterals.

ct 13.2:

skSraloc s a all-metal loc t/olt wth a secally desgedthreaded rofle that locs whe tghteed ad dstrtes the te-so across the etre legth of the thread. Ths rodes etter loaddstrto, whch hels to mroe the locg of the olt co-ecto.

a f :Most ofte sed cale tray systems, t ca also e sed otherstallatos.


44/118

44 do Pvnn

00111348

60d

60d

MINIMUM COTTER

PIN LENGTH

TANGENT TO PIN

MAXIMUM COTTER

PIN LENGTH

A. CASTELLATED NUT ON BOLT

PREFERRED METHOD.

B. CASTELLATED NUT ON BOLT -

ALTERNATE METHOD.

C. PIN APPLICATION.

Korrekt montering av

splittpinne i bolter

Nyloc lsemuttere

Correct stallatoof cotter s

nyloc loc ts


45/118

do Pvnn 45

ct 13.3:ct t t tt

Adoted from the aato dstry, castle ts rode a salad relale method of locg olted coectos. The t hasradal slots ad s loced y o-corrose cotter s that are -serted throgh a hole the olt.

a f :ulmted, t ofte sed for crtcal olted coectos.

ct 13.4:ny k t

nyloc loc ts are sed extesely throghot the dstry. ny-

loc loc ts shold oly e sed oce. Stadard nyloc ts haea temeratre ratg from 70C to +120C.

a f :Ths tye of t s ofte sed for locg coectos where acerta degree of lost re-teso ca e acceted.


46/118

46 do Pvnn

Lsemutter medsplittet topp

Lsemutter med

deformert topp

Lseblikk

Lseplate

Loc twth slt to

Ta washer

Ta late

Loc twth deformed to


47/118

do Pvnn 47

ct 13.5:a-t k t

All-metal loc ts ca e sed o all olt dmesos. The tlocs y the threaded secto or to of the t deformg/slttg,or throgh the t hag a toothed rg der the collar. Ths ro-des greater frcto etwee the olt/derlay ad t, rodga secre coecto. There are may aretes ad slers o themaret.

a f :These ts hae a almost lmted alcato.

ct 13.6:

T / T tTa washers ca e sed o all dmesos ad ay alcatowhere the se of ta washers s arorate. There are seeral tyeswth dfferet areas of alcato for locg ether ts or olts.it s mortat to se the correct tye for each rose.

a f :Tycally sed o machery where t s mortat to reet theolt from rotatg.


48/118

48 do Pvnn

PALNUT DIN 7967 Lsemutter

Sying av bolter

pALnuT Din 7967 Loc t

Loc-wrg olts


49/118

do Pvnn 49

ct 13.7:pt

palt loc ts hae ee o the maret for seeral decades asa alterate for locg olted coectos. The palt locs ycttg tself to the threads o the olt whe t s tghteed. ia offshore cotext, palt loc ts are sally sed for locgo to of stadard ts.

a f :O throgh-olts fxed eqmet ad drllg eqmet. Easyto stall where secodary reteto s ot lace.

ct 13.8:

lk-gThe loc-wrg of olts s a locg method adoted from theaato dstry. i ref, the method oles threadg a secalstaless wre throgh a hole the olt head, whch s twsted adloced to the ext olt or strctre, ths reetg the olt fromrotatg ad looseg. The wre ca e sed to loc a maxmmof three olts a row, as show the llstrato (for forma-tionaboutthesizeoftheholeinthebolthead,seeEN-ISO7378).

a f :used extesely for locg exteral olted coectos o drll-g ad e-hadlg eqmet. Ofte sed where there are o

throgh-olts ad/or t s ecessary to e ale to easly chec thelocg sally.


50/118

50 do Pvnn

ct 13.9:s t

bondura bolT

bodra olts hae a costrcto that ca tae moemetad oalty throgh the se of exadg taered sleees at otheds of the olt. There are seeral arats of the olt, cldgstraght-throgh ersos ad others that are ftted from oe sde.Stadard screws are tghteed to ress the coes. The olt sfxed drectly to the mache or eqmet wth locg screws.Ths reets the olt from looseg, fallg ot or rotatg the olt hole.

bodra olts mst e ftted ad mataed accordace wththe mafactrers secfcatos. bodra olts are certfed ac-

cordace wth Api 8C ad F.E.M. reglatos.

a f :For examle, as a relacemet for cles olts to dres, adhge olts o dolles, e hadlg eqmet ad craes.


51/118

do Pvnn 51

superbolT mt-Jkt T mJTwww.serolt.com

SupERbOLT MjTs are aalale as ts or olts as relace-

mets for coetoal oltg elemets. They are safe to seecase oly had tools are eeded for stallato ad remoal.Rggg of heay tghteg eqmet or the se of sledgeham-mers s elmated.

SupERbOLT MjTs are aalale a corroso resstatoffshore erso or ca e secally desged for a secfc al-cation.Anyinchormetricthreadtypeandsizeispossible.


52/118

52 do Pvnn

chp 14: sung v

Whereer ossle, eqmet stalled at heght shall featre -

tegrated secodary reteto. if ths s ot ossle, or where thers of DO has ee detfed, the eqmet mst e eqedwth secodary reteto, le wre, cha ad colgs secrelyattached to the strctre.

60d

60d

MINIMUM COTTER

PIN LENGTH

TANGENT TO PIN

MAXIMUM COTTER

PIN LENGTH

Korrekt montering av

splittpinne i bolter

Splittpinne montert i sjakkelbolt

Cotter a shacleolt

Correct stallato ofcotter s olts


53/118

do Pvnn 53

ct 14.1:ct f tt

bt t

Cotter pins must be bent sufficiently to prevent them from

eg oced ot

Wherethereisadangerthatpersonnelwillbeexposedtothe

shar -eds, the cotter mst e et as show thellstrato

When hoisting persons and loads, always use shackleswith

two arrers a t ad cotter

Linchpins,spring type splitpins or anyothertypeof safety

s that ca e oced ot mst te sed for lftg oera-tos

Cotterpinsshouldbemadeofstainlesssteel

Itisarequirementthatcotterpinsareinspectedregularlyand

relaced whe ot serg the ecessary fcto


54/118

54 do Pvnn

ct 14.2:sg / fty


55/118

do Pvnn 55

bt t

NB!Securingpinsofthetypeshownintheimagesshouldnot

e sed lftg eqmet

Securingpinsshallprovidesecondaryretention

Securingpinsshallbeofthepropersizeandquality

Securingpinsshallbesecuredbywire(wherethisisappropri-

ate) to reet drog drg remoal

It is arequirement that securingpinsareinspectedregularly

ad relaced whe ecessary

a f :Scaffoldg olts, secrty olts o remoale ralgs, claw co-

lgs ad secrg racets o gas cylder racs, etc.

The the to mage s sally sed the dg ad sseadstry


56/118

56 do Pvnn

ct 14.3:w, g


57/118


58/118

58 do Pvnn

ct 14.4:ct tt f


59/118

do Pvnn 59

bt t

Wireclampsmustbeof thecorrectnumberandsized tothe

dmeso of the wre Itisarequirementthatwireclampsareassembled,inspectedad mataed accordace wth the mafactrers sermaal or mateace strctos

nt:w f t u-t ty t t tt ftg t


60/118

60 do Pvnn

chp 15: suu


61/118

do Pvnn 61

ct 15.1:Gtg

bt t

Gratingmustbeadequately fixedtounderlyingstructures to

reet looseg de to ratos or loads

Gratingshouldbesecuredagainstsidewaysmovementinall

drectos, y stog agast strctre le aorg grat-g, toe oard, ralg etc

Through-bolts or threaded connections with lock nuts are

recommeded for secrg

Openingsinthegratingmustnotexceed20mmwhereperson-

el may traffc the area elow, ad shold otherwse ot exceed35 mm


62/118

62 do Pvnn

ct 15.2:pg qt ftg


63/118

do Pvnn 63

bt t

Allpipingandequipmentfeedthroughs indecksandgrating

mst hae a toe oard ad mst e coered to the greatest ex-tet ossle Canvasoracladdingmaterialcanbeused

Coveringisespeciallyimportantinareaswherethereisequip-met reqrg erodc mateace. if doe roerly, adreferaly ermaetly, ths s a effecte measre agastdroed oects


64/118

64 do Pvnn

ct 15.3:rg


65/118

do Pvnn 65

bt t

Railingsmustbeaminimumof1100mmhighandhaveinte-

grated toe oards that are at least 100 mm hgh

Railingsmust be functionallydesigned for thearea theyare

teded to secre, e.g. wre mesh mst e stalled as reqred(loadg areas)

Railingsshallnothavedeformationsorcracksthataffecttheir

fctoalty or stregth

Itmustalwaysbepossibletoinsertmovablerailingsintothe

fastegs ad sert a secrg throgh-olt

Thesafetyboltmustbeadequatelylockedusingasecuringpin,

sa hoo (wth eyelet) or a cotter (see also the secto o

secrg s)

Boththesafetyboltandlockingmechanismmustbesecuredin

the mmedate cty of the fasteg

All connectionsbetweenelements in therailingmustbe se-cred wth a throgh-olt ad loc t

Theuseofsetscrewsisnot recommendedinpermanentrail-gs

Railings and attachment points for collapsible andmovable

ralgs mst e sected o a reglar ass to mata ade-

qate secrty ad fctoalty


66/118


67/118

do Pvnn 67

bt t

Decks,gangwaysandplatformsmusthavetoeboardswitha

mmm heght of 100 mm

Onstairways,everystepmusthaveatoeboardwithamini-mm heght of 50 mm

Alllandingsinstairwaysmusthavetoeboardswithamini-mm heght of 100 mm

Thegapbetweenthedeckorgratingandtoeboardmustnot

exceed 10 mm


68/118

68 do Pvnn

ct 15.5:sg gt


69/118

do Pvnn 69

bt t

Gatesmustbeofthesamestrengthasthesurroundingrailings

Gatesmustbesecuredinordertopreventdisengaging

Gatesmustopen/swingtowardstheplatformordeck

Gatesmustbedesignedtoautomaticallyreturntoandremain

a closed osto (self-closg gates)

Onfloatingrigs/installationsitisrecommendedthatalatchis

ftted to secre the gate the closed osto

Toeboardsmustbeintegratedwithgatesinaccordancewith

reqremets

Whereverpossible,thehingesshouldbeanintegralpartofthe

gate

Swinggatesmustbe inspectedandmaintained on a regular

ass to esre adeqate fctoalty


70/118


71/118

do Pvnn 71

bt t

Laddershigherthan9mmustfeatureanincorporatedrestplat-

form eery sxth metre, or e eqed wth a ermaet fallarrest dece

Ladders higher than 6 m should have a rest platform in ac-cordace wth recommedatos from the norwega Laorisecto Athorty

Safetycagesmustbeinstalledonladdershigherthan3m,ando shorter ladders where there s a rs of fallg to a lower leel

Thesafetycagemuststartatamaximumof22002300mm

aoe the dec/floor. The dstace etwee the er art of theralg ad the lower art of the cage shold e mmsed ysg extra rotecto as arorate whereer there s a rs of

fallg to a lower leel

Thesafetycagemustextendtoatleast110cmabovethetop

leel

Thediameterofthesafetycagemustbeatleast70-80cm

Anydamageordeformationmustbereportedandcorrectedas

soo as ossle

Laddersandsafetycagesmustbeinspectedonaregularbasisin

order to esre adeqate fctoalty


72/118

72 do Pvnn

ct 15.7:w


73/118


74/118

74 do Pvnn

chp 16: ellqupmn n numn


75/118

do Pvnn 75

ct 16.1:Fgt

bt t

Floodlightsmustbepositionedtopreventbeinghitbyequip-met/loads

If there is a risk that the floodlights may be hit by mobile

eqmet/loads, they mst ether e rotected wth reforcedcages or e ftted wth safety wres/chas

Floodlightsmust be equippedwithsecondary retention.The

attachmet ots for wre or chas shold e tegrated, forexamle wth eye olts threaded to the floodlght hosg

Calculationsrelatingtotherelevantfallenergiesmustbeavail-ale for attachmet ots ad secrg deces

Fasteningdevicesforsecuringequipmenttobracketsorstruc-tres shold e ftted wth secodary reteto

Hatches/screens for the replacement of light bulbsmust be

hged or secred wth wre to the floodlght hosg/frame

Fornewinstallations,orwheninstallingsecuringdeviceson

exstg eqmet, a -to-date ser maal/mateacestrctos shold e roded


76/118


77/118


78/118

78 do Pvnn

ct 16.3:ngt gt / t


79/118

do Pvnn 79

bt t

Navigationlightsandlanternsshouldbeplacedoutsideareas

wth ormal actty

Theboltsusedtoattachnavigationlightstobracketsandstruc-tres shold e eqed wth secodary reteto

Coversforelectricalconnectionsmustbehingedorsecuredby

wre

Thestrengthofattachmentpointsandsecuringdevicesmust

e ealated relato to the releat fall eerges

Navigationlightswithslidinggroovesforboltattachmentto

the strctre are ot recommeded


exstg eqmet, a -to-date ser maal/mateacestrctos shold e roded


80/118

80 do Pvnn

ct 16.4:ccTv


81/118


82/118

82 do Pvnn

Example of lens shade


83/118


84/118

84 do Pvnn

ct 16.5:c fgt


85/118


86/118


87/118

do Pvnn 87

bt t

Theloudspeakerslocationmustbeevaluatedtopreventriskof

the seaer eg ht y mog eqmet/loads

Boltsusedtofastenloudspeakerstobracketsandthestructure

shold e ftted wth secodary reteto.

Ifthereisariskoftheloudspeakerbeinghitbymovingequip-met/loads, t mst ether e rotected y reforced races or

ftted wth a safety wre

The strength of the attachment points and securing devices

shold e ealated relato to the releat fall eerges


exstg eqmet, a -to-date ser maal/mateace

strctos shold e roded


88/118


89/118


90/118

90 do Pvnn

ct 16.8:c ty


91/118

do Pvnn 91

bt t

Onlyapprovedboltconnectionsshallbeusedforfasteningand

ots

Cablefixingclampswithscrewconnectionsareusedforsafe

ad fctoal secrg of strmet cales/tg

Whenattachingthecablesupportsystemtoastructure,therisk

of galac corroso mst e assessed ad slato cosd-

ered where arorate

Theusermanual/instructionsforusemustalsoprovideguide-les for correct stallato, terms of oth the ots adattachmets

Inaddition,theusermanual/instructionsforusemustprovide

gdeles for ecessary mateace/re-tghteg ad the -secto of oth electro-steel ad olt ad screw coectos


92/118


93/118

do Pvnn 93

bt t

All fasteners and U-bolt fasteners shall be secured against

looseg

TwoU-bolt fasteners or aminimumof three fasteners shall

always e sed

Allboltsshallbethrough-boltsdonotusesetscrews

Allheavyantennasshouldbeinstalledwithsecondaryreten-to, sch as wre or cha

Staywirescanbeusedforstabilityinaccordancewiththesup-lers secfcatos. All fasteers mst e secred

Avoidlongwhipantennasifpossible,stretchedantennascan

e sed as a alterate

Windsensorswithmovingpartsshouldbereplacedwithultra-soc wd sesors

Fibreglasswhipantennasshouldbereplacedeveryfiveyears

All equipment and securing devices shall have routines for

reete mateace whch clde the slers recom-medatos ad est ractces


94/118

94 do Pvnn

chp 17: oh qupmn

ct 17.1:v


95/118

do Pvnn 95

bt t

Valvewheelsandhandlesmustbefittedwithsecondaryreten-

to

Where possible, nuts and cotter pins should be used in the

ale stem o statoary ale hadles ad wheels (nord-Locad nyloc ts ca also e sed where arorate)

On largehandlesandwheels,bolts and lock nuts shouldbe

sed stead of cotter s

Whenmoveablehandlesorwheels areused, they shouldbe

secred

Whennotinuse,handlesandwheelsshouldbestoredinan

arorate, safe locato

IfSeegerringsareusedforlocking/securing,frequentinspec-tos/mateace shold e carred ot to chec for corrosoad/or mechacal damage

Onwheelsthataresecuredbyasetscrewonly,replacetheset

screw wth a throgh-olt ad loc t

Safetywirewithalockablesnaphookmaybeanalternativeif

the secrg methods metoed aoe caot e sed


96/118

96 do Pvnn

ct 17.2:c-t

Cha-oerated ales wthot adeqate secodary reteto carereset a great rs to the oerator of the ale.

Ths s ecase theseales are ofte locatedat heght, or areas thatare dffclt to access.

There are seeral dffer-et tyes ad desgs ofcha-oerated alesaalale o the maret,t the rcles for

secrg these aleswll e the same mostcases.


97/118

do Pvnn 97

bt t

Thevalvewheelshallbeattachedtothevalvestemwithlocked

throgh-olt coectos, e.g. nyloc ts ad castle ts wthcotter s

Incaseswherethechainwheelisinstalledonanexistingvalve

wheel, the chawheel mst e fxed to the ale wheel wth-clams ftted wth secodary reteto, e.g. nyloc loc ts

Ifthechainguidesareinstalledwithasurfacelockringwith

clamg sleees, the clamg sleees shold e relacedwth olts ad loc ts where ossle. For cha gdes de-sged wth searate clams, loced throgh-olt coectosmst e sed o the clams

Thevalveshallbesecuredtothestructureusingcorrectlydi-mesoed safety wre ad locale coectors. i may ca-ses t wll e arorate to attach the safety wre to the chagde o the chaweel so that fctoalty s esred (thsresmes that the gde s sffcetly dmesoed ad stal-led sg loced olt coectos)

If it is not possibleto attach thesafetywireto thestructurea the cha gdes or aother method wthot fctoaltyeg mared, a swel dece for the attachmet of secrgdeces mst e stalled. Ths shold oly e doe y qal-fed ersoel wth exerece of secrg sch eqmet atheght

Fornewinstallations,orwheninstallingsecuringdevicesonexstg eqmet, a -to-date ser maal/mateacestrctos shold e roded


98/118


99/118

do Pvnn 99

bt t

Insulationcladdingmustbesecurelyfastenedtopreventlocks

from looseg tetoally

Thelocksshallbesecuredwithsecondaryretention,eitherby

sg a olt ad loc t or y sertg a staless cotter throgh the secrg holes the locs, or smlar

Maintenanceroutinesmustincludeinspectionofthecladding

to esre that t remas good codto at all tmes


100/118

100 do Pvnn

ct 17.4:stg t f g y

Fixed rack with bolted cylinder brackets.

Temporary placement secured with chain.


101/118

do Pvnn 101

bt t

Allstoring/placementofgascylindersmustberiskassessed

Gascylindersmustbestored,positionedandsecuredsafely

Temporarilystoredgascylindersmustbesecuredwithchainor

wre

Permanent storage racks must be equipped with securing

racets / clams

Thestoringofgascylindersmustnotobstructthepassageof

ersoel


102/118

102 do Pvnn

ct 17.5:st k

a set-screw isinstlled throughthe nut nd intothe stem

Nordlock

a set-screw isinstlled throughthe nut nd intothe bering bolt


103/118


104/118

104 do Pvnn

ct 17.6:u (b )


105/118

do Pvnn 105

bt t

Anumbilicalrollersheavemusthaveamaintenanceprogram

ad e sected to testg ad secto at least eery twelemoths accordace wth the mafactrers strctos

Rollersmust be securedwith two independentbarriers, e.g.

throgh-olts wth loc ts or cotter s

Anumbilical roller sheavemust be used exclusivelyfor the

rose for whch t was teded, .e. t s ot ermtted to sea mlcal roller sheae to ssed wres

Theumbilicalmustbeinstalledondeckandthesupportrollers

restalled ad secred

A user manual/maintenance instructions for the equipment

mst e aalale. The strctos mst also coer the stal-lato ad mateace of secrg deces

Sheavesandsuspensiondevicesshouldpreferablybemarked

wth colored te wras of the desgated color code for theyear


106/118

106 do Pvnn

ct 17.7:l


107/118

do Pvnn 107

bt t

Theequipmentmanufacturersinstructionsforinstallationand

the techcal descrto mst e followed

Clampsmust be attached andsecurely fastened at thepoint

where the hose s laelled Attach safety clam here

Safetychainsmustbeasshortaspossibleandinstalledasclose

to the ertcal as ossle order to reet fall eergy ad

edlm effect

Securing devices forhosesmustbe designed to support the

maxmm loads geerated y a rst hose

Therequiredresistancetowearandtear,chemicals,heatand

uv radato mst also e docmeted

Thesecuringsystemforhosesmustbedocumentedandtrace-ale

Thesecuringdevicesshouldbe checkedand labelled in ac-cordace wth the orm for lftg alaces

In addition to correct instructions for installation, the user

maal/mateace strctos shold cota gdeles forecessary mateace ad secto of the secrg deces

TheuseofHammerlokchainconnectorsinsecuringdevices

shold e aoded, sce these are ot stale for statc loads

ad offer oor corroso resstace


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108 do Pvnn

ct 17.8:sg


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do Pvnn 109

bt t

Signs,bracketsandframesforsignsmustalwaysbesecurely

attached. The frames shold e made of metal

Wheretheunderlyingmaterialpermits,signframesshouldbe

attached sg throgh-olts wth loc ts

Fastenersusedforattachmenttobracketsandstructuresmust

e ftted wth secodary reteto

Paintedor adhesive identification tags arerecommendedfor

the detfcato of g systems. O hot srfaces, detf-cato tags shold e attached sg lastc-coated steel ads.


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do Pvnn 111

bt t

Racksandstorageunitsmustbesecured/fastenedtopermanent

strctres a arorate ad drale maer

Ensure that storage in all areas is permitted in a controlled

maer wth resect to the tye of goods, drato, storage areaad hoseeeg

Storagemust not obstruct accessibility or evacuation of the

modle

Ensurethatthestoredmaterialsdonotobstructaccesstoemer-gecy eqmet

Storageracksandstorageareasmustbedesignedtoensurethat

eqmet caot accdetally dro to lower leels

Theheaviestequipmentshouldbestoredatthebottom

Ifstorageatheightisnecessary,permanentlyinstalledequip-met cotaers wth locale, hged lds shall e sed

Onmobileunits,temporarystoragespaces/racksmustbeap-rorately secred

Shelvesshallbeequippedwithraisededgestopreventequip-met from sldg off

Materialsmustnotbestoredontopofcabinets/racks


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112 do Pvnn

ct 17.10:dk t qt


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do Pvnn 113

bt t

Equipmentmustbe protectedfromwear andharshenviron-

mets.

Equipmentshouldbestoredinacabinet/locker/baginorderto

rotect t from uv radato ad weather codtos.

Theridingbeltorharnessmustbeattachedtotheevacuation

loc or to the gde le where arorate.

Safeaccesstoanduseoftheequipmentmustbeensured.

Evacuationblocks,guidelines, attachment points,couplings

ad shacles are defed as eacato eqmet/fall arrestdeces, ad mst e checed, certfed ad laelled accord-gly.

EvacuationblocksmustbeCE-marked.

Anchorpointsforsuspensionmustbeabletosupportatleast

10n.

Theequipmentmustbecheckedatleastevery12monthsbya

cometet erso, ad shall e laelled wth the ext sec-to date.


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114 do Pvnn

rlvn n

pt ct pg rf t gt

1 Chat 3 15 Petzltechnicalguidelines

1 Chat 5 7 AD reglatos: Atl best o. 221 Reglatoscocerg techcal stallatos, 555 Regla-

tos cocerg the se of eqmet, ad FOR2011.12.06 o. 1359 Reglatos cocerg thecostrcto, desg ad rodcto of techcalstallatos that are ot coered y the regla-tos cocerg machery

En 13411-3, En 12385-4, En 10204-3.1,nS-En 362

1 Chat 6 29 SfS recommedato 023, 032 ad 033,

OLF gdeles 105 ad 113

AD reglatos: Atl best. o. 500 Regla-tos cocerg scaffoldg, ladders ad woro roofs etc., 523 Reglatos cocerg thecostrcto, desg ad rodcto of ersoal

rotecte eqmet, 524 Reglatos cocer-g the se of ersoal rotecte eqmet atthe worlace ad 555 Reglatos cocerg

the se of eqmet.

Trag la 0-2.2;Trag la for docmeted safety trag

1 Chat 8 33 SfS recommedato 001

2 Chat 13 41 nS-En 1090-1

2 Chat 13.3 45 En-iSO 1234

1 prosead

Chat 2

6

12

nHD reglatos: FOR 1987-09-04 o. 856:Reglatos cocerg the costrcto of mo-

le offshore ts, ad FOR 1987-09-04 o. 859Reglatos cocerg rotecte, erome-tal, ad safety measres o mole offshore ts.

AD reglatos: Atl best. o. 529 Reglatoscocerg worlaces ad wor remses.

HSE reglatos from the pSA, wth frtherrefereces


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116 do Pvnn

pt ct pg rf t gt

2 Chat 17.4 101 nORSOk S-001 ad S-002

nHD reglatos: FOR 1987-09-04 o. 859

Reglatos cocerg rotecte, erometal,

ad safety measres o mole offshore ts

2 Chat 17.5 103 nORSOk R-003, R-005 ad

SfS recommedato 014

2 Chat 17.6 105 nORSOk R-003

2 Chat 17.7 107 Api sec -7k ad Api Rp-7L

2 Chat 17.8 109 AD reglatos: Atl best. o. 526 10 ad 11

Reglatos cocerg safety sgage ad

sgallg at the worlace

nORSOk D-001 ad C-002

2 Chat 17.9 111 nORSOk S-001 ad S-002

2 Chat 17.10 113 AD reglatos: best. o. 555

nS-En 341, nS-En 361, nS-En 362,

nS-En 365, nS-En 795 ad nS-En 813

F t t f f, t:tt://.fkkt.

rf. rt . 24


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do Pvnn 117

if y qt t ggt tt f t k, tt:

t@f.


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