umtri 71196 - dtic · 2011-05-13 · umtri 71196 final report back-up .data. for temporary staging...

UMTRI71196

FINAL REPORT

BACK-UP .DATA.for

TEMPORARY STAGINGfor

SHIPYARDS

SNAME Panel SP-BMarAd Task ES-8-15Under direction of

Industrial Engineering- Department Bethlehem Steel Corporation.Marine Construction.GroupSparrows Point,-Mtislmd

July, 1983

Report Documentation Page Form ApprovedOMB No. 0704-0188

Public reporting burden for the collection of information is estimated to average 1 hour per response, including the time for reviewing instructions, searching existing data sources, gathering andmaintaining the data needed, and completing and reviewing the collection of information. Send comments regarding this burden estimate or any other aspect of this collection of information,including suggestions for reducing this burden, to Washington Headquarters Services, Directorate for Information Operations and Reports, 1215 Jefferson Davis Highway, Suite 1204, ArlingtonVA 22202-4302. Respondents should be aware that notwithstanding any other provision of law, no person shall be subject to a penalty for failing to comply with a collection of information if itdoes not display a currently valid OMB control number.

1. REPORT DATE JUL 1983

2. REPORT TYPE N/A

3. DATES COVERED -

4. TITLE AND SUBTITLE Back-Up Data for Temporary Staging for Shipyards

5a. CONTRACT NUMBER

5b. GRANT NUMBER

5c. PROGRAM ELEMENT NUMBER

6. AUTHOR(S) 5d. PROJECT NUMBER

5e. TASK NUMBER

5f. WORK UNIT NUMBER

7. PERFORMING ORGANIZATION NAME(S) AND ADDRESS(ES) Naval Surface Warfare Center CD Code 2230 - Design Integration ToolsBuilding 192 Room 128 9500 MacArthur Bldg Bethesda, MD 20817-5700

8. PERFORMING ORGANIZATIONREPORT NUMBER

9. SPONSORING/MONITORING AGENCY NAME(S) AND ADDRESS(ES) 10. SPONSOR/MONITOR’S ACRONYM(S)

11. SPONSOR/MONITOR’S REPORT NUMBER(S)

12. DISTRIBUTION/AVAILABILITY STATEMENT Approved for public release, distribution unlimited

13. SUPPLEMENTARY NOTES

14. ABSTRACT

15. SUBJECT TERMS

16. SECURITY CLASSIFICATION OF: 17. LIMITATION OF ABSTRACT

SAR

18. NUMBEROF PAGES

510

19a. NAME OFRESPONSIBLE PERSON

a. REPORT unclassified

b. ABSTRACT unclassified

c. THIS PAGE unclassified

Standard Form 298 (Rev. 8-98) Prescribed by ANSI Std Z39-18

FINAL REPORT

BACK-UP DATAfor

TEMPORARY STAGINGfor

SHIPYARDS

SNAME Panel SP-8HarAd Task ES-8-I5Under direction ofH.B. Maynard & Co.

Transportation

Research Institute

Industrial Engineering- DeparatmentBethlehem Steel Corporation:Marine Construction GroupSparrous Poit;-Maryland

July, 1983

UMTRI71196

SECTION11.122.1

3

44.1

4.2

4.3

FINAL REPORTSCOPEJOB LAYOUT -WORK AREASCENTER TANKWING TANKTANK STAGING

INDEX

TITLE.- BACK UP DATA

WORK AREAS

PLATFORMEXTERIOR SHELLPIPE STAGINGMANUAL METHODSCENTER TANKWING TANKTANK STAGING PLATFORMEXTERIOR SHELLPIPE STAGINGSTANDARD TIME CALCULATIONTITLE SHEETSCENTER TANKWING TANKTANK STAGING PLATFORMEXTERIOR SHELLPIPE STAGINGHOW TO CALCULATE TIME STANDARDSCENTER TANKWING TANKTANK STAGING PLATFORMEXTERIOR SHELLPIPE STAGINGMANNING AND CREW SIZECENTER TANKWING TANKTANK STAGING PLATFORMEXTERIOR SHELLPIPE STAGING

UMTRI71196

PAGE #112 - 7 72 - 772 - 1 4

15 - 2324 - 5960 - 6566 - 7778 - 17178 - 9899- 121122 - 144145 - 155 156 - 171172 - 337.172 - 190172 - 175176 - 180181 - 183l84 - 187188 - 190190 - 336190 -233234 _ 277278 -304 305 - 314315 - 326327327 -

327327327327

INDEX

5.2

SUMMARYCENTER TANKWING TANKTANK STAGING PLATFORMEXTERIOR SHELLPIPE STAGINGSYNTHESIS AND ANALYSISCENTER TANKWING TANKTANK STAGING PLATFORMEXTERIOR SHELLPIPE STAGING

PAGE #328 - 504328 - 392328 - 342343 - 359360 - 372373 - 379380 - 392393 - 506393 - 418419 - 445446 - 473474 - 486487 - 506

SECTION 1FINAL REPORT - BACK-UP DATA

1.1 SCOPE

This manual covers the back-up data necessary. for the final report.on.temporary staging. Areas included are (1). center tanks (2) wing tanks, (3) tank staging platform, (4) exterior shell, and (5) pipe staging.

SECTION 2JOB LAYOUT - WORK AREAS

2.1 WORK AREAS

Name------------

WORKPLACES:BRKT-1BRKT-2BULKHEADTANKTOPCR- 1BIN-1BIN-2LU-PILEHR-PILELDR-PILE

TOOLS:WRENCH-1HAMMER-1STEEL-TAPE-1

OBJECTS:

Location Body/Frag/PT------------ -------------

20,1550,150,200,00,015,015,325,040,055,0

C A R P - 1 CARP-1CARP-1

0,50,571,071,2110,56,26,210,210,210,2

BENDBENDBENDBENDBEND

JOB LAYOUT - WORK AREAS

BRKTSTANBOARDSHANDRAILLADRNUTBOLTSCLIPLCLIP

EQUIPMENT: CRANE

OPERATORS:CARP-1CARP-2 CARP-3C-OPER

CARRIERS:TOOLBOX-I TOOLBOX-1TOOLBOX-2TOOLBOX-2

From

BRKT-1ERKT-1BRKT-1BRKT-1BRKT-1BRKT-1BRKT-1RRKT-1BRKT-1EIRKT-2BRKT-2BRKT-2BRKT-2BRKT-2BRKT-2BRKT-2BRKT-2BULKHEAD

BIN-1BIN-2LU-PILEHR-PILELDR-PILE TOOLBOX-1TOOLBOX-1TOOLBOX-2TOOLBOX-2

CR-1

TANKTOPTANKTOPBIN-1CR-1

BIN-1BIN-1BULKHEADBULKHEAD

To------------

BRKT-2BULKHEADTANKTOPCR-1BIN-1BIN-2LU-PILEHR-PILELDR-PILEBULKHEADTANKTOPCR-1BIN-1BIN-2LU-PILEHR-PILELDR-PILETANKTOP

FRAGFRAGFRAGFRAGFRAGFRAGFRAGFRAGFRAG

80P

25,1545,1512,1 B5,1

12,312,335,1935,19

Steps

70011

. 1113171424001111131714240

BULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADTANKTOPTANKTOPTANKTOPTANKTOPTANKTOPTANKTOPCR-1CR-1CR-1CR-1CR-1BIN-1BIN-1BIN-1BIN-1BIN-2BIN-2BIN-2LU-PILELU-PILEHR-PILE


CR-1BIN-1BIN-2LU-PILEHR-PILE LDR-PILECR-1BIN-1BIN-2LU-PILEHR-PILELDR-PILEBIN-1BIN-2LU-PILEHR-PILELDR-PILEBIN-2LU-FILEHR-PILELDR-PILELU-PILEHR-PILELDR-PILEHR-PILELDR-PILELDR-PILE

l113171424000000

108

1812177

151524211917103528

PAGE 4

WORKPLACES:BRKT-1BRKT-2BULKHEADTANKTOPCR-1BIN-1BIN-2LU-PILEHR-PILELDR-PILELDR

TOOLS:WRENCH-IHAMMER-1STEEL-TAFE-1PLIER-1

20,1550,150,200,00,015,015,325,040,055,022,20

CARP-1CARP-1CARP-1CARP-1

0,50,571,071,2110,56,26,210,210,210,20,0


OBJECTS:

PAGE5


BRKTSTANBOARDSHANDRAILLADRNUTBOLTSCLIPLCLIPMIRE-ROPE

EQUIPMENT:CRANE

OPERATORS:CARP-1CARP-2CARP-3C-OPER

CARRIERS:TOOLBOX-1TOOLBOX-1TOOLBOX-2TOOLBOX-2

From------------

BRKT-1BRKT-1BRKT-1BRKT-1 BRKT-1RRKT-1BRKT-1BRKT-1BRKT-1BRKT-1BRKT-2RRKT-2BRKT-2BRKT-2BRKT-2BRKT-2BRKT-2

BIN-1BIN-2LU-PILEHR-PILELDR-PILETOOLBOX-1TOOLBOX-1TOOLBOX-2TOOLBOX-2TOOLBOX-2

CR-1

TANKTOPTANKTOPBIN-1CR-1


To------------

BRKT-2BULKHEADTANKTOPCR-1 BIN-1BIN-2LU-PILEHR-PILELDR-PILELDRBULKHEADTANKTOPCR-1BIN-1BIN-2LU-PILE HR-PILE

FRAGFRAGFRAGFRAGFRAGFRAGFRAGFRAGFRAGFRAG

80P

25,1545,1512,1 B 5,1

12,312,335,1935,19

Steps---------

700111113171424

100

1111131714


BRKT-2BRKT-2BULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADTANKTOPTANKTOPTANKTOPTANKTOPTANKTOPTANKTOPTANKTOFCR-1CR-1CR-1CR-1CR-1CR-1 BIN-1BIN-IBIN-1BIN-1BIN-1BIN-2BIN-2BIN-2BIN-2LU-PILELU-PILE LU-PILEHR-PILEHR-PILELDR-PILE

LDR-PILELDRTANKTOPCR-1BIN-IBIN-2LU-PILEHR-PILELDR-PILELDRCR-1BIN-1BIN-2LU-PILEHR-PILELDR-PILELDRBIN-1BIN-2LU-PILEHR-PILELDR-PILELDRBIN-2LU-PILEHR-PILELDR-PILELDRLU-PILEHR-PILELDR-PILELDRH R - P I L E LDR-PILELDRLDR-PILELDRLDR

24

611111317142400000000108181217117

1515241121191713103517281424

PAGE 7


WORKPLACES:BRKT-1BRKT-2BULKHEADTANKTOPBRKT-PILEHATL-PILEBD-PILELDR-PILEBTRUTHKENHOLELDR

TOOLS:WRENCH-1PLIER-1

20,1550,150,200,00,1815,530,545,530,165,1022,20

CARP-1CARP-1

0,50,571,071,2110,210,310,310,310,310,50,0

BENDBENDBENDBEND

OBJECTS:BRKTBOARD

BULKHEADBULKHEAD

FRAGFRAG

PAGE 8

STANHANDRAILLADRNUTBOLTLCLIPHIRE-ROPETORCHCABLE


EQUIPMENT:WINCH-FREEWINCH-UPWINCH-DOWN

OPERATORS:CARP-1CARP-2CARP-3WINCH-OPER

CARRIERS:TOOLBOX-1TOOLBOX-1

From------------

BRKT-1BRKT-1BRKT-1RRKT-1BRKT-1BRKT-1BRKT-1BRKT-1BRKT-1BRKT-1BRKT-2BRKT-2BRKT-2BRKT-2.BRKT-2BRKT-2BRKT-2BRKT-2

BULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBTRWTH

BTFWTHBTRWTHBTRUTH

BULKHEAD BULKHEADMATL-PILEBTRWTH

MATL-PILEMATL-PILE

To------------

BRKT-2BULKHEADTANKTOPBRKT-PILEMATL-PILEBD-PILELDR-PILEBTRWTHMENHOLELDRBULKHEADTANKTOPBRKT-PILEMATL-PILEBD-PILELDR-PILEBTRUTHMENHOLE

PAGE 9

FRAGFRAGFRAGFRAGFRAGFRAGFRAGFRAGFRAG

0.38 M1,5 M

0.5 M

25,15 45,1510,635,18

10,810,8

steps-------

700700000100

1400000


BRKT-2RULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADTANKTOPTANKTOPTANKTOPTANKTOPTANKTOPTANKTOPTANKTOPBRKT-PILEBRKT-PILEBRKT-PILEBRKT-PILEBRKT-PILEBRKT-PILEMATL-PILEMATL-PILEMATL-PILEMATL-PILEMATL-PILEBD-PILEBD-PILEBD-PILEBD-PILEL D R - P I L E LDR-PILELDR-PILEBTRWTHBTRWTHMENHOLE

LDRTANKTOPBRKT-PILEMATL-PILEBD-PILELDM-PILEBTRWTHMENHOLELDRBRKT-PILEMATL-PILEBD-PILELDR-PILEBTRWTHMENHOLELDRMATL-PILEBD-PILELDR-PILEBTRUTHMENHOLELDR BD-PILELDR-PILEBTRUTHMENHOLELDRLDR-PILEBTRUTHMENHOLELDRBTRWTHMENHOLELDRMENHOLELDR

LDR

60000000000000000000008160008000000000

PAGE 10

W O R K P L A C E S : BRKT-1BRKT-2BULKHEADTANKTOPBRKT-FILEMATL-PILEBD-PILELDR-PILEBTRWTHMENHOLELDR

TOOLS:WRENCH-1PLIER-1

20,1550,150,200,00,1815,530,545,530,165,1022,20

CARP-1CARP-1

0,50,571,071,2110,210,310,310,310,310,50,0

BENDBENDBENDBEND

OBJECTS:BRKTBOARD

BULKHEADBULKHEAD

FRAGFRAG

PAGE 11


STANMANDRAILLADRNUTBOLTLCLIPWIRE-ROPETORCHCABLE

EQUIPHENT:WINCH-FREEWINCH-UPWINCH-DOWN



From------------

BRKT-1BRKT-1BRKT-1BRKT-1BRKT-1BRKT-1BRKT-IRRKT-1BRKT-1BRKT-1BRKT-2BRKT-2BRKT-2BRKT-2BRKT-2BRKT-2BRKT-2RRKT-2

BULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBTRUTH

MENHOLEMNENHOLEMENHOLE

BULKHEADBULKHEAD HATL-FILEMENHOLE

HATL-PILEHATL-PILE

T o------------

BRKT-2BULKHEADTANKTOPBRKT-PILEMATL-PILEBD-PILELDR-PILEBTRWTHMENHOLE LDRBULKHEADTANKTOPBRKT-PILEMATL-PILEBD-PILELDR-PILEB T R U T H MENHOLE

FRAGFRAGFRAGFRAGF R A G FRAGFRAG

FRAG

25,15 B45,1510,610,14

10,810,8

Steps---------

700700000100

1400000


BRKT-2BULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEAIITANKTOPTANKTOPTANKTOPTANKTOPTANKTOPTANKTOPTANKTOPBRKT-PILEBRKT-PXLEBRKT-PILEBRKT-PILEBRKT-PILEBRKT-PILEMATL-PILEMATL-PILEMATL-PILEMATL-PILEMATL-PILEBD-PILEBD-PILEBD-PILEBD-PILELDR-PILELDR-PILELDR-PILEBTRWTHBTRWTHMENHOLE

LDRTANKTOPBRKT-PILEMATL-PILEBD-PILELDR-PILEBTRUTHMENHOLELDRBRKT-PILEMATL-PILEBD-PILELDR-PILEBTRWTHMENHOLELDRMATL-PILEBD-PILELDR-PILEBTRUTHMENHOLELDRBD-PILELDR-PILEBTRUTHMENHOLELDRLDR-PILEBTRWTHMENHOLELDRBTRUTHMENHOLELDRMENHOLELDRLDR

60000000000000000000008160008000000000

PAGE 13


Name Location Beds/Frag/FT------------ ------------ -------------

WORKPLACES :LEVEL-1 0,8 71,0LEVEL-2 0,18 71,0STAIRS 0,12 5,0BULKHEAD 0,0 71,21

OPERATORS:CARP-1 LEVEL-1CARP-2 LEVEL-I

From

LEVEL-1L E V E L - 1 LEVEL-1LEVEL-2LEVEL-2STAIRS

To------------

LEVEL-2STAIRSBULKHEADSTAIRSBULKHEADBULKHEAD

5,9 B7,9

Steps---------

1600000

PAGE 14

PLIER-1

OBJECTS:BRKTSTANBOARDHANDRAILLADRNUTBOLTSCLIPLCLIPWIREROPE

EQUIPMENT:CRANE



From------------

BASINBASINBASINBASINBASINBASINBASINBASINBASINBASINBASINBASINBASINROAD


CARP-1


CR-1

WING-TANKWING-TANKBIN-1CR-1


To

ROADTYPICALWING-TANKBULKHEADCR-1BRKT-1BRKT-2LDRBIN-1BIN-2LU-PILEHR-PILELDR-PILETYPICAL

FRAGFRAGFRAGFRAGFRAG FRAGFRAGFRAGFRAGFRAG

01P

25,1045,1012,1 B5,1

12,312,335,835,8

Steps---------

0 0000000000000


ROADROADROADROAD ROADROADROADROADROADROADROADTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALMING-TANKWING-TANKWING-TANKWING-TANKWING-TANKWING-TANKWING-TANKWING-TANKWING-TANKWING-TANKBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADBULKHEADCR-1CR-1CR-1CR- 1CR-1CR-1

WING-TANKBULKHEADCR-1BRKT-1BRKT-2LDRBIN-1BIN-2LU-PILEHR-PILELDR-PILEWING-TANKBULKHEADCR-1BRKT-1BRKT-2LDRBIN-1BIN-2LU-PILEHR-PILELDR-PILEB U L K H E A DCR-1BRKT-1BRKT-2LDRBIN-IBIN-2LU-PILEHR-PILELDR-PILECR-1BRKT-1BRKT-2LDRBIN-1BIN-2LU-PILEHR-PILELDR-PILEBRKT-1BRKT-2LDRBIN-IBIN-2LU-PILE

o000000000000000000000000000000

160000

8080808080160160160 160160160

CR-1CR-1BRKT-1BRKT-1BRKT-1RRKT-1BRKT-1BRKT-1BRKT-1BRKT-2BRKT-2BRKT-2BRKT-2BRKT-2BRKT-2LDRLDRLDRLDRLDRBIN-1BIN-1BIN-1BIN-1BIN-2BIN-2BIN-2LU-PILELU-PILEHR-PILE


HR-PILELDR-PILEBRKT-2LDRBIN-1BIN-2LU-PILEHR-PILELDR-PILELDRBIN-1BIN-2LU-PILEHR-PILELDR-PILEBIN-1BIN-2LU-PILEHR-PILELDR-PILEBIN-2LU-PILEHR-PILELDR-PILELU-PILEHR-PILELDR-PILEHR-PILELDR-PILELDR-PILE

160160

71

80808080806

808080808080808080808162432816248

168


Name------- -----

WORKPLACES:BASINROADTYPICALWING-TANKIB-BHD OB-MDAFT-BHDFWD-BHDCR-1WEB-1WEB-2LDRBIN-IBIN-2LU-PILEHR-PILELDR-PILE

TOOLS:

Location------------

0,70,435,111,71,131,769,71,70,020,750,722,715,023,032,045,060,0

71,1471,20,069,669,069,01,61,610,40,50,50,06,26,210,210,210,2

Body/Frag/----------


PAGE 19


WRENCH-1HAMMER-1STEEL-TAPE-1PLIERS-1

OBJECTS:BRKTSTANBOARDHANDRAILLADRNUTBOLTSCLIPLCLIPWIREROPE

EQUIPMENT:CRANE



From

BASINBASINBASINBASINBASINBASINBASINBASINBASINBASINBASIN

CARP-1CARP-1CARP-1CARP-1


CR-1

WING-TANKWING-TANKBIN-1CR-1

BIN-1BIN-1OB-BHDOB-BHD

To------------

ROADTYPICALUING-TANKIB-BHDOB-BHDAFT-BHDFWD-BHllCR-1WEB-1WEB-2LDR


01P

25,1045,1012,1 B5,1

12,312,335,835,8

Steps---------

00000000000

PAGE 20


BASINBASINBASINBASINBASINROAD

ROADROADROADROADROADROADROADROADROADROADROADROADROAD ROADTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALWING-TANKWING-TANKWING-TANKWING-TANNWING-TANKWING-TANKWNG-TANKWING-TANKWING-TANKWING-TANKWING-TANKWING-TANKWING-TANK

BIN-1BIN-2LU-PILEHR-PILELDR-PILETYPICALWING-TANKIB-RHDOB-BHDAFT-BHDFWD-BHDCR-1WEB-1WEB-2LDRBIN-1BIN-2LU-PILEHR-PILELDR-PILEWING-TANKIB-BHDOB-BHDAFT-BHDFUD-BHDCR-1WEB-1WEB-2LDRBIN-1BIN-2LU-PILEHR-PILELDR-PILEIB-BHDOB-BHDAFT-BHIIFWD-BHDCR-1WEB-1WEB-2LDRBIN-1BIN-2LU-PILEHR-PILELDR-PILE

PAGE 21

00000000000000000000000000000000000000

000000000


IB-BHDIB-BHDIB-BHDIB-BHDIB-BHDIB-BHDIB-BHDIB-BHDIB-BHDIB-BHDIB-BHDIB-BHDOB-BHDOB-BHDOB-BHDOB-BHDOB-BHDOB-BHDOB-BHDOB-BHDOB-BHDOB-BHDOB-BHDAFT-BHDAFT-BHDAFT-BHDAFT-BHDAFT-BHDAFT-BHDAFT-BHDAFT-BHD

AFT-BHDAFT-BHDFWD-BHDFWD-BHDFWD-BHDFWD-BHDFWD-BHDFWD-BHDFWD-BHDFWD-BHDFWD-BHDCR-1CR-1CR-1CR-1CR-1

OB-BHDAFT-BHIIFUD-BHDCR-1WEB-1WEB-2LDRBIN-1BIN-2LU-PILEHR-PILELDR-PILEAFT-BHDFWD-BHDCR-1WEB-1WEB-2LDRBIN-1BIN-2LU-PILEHR-PILELDR-FILEFWD-BHDCR-1WEB-1WEB-2LDRBIN-1BIN-2LU-PILEHR-PILELDR-PILECR-1WEB-1WEB-2LDRBIN-1BIN-2LU-PILEHR-PILELDR-PILEWEB-1WEB-2LDRBIN-1BIN-2

12

0160

0008 0 8080808000

160000

808080808040

160000

8080808080160

0008080808080

160160160160160


CR-1CR-1CR-1WEB-1WEB-1WEB-1WEB-1WEB-1WEB-1WEB-1WEB-2WEB-2WEB-2WEB-2WEB-2WEB-2LDRLDRLDRLDRLDRBIN-1BIN-1BIN-1BIN-lBIN-2BIN-2BIN-2LU-PILELU-PILEHR-PILE

LU-PILEHR-PILELDR-PILEWEB-2LDRBIN-1BIN-2LU-PILEHR-PILELDR-PILELDRBIN-1 BIN-2LU-PILEHR-PILELDR-PILEBIN-1BIN-2LU-PILEHR-PILELDR-PILEBIN-2LU-PILEHR-PILELDR-PILELU-PILEHR-PILELDR-PILEHR-PILELDR-PILELDR-PILE

160160160

718080808080 6808080808080808080808

1624328

16248168


CR-1CR-2TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FT

TOOLS:BROOMWRENCHHAMIERSTEEL-TAPEMARKERPRINT

OBJECTS:PALLETSBINS ANGLESI-BEAMBOARDSFIN-PLATFORMNUTSBOLTSMASHERSBLOCKS

EQUIPMENT:CRANE-1CRANE-2

OPERATORS:CARP-1CARP-2HOOKER-ON


From------------

0,0 10,260,0 10,235,0 0,00,19 0,00,18 0 , 0 0,17 0,0

STORE-2CARP-1CARP-1CARP-1CARP-1CARP-1

STORE-1STORE-1STORE-2STORE-2LUMBER-PILETANK-STAGING-PLATFORMTOOLBOX-1TOOLBOX-1TOOLBOX-1TOOLBOX-2

CR-1CR-2

I-6I-6CR-1

I-1I-1LUMBER-PILELUMBER-PILE

To------ ------


01P01P

10,1O10,1065,1365,13

Steps-------

I-1 I-2

PAGE 25

I-1I-1I-1I-1I-1I-1I-1I-1I-1I-1I - 1 I-1I-1I-1I-1I-1I-1I-1I-1I-1I-1I-2I-2I-2I-2I-2I-2I-2I-2I-2I-2I-2I-2I-2I-2I-2I-2I-2I-2I-2I-2I-2

I-3I-3I-3I-3I-3


I -3I - 4I-5I-6A - 1 A-2A-3

A-4A-5A-6STORE-1STORE-2FIN-PILELUMBER-PILECR-1CR-2TANK-STAGING-PLATFORMTYPICALPLATFORM35-x-20-FTI-3I-4I-5I-6A-1A-2A-3A-4I-7A-5A-6STORE-1STORE-2FIN-PILELUMBER-PILE

CR-1CR-2TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTI-4I-5I-6A-1A-2

468000000000

1600000000?46000000000160000000024000

PAGE 26


I-3I-3I-3I-3I-3I-3I-3I -3I-3I-3I-3I-3I -3I-3I-3I-4I-4I-4I-4I -4I-4I -4I-4I-4I-4I-4I-4I-4I-4I-4I-4I-4I-4I-4I-5I-5I-SI-5I-5I-5I-SI-5I-5I-5I-5I-5I-5

A-3A-4I-7A-5A-6STORE-1STORE-2FIN-PILELUMBER-PILECR-1CR-2TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTI-5I-6A-1A-2A-3A-4I-7A-56-6STORE-1STORE-2FIN-PILELUMBER-PILECR-1CR-2TANK-STAGING-PLATFORMTYPICALPLATFORM35-x-20-FTI-6A-1A-2A-3A-4I-7A-5A-6STORE-1STORE-2FIN-PILELUMBER-PILECR-1

000000

16000000002000000000160000000000000000016000

PAGE 27


I - 5I-5I-5I-5

I-5I-6I-6I-6I-6I-6I-6I-6I-6I-6I-6I-6I-6I-6I-6I-6I-6I-6A-lA-1A-1A-1A-1A-1A-1A-1A-1A-1A-lA-1A-1A-1A-1A-1A-2A-2A-2A-2A-2A-2A-2A-2A-2

CR-2TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTA-1A-2A-3A-4I-7A-SA-6STORE-1STORE-2FIN-PILELUMBER-PILECR-1CR-2TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTA-2A-3A-4I -7A-5A-6STORE-1STORE-2FIN-PILELUMBER-PILECR-1CR-2TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTA-3A-4I-74-5A-6STORE-1STORE-2FIN-PILELUMBER-PILE

000004668111220300000000022478602700000000

16291080

2500

PAGE 28


A-2A-2A-2A-2A-2A-2A-3A-3A-3A-3A-3A-3A-3A-3A-3A-3A-3A-3A-3A-3A-4A-4A-4A-4A-4A-4A-4A-4A-4A-4A-4A-4A-4I -7I-7I-7I-7I-7I-7I-7I-7I-7I-7I-7I-7A-5A-5

CR-1CR-2TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTA-4I -7A-5A-6STORE-1STORE-2FIN-PILELUMBER-PILECR-1CR-2TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTI-7A-SA-6STORE-1STORE-2FIN-PILELUMBER-PILECR-1CR-2TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTA-5A-6STORE-1STORE-2FIN-PILELUMBER-PILECR-1CR-2TANK-STAGING-PLATFORMTYPICALPLATFORM35-x-20-FTA-6STORE-1

00000029

1080250000000034

100

24000000001

130

210

140

180000140

PAGE 29


A-5A - 5A-5A-5A-5A-5A-5A-5A-5A-5A-6A-6A-6A-6A-6A-6A-6A-6A-6STORE-1STORE-1STORE-1STORE-lSTORE-1STORE-1STORE-1STORE-1STORE-1STORE-2STORE-2STORE-2STORE-2STORE-2STORE-2STORE-2STORE-2FIN-PILEFIN-PILEFIN-PILEFIN-PILEFIN-PILEFIN-PILEFIN-PILELUMBER-PILELUMBER-PILELUMBER-PILELUMBER-PILE

STORE-2FIN-PILELUHBER-PILECR-1CR-2TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTSTORE-1STORE-2FIN-PILELUMBER-PILECR-1CR-2TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTSTORE-2FIN-PILELUMBER-PILECR-1CR-2TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTFIN-PILELUMBER-PILECR-1CR-2TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTLUMBER-PILECR-1CR-2TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCR-1cR-2TANK-STAGING-PLATFORMTYPICAL

18000000000

320000 00006000

350000000

1301191600000

97220000

50119

0


LUHBER-PILELUMBER-PILECR-1CR-1CR-ICR-1CR-1CR-2CR-2CR-2CR-2TANK-STAGING-PLATFORMTANK-STAGING-PLATFORMTANK-STAGING-PLATFORMTYPICALTYPICALPLATFORM

PLATFORM35-X-20-FTCR-2TANK-STAGING-PLATFORHTYPICALPLATFORM35-X-20-FTTANK-STAGING-PLATFORMTYPICAlPLATFORM35-X-20-FTTYPICALPLATFORM35-X-20-FTPLATFORM35-X-20-FT3S-X-20-FT

0000000

119000000000

BOLT

OPERATORS:CARP-1CARP-2CARP-3CARP-4


From------ ------

TYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALPLATFORMPLATFORMPLATFORMPLATFORMPLATFORMPLATFORMPLATFORMPLATFORMPLATFORMPLATFORMBTRUTH1BTRUTH1BTRUTH1BTRWTH1BTRWTHlBTRWTH1BTRWTHIBTRWTH1BTRWTH1BTRWTH2


TOOLBOX-1

CENTER-TANKCENTER-TANKMENWOLEMENHOLE

PLATFORMPLATFORM

To------------

PLATFORMBTRWTHlBTRWTH2BTRWTH3BTRWTH4MENHOLECENTER-TANKAFT-BHIIFWD-BHDPORT-BHDSTAR-BHDBTRWTH1BTRUTH2BTRWTH3BTRUTH4MENHOLECENTER-TANKAFT-BHDFWD-BHDPORT-BHDSTAR-BHUBTRWTH2BTRUTH3BTRWTH4MENHOLECENTER-TANKAFT-EHDFWD-BHDPORT-BHDSTAR-BHDBTRUTH3

FRAG

20,1020,10

Steps---------

0000000000000000000009

1114500000

14

PAGE 33


BTRUTH2RTRWTH2BTRWTH2BTRblTH2BTRUTH2BTRWTH2BTRWTH2BTRWTH3BTRUTH3BTRWTH3BTRWTH3BTRWTH3BTWTH3BTRWTH3BTWTH4BTRWTH4BTRWTH4BTRWTH4BTRWTH4BTRWTH4MENHOLEMENHOLEMENHOLEMENHOLEMENHOLECENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANK AFT-BHRAFT-BHDAFT-BHDFWD-BHKIFWD-BHDPORT-BHD

BTRWTH4MENHOLECENTER-TANKAFT-BHDFWD-BHDPORT-BHDSTAR-BHDBTRWTH4MENHOLECENTER-TANKAFT-BHDFWD-BHDPORT-BHDSTAR-BHDMENHOLECENTER-TANKAFT-BHDFWD-BHDPORT-BHDSTAR-BHCENTER-TANKD A F T - R H D FWD-BHDPORT-BHDSTAR-BHDAFT-BHDFWD-BHDPORT-BHDSTAR-BHDFWD-BHDPORT-BHDSTAR-BHDPORT-BHDSTAR-BHDSTAR-BHD

119000009

1300000

1600000000000000000000

PAGE 34

From------------

BASINBASINBASINRASINBASINBASINSHIPSHIPSHIPSHIPSHIPROADROADROADROADTYPICALTYPICALTYPICALTANKTANKS-7


To

SHIPROADTYPICALTANKS-7CR-1ROADTYPICALTANKS-7CR-1TYPICALTANKS-7CR-ITANKS-7CR-1S-7CR-1CR-1

Stetps

o0000000000000 -0000

80160160

PAGE 36


TOOLS: WRENCHHAMHER

OBJECTS:ANGLESI-BEAMSBOARDSFIN-PLATFORMNUTSBOLTSWASHERSBLOCKS

OPERATORS:CARP-1CARP-2


From

CARP-1 CARP-1

TANK-STAGING-PLATFORMTANK-STAGING-PLATFORMTANK-STAGING-PLATFORMTANK-STAGING-PLATFORMTOOLBOX-1TOOLBOX-1TOOLBOX-1TOOLBOX-2

I-1I-6

I-11-1I-5I-5

To

I-1I-1I-1I-1I-1I-1I-1I-11-1I-1I-1I-11-1I-1I-1I-11-1I-1

I-2I-3I-4I - 5 I-6A-1A-2A-3A-4I-7A-5A-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOP

FRAGFRAGFRAGFRAGFRAGFRAGFRAGFRAG

4910 B7,10

10,1010,1052,1152,11

Steps---------

246800000000000000

PAGE 38


I-2I-2I-2I-2I-2I-2I-2I-2I-2I -2I-2I-2I-2I-2 I-2I -2 I_2I-3I-3I-3I-3I -3I-3I-3I-3I-3I-3I-3I-3I-3I -3I-3I-3I -4I-4I-4I-4I-4I-4I-4I-4I-4I-4I-4I-4I-4I-4

I-3I-4I-5I-6A-1A-2A-3A-4I-7A-5A-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOPI-4I-5I-6A-1A-2A-3A-4I-7A-5A-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOPI-5I-6A-1A-2A-3A-4I-7A-5A-6TANK-STAGING-PLATFORMTYPICAL PLATFORM35-X-20-FTCENTER-TANK

246o0000000000000240000000000000020000000000000


I-4I-5I-5I-5I-5I-5I-5I-5I-5I-5I-5I-5I-5I-5I-5I-6I-6I-6I-6I-6I-6I-6I-6I-6I-6I-6I-6I-6A-1A-1A-1A-1A-1A-1A-1A-1A-1A-1A-1A-1A-2A-2A-2A-2A-2A-2 A-2

TANK-TOPI-6A - 1 A-2A-3A-4I-7A-5A-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOPA-1A-2A-3A-4I-7A-5A-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOPA-2A-3A-4I-7A-5A-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOPA-3A-4I-7A-5A-6TANK-STAGING-PLATFORMTYPICAL

000000000000000466811122000000224786000000

162910800

PAGE 40


A-2A-2A-2A-2A-3A-3A-3A-3A-3A-3A-3A-3A-3A-3A-4A-4A-4A-4A-4A-4A-4A-4A-4I-7I-7I-7I-7I-7I-7I-7I-7A-5A-5A-5A-5A-5A-5A-5A-6A-6A-6A-6A-6A-6TANK-STAGING-PLATFORMTANK-STAGING-FLATFORHTANK-STAGING-PLATFORM

PLATFORM35-X-20-FTCENTER-TANKTANK-TOPA-41-7A-5A-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOPI-7A-5A-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOP A - 5 A-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOPA-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOPTANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTcENTER-TANKTANK-TOPTYPICALPLATFORM35-x-20-FT

000029

10800000034

100000001

1300000014000000000000000


TANK-STAGING-PLATFORMTANK-STAGING-PLATFORMTYPICALTYPICALTYPICALTYPICALFLATFORMPLATFORMPLATFORM35-X-20-FT35-X-20-FTCENTER-TANK

CENTER-TANKTANK-TOPPLATFORM35-X-20-FTC E N T E R - T A N KTANK-TOP35-X-20-FTCENTER-TANKTANK-TOPCENTER-TANKTANK-TOPTANK-TOP

000000

000000


MENHOLEAFT-BHDFWD-BHDLUMBER-PILE

OBJECTS:ANGLESI-BEAMSBOARDSCABLE

EQUIPMENT:WINCH-UFWINCH-DOWNWINCH-FREE


From------------

I-1I-1I-1I-1I-1I-1I-1I-1I-1I-1I-1I-1I-1I-1I-1I-1I-1I-1I-1I-1I-1

0,15 12,60,0 1,2070,0 1,202,12 10,2

TANK-STAGING-PLATFORMTANK-STAGING-PLATFORtfTANK-STAGING-PLATFORMMENHOLE

MENHOLEMENHOLEMENHOLE

I-5I-5LUMBER-PILEMENHOLE

To------ ------

I-2I -3I -4I -5I-6A-1A-2A-3A-4I -7A - 5 A-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOPHENHOLEAFT-BHDFWD-BHD

FRAGFRAGFRAGFRAG

1,5 M0,5 M0,38 M

52,10 B52,128,116,19

Steps---------

246800000000000000000


I-1I -2I-2I-2I-2I -2I-2I-2I-2I-2I-2I-2I-2I-2I-2I-2I-2I-2I-2I -2I-2I-2I-3I-3I-3I -3I-3I-3I-3I-3I-3I-3I-3I-3I-3I-3I-3I-3I-3I-3I-3I -3I-4I-4I-4I-4I-4

LUMBER-PILEI-3I-41-5I-6A-1A-2A-3A-4I-7A-5A-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOPMENHOLEAFT-RHDFWD-BHDLUMBER-PILEI-4I-5I-6A-1A-2A-3A-4I -7A-5A-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTcENTER-TANKTANK-TOPMENHOLEAFT-BHDFWD-BHDLUMBER-PILEI -5I-6A-1A-2A-3

42460000000000000000062400000000000000000820000

PAGE 45


I-4I-4I-4I-4I-4I-4I-4I-4I-4I-4I-41-4I-4I-4I-5I-5I-5I-5I-SI-5I-5I-5I-5I-5I-5I-5I-5

I-5I-5I-5I-51-5I-6I-6I-6I-6I-6I-6I-6I-6I-6I-6I-6I-6I-6I-6I-6

A-4I-7A-5A-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOPMENHOLEAFT-BHDFWD-BHIILUMBER-PILEI-6A-1A-2A-3A-4I -7A-5A-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOPMENHOLE AFT-BHDFWD-BHDLUMBER-PILEA-1A-2A-3A-4I-7A-5A-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOPMENHOLEAFT-BHD

00000000000001000000000000000000124668

1112200000000


I-6I-6A-1A-1A-1A-1A-1A-1A-1A-1A-1A-1A-1A-1A-1A-1A-1A-1A-1A-2A-2A-2A-2A-2A-2A-2A-2A-2A-2A-2A-2A-2A-2A-3A-3A-3A-3A-3A-3A-3A-3A-3A-3A-3A-3A-3A-3

FWD-BHDLUMBER-PILEA-2A-3A-4I-7A-5A-6

TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOPMENHOLEAFT-BHDFWD-BHDLUMBER-PILEA-3A - 4 I-7A-SA-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOPMENHOLEAFT-BHDFWD-RHDLUHMER-PILEA-4I -7A-5A-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOPMENHOLEAFT-BHDlFWD-RHDLUMBER-PILE

002247860000000000

16291080000000000291080000000000

PAGE 47


A-4A-4A-4A-4A-4A-4A-4A-4A-4A-4A-4A-4A-4I-7I-7I-7I-7I-7I-7I-7I-7I-7I-7I-7I-7A-5A-5A-5A-5A-5A-5A-5A-5A-5A-5A-5A-6A-6A-6A-6A-6A-6A-6A-6A-6A-6TANK-STAGING-PLATFORH

I -7A-5A-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOPMENHOLEAFT-BHDFWD-BHDLUMBER-PILEA-SA-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOPMENHOLEAFT-BHDFWD-BHDLUMBER-PILEA-6TANK-STAGING-PLATFORMTYPICALPLATFORM35-X-20-FTCENTER-TANKTANK-TOP MENHOLEAFT-BHDFWD-BHDLUMBER-PILETANK-STAGING-PLATFORMTYPICALP L A T F O R M35-X-20-FTCENTER-TANKTANK-TOPMENHOLEAFT-BHDFWD-BHDLUMBER-PILETYPICAL

34

1000000000001

13000000000014000000000000000000000


TANK-STAGING-PLATFORMTANK-STAGING-PLATFORHTANK-STAGING-PLATFORMTANK-STAGING-PLATFORllTANK-STAGING-F’LATFORHTANK-STAGING-PLATFORHTANK-STAGING-F’LATFORHTANK-STAGING-PLATFORMTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALPLATFORMPLATFORMPLATFORMPLATFORMPLATFORMPLATFORM .PLATFORM35-X-20-FT35-X-20-FT35-X-20-FT35-X-20-FT35-X-20-FT35-X-20-FTCENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANKTANK-TOPTANK-TOPTANK-TOPTANK-TOPMENHOLEMENHOLEMENHOLEAFT-BHDAFT-BHllFWD-BHD

PLATFORM35-X-20-FTCENTER-TANKTANK-TOPMENHOLEAFT-BHBFWD-BHDLUMBER-PILEPLATFORM35-X-20-FTCENTER-TANKTANK-TOPMENHOLEAFT-BHDFWD-BHDLUMBER-PILE35-X-20-FTCENTER-TANKTANK-TOPMENHOLEAFT-BHDFWD-BHDLUMBER-PILECENTER-TANKTANK-TOPMENHOLEAFT-BHDFWD-BHDLUMBER-PILETANK-TOPMENHOLEAFT-BHDFUD-BHD LUMBER-PILEMENHOLEAFT-BHDFWD-BHDLUMBER-PILEAFT-BHDFWD-BHDLUMBER-PILEFWD-BHDLUMBER-PILELUMBER-PILE

00000000000000000000000000000000000000000000

STANCHIONHANDRAILNAILS

EQUIPMENT:TORCH

OPERATORS:CARP-1CARP-2CARP-3

CARRIERS:TOOLBOX-1TOOLBOX-l

From------------

TYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALCENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANKPLATFORMPLATFORMPLATFORMPLATFORMPLATFORMPLATFORMPLATFORMSTAR-BHDSTAR-BHDSTAR-BHD


STAR-BHDSTAR-BHDTOOLBOX-1

PLATFORM

PLATFORMPLATFORMPLATFORM

PLATFORMPLATFORM

To------ ------

cENTER-TANKPLATFORMS T A R - B H DPORT-BHDAFT-BHDFWD-RHDLADBRKT-1BRKT-2PLATFORMSTAR-BHDPORT-BHDAFT-BHDFWD-BHDLADBRKT-1BRKT-2STAR-BHDPORT-BHUAFT-BHDFWD-BHDLADBRKT-1BRKT-2PORT-BHDAFT-BHDFWD-BHD

FRAGFRAGFRAG

1 M

15,1220,1225,12

Steps------ -

00000000000000000

10100

13101010000

PAGE 51

STAR-BHDSTAR-BHDSTAR-BHDPORT-BHDPORT-BHDPORT-BHDPORT-BHDPORT-BHDAFT-BHDAFT-BHDAFT-BHDAFT-BHDFWD-BHDFWD-BHDFWD-BHDLADLADBRKT-1


LADBRKT-1BRKT-2AFT-BHDFUD-BHDLADBRKT-1BRKT-2FUD-BHDLADBRKT-1BRKT-2LADBRKT-1BRKT-2BRKT-1BRKT-2BRKT-2

000000000000000336

PAGE 52


BOARDSSTANCHIONHANDRAILNAILS

EQUIPMENT:TORCH

OPERATORS:CARP-1CARP-2CARP-3


From------------

TYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALCENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANKPLATFORMPLATFORMFLATFORMPLATFORMPLATFORMPLATFORMPLATFORMS T A R - B H D STAR-BHD

PLATFORMSTAR-BHDSTAR-BHUTOOLBOX-1

PLATFORM

PLATFORMPLATFORMPLATFORM

PLATFORMPLATFORM

To------------

CENTER-TANKPLATFORMSTAR-BHDPORT-BHDAFT-BHDFWD-BHDLADBRKT-1BRKT-2PLATFORMSTAR-BHDPORT-BHDAFT-BHDFWD-BHDLADBRKT-1BRKT-2STAR-BHDPORT-BHDAFT-BHDFWD-BHDLADBRKT-1BRKT-2PORT-BHDAFT-RHD

FRAGFRAGFRAGFRAG

15,1220,1225,12 B

Steps---------

00000000000000000

10100

1310101000

PAGE 54

STAR-BHDSTAR-BHDSTAR-BHDSTAR-BHDPORT-BHDPORT-BHDPORT-BHDPORT-BHDPORT-BHDAFT-BHDAFT-BHDAFT-BHDAFT-BHDFWD-BHDFWD-BHDFWD-BHDLADLADBRKT-1


FWD-BHDLADBRKT-1BRKT-2AFT-BHDFWD-BHDLADBRKT-1BRKT-2FWD-BHDLADBRKT-1BRKT-2LADBRKT-1BRKT-2BRKT-1BRKT-2BRKT-2

0 0

00000000000000336


HAMMER-2WRENCH-2

OBJECTS:BRKTSBOARDSNUTSBOLTSNAILS

OPERATORS:CARP-1CARP-2

CARRIERS:TOOLBOX-1TOOLROX-1TOOLBOX-2TOOLBOX-2

From------------

TYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICALTYPICAL TYPICALTYPICALTYPICALTYPICALTYPICALCENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANKCENTER-TANK

CARP-2CARP-2

PLFH1PLFM1PLFM1PLFH1TOOLBOX-1

PLFM1PLFH2

BR-1BR-1BR-4BR-4

To------------

CENTER-TANKSTAR-BHDPORT-BHDFWD-BHDAFT-BHDPLFMlPLFH2BR-1BR-2BR-3BR-4BR-5BR-6STAR-BHDPORT-BHDFWD-EHDAFT-BHDPLFH1PLFM2BR-1BR-2BR-3BR-4

FRAGFRAGFRAGFRAGFRAG

Steps

00000000000000000000000

PAGE 57


CENTER-TANKCENTER-TANKSTAR-BHDSTAR-BHDSTAR-BHDSTAR-BHDSTAR-BHDSTAR-BHDSTAR-BHDSTAR-BHDSTAR-BHDSTAR-BHDSTAR-BHDPORT-BHDPORT-BHDPORT-BHDPORT-BHDPORT-BHDPORT-BHDPORT-BHDPORT-BHDPORT-BHDPORT-BHDFWD-BHDFWD-BHDFWI-BHDFWD-BHDFWD-BHDFWD-BHDFWD-BHDFWD-BHUFWB-BHDAFT-BHDAFT-BHDAFT-BHDAFT-BHDAFT-BHDAFT-BHDAFT-BHDAFT-BHDPLFMH1PLFM1PLFM1PLFM1PLFM1PLFM1PLFM1

BR-5BR-6PORT-BHDFUB-BHDAFT-BHDPLFMlPLFM2BR-1BR-2BR-3BR-4BR-SBR-6FUD-BHDAFT-BHDPLFH1PLFM2BR-1BR-2BR-3BR-4BR-5BR-6AFT-BHDPLFM1PLFM2BR-1BR-2BR-3BR-4BR-5BR-6PLFH1PLFH2BR-1BR-2BR-3BR-4BR-5BR-6PLFH2BR-1BR-2BR-3BR-4BR-5BR-6

0000000000000000000000000000000000000000

20777000

PLFM2PLFM2PLFH2PLFM2PLFM2PLFM2BR-1BR-1BR-1BR-1BR-1BR-2BR-2BR-2BR-2BR-3BR-3BR-3BR-4BR-4BR-5


BR-1BR-2BR-3BR-4BR-5BR-6BR-2BR-3BR-4BR-5 BR-6BR-3BR-4BR-5BR-6BR-4BR-SRR-6BR-5BR-6BR-6

00

277761200060000006

12 6

HAMMER-2STEEL-TAPE-2

OBJECTS:BRKTSTANBOARDHANDRAILLARDPLATFORMNUTBOLTSCLIPLCLIP

EQUIPtfENT:CRANE

OPERATORS:C-OPERCARP-1CARP-2CARP-3

CARRIERS:TOOLBOX-1TOOLBOX-lTOOLBOX-2TOOLBOX-2

From------- -----

BRKT-1BRKT-1BRKT-1BRKT-1BRKT-1BRKT-1BRKT-1BRKT-1BRKT-1BRKT-1BRKT-2BRKT-2BRKT-2


CARP-2CARP-2

BIN-1BIN-2BD-PILEHR-PILELDR-PILEP-RESTTOOLBOX-lTOOLBOX-1TOOLBOX-2TOOLBOX-2

CR-1

CR-1BRKT-1 BRKT-2BIN-1

BIN-1BIN-1BIN-2BIN-2

To------------

BRKT-2BIN-1B I N - 2BD-PILEHR-PILELDR-PILEAERIAL-PLATFORMCR-1P-RESTsIDE-SHELLBIN-IBIN-2BD-PILE

PAGE 61


01P

65,2025,8 50,835,14

12,1212,129,129,12

steps-------

6871213120000

131212


BRKT-2BRKT-2BRKT-2BRKT-2B R K T - 2 BRKT-2BIN-1BIN-1BIN-1BIN-IBIN-1BIN-1BIN-1BIN-1BIN-2BIN-2BIN-2BIN-2BIN-2BIN-2BIN-2BD-PILEBD-PILE ED-PILEBD-PILEBD-PILEBD-PILEHR-PILEHR-PILEHR-PILEHR-PILEHR-PILELDR-PILEL D R - P I L ELDR-PILELIIR-PILEAERIAL-PLATFORMAERIAL-PLATFORMAERIAL-PLATFORMCR-1CR-1P-REST

HR-PILELDR-PILEAERIAL-PLATFORHCR-1P-RESTSIDE-SHELLBIN-2BD-PILEHR-PILELDR-PILE

AERIAL-PLATFORMCR-1P-RESTSIDE-SHELLBD-PILEHR-PILELDR-PILEAERIAL-PLATFORMCR-1P-RESTSIDE-SHELL HR-PILELDR-PILEAERIAL-PLATFORMCR-1P-RESTSIDE-SHELLLDR-PILEAERIAL-PLATFORMCR-1P-RESTSIDE-SHELLAERIAL-PLATFORMCR-1P-RESTSIDE-SHELLCR-1P-RESTSIDE-SHELLP-RESTSIDE-SHELLSIDE-SHELL

87000027

121300 00812110000760000210000000

160460

1576046


CRANE

OPERATORS:CARP-1C-OPER


From------------

CR-1

P-RESTCR-1

BIN-1BIN-1BIN-2BIN-2

To------------

01P

15,6 B65,9

Steps

CR-1CR-1CR-1CR-1CR-1CR-1CR-1CR-1CR-1P-RESTP-RESTP-RESTP-RESTP-RESTP-RESTP-RESTP-RESTBIN-1BIN-1BIN-1BIN-1BIN-1BIN-1BIN-1BIN-2BIN-2BIN-2BIN-2BIN-2BIN-2BD-PILE

P-RESTBIN-IBIN-2BD-PILEHR-PILELDR-PILEBASINROADBERM

BIN-1BIN-2BD-PILEHR-PILELDR-PILEBASINROADBERMBIN-2BD-PILEHR-PILELDR-PILEBASINROADBERHBD-PILEHR-PILELDR-PILEBASINROADBERMHR-PILE

76847668605200019161721250008

16

24000816240008

BD-PILEBD-PILEBD-PILEED-PILEHR-PILEHR-PILEHR-PILEHR-PILELDR-PILELDR-PILELDR-PILEBASINBASINROAD


LDR-PILEBASINROADBERMLDR-PILEBASINROADBERMBASINROADBERMROADBERMBERM

160008000000000


END-PIECEBRACEBOARDSTANHANDRAILNUTBOLT

EQUIPMENT:CRANE



From------------

END-PC-1END-PC-1END-PC-1END-PC-1END-PC-1END-PC-1END-PC-1END-PC-1END-PC-1END-PC-1END-PC-2END-PC-2END-PC-2END-PC-2END-PC-2END-PC-2END-PC-2END-PC-2END-PC-2END-PC-3END-PC-3END-PC-3

END-PC-RACKBRACE-PILEBD-PILEBIN-2HR-PILETOOLBOX-1TOOLBOX-I

CR-1

END-PC-RACKEND-PC-RACKEND-PC-RACKCR-1

BIN-2BIN-2

To------ ------

END-PC-2END-PC-3SIDE-SHELLWAYCR-1END-PC-RACKBRACE-FILEBD-PILEBIN-2HR-PILEEND-PC-3SIDE-SHELLWAYCR-1END-PC-RACKRRACE-PILEBU-PILEBIN-2HR-PILESIDE-SHELLWAYCR-1

FRAGFRAGFRAGFRAGFRAGFRAGFRAG

01P

12,1 B12,312,55,4

45,348,3

steps-------

3600

1802219202428300

180232019232700

180

PAGE 67


END-PC-3END-PC-3END-PC-3END-PC-3END-PC-3SIDE-SHELLSIDE-SHELLSIDE-SHELLSIDE-SHELLSIDE-SHELLSIDE-SHELLSIISE-SHELLWAYWAYWAYWAYWAYWAYCR-1CR-1CR-1CR-1CR-1END-PC-RACKEND-PC-RACKEND-PC-RACKEND-PC-RACKBRACE-PILEBRACE-PILEBRACE-PILEBD-PILEBD-FILEBIN-2

END-PC-RACKBRACE-PILEBD-PILEBIN-2HR-PILEWAYCR-1END-PC-RACKBRACE-PILEBD-PILEBIN-2HR-PILECR-1END-PC-RACKBRACE-FILEB1l-PILEBIN-2HR-PILEEND-PC-RACKBRACE-PILEBD-PILEBIN-2HR-PILEBRACE-PILERD-PILERIN-2HR-PILEBD-PILEBIN-2HR-PILEBIN-2HR-PILEHR-PILE

23201923270

1802320192327000000

170180186192200

81624328

16248168

STANHANDRAILNUTBOLT

EQUIPMENT:CRANE

OPERATORS:CARF-1CARP-2CARP-3C-OPER


From------ ------

SECTION-1SECTION-1SECTION-1SECTION-1SECTION-1SECTION-1SECTION-1SECTION-1SECTION-1SECTION-2SECTION-2SECTION-2SECTION-2SECTION-2SECTION-2SECTION-2SECTION-2SIDE-SHELLSIDE-SHELLSIDE-SHELLSIDE-SHELLSIDE-SHELLSIDE-SHELLSIDE-SHELLWAY


BIN-2HR-PILETOOLBOX-1TOOLBOX-1

CR-1

SECTION-1SECTION-2END-PC-RACKCR-1

BIN-2BIN-2

To------------

SECTION-2SIDE-SHELLUAYCR-1END-PC-RACKBRACE-PILEBD-PILEBIN-2HR-PILESIDE-SHELLWAYCR-1END-PC-RACKBRACE-PILEBD-PILEBIN-2HR-PILEWAYCR-1END-PC-RACKBRACE-PILEBD-PILEBIN-2HR-PILECR-1

FRAGFRAGFRAGFRAG

01P

20,15 B50,1512,55,4

Steps------ ---

600

180221920242800

1802320

1923270

18023201923270

PAGE 70


WAYWAYWAYWAYWAYCR-1CR-1CR-1CR-ICR-1END-PC-RACKEND-PC-RACKEND-PC-RACKEND-PC-RACKBRACE-PILEBRACE-PILEBRACE-PILEBD-PILEBD-PILEB I N - 2

END-PC-RACKBRACE-FILEBD-PILEBIN-2HR-PILEEND-PC-RACKBRACE-PILEBD-PILEBIN-2HR-PILEBRACE-PILEBD-PILEBIN-2HR-PILEBD-PILEBIN-2HR-PILEBIN-2HR-PILEHR-PILE

00000

170180186192200

8162432816248

168

PAGE 71


END-PIECEBRACEBOARDSTANHANDRAILBOLTNUT

EQUIPMENT:CRANE



From

END-PC-IEND-PC-lEND-PC-1END-PC-1 END-PC-1END-PC-1END-PC-1END-PC-1END-PC-1END-PC-1END-PC-1END-PC-2END-PC-2END-PC-2END-PC-2END-PC-2END-PC-2END-PC-2END-PC-2END-PC-2END-PC-2END-PC-3

END-PC-RACKBRACE-PILEBD-PILEBIN-2HR-PILETOOLROX-1TOOLBOX-1

CR-1

END-PC-RACKEND-PC-RACKEND-PC-RACKCR-1

BIN-2BIN-2

To------ ------

END-PC-2END-PC-3SIDE-SHELLWAYCR-1END-PC-RACKBRACE-PILEBD-PILEBIN-2HR-PILEMATL-PILEEND-PC-3SIDE-SHELLWAY CR-1END-PC-RACKBRACE-PILEBD-PILEBIN-2HR-PILEMATL-PILESIDE-SHELL

FRAGFRAGFRAGFRAGFRAGFRAGFRAG

01P

steps------ --

3600

18022192024282300

18023201923279~0

PAGE 73


END-PC-3END-PC-3END-PC-3END-PC-3END-PC-3END-Fc-3END-PC-3END-PC-3SIDE-SHELLSIDE-SHELLSIDE-SHELLSIDE-SHELLSIDE-SHELLSIDE-SHELLSIDE-SHELLSIDE-SHELLWAYWAYWAYWAYWAY WAYWAYCR-1CR-1CR-1CR-ICR-lCR-1END-PC-RACKEND-PC-RACKEND-PC-RACKEND-PC-RACKEN1l-PC-RACKBRACE-PILEBRACE-PILEBRACE-PILEBRACE-PILEBD-PILEBD-PILEBD-PILEBIN-2BIN-2HR-PILE

WAYCR-1END-PC-RACKBRACE-PILEBD-PILEBIN-2HR-PILEHATL-PILEUAYCR-1END-PC-RACKBRACE-PILEBD-PILEBIN-2HR-PILEMATL-PILECR-1END-PC-RACKBRACE-PILEBD-PILEBIN-2HR-PILEMATL-PILEEND-PC-RACKBRACE-PILEBD-PILEBIN-2HR-PILEMATL-PILEBRACE-PILEBD-PILEBIN-2HR-PILEMATL-PILEBD-PILEBIN-2HR-PILEMATL-PILEBIN-2HR-PILEMATL-PILEHR-PILEMATL-PILEMATL-PILE

0180232019232720

180232019232720000000

170180186192200180

81624322l8162418816178

2125

PAGE 74

BRACEBOARDSTANHANDRAILBOLTNUT

EQUIPMENT:CRANE

OPERATORS :CARP-1CARP-2CARP-3C-OPER

CARRIERS:TOOLBOX-lTOOLBOX-1

From- - - - - - - - - - - -

SECTION-1SECTION-1SECTION-1SECTION- lSECTION- lSECTION- lSECTION-1SECTION- lSECTION-1SECTION- lSECTION-2SECTION-2SECTION-2SECTION-2SECTION-2SECTION-2SECTION-2SECTION-2SECTION-2SIDE-SHELLSIDE-SHELLSIDE-SHELLSIDE-SHELL

JOE LAYOUT - WORK AREAS

BRACE-PILEBD-PILEB I N - 2HR-PILETOOLBOX-1TOOLBOX-1

CR-1

SECTION-1SECTION-2END-PC-RACKCR-1

B I N - 2B I N - 2

To- - - - - - - - - - - - -

SECTION-2SIDE-SHELLWAYCR-1END-PC-RACKBRACE-PILEBD-PILEB I N - 2HR-PILEMATL-PILESIDE-SHELLWAYCR-1END-PC-RACKBRACE-PILEBD-PILEB I N - 2HR-PILEMATL-PIL.EWAYCR-1ENB-PC-RACKBRACE-PILE

FRAGFRAGFRAGFRAGFRAGFRAG

01P

5 0 , 1 51 2 , 55 , 4

4 8 , 34 8r3

S t e P s- - - - - - - - -

PAGE 76


SIDE-SHELLSIDE-SHELLSIDE-SHELLSIDE-SHELLWAYWAYWAYWAYWAYWAYWAYCR-1CR-1CR-1CR-1CR-1CR-1END-PC-RACKEND-PC-RACKEND-PC-RACKEND-PC-RACKEND-PC-RACKBRACE-PILEBRACE-FILEBRACE-PILEBRACE-PILEBD-PILEBD-PILEBD-FILEB I N - 2B I N - 2HR-PILE

BD-PILEB I N - 2HR-PILEMATL-PILECR-1END-PC-RACKBRACE-PILEBD-PILEB I N - 2HR-PILEHATL-PILEEND-PC-RACKBRACE-PILEBD-PILEB I N - 2HR-PILEMATL-PILEBRACE-PILEBD-PILEB I N - 2HR-PILEMATL-PILEBD-PILEB I N - 2HR-PILEMATL-F’ILEB I N - 2HR:PILEMATL-PII .EHR-PILEMATL-PILEMATL-PILE

192327

2

0000000

170180186192200

1808

16243 221

8162418

81617

82125

PAGE 77

MANUAL METHODS

378. TRANSPORT STAGING BRACKET WITH (GROVE CRANE) AT TANK (OR WAY) CARPER STAGING BRACKET OFG: 3 02-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS TRANSPORTING BRACKETS FROM...* ...BIN-I TO BULKHEAD

* DISTANCES FROM CRANE-REST TO BIN-1 AND..* ...FROM BIN-I TO BULKHEAD ARE AVERAGE...* ...DISTANCES IN A CENTER TANK 98’X50’* MASXIMUM NUMBER OF BRKTS IN LIFT = 6

C-OPER BEGINS AT CR-1

1 TRANSPORT BRKT FROM BIN-1 USING CRANE WITH HOOK+SLING TO BULKHBTWN BRKTS ) PLACE+ADJUST RETURN TO CR-1 F 1 / 6

381, TRANSPORT LADDERS WITH (GROVE CRANE) AT TANK CARPENTERPER LADDER. OFG: 3 03-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS TRANSPORTING LADDERS FROM.... * ...LDR-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO LDR-PILE...* . . .AND FROM LDR-PILE TO BULKHEAD ARE.. .* ...AVERAGE DISTANCES IN A CENTER TANK...* ...98’X50’* MAXIMUM NUMBER OF LADDERS IN LIFT = 3


1 TRANSPORT LADR FROM LDR-PILE USING CRANE WITH HOOK+SLING TO BUL( AT. LDR PLACE+ADJUST RETURN TO CR-1 F 1 / 3

PAGE 77

MANUAL METHODS

384. POSITION (SECURE) (ACCESS) LADDER FOR BULKHEAD WITH HAMMER (AND LADDERCLIPS) AT TANK CARPENTER

PER LADDER OFG: 3 03-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS SECURING A LADDER T0 THE.....* ....BULKHEAD USING 4 LADDER CLIPS* WELDING OF CLIPS WILL BE DONE IN A. . . . .* .....SEPARATE SUB OPERATION

CARP-1 BEGINS AT LDR

1 CARP-1 LOOSEN 4 PAINT ON BHD AT LDR 4 STRIKES USING HAMMER-1 ASIDETO CARP-1

2 CARP-2 GET+PLACE WITH BEND 4 LCLIPS FROM TOOLBOX-2 TO LDR ( TACKINGUPON PLACEMENT ) PF 4 ( 6 )

387. TRANSPORT STAGING PLANK WITH (GROVE CRANE) AT TANK CARPENTER.PER STAGING PLANK OFG: 3 03-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS TRANSPORTING BOARDS FROM+*,+** ....LU-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO LU-PILE AND* .....FROM LU-PILE TO BULKHEAD ARE AVERAGE* ....DISTANCES IN A CENTER TANK 98’X50’* MAXIMUM NUMBER OF BOARDS IN LIFT = 3


1 TRANSPORT BOARD FROM LU-PILE USING CRANE WITH HOOK+SLING TO BULKHEAD( BTWN BRKTS ) PLACE+MANEUVER RETURN TO CR-1 F 1 / 3

MANUAL METHODS

TRANSPORT STANCHION WITH (GROVEPER STANCHION OFG: 3 02-FEB-82

REPRESENTS ELAPSED TIME

CRANE) AT TANK CARPENTER

* REPRESENTS TRANSPORTING STANCHION FROM...* ....BIN-2 TO BULKHEAD* DISTANCES FROM CRANE-REST TO BIN-2 AND...* ....FROM BIN-2 TO BULKHEAD ARE AVERAGE.. * ...DISTANCES IN A CENTER TANK 98’X50’* MAXIMUM NUMBER OF STANCHIONS IN LIFT = 6


1 TRANSPORT STAN FROM BIN-2 USING CRANE WITH HOOK+SLING TO BULKHEABTWN BRKTS ) PLACE+ADJUST RETURN TO CR-1 F 1 / 6

TRANSPORT HANDRAIL WITH (GROVE CRANE) AT TANK CARPENTERPER HANDRAIL OFG: 3 02-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS TRANSPORTING HANDRAIL FROM....* ....HR-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO HR-PILE AND* ....FROM HR-FILE TO BULKHEAD ARE AVERAGE* ....DISTANCES IN A CENTER TANK 98’X50’* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6


1 TRANSPORT HANDRAIL FROM HR-PILE USING CRANE WITH HOOK+SLING TOBULKHEAD ( BTWN BRKTS ) PLACE+ADJUST RETURN TO CR-1 F 1 / 6

PAGE 81

MANUAL METHODS

404. (CLIMB UP AND DOWN) DOWN OPERATOR (ON LADDER) ON BULKHEAD AT ANY TANKSAND VOIDS CARPENTER


* REPRESENTS CARPENTERS CLIMBING UP AND....* ....DOWN LADDERS TO REMOVE- STAGING.* AVERAGE LADDER SIZE = 12 RUNGS.


1 CARP-1 SLIDE ( CLIMB-UP ) LADDER AT LDR ( 12 RUNGS ) PF 12 ( 1 ) PF12 ( 34 )

2 CARP-1 PULL ( CLIMB-DOWN ) LADDER AT LDR ( 12 RUNGS ) PF 12 ( 1 ) PF12 ( 34 )

407. REMOVE HANDRAIL ON (MATERIAL-PILE) WITH WINCH AT ANY TANKS AND VOIDSCARPENTER

PER HANDRAIL OFG: 3 08-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS REMOVAL OF HANDRAIL FROM MALT* ....PILE ON TANKTOP TO DECK (GOING THRU* ....MASNHOLE).* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6

CARP-3 BEGINS AT TANKTOP

1 CARP-3 GET+SLIDE HANDRAIL ( ONTO BOLSTER ) AT MATL-PILE2 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP ) F 1 / 63 WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT MENHOLE 5

ARM-STROKES USING HANDS F 1 / 64 WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3 F 1 / 63 CARP-3 GET+MANIPULATE WITH BEND CABLE AT MATL-PILE ( HOOK AROUND

HANDRAIL ) F 1 / 66 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 67 WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE ) F 1 / 6

MANUAL METHODS

408. REMOVE STANCHION ON (MATERIALCARPENTER

PILE) WITH WINCH AT ANY TANKS AND VOI

PER STANCHION (OFG: 3 08-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS REMOVAL OF STANCHION FROM..... * ....MATL-PILE ON TANKTOP TO DECK (GOING* ....THRU MANHOLE).* MAXIMUM NUMBER OF STANCHION IN LIFT = 6

CARP-3 BEGINS AT MATL-PILE

1

23

45

67

CARP-3 GET+PLACE WITH BEND STAN FROM MATL-PILE TO MATL-PILE WITHBEND

WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP) F 1 / 6WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT MENHOLE 5ARM-STROKES USING HANDS F 1 / 6

WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3 F 1 / 6CARP-3 GET+MANIPULATE WITH BEND CABLE AT MATL-PILE ( HOOK AROUND

STANCHION ) F 1 / 6WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 6WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE ) F 1 / 6

409. REMOVE STAGING BRACKET ON (MATERIAL PILE) WITH WINCH AT ANY TANKS ANVOIDS CARPENTER

PER STAGING BRACKET OFG: 3 05-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS REMOVAL OF BRACKET FROM MATL* .... PILE ON TANKTOP TO DECK (GOING THRU* ...MANHOLE).* MAXIMUM NUMBER OF BRACKET IN LIFT = 3


1

23

45

6

CARP-3 GET+PLACE WITH BEND BRKT FROM MATL-PILE TO MATL-PILE WITHBEND

WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP ) F 1 / 3WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT MENHOLE 5ARM-STROKES USING HANDS F 1 / 3

WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3 F 1 / 3CARP-3 GET+MANIPULATE WITH BEND CABLE AT MATL-PILE ( HOOK AROUND

BRACKET ) F 1 / 3WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 3WINCH-OPER PUSH WINCH-lJP PROCESS ( TO MENHOLE ) F 1 / 3

PAGE 83

MANUAL METHODS

410. REMOVE STAGING PLANK ON (BOARD PILE) WITH WINCH AT ANY TANKS AND VOIDSCARPENTER

PER STAGING PLANK OFG: 3 08-FEB-82REPRESENTS ELAPSED TIME

* REPRESENT REMOVING BOARDS FROM BOARD...* ...PILE ON TANKTOP TO DECK (GOES THRU..* ...MANHOLE),* MAXIMUM NUMBER OF BOARDS IN LIFT = 3


123

45

67

CARP-3 GET+SLIDE BOARD ( ONTO BOLSTER ) AT BD-PILE AND ADJUSTWINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP ) F 1 / 3WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT MENHOLE 5

ARM-STROKES USING HANDS F 1 / 3WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3 F 1 / 3CARP-3 GET+MANIPULATE WITH BEND CABLE AT BD-PILE ( HOOK AROUNDBOARDS ) ( ALLOW FOR 2 ATTEMPTS ) F 2 / 3

WINCH-C)PER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 3WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE ) F 1 / 3

411. REMOVE LADDER ON (LADDER-PILE) WITH WINCH AT ANY TANKS AND VOIDSCARPENTER


* REPRESENT REFMOVING LADDERS FROM LADDER* ....PILE ON TANKTOP TO DECK (GOES THRU..* . . . .MANJOLE) .* MAXIMUM NUMBER OF LADDERS IN LIFT = 3

CARP-3 BEGINS AT BD-PILE

CARP-3 GET+SLIDE LADR ( ONTO BOLSTER ) AT LDR-PII.E AND ADJUSTWINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP ) F 1 / 3WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT MENHOLE 5

ARM-STROKES USING HANDS F 1 / 3WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3 F 1 / 3CARP-3 GET+MANIPULATE WITH BEND CABLE AT LDR-PILE ( HOOK AROUNDLADDERS. ) ( ALLOW FOR 2 ATTEMPTS ) F 2 / 3

WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 3WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE ) F 1 / 3

MANUAL METHODS

412. REMOVE TOOLBOX ON (MATERIAL PILE) WITH WINCH AT ANY TANKS AND VOIDSCARPENTER

PER TOOLBOX OFG: 3 08-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS REMOVING TOOLBOX FROM MATL...* . . . -PILEON TANKTOP TO DECK (GOES THRU... .* ...MANHOLE).( TOOLBOX CONTAINS:* ...28 BOLTS* ...28 NUTS* . . .28 LADDER CLIPS

CARP-3 BEGINS AT LDR-PILE

1

2

34

56

78

CARP-3 GET+PLACE 7 NUTS AND 7 BOLTS FROM MALT-PILE TO TOOLBOX-I B E N D ( T O T A L O F 2 8 ) P F 4 ( 2 3 4 5 6 )

CARP-3 GET+PLACE WITH BEND 4 LCLIPS FROM MALT-PILE TO TOOLBOX-1 BEND ( TOTAL OF 28 ) F 7

WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP )WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT MENHOLE 5ARM-STROKES USING HANDS

WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3 CARP-3 GET+MANPULATE WITH BEND CABLE AT MATL-PILE ( HOOK AROUND

TOOLBOX )WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES )WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE )

431. (WALK UP OR DOWN) MOVE OPERATORTANKS AND VOIDS CARPENTER

PER SET OF INCLINED STAIRS OFG:REPRESENTS ELAPSED TIME

* REPRESENTS CARPENTER WALKING* ....A SET OF INCLINED STAIRS.* ....NUMBER OF TREADS IN A SET* ...STAIRS = 16.* CARPENTERS ARE WALKING UP OR* AT THE SAME TIME.

CARP-1 BEGINS AT LEVEL-1

1 CARP-1 WALK TO LEVEL-22 CARP-2 WALK TO LEVEL-2 SIMO

(ON INCLINED STAIRS) ON BULKHEAD AT

4 1O-FEB-82

UP OR DOWNAVERAGEOF INCLINED

DOWN STAIRS

MANUAL METHODS

132. COMBINED SUB-OP

HOOK-UP/UNHOOK AND IGNITE/EXTINGUISH TORCH FOR BURNING WITH HANDAT TANK CARPENTER

CREW SIZE = 6 (3 CARPS ABOVE DECK AND 3 BELOW). RATE IN ELAPSED TIME.MULT BY 6 TO OBTAIN TOTAL TIME.

PER 8-HR SHIFT AND (1) CUT OFG: 4 20-NOV-81 * THE FOLLOWING IS INCLUDED IN THIS SUBOP:* --2 HOOK-UPS AND 2 UNHOOKS PER (1), . . . .* ...8-HR SHIFT* - - (1 ) OCCURRENCE FOR IGNITE AND . . . . . . . . * ...EXTINGUISH TORCH* --TO DETERMINE THE FREQ OF THE SUB-OP...* . . . F R O N U M B E R O F C U T S > 1 , U S E T H E . . . .* ....FORHULA: FREQ = 1 + C ( N - 1 ) X . 2 3 . . . .

* ...WHERE "N" = THE NUMBER OF CUTS(BURNS)

C o m b i n e d s u b - o p e r e t i o n e l e m e n t s- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

9. HOOK-UP AND UNHOOK TORCH ON MANIFOLD WITH WRENCH AT SHIP

10, IGNITE AND EXTINGUISH TORCH FOR BURNING WITH HAND AT TANK

376. SET-UP (STAGING CLIP) ON BULKHEAD WITH HAMMER (AND STEEL-TAPE) AT TANKCARPENTER

PER STAGING CLIP OFG: 4 01-FEB-82REPRESENTS ELAPSED TIME

REPRESENTS PUTTING UP A STAGING CLIP ON* .. .THE BULKHEAD* WELDING OF THE CLIP WILL BE DONE IN A...* ...SEPARATE SUB OPERATION


1 CARP-1 MEASURE AT BRKT-1 USING STEEL-TAPE-1 ASIDE TO CARP-12 CARP-1 LOOSEN PAINT ON BHD AT BRKT-1 4 STRIKES USING HAMMER-1 ASIDE

TO CARP-13 CARP-1 GET+PLACE WITH BEND SCLIP FROH TOOLBOX-2 TO BRKT-1 ( TACKING

UPON PLACEMENT )

MANUAL METHODS

377. MAKE READY STAGING BRACKET FOR (TRANSPORTING) WITH HAND AT TANK (ORMAY) CARPENTER

PER STAGING BRACKET OFG: 3 02-FEB-82 .REPRESENTS ELAPSED TIME

* REPRESENTS GETTING BRACKET READY TO BE..* ...TRANSPORTED TO TANK OR BULKHEAD* CARPENTER IS LOCATED EITHER ON THE WAY..* . .OR IN TANK AT THE MATERIAL (BIN-1)

CARP-3 BEGINS AT BIN-1

1 CARP-3 GET+PLACE WITH BEND BRKT FROM BIN-1 TO BIN-12 CARP-3 GET+PLACE MITH BEND BOLT FROM TOOLBOX-1 TO BIN-1 AND INSER

BOLT IN BRKT3 CARP-3 FASTEN NUT AT BIN-1 4 WRIST-TURNS USING HANDS4 CARP-3 GET+PLACE BRKT FROM BIN-1 TO BIN-1 ( PILE UP BRKTS FOR

TRANSFORMATION )

379. SET-UP STAGING BRACKETS ON BULKHEAD WITH WRENCH AT TANK CARPENTERPER STAGING BRACKET OFG: 3 01-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS PUTTING UP A BRACKET ON AN...* ...EXISTING STAGING CLIP


1 CARP-1 GET+HOLD WITH BEND BRKT FROM TANKTOP TO CARP-12 CARP-1 LOOSEN NUT AT BRKT-1 4 WRIST-TURNS USING HANDS3 CARP-1 REMOVE BOLT FROM BRKT-1 ( BRKT. ) TO CARP-14 CARP-1 GET+PLACE BRKT FROM CARP-1 TO BRKT-1 AND INSERT BOLT5 CARP-1 FASTEN NUT AT BRKT-1 13 WRIST-TURNS USING HANDS6 CARP-1 FASTEN NUT AT BRKT-I 4 ARM-STROKES USING WRENCH-1 ASIDE TO

CARP-17 CARP-1 WALK TO BRKT-2 ( TO DO NEXT BRKT )

.

PAGE 87

MANUAL METHOD

380, HAKE READY LADDER FOR (TRANSPORTING) WITH HAND AT TANK (OR WAY)CARPENTER

PER LADUER OFG: 3 01-FEB-82REPRESENTS ELAPSED TIHE

* REPRESENTS GETTING LADDER ON BOLSTERS SO* ...THAT THE CRANE CAN TRANSPORT IT.


1 CARP-3 GET+SLIDE LADR AT LDR-PILE AND ADJUST ( ON BOLSTERS )

3 8 2 . SET-UP LADDER ON BULKHEAD (AT BRACKET LOCATION) WITH HAND AT TANKCARPENTER


* REPRESENTS PUTTING UP A LADDER AT A.....* ...BRACKET LOCATION SO THE CARPENTER CAN* . . .PUT UP A BRACKET APPLIES ONLY FOR. . .* ...FIRST LEVEL OF STAGING. CARPENTER IS* ...WORKING FROM THE TANKTOP.* ALSO INCLUDES CLIMBING UP & DOWN LADDER

CARP-1 BEGINS AT BRKT-1

1 CARP-I GET+PLACE WITH BEND LADR FROM TANKTOP TO BRKT-12 CARP-1 SLIDE ( CLIMB-UP ) LADDER AT BRKT-1 ( 4 RUNGS ) PF 4 ( 1 ) PF

4(34)3 CARP-1 PULL ( CLIHB-DOWN ) LADDER AT BRKT-1 ( 4 RUNGS ) PF 4 ( 1 )

PF 4 ( 34 )4 CARP-1 GET+PLACE LADR FROM BRKT-1 TO TANKTOP WITH BEND

MANUAL METHODS

383. SET-UP (ACCESS) LADDER ON BULKHEAD WITH HAND AT TANK CARPENTERPER LADDER OFG: 3 01-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS PUTTING UP AN ACCESS LADDER,,* ...ON THE BULKHEAD SO THAT THE CARPENTER* ...CAN CLIMB TO THE NEXT LADDER.*** ALSO INCLUDES CLIMBING UP AND DOWN THE..* ..LADDER.* AVERAGE NUMBER OF RUNGS = 12


1 CARP-1 GET+PLACE WITH BEND LADR FROM TANKTOP TO LDR2 CARP-1 SLIDE ( CLIMB-UP ) LADDER AT LDR ( 12 RUNGS ) PF 12 ( 1 )

12 ( 34 )3 CARP-1 PULL ( CLIMB-DOWN ) LADDER AT LDR ( 12 RUNGS ) PF 12 ( 1 )

12 ( 34 )

385. POSITION (SECURE) (ACCESS) LADDER FOR BRACKET STAGING WITH PLIER (ANWIRE ROPE) AT TANK CARPENTER

PER LADDER OFG: 4 03-FEB-82* REPRESENTS ELAPSED TIME* REPRESENTS SECURING LADDER TO STAGING...* ...BOARIIS USING WIRE ROPE


1 CARP-1 GET+HANIPULATE WIRE-ROPE AT LDR ( PUT AROUNII BOARDS ANDL A D D E R , )

2 CARP-1 TWIST WIRE-ROPE AT LDR USING PLIER-1 ASIDE TO CARP-1

386. MAKE READY STAGING PLANK FOR (TRANSPORTING) WITH HAND AT TANK (OR WACARPENTER


* REPRESENTS GETTING BOARD ON BOLSTERS SO* ...THAT THE CRANE CAN TRANSPORT IT


1 CARP-3 GET+SLIDE BOARD AT LU-PILE AND ADJUST ( ON BOLSTERS )

MANUAL HETHODS

388. SET-UP STAGING PLANK ON STAGING BRACKET WITH HAND AT TANK CARPENTERPER BOARD OFG: 3 02-FEB-82

REPRESENTS ELAPSED-TIHE* REPRESENTS SETTING UP BOARDS BETWEEN....* . . . B R A C K E T S* TWO MAN OPERATION:* CARPENTERS ARE LOCATED AT TWO DIFFERENT* . .BRACKETS* THEY BOTH LIFT THE BOARD... .* . .TOGETHER AND SLIDE IT INTO POSITION,* IN THIS ANALYSIS CARPENTERS ARE LOCATED* ...ON THE LEVEL BELOW THE BOARDS.


1 CARP-1CARP-2 GET+SLIDE WITH 1 STEP BOARD AT BRKT-1 AND ALIGN2 CARP-1 WALK TO BRKT-2 ( TO DO NEXT SECTION OF BOARDS, CARP2 ALSO

MOVES TO ANOTHER BRACKET )


REPRESENTS ELAPSED TIME* REPRESENTS SETTING UP BOARDS BETWEEN....* ...BRACKETS.* TWO MAN OPERATION:* CARPENTERS ARE LOCATED AT TWO DIFFERENT* ..BRACKETS. THEY BOTH PICK-UP THE BOARD* ..TOGETHER AND SLIDE IT INTO POSITION.* IN THIS ANALYSIS CARPENTERS ARE LOCATED* ...ON THE SAME LEVEL AS THE BOARDS.


1 CARP-1+CARP-2 GET+SLIDE WITH BEND WITH 1 STEP BOARD AT BRKT-1 ANDALIGN

2 CARP-1 WALK TO BRKT-2 ( TO DO NEXT SECTION OF BOARDS, CARP2 ALSOMOVES TO ANOTHER BRACKET )

PAGE 9 0

MANUAL METHODS

390. SET-UP STAGING PLANK ON STAGING BRACKET WITH HAND AT TANK CARPENTERPER STAGING PLANK OFG: 4 02-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS SETTING UP BOARDS BETWEEN....* . . . B R A C K E T S ,* ONE MAN OPERATION:* USUALLY OCCURS WHEN CRANE CANNOT PLACE..* ...BOARD ON BRACKETS.


1 CARP-1 GET+HANIPULATE WITH BEND BOARD AT BRKT-2 AND ALIGN RETURN BRKT-1

2 CARP-1 GET+POSITION WITH BEND BOARD FROM TANKTOP TO BRKT-1 AND SE

391. MAKE READY STANCHION FOR (TRANSPORTING) WITH HAND AT TANK (OR WAY)CARPENTER

PER STANCHION OFG: 3 02-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS GETTING STANCHION READY TO BE* ...TRANSPORTED.

CARP-3 BEGINS AT LU-PILE

1 CARP-3 GET+PLACE WITH BEND STAN FROM BIN-2 TO BIN-2

393. SET-UP STANCHION IN STAGING BRACKET WITH HAND AT TANK CARPENTERPER STANCHION OFG: 3 02-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS PUTTING STANCHION IN THE.....* . . .BRACKET SLEEVE.


1 CARP-1 GET+PLACE WITH2 CARP-1 WALK TO BRKT-2

BEND STAN FROM TANKTOP TO BRKT-1 AND INSERT( DO NEXT STANCHION )

PAGE 91

MANUAL METHODS

394. MAKE READY HANDRAIL FOR (TRANSPORTING) WITH HAND AT TANK (OR WAY)CARPENTER

PER HANDRAIL OFG: 3 02-FER-82REPRESENTS ELAPSED TIME

* REPRESENTS GETTING HANDRAIL ON BOLSTERS* ...S0 THAT THE CRANE CAN TRANSPORT IT


1 CARP-3 GET+SLIDE HANDRAIL AT HR-PIL.E AND ADJUST ( ON BOLSTERS )

396. SET-UP HANDRAIL ON STANCHION WITH HAND AT TANK CARPENTERPER HANDRAIL OF13: 3 02-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS PUTTING HANDRAIL INTO THE....* ...EYELETS ON THE STANCHION* INCLUDES ACTION DISTANCES NEEDED FOR.....* ...ALIGNING THE HANDRAIL* WELDING OF THE HANDRAIL CONNECTIONS WILL* ...BE DONE IN A SEPARATE SUB OPERATION


1 CARP-1 GET+SLIDE WITH BEND HANDRAIL AT BRKT-2 AND ALIGN ( THRU 2EYELETS ON THE STANCHIONS AT, BRKT1 8 BRKT2 ) RETURN TO BRKT-1 PF 2( 4 5 6 )

2 CARP-1 WALK TO BRKT-2 ( DO NEXT SECTION )

397. SET-UP HANDRAIL (END PIECES) ON HANDRAIL (AND BULKHEAD) WITH HAND ATANK CARPENTER


* REPRESENTS PUTTING HANDRAIL (END PIECES)* ...AT THE END OF A STAGING LEVEL* WELDING OF THE HANDRAIL (END PIECES)....* ...CONNECTIONS WILL BE DONE IN A........* ...SEPARATE SUB OPERATION


1 CARP-1 GET+HOLD WITH BEND HANDRAIL FROM TANKTOP TO CARP-12 PTIME 1.02 M ( CUT HANDRAIL INTO 2 PIECES WITH ELECTRODE )3 CARP-2 GET+PLACE 2 HANDRAIL ( END PIECES ) FROM CARP-1 TO BRKT-1

398. TEAR DOWN HANDRAIL ON BULKHEAD WITH TORCH AT (CENTER) MID TANKS ANDVOIDS CARPENTER


* REPRESENTS TEARING DOWN HANDRAIL IN A...* ...CENTER TANK. HANDRAIL IS THROWN TO A* . . .MATERIAL PILE ON THE TANKTOP.* CARPENTERS REMOVE 2 HADNRAIL BEFORE.....* . . .MOVING TO NEXT SECTION.

CARP-1 BEGINS AT BULKHEAD

1 CARP-1 PULL TORCH FROM BULKHEAD TO BRKT-12 CARP-1 OPERATE TORCH AT BRKT-1 PTIME 0.26 M ( BURN OFF HANDRAIL 3 CARP-2 GET+HOLD HANDRAIL FROM BRKT-1 TO CARP-2 SIHO4 CARP-2 HOLD+THROW HANDRAIL FROM CARP-2 TO MATL-PILE5 CARP-1 AND CARP2 WALK TO BRKT-2 F 1 / 2

PAGE 93

MANUAL METHODS

399. TEAR DOWN HANURAIL ON BULKHEAD WITH TORCH (AND WINCH) AT (WING) TANKSAND VOIDS CARPENTER


* REPRESENTS TEARING DOWN HANDRAIL IN A...* ...WING TANK. HANDRAIL IS LOWERED TO THE* ...HATL-PILE WITH A WINCH BECAUSE THE...* ...TANK IS TO SHALL FOR THE HANDRAIL TO* ...BE THROWN.* CARPENTERS REMOVE 2 HANDRAIL BEFORE.....* . . .MOVING TO THE NEXT SECTION.* MAXIMUM NUMBERS OF HANDRAIL IN LIFT = 6


i CARP-1 PULL TORCH FROM BULKHEAD TO BRKT-12 CARP-1 OPERATE TORCH AT BRKT-I PTIME 0.26 M ( BURN OFF HANDRAIL )3 CARP-2 GET+HOLD HANDRAIL FROM BRKT-1 TO BRKT-1 SIMO4 CARP-2 HOLD+PLACE HANDRAIL FROM BRKT-1 TO BRKT-PILE5 WINCH-OPER LOOSEN ( = SWING ) CABLE WITH BEND AT MENHOLE 5

ARM-STROKES USING HANDS F 1 / 66 WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-2 F 1 / 67 CARP-2 GET+HANIPULATE WITH BEND CARLE AT BRKT-PIL.E ( HOOK CABLE

AROUND HANDRAIL ) F 1 / 68 WNCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 69 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO MATL PILE ) F 1 / 610 WINCH-OPER PUSH WINCH-UP PROCESS ( TO HENHOLE ) F 1 / 611 CARP-2 AND CARP1 WALK TO BRKT-2 F 1 / 2

400. TEAR DOWN STANCHION ON BULKHEAD WITH HAND AT (CENTER) MID TANKS ANDVOIDS CARPENTER


* REPRESENTS REMOVING STANCHION FROM.....* ...STAGING BRACKETS IN A CENTER TANK,* . . .STANCHION IS THROWN TO A MATERIAL.. . .* . . .PILE ON THE TANKTOP


1 CARP-2 LOOSEN STAN AT BRKT-1 4 ARM-STROKES USING HANDS2 CARP-2 HOLD+THROW STAN FROM BRKT-1 TO MATL-PILE3 CARF-2 WALK TO BRKT-2

PAGE 94

MANUAL METHODS

402. TEAR DOWN STAGING PLANK ON STAGING BRACKET WITH HAND (AND WINCH) AT TANKS AND VOIDS CARPENTER

PER STAGING FLANK OFG: 3 04-FER-82REPRESENTS ELAPSED TIME

* REPRESENTS REMOVING BOARDS FROM ANY TANK* ...WINCH IS USED TO LOWER BOARD TO......* ...BD-PILE ON TANKTOP.* MAXIMUM NUMBER OF BOARDS IN LIFT = 3


1 CARP-1 AND CARP2 GET+HANIPULATE WITH BEND BOARD AT BRKT-1 ( FLIPBOARDS ONTO 3RD BOARD )

2 WINCH-OPER LOOSEN ( =SWING ) WITH BEND CABLE AT BTRWTH 5 ARM-STROUSING HANDS F 2 / 3

3 WINCH-OPER THROW CABLE FROM BTRWTH TO CARP-1 WITH BEND F 1 / 34 CARP-1 GET+MANIPULATE WITH BEND CABLE AT BRKT-1 ( HOOK CABLE AROU

BOARD ALLOW FOR 2 ATTEMPTS ) F 2 / 3S WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 36 WINCH-OPER PUSH WINCH-DOUN PROCESS ( TO BD PILE ) F 1 / 37 WINCH-OPER PUSH WINCH-lJP PROCESS ( TO BTRWTH ) F 1 / 38 CARP-1 AND CARP2 WALK TO BRKT-2

PAGE 95

MANUAL HETHODS

403. TEAR DOWN LADDER (AND LADDER CLIPS) ON BULKHEAD WITH TORCH (AND WINCH)AT ANY TANKS AND VOIDS CARPENTER


* REPRESENTS REMOVING LADDER FROM BULKHEAD* ...THERE ARE 4 LADDER CLIPS PER LADDER.* ...LADDER LOUERED TO LDR-PILE BY WINCH* . . .LADDER CLIPS THROWN TO MATL-PILE.


1 CARP-1 PULL TORCH AT LDR2 CARP-1 OPERATE TORCH AT LDR PTIME 0.47 M F 4 ( BURN OFF 4 CLIPS )3 CARP-1 GET+THROW 4 LDLIPS FROM LDR TO MATL-PILE WITHOUT BEND F 44 CARP-2 GET+POSITION LADR FROM LDR TO BRKT-2 WITH BEND ( LAY DOWN ON

BOARDS )5 WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT BTRWTH 5 ARM-STROKES

USING HANDS6 WINCH-OPER THROW CABLE FROM BTRWTH TO CARP-2 WITH BEND7 CARP-2 GET+MANIPULATE WITH BEND CABLE AT BRKT-2 ( HOOK AROUND LADR )8 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES )9 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO LDR PILE )10 WINCH-OPER PUSH WINCH-UP PROCESS ( TO BTRWTH )11 CARP-1 WALK TO BRKT-2

M A N U A L M E T H O D S

405. TEAR DOWN LADDER (AND WIRE ROPE) ON BULKHEAD WITH PLIER (AND WINCHANY TANKS AND VOIDS CARPENTER


* REPRESENTS REMOVING LADDER FROM BULKHEAD* ...THERE IS 1 WIRE ROPE PER LADDER.* ...LADDER LOWERED TO LDR-PILE BY WINCH* ...WIRE-ROPE IS THROWN TO MATL-PILE.


12

34

5

6789

CARP-1 TWIST WIRE-ROPE AT LDR USING PLIER-1 ASIDE TO CARP-1CARP-1 GET+MANIPULATE WIRE-ROPE AT LDR ( PULL. WIRE ROPE OFF BOAAND LADDER. )

CARP-1 HOLD+THROW WIRE-ROPE FROM LDR TO MATL-PILE WITHOUT BENDCARP-2 GET+POSITION LADR FROM LDR TO BRKT-2 WITH BEND ( LAY DOWNBOARDS )

WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT BTRWTH 5 ARM-STRUSING HANDS

WINCH-OPER THROW CABLE FROM BTRWTH TO CARP-2 WITH BENIICARP-2 GET+MANIPULATE WITH BEND CABLE AT BRKT-2 ( HOOK AROUND WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES )WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO LDR PILE )

10 WINCH-OPER PUSH WINCH-UP PROCESS ( TO BTRWTH )11 CARP-1 WALK TO BRKT-2

PAGE 97

MANUAL METHODS

406. TEAR DOWN STAGING BRACKET ON BULKHEAD WITH WRENCH AT ANY TANKS ANDVOIDS CARPENTER


* REPRESENTS TEARING DOWN STAGING BRACKET* ...IN ANY TANK. BRACKETS ARE LOWERED TO * ...MATL-PILE BY WINCH.* MAXMUH NUMBER OF BRACKETS IN LIFT = 3

CARF-1 BEGINS AT BRKT-2

1 CARP-1 LOOSEN NUT AT BRKT-1 1 ARM-STROKE USING WRENCH-1 AND HOI.D2 CARP-1 HOLD+LOOSEN NUT AT BRKT-1 13 WRIST-STROKES USING WRENCH-1

ASIDE TO CARP-I3 CARP-1 GET+REMOVE BOLT FROM BRKT-1 TO CARP-14 CARP-1 THROW NUT AND BOLT FROM CARP-1 TO MATL-PILE WITHOUT BEND5 CARP-2 GET+PLACE BRKT FROM BRKT-I TO BRKT-PILE6 WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT BTRWTH 5 ARM-STROKES

USING HANDS F 1 / 37 WINCH-OPER THROW CABLE FROM BTRWTH TO CARP-2 F 1 / 38 CARP-2 GET+MANIPULATE WITH BEND CABLE AT BRKT-PILE ( HOOK AROUND

BRACKETS ) F 1 / 39 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 310 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO MATL PILE ) F 1 / 311 WINCH-OPER PUSH WINCH-UP PROCESS ( TO BTRWTH ) F 1 / 312 CARP-2 AND CARP1 WALK TO BRKT-2

SECTION 3MANUAL METHODS

435. WELD STAGING BRACKET (CLIP) ON BULKHEAD (OR ANY STRUCTURE) WITH SELECTRODE AT ANY TANKS AND VOIDS (SHIP) WELDING

PER 100 CLIPS OFG: 3WELD TO MEET SAFETY REQUIREMENTS. RATE PER 100 CLIPS. RATE IN

MANUAL ELEMENTS.

1 WELD VERTICAL 3/8s FILLET WELD (10 PER CLIP) WITH 10% OVERWELUSING 6011 3/16 ELECTRODE OR COMPARABLE (7018 5/32).

438. WELD LADDER (CLIP) (SECURES LADDER) ON BULKHEAD (OR ANY STRUCTURESTICK ELECTRODE AT ANY TANKS AND VOIDS (SHIP) WELDING

PER 100 LADDERS OR 400 CLIPS OFG: 3WELD TO MEET SAFETY REQUIREMENTS. RATE PER 100 LADDERS (400 C

RATE INCLUDES MANUAL ELEMENTS.

1 WELD VERTICAL 3/88 FILLET WELD (48 PER CLIP) WITH 10% OVERWELD 6011 3/16 ELECTRODE OR COMPARABLE (7018 5/32).

440. WELD HANDRAIL (CONNECTIONS) ON STANCHION WITH STICK ELECTRODE AT ATANKS AND VOIDS (SHIP) WELDING

PER 100 PIECES OF HANDRAIL OFG: 3WELD TO MEET SAFETY REQUIREMENTS. RATE PER 100 PIECES OF AHNDR

(AVG. 1 CONNECTION EACH). RATE INCLUDES MANUAL ELEMENTS.

1 WELD HORIZONTAL 1 /48 FILLET WELD (58 PER CONNECTION) USING 601ELECTRODE OR COMPARABLE (7018 3/32).

PAGE 99

MANUAL METHODS

404. (CLIMB UP AND DOWN) MOVE OPERATOR (ON LADDER) ON BULKHEAD AT ANY TANKSAND VOIDS CARPENTER


* REPRESENTS CARPENTERS CLIMBING UP AND...* ...DOWN LADDERS TO REMOVE STAGING.* AVERAGE LADDER SIZE = 12 RUNGS.



2 CARP-1 PULL ( CLIMB-DOWN ) LADDER AT LDR ( 12 RUNGS ) PF 12 ( 1 ) PF12 ( 34 )

407. REMOVE HANDRAILCARPENTER

ON (MATERIAL-PILE) WITH WINCH AT ANY TANKS AND VOIDS


* REPRESENTS REMOVAL OF HANDRAIL FROM MATL* ... PILE ON TANKTOP TO DECK (GOING THRU* ...MANHOLE).* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6


123

45

67

CARP-3 GET+SLIDE HANDRAIL ( ONTO BOLSTER ) AT MATL-PILEWINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP ) F 1 / 6WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT HENHOLE 5

ARM-STROKES USING HANDS F 1 / 6WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3 F 1 / 6CARP-3 GET+MANIPULATE WITH BEND CABLE AT MATL-FILE ( HOOK AROUNDHANDRAIL ) F 1 / 6

WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 6WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE ) F 1 / 6

MANUAL METHODS

4 0 8 .

409 ●

REMOVE STANCHION ON (MATERIAL PILE) WITH WINCH AT ANY TANKS AND VCARPENTER


* REPRESENTS REMOVAL OF STANCHION FROM...* ...MATL-PILE ON TANKTOP TO DECK (GOING* ...THRU MANHOLE).* MAXIMUM NUMBER OF STANCHION IN LIFT = 6


CARP-3 GET+PLACE WITH BEND STAN FROM MATL-FILE TO MATL-PILE WIBEND

WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP ) F 1 / 6WINCH-OFER LOOSEN ( =SWING ) CABLE WITH BEND AT MENHOLE 5ARM-STROKES USING HANDS F 1 / 6

WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3 F 1 / 6CARP-3 GET+MANIPULATE WITH BEND CABLE AT MATL-PILE ( HOOK AROUN

STANCHION ) F 1 / 6WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 6WINCH-OFER PUSH WINCH-UP PROCESS ( TO MENHOLE ) F 1 / 6

REMOVE STAGING BRACKET ON (MATERIAL PILE) WITH WINCH AT ANY TANKS VOIDS CARPENTER


* REPRESENTS REMOVAL OF BRACKET FROM MATL* ... PILE ON TANKTOP TO DECK (GOING THRU* ...MANHOLE).* MAXIMUM NUMBER OF BRACKET IN LIFT = 3


CARP-3 GET+PLACE WITH BEND BRKT FROM MATL-FILE TO MATL-PILE WITBEND

WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP ) F 1 / 3WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT MENHOLE 5ARM-STROKES USING HANDS F 1 / 3

WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3 F 1 / 3CARP-3 GET+MANIPULATE WITH BEND CABLE AT MATL-PILE ( HOOK AROUN

BRACKET ) F 1 / 3WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 3WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE ) F 1 / 3

PAGE 101

MANUAL METHODS

410. REMOVE STAGING FLANK ON (BOARD PILE) WITH WINCH AT ANY TANKS AND VOIDSCARPENTER


* REPRESENT REMOVING BOARDS FROM BOARD...* . . .PILE ON TANKTOP TO DECK (GOES THRU..* . . . M A N H O L E ) .* MAXIMUM NUMBER OF BOARDS IN LIFT = 3


1 CARF-3 GET+SLIDE BOARD ( ONTO BOLSTER ) AT BD-PILE AND ADJUST2 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP ) F 1 / 33 WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT MENHOLE 5

ARM-STROKES USING HANDS F 1 / 34 WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3 F 1 / 33 CARP-3 GET+MANIPULATE WITH BEND CARLE AT BD-PILE ( HOOK AROUND

BOARDS ) ( ALLOW FOR 2 ATTEMPTS ) F 2 / 36 WINCH=OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 37 WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE ) F 1 / 3



* REPRESENT REMOVING LADDERS FROM LADDER* . .PILE ON TANKTOP TO DECK (GOES THRU..* . . . M A N H O L E ) .* MAXIMUM NUMBER OF LADDERS IN LIFT = 3


1 CARF-3 GET+SLIDE LADR ( ONTO BOLSTER ) AT LDR-PILE AND ADJUST2 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP ) F 1 / 33 WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT HENHOLE 5

ARM-STROKES USING HANDS F 1 / 34 WINCH-OPER THROW CABLE FROM MENHOLE TO CARF-3 F 1 / 33 CARP-3 GET+MANIPULATE WITH BEND CABLE AT LDR-PILE ( HOOK AROUND

LADDERS. ) ( ALLOW FOR 2 ATTEMPTS ) F 2 / 36 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 37 WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE ) F 1 / 3

MANUAL METHODS

412. REMOVE TOOLBOX ON (MATERIAL FILE) WITH WINCH AT ANY TANKS AND VOIDSCARPENTER

PER TOOLBOX OFG: 3 08-FER-82REPRESENTS ELAPSED TIME

* REPRESENTS REMOVING TOOLBOX FROM MATL...* . . .P ILEON TANKTOP TO DECK (GOES THRU. . .* ...MANHOLE),* TOOLBOX CONTAINS:* ...28 BOLTS* ...28 NUTS* ...28 LADDER CLIPS


1 CARP-3 GET+PLACE 7 NUTS AND 7 BOLTS FROM MATL-PILE TO TOOLBOX-1 WBEND ( TOTAL 0F 28 ) PF 4 ( 2 3 4 5 6 )

2 CARF-3 GET+PLACE WITH BEND 4 LCLIPS FROM MATL-PILE TO TOOLBOX-1 WBEND ( TOTAL OF 28 ) F 7

3 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP )4 WINCH-OPER LOOSEN ( =SWING ) CABLE WITH REND AT MENHOLE 5

ARM-STROKES USING HANDS5 WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-36 CARP-3 GET+MANIPULATE WITH BEND CABLE AT MATL-PILE ( HOOK AROUND

TOOLBOX )7 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES )8 WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE )

431. (WALK UP OR DOWN) MOVE OPERATOR (ON INCLINED STAIRS) ON BULKHEAD AT ATANKS AND VOIDS CARPENTER

PER SET OF INCLINED STAIRS OFG: 4 10-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS CARPENTER WALKING UP OR DOWN* . . .A SET OF INCLINED STAIRS. AVERAGE* ...NUMBER OF TREABS IN A SET OF INCLINED* . . . S T A I R S = 1 6 .* CARPENTERS ARE WALKING UP OR DOWN STAIRS* AT THE SAME TIME.


1 CARP-1 WALK TO LEVEL-22 CARP-2 WALK TO LEVEL-2 SIMO

PAGE 103

MANUAL METHODS

563. TRANSPORT STAGING BRACKET WITH (TOUER CRANE) AT (WING) TANKS AND VOIDSCARPENTER

PER STAGING BRACKET OFG: 3 23-MAY-83REPRESENTS ELAPSED TIME

* REPRESENTS TRANSPORTING BRACKETS FROM...* ...BIN-1 TO BULKHEAD* DISTANCES FROM CRANE-REST TO BIN-1 AND..* ...FROH BIN-1 TO BULKHEAD ARE AVERAGE...* ...DISTANCES FROM THE SIDE OF A BASIN* . . 1 2 0 0 ’ X 2 0 0 ’* MAXIMUM NUMBER OF BRKTS IN LIFT = 6


1 TRANSPORT BRKT FROM BIN-1 USING CRANE WITH HOOK+SLING TO BULKHEAD (BTWN BRKTS ) PLACE+ADJUST RETURN TO CR-1 F 1 / 6

564. TRANSPORT LADDER WITH (TOUER CRANE) AT (WING) TANKS AND VOIDS CARPENTERPER LADDER OFG: 3 23-MAY-83

REPRESENTS ELAPSED TIME* REPRESENTS TRANSPORTING LADERS FROM* .. .LDR-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO LDR-PILE* ...AND FROM LDR-PILE TO BULKHEAD ARE* ...AVERAGE DISTANCE FROM SIDE OF BASIN* . . . 1 2 0 0 ’ X 2 0 0 ’* MAXIMUM NUMBER OF LADDERS IN LIFT = 3


1 TRANSPORT LADR FROM LDR-PILE USING CRANE WITH HOOK+SLING TO BULKHEAD( AT, LDR ) PLACE+ADJUST RETURN TO CR-1 F 1 / 3

MANUAL METHODS

565. TRANSPORT STAGING PLANK WITH (TOUER CRANE) AT (WING) TANKS AND VOIDCARPENTER

PER STAGING PLANK OFG: 3 23-MAY-83REPRESENTS ELAPSED TIME

* REPRESENTS TRANSPORTING BOARDS FROM* ...LU-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO LU-PILE AND* ...FROM LU-PILE TO BULKHEAD ARE AVERAGE* ...DISTANCES FROM THE SIDE OF A BASIN* . . . 1 2 0 0 ’ X 2 0 0 ’* MAXIMUM NUMBER OF BOARDS IN LIFT = 3


1 TRANSPORT BOARD FROM LU-FILE USING CRANE WITH( BTWN BRKTS ) PLACE+MANEUVER RETURN TO CR-1

566. TRANSPORT STANCHION WITH (TOWER CRANE) AT (WING)CARPENTER

PER STANCHION OFG: 3 23-MAY-83REPRESENTS ELAPSED TIME

* REPRESENTS TRANSPORTING STANCHION FROM..* ...BIN-2 TO BULKEHEAD* DISTANCES FROM CRANE-REST TO BIN-2 AND..* ...FROM BIN-2 TO BULKHEAD ARE AVERAGE...* ..DISTANCES FROM THE SIDE OF A BASIN* . . . 1 2 0 0 ’ X 2 0 0 ’* MAXIMUM NUMBER OF STANCHIONS IN LIFT = 6


HOOK+SLING TO BULKF 1 / 3

TANKS AND VOIDS

1 TRANSPORT STAN FROM BIN-2 USING CRANE WITH HOOK+SLING TO BULKHEABTWN BRKTS ) PLACE+ADJUST RETURN TO CR-1 F 1 / 6

PAGE 105

MANUAL METHODS

567. TRANSPORT HANDRAIL WITH (TOWER CRANE) AT (WING) TANKS ANU VOIBSCARPENTER

PER HANDRAIL OFG: 3 23-MAY-83REPRESENTS ELAPSED TIME

* REPRESENTS TRANSPORTING HANDRAIL FROM...* . . .HR-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO HR-PILE AND* ...FROM HR-PILE TO BULKHEAD ARE AVERAGE* ...DISTANCES FROM THE SIDE OF A BASIN* . . . 1 2 0 0 ’ X 2 0 0 ’* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6


1 TRANSPORT HANDRAIL FROM HR-PILE USING CRANE WITH HOOK+SLING TOBULKHEAD ( BTUN BRKTS ) PLACE+ADJUST RETURN TO CR-1 F 1 / 6

. 132. COMBINED SUB-OP


CREW SIZE = 6 (3 CARPS ABOVE DECK ANB 3 BELOW). RATE IN ELAPSED TIME,MULT BY 6 TO OBTAIN TOTAL TIME,

PER 8-HR SHIFT ANII (1) CUT OFG: 4 20-NOV-81* THE FOLLOWING IS INCLUDED IN THIS SUBOP:* --2 HOOK-UPS ANLI 2 UNHOOKS PER (1). . . . . .* ...8-HR SHIFT* - - ( 1 ) O C C U R R E N C E F O R I G N I T E A N D . . . . . . . .* ...EXTINGUISH TORCH* --TO BETERMINE THE FREQ OF THE SUB-OP...* . . .FRO NUMBER OF CUTS >1, USE THE . . . . . .* ...FORMULA: FREQ = 1 + [ ( N - 1 ) X . 2 3 1 . . . .

* . . . U H E R E ‘ N ’ = THE NUMBER OF CUTS(BURNS)

C o m b i n e d s u b - o p e r a t i o n e l e m e n t s- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

9, HOOK-UP AND UNHOOK TORCH ON MANIFOLD WITH WRENCH AT SHIP

10. IGNITE AND EXTINGUISH TORCH FOR BURNING WITH HAND AT TANK

MANUAL

376. SET-UP (STAGING CLIP)CARPENTER

PER STAGING CLIP OFG:

METHODS

ON BULKHEAD WITH HAMMER (AND STEEL-TAPE) AT T

4 0 1 - F E B - 8 2REPRESENTS ELAPSED TIME

* REPRESENTS PUTTING UP A STAGING CLIP ON* .. .THE BULKHEAD* W E L I D I N G O F T H E C L I P W I L L B E D O N E I N A . . .* ...SEPARATE SUB OPERATION


1 CARP-1 MEASURE AT BRKT-1 USING STEEL-TAPE-1 ASIDE TO CARP-12 CARP-1 LOOSEN PAINT ON BHD AT BRKT-1 4 STRIKES USING HAMMER-1 A

T O C A R P - 1 3 CARP-1 GET+PLACE WITH BEND SCLIP FROM TOOLBOX-2 TO BRKT-1 ( TACK

UPON PLACEMENT )

377. MAKE READY STAGING BRACKET FOR (TRANSPORTING) WITH HAND AT TANK (ORWAY) CARPENTER


* REPRESENTS GETTING BRACKET READY TO BE..* ...TRANSPORTED TO TANK OR RULKIHEAD* CARPENTER IS LOCATED EITHER ON THE WAY..* . . .OR IN TANK AT THE MATERIAL (BIN-1)


1 CARP-3 GET+PLACE WITH BEND BRKT FROM BIN-I TO BIN-12 CARP-3 GET+PLACE WITH BEND BOLT FROM TOOLBOX-1 TO BIN-1 AND INSE

BOLT IN BRKT3 CARP-3 FASTEN NUT AT BIN-1 4 WRIST-TURNS USING HANDS4 CARP-3 GET+PLACE BRNT FROM BIN-1 TO BIN-1 ( PILE UP BRKTS FOR

TRANSPORTATION )

PAGE 107

MANUAL METHODS


REPRESENTS ELAPSED TIME* REPRESENTS PUTTING UP AN ACCESS LADDER..* ....ON THE BULKHEAD SO THAT THE CARPENTER* ...CAN CLIMB TO THE NEXT LADDER.* ALSO INCLUDES CLIMBING UP AND DOWN THE..* . . . L A D D E R .* AVERAGE NUMBER OF RUNGS = 12


1 CARP-1 GET+PLACE WITH BEND LADR FROM TANKTOP TO LDR2 CARP-1 SLIDE ( CLIMB-UP ) LADDER AT LDR ( 12 RUNGS ) PF 12 ( 1 ) PF

12 ( 34 )3 CARP-1 PULL ( CLIMB-DOWN ) LADDER AT LDR ( 12 RUNGS ) PF 12 ( 1 ) PF

12 ( 34 )

384. POSITION (SECURE) (ACCESS) LADDER FOR BULKHEAD WITH HAMMER (AND LADDERCLIPS) AT TANK CARPENTER


* REPRESENTS SECURING A LADDER TO THE.....* ...BULKHEAXI USING 4 LADDER CLIPS* WELDING OF CLIPS WILL BE DONE IN A......* ...SEPARATE SUB OPERATION


1

2

CARP-1 LOOSEN 4 PAINT ON BHD AT LDR 4 STRIKES USING HAMMER-1 ASIDETO CARP-1

CARP-2 GET+PLACE WITH BEND 4 LCLIPS FROM TOOLBOX-2 TO LDR ( TACKINGUPON PLACEMENT ) PF 4 ( 6 )

PAGE 108


REPRESENTS ELAPSED TIME* REPRESENTS SETTING UP BOARDS BETWEEN....* ...BRACKETS.* TWO MAN OPERATION:* CARPENTERS ARE LOCATED AT TWO DIFFERENT* ..BRACKETS, THEY BOTH LIFT THE BOARD....* ..TOGETHER AND SLIDE IT INTO POSITION,* IN THIS ANALYSIS CARPENTERS ARE LOCATED* ...ON THE LEVEL BELOW THE BOARDS,


1 CARF-1+CARF-2 GET+SLIDlE WITH 1 STEP BOARD AT BRKT-1 AND ALIGN2 CARF-1 WALK TO BRKT-2 ( TO DO NEXT SECTION O BOARDs, CARP2 ALSO

MOVES TO ANOTHER BRACKET )


REPRESENT’S ELAPSED TIME* REPRESENTS PUTTING STANCHION IN THE.....* . . .BRACKET SLEEVE.


1 CARP-I GET+PLACE WITH BEND STAN FROM TANKTOP TO BRKT-1 AND INSER2 CARP-1 WALK TO BRKT-2 (NO NEXT STANCHION )

PAGE 109

MANUAL METHODS

396. SET-UP HANDRAIL ON STANCHION WITH HAND AT TANK CARPENTERPER HANDRAIL OFG: 3 02-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS PUTTING HANDRAIL INTO THE....* ...EYELETS ON THE STANCHION* INCLUDES ACTION DISTANCES NEEDED FOR....* . . .ALIGNING THE HANDRAIL* WELDING OF THE HANDRAIL CONNECTIONS WILL* ...BE DONE IN A SEPARATE SUB OPERATION


1 CARP-I GET+SLII.IE WITH BEND HANDRAIL AT BRKT-2 ANSI ALIGN ( THRU 2EYELETS ON THE STANCHIONS AT. RRKT1 & BRKT2 ) RETURN TO BRKT-1 PF 2( 4 5 6 )

2 CARP-1 WALK TO BRKT-2 ( DO NEXT SECTION )

397. SET-UP HANBRAIL (END PIECES) ON HANDRAIL (AND BULKHEAD) WITH HAND ATTANK CARPENTER


* REPRESENTS PUTTING HANDRAIL (END PIECES)* ...AT THE END OF A STAGING LEVEL* WELDING OF THE HANDRAIL (END PIECES).. . .* ...CONNECTIONS WILL BE DONE IN A........* ...SEPARATE SUB OPERATION


1 CARP-1 GET+HOLD WITH BEND HANDRAIL FROM TANKTOP TO CARP-12 PTIME 1.02 K ( CUT HANDRAIL INTO 2 PIECES WITH ELECTRODE )3 CARP-1 GET+PLACE 2 HANDRAIL ( END PIECES ) FROM CARP-I TO BRKT-1 F 2

MANUAL METHODS

399. TEAR DOWN HANDRAIL ON BULKHEAD WITH TORCH (AND WINCH) AT (WING) TANAND VOIDS CARPENTER


* REPRESENTS TEARING DOWN HANDRAIL IN A...* ...WING TANK, HANDRAIL IS LOWERED TO THE* ...MATL-PILE WITH A WINCH BECAUSE THE...* ...TANK IS TO SMALL FOR THE HANDRAIL TO* ...BE THROWN.* CARPENTERS REMOVE 2 HANDRAIL BEFORE.....* ...MOVING TO THE NEXT SECTION.* MAXIHUM NUMBERS OF HANDRAIL IN LIFT = 6

CARF-1 BEGINS AT BULKHEAD

1 CARP-1 PULL TORCH FROM BULKHEAD TO BRKT-12 CARP-1 OPERATE TORCH AT BRKT-1 PTINE 0.26 M ( BURN OFF HANDRAIL3 CARP-2 GET+HOLD HANDRAIL FROM BRKT-1 TO BRKT-1 SIMO4 CARP-2 HOLD+PLACE HANDRAIL FROM BRKT-1 TO BRNT-PILE5 WINCH-OPER LOOSEN ( = SWING ) CABLE WITH BEND AT MENHOLE 5

ARM-STROKES USING HANDS F 1 / 66 WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-2 F 1 / 67 CARP-2 GET+MANIPULATE-WITH BEND CARLE AT BRKT-PILE ( HOOK CABLE

AROUND HANDRAIL ) F 1 / 68 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 69 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO MATL PILE ) F 1 / 610 WINCH-OPER PUSH WINCH-UP PROCESS ( TO NENHOLE ) F 1 / 611 CARP-2 AND CARP1 WALK TO BRKT-2 F I / 2

MANUAL METHODS

401. TEAR DOWN STANCHION ON BULKHEADANII VOIDS CARPENTER


WITH HAND (AND WINCH) AT (WING) TANKS

* REPRESENTS TEARING DOWN STANCHION IN A..* . . .WING TANK. STANCHION IS LOWERED TO...* ...THE MATL-PILE WITH A WINCH BECAUSE...* ...THE TANK IS TO SHALL FOR THE.........* ...STANCHION TO BE THROWN.* MAXIMUM NUMBER OF STANCHIONS

CARP-2 BEGINS AT BRKT-PILE

123

45

6789

CARP-2 LOOSEN STAN AT BRKT-1

IN LIFT = 6

4 ARM-STROKES USING HANUSCARP-2 HOLD+PLACE STAN FROM BRKT-1 TO BRKT-PILEWINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT BENHOLE 5

ARM-STROKES USING HANDS F 1 / 6WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-2 F 1 / 6CARP-2 GETH+MANIPULATE WITH BEND CABLE AT BRKT-PILE ( HOOK CABLEAROUND STANCHIONS ) F 1 / 6

WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 6WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO MATL PILE ) F 1 / 6WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE ) F 1 / 6 CARP-2 WALK TO BRKT-2

P A G E 1 1 2

MANUAL METHODS

402. TEAR DOWN STAGING PLANK ON STAGING BRACKETT WITH HAND (AND WINCH) ATTANKS AND VOIDS CARPENTER


* REPRESENTS REMOVING BOARDS FROM ANY TANK* ...WINCH IS USED TO LOWER ROARU TO......* ...BD-PILE ON TANKTOP.* MAXIMUM NUMBER OF BOARDS IN LIFT = 3


1 CARP-1 AND CARP2 GET+HANIPULATE WITH BEND BOARD AT BRKT-1 ( FLIPBOARDS ONTO 3RD BOARD )

2 WINCH-OPER LOOSEN ( =SWING ) WITH BEND CABLE AT BTRWTH 5 ARM-STRUSING HANDS F 1 / 3

3 WINCH-OPER THROW CABLE FROM BTRWTH TO CARP-1 WITH BEND F 1 / 34 CARP-1 GET+MANIPULATE WITH BEND CABLE AT BRKT-I ( HOOK CABLE ARO

BOARD ALLOW FOR 2 ATTEMPTS ) F 2 / 35 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 36 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO BD PILE ) F 1 / 37 WINCH-OPER PUSH WINCH-UP PROCESS ( TO BTRWTH ) F 1 / 3 8 CARP-1 AND CARP2 WALK TO BRKT-2

PAGE 113

MANUAL METHODS

403. TEAR DOWN LADDER (AND LADDER CLIPS) ON BULKHEAKI WITH TORCH (AND WINCHAT ANY TANKS AND VOIDS CARPENTER


* REPRESENTS REMOVING LADDER FROM BULKHEAD* ...THERE ARE 4 LADDER CLIPS PER LADDER,* ...LADDER LOWERED TO LDR-PILE BY WINCH* ...LADDER CLIPS THROWN TO MATL-PILE.


1 CARP-1 PULL TORCH AT LDR2 CARP-1 OPERATE TORCH AT LDR PTIME 0.47 N F 4 ( BURN OFF 4 CLIPS )3 CARP-1 GET+THROW 4 LCLIPS FROM LDR TO MATL-PILE WITHOUT BEND F 44 CARP-2 GET+POSITION LADR FROM LDR TO BRKT-2 WITH BEND ( LAY DOWN ON

BOARDS )5 WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT BTRWTH 5 ARM-STROKES

USING HANDS6 WINCH-OPER THROW CABLE FROM BTRWTH TO CARP-2 WITH BEND7 CARP-2 GET+MANIPULATE WITH BEND CABLE AT BRKT-2 ( HOOK AROUND LADR )8 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES )9 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO LDR PILE )10 WINCH-OPER PUSH WINCH-UP PROCESS ( TO BTRWTH )11 CARP-1 WALK TO BRKT-2

MANUAL METHODS

406. TEAR DOUN STAGING BRACKET ON BULKHEAD WITH WRENCH AT ANY TANKS ANIIVOIDS CARPENTER


* REPRESENTS TEARING DOWN STAGING BRACKET* ...IN ANY TANK BRACKETS ARE LOWERED TO* ...MATL-PILE BY WINCH.* MAXIMUM NUMRER OF BRACKETS IN LIFT = 3


12

3456

78

9

CARP-1 LOOSEN NUT AT BRKT-1 1 ARM-STROKE USING WRENCH-1 AND HOLDCARP-1 HOLD+LOOSEN NUT AT BRKT-1 13 WRIST-STROKES USING WRENCH-ASIDE TO CARP-1

CARP-1 GET+REMOVE BOLT FROM BRKT-1 TO CARP-1CARP-1 THROW NUT AND BOLT FROM CARP-1 TO MATL-PILE WITHOUT BENDCARP-2 GET+PLACE BRKT FROM BRKT-1 TO BRKT-PILEWINCH-OF’ER LOOSEN ( =SWING ) CABLE WITH BEND AT BTRWTH 5 ARM-STRUSING HANDS F 1 / 3

WINCH-OPER THROW CABLE FROM BTRWTH TO CARP-2 F 1 / 3CARP-2 GET+MANIPULATE WITH BEND CABLE AT BRKT-PILE ( HOOK AROUNDBRACKETS ) F 1 / 3

WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 310 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO MATL PILE ) F 1 / 311 WINCH-OPER PUSH WINCH-UP PROCESS ( TO BTRWTH ) F 1 / 312 CARP-2 AND CARP1 WALK TO BRKT-2

MANUAL METHODS

426.

4 2 7 .

4 2 8 .

MAKE READY STAGING BRACKET FOR (TRANSPORTING) WITH HAND AT ANY WAYSCARPENTER

PER STAGING BRACKET OFG: 3 1O-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS GETTING BRACKET READY TO BE..* ...TRANSPORTED TO TANK OR BULKHEAD* CARPENTER IS LOCATED EITHER ON THE WAY..* ...OR IN TANK AT THE MATERIAL (BIN-1)


1 CARP-3 GET+PLACE WITH BEND BRKT FROM BIN-1 TO BIN-12 CARP-3 GET+PLACE WITH BEND BOLT FROM TOOLBOX-1 TO BIN-1 AND INSERT

BOLT IN BRKT3 CARP-3 FASTEN NUT AT BIN-1 4 WRIST-TURNS USING HANDS4 CARP-3 GET+PLACE BRKT FROM BIN-1 TO BIN-1 ( PILE UP BRKTS FOR

TRANSPORTATION )

MAKE READY LADDER FOR (TRANSPORTING) WITH HAND AT ANY WAYS CARPENTERP E R L A D D E R O F G : 3 1 0 - F E B - 8 2

REPRESENTS ELAPSED TIME* REPRESENTS GETTING LADDER ON BOLSTERS SO* ...THAT THE CRANE CAN TRANSPORT IT,


1 CARP-3 GET+SLIDE LADR_ AT LDR-PILE AND ADJUST ( ON BOLSTERS )

MAKE READY STAGING PLANK FOR (TRANSPORTING) WITH HAND AT ANY WAYSCARPENTER




1 CARP-3 GET+SLIDE BOARD AT LU-PILE AND ADJUST ( ON BOLSTERS )

MANUAL METHODS

429 MAKE READY STANCHION FOR (TRANSPORTING) WITH HAND AT ANY WAYS CARPEPER STANCHION OFG: 3 10-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS GETTING STANCHION READY TO BE* . . .TRANSPORTED,


1 CARP-3 GET+PLACE WITH BEND STAN FROM BIN-2 TO BIN-2

430. MAKE READY HANDRAIL FOR (TRANSPORTING) WITH HAND AT ANY WAYS CARPENPER HANDRAIL OFG: 3 10-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS GETTING HANDRAIL ON BOLSTERS* ...SO THAT THE CRANE CAN TRANSPORT IT


1 CARP-3 GET+SLIDE HANDRAIL AT HR-PILE AND ADJUST ( ON BOLSTERS )

569. SET-UP STAGING BRACNET ON WEB FRAME WITH WRENCH AT ( WING ) TANKS AVOIDS CARPENTER

PER STAGING BRACKET OFG: 4 24-MAY-83REF’RESENTS ELAPSED TIME

* REPRESENTS PUTTING UP A STAGING BRACKET* .. .ON A EXISTING STAGING CLIP ( LOCATED* ...ON A WEB FRAME )

CARP-1 BEGINS AT WING-TANK

1 CARP-1 GET+HOLD WITH BEND BRKT FROM WING-TANK TO CARP-12 CARP-1 LOOSEN NUT AT WEB-1 4 WRIST-TURNS USING HANDS3 CARP-1 REMOVE BOLT FROM WEB-1 ON BRKT TO CARF-14 CARP-1 GET+PLACE BRKT FROM CARP-1 TO WEB-1 AND INSERT BOLT5 CARP-1 FASTEN NUT AT WEB-I 13 WRIST-TURNS USING HANDS6 CARP-1 FASTEN NUT AT WEB-1 4 ARM-STROKES USING WRENCH-1 ASIDE TO

CARP-I7 CARP-1 WALK TO WEB-2 ( TO 110 NEXT BRKT )

PAGE 117

MANUAL METHODS

570. SET-UP ( ACCESS ) LADDER ON ( INBOARD OR OUTBOARD ) BULKHEAD WITH HANDAT ( WING ) TANKS AND VOIDS CARPENTER

PER LADDER OFG: 4 24-MAY-83REPRESENTS ELAPSED TIME

* REPRESENTS PUTTING UP AN ACCESS LADDER* ...ON THE INBOARD OR OUTBOARD BULKHEAD* ...SO THAT THE CARPENTER CAN CLIMB TO* ...THE NEXT LEVEL OF STAGING* ALSO INCLUDES CLIMBING UP AND DOWN THE* . . . L A D D E R

CARF’-1 BEGINS AT WING-TANK

CARP-1 GET+PLACE WITH BEND LADR FROM MING-TANK TO LDRCARP-1 SLIDE ( CLIME-UP ) LADDER AT LDR ( 12 RUNGS ) PF 12 ( 1 ) PF

12 ( 34 )CARP-1 PULL ( CLIMB-DOWN ) LADDER AT LDR ( 12 RUNGS ) PF 12 ( 1 ) PF

12 ( 34 )

571. POSITION ( SECURE ) ( ACCESS ) LADDER ON ( INBOARD OR OUTROARD )BULKHEAD WITH HAMMER AT ( WING ) TANKS AND VOIDS CARPENTER

PER LADDER OFG: 4 24-MAY-83REPRESENTS ELAPSEKI TIME

* REPRESENTS SECURING A LADDER TO THE* ...INEOARD OR OUTBOARD BULKHEAD USING* . . .FOUR LADDER CLIPS* WELDING OF CLIPS WILL BE DONE IN A* ...SEPARATE SUB OPERATION


1 CARP-1 LOOSEN 4 PAINT ON ( INBOARD OR OUTBOARD ) BULKHEAD AT LDR 4STRIKES USING HAMMER-1 ASIDE TO CARP-1

2 CARP-2 GET+PLACE WITH BEND 4 LCLIPS FROM TOOLBOX-2 TO LDR ( TACKINGUPON PLACEMENT ) PF 4 ( 6 )

MANUAL METHODS

573. SET-UP STAGING PLANK ON STAGING BRACKET WITHVOIDS CARPENTER

PER STAGING FLANK OFG: 4 24-MAY-83REPRESEHTS ELAPSED TIME

* REPRESENTS SPREAIIING BOARDS BETWEEN WEBS* 2 HAN OPERATION:* CARPENTERS ARE LOCATED AT TWO DIFFERENT* ...WEBS+ THEY BOTH PICK UP THE BOARD* ...TOGETHER AND SLlDE IT INTO POSITION,* IN THIS ANALYSIS CARPENTERS ARE LOCATED* ...ON THE SAME LEVEL AS THE BOARDS.

CARP-1 BEGINS AT WEB-1

1 CARP-1 AND CARP2 GET+SLIDE WITH BEND WITHALIGN

2 CARP-1 WALK TO WEB-2 ( TO DO NEXT SECTIONMOUES TO ANOTHER BRACKET )

575. SET-UP STAGING PLANK ON ( EXISTING ) BRACKETUING ) TANKS AND VOIDS CARPENTER

PER STAGING FLANK OFG: 4 24-MAY-83REPRESENTS ELAPSED TIME

* REPRESENTS SPREADING BOARDS BETWEEN* ...EXISTING STAGING AND INBOARD OR* ...OUTBOARD BULKHEAD* 2 MAN OPERATION:* CARPENTERS ARE LOCATED AT DIFFERENT WEBS* ...EACH CARPENTER SPREADS TWO BOARDS* . . .SIMULTANEOUSLY* IN THIS ANALYSIS CARPENTERS ARE LOCATED* ...ON THE SAME LEVEL AS THE BOARDS.

CARP-I BEGINS AT WEB-1

HAND AT ( MING ) TANKS

1 STEP BOARD AT WEB-1

OF BOARDS, CARP2 ALSO

STAGING WITH HAND AT (

1 CARP-1 GET-I-MANIPULATE ( FLIP ) WITH BEND WITH 1 STEP BOARD AT WEAND ALIGN

2 CARP-I WALK TO WEB-2

MANUAL METHODS

577. SET-UP STANCHION IN STAGING BRACKET WITH HAND AT ( WING ) TANKS ANDVOIUS CARPENTER

PER STANCHION CIFG: 4 24-MAY-83REPRESENTS ELAPSED TIME

* REPRESENTS PUTTING STANCHION IN THE* . . . H R A C K E T S L E E V E I N A W I N G T A N K


1 CARP-1 GET+PLACE WITH BEND STANCHION FROM WING-TANK TO WEB-1 ANDINSERT

2 CARP-1 WALK TO WEB-2 ( TO DO NEXT STANCHION )

573. SET-UP HANDRAIL IN STANCHION WITH HAND AT ( WING ) TANKS AND VOIDSCARPENTER


* REPRESENTS PUTTING HANDRAIL INTO THE * ...EYELETS ON THE STANCHION* INCLUDES ACTION DISTANCES NEEDED FOR* ...ALIGNING THE HANDRAIL* WELDING OF THE HANDRAIL WILL BE DONE IN* ...A SEPARATE SUB OPERATION


1 CARP-1 GET+SLIDE WITH BEND HANDRAIL AT WEB-2 AND ALIGN ( THRU 2EYELETS (IN THE STANCHIONS AT. WER AND WEB2 ) RETURN TO WEB-1 PF 2

4 5 6 )2 CARF-1 WALK To WEB-2 ( TO DO NEXT SECTION OF HANDRAIL )

5 7 9 . SET-UP HANDRAIL ( END PIECES ) ON ( HAND`RAIL AND ) BULKHEAII WITH HAAT ( WING ) TANKS AND VOIDS CARPENTER


* REPRESENTS PUTTING HANDRAIL (END PIECES)* . . .AT THE END OF A STAGING LEVEL* WELDING OF THE HANDRAIL ( END PIECES )* ...CONNECTIONS WILL HE DONE IN A* ...SEPARATE SUB OPERATION


1 CARP-1 GET+HOLD WITH BEND HANDRAIL FROM WING-TANK TO CARP-12 FTIME 1,02 M ( CUT HANDRAIL INTO 2 PIECES WITH ELECTRODE )3 CARP-1 GET+PLACE 2 HANDRAIL ( END PIECES ) FROM CARP-1 TO WEB-1

SET-UP ( STAGING CLIP ) ON WEB FRAME WITH HAMMER ( AND STEEL-TAPE )( WING ) TANKS AND VOIUS CARPENTER

PER STAGING CLIP OFG: 4 24-MAY-83REPRESENTS ELAPSED TIME

* REPRESENTS PUTTING UP A STAGING CLIP ON* ...A WEB FRAME.* WELDING OF THE CLIP WILL BE DONE IN A.* ...SEPARATE SUB OPERATION.


CARP-1 MEASURE AT WEB-1 USING STEEL-TAPE-1 ASIDE TO CARP-1CARP-1 LOOSEN PAINT ON WEB AT WEB-1 4 STRIKES USING HAMMER-1 ASITO CARP-1

CARP-1 GET+PLACE WITH BEND SCLIP FROM TOOLBOX-2 TO WEB-1 ( TACKIUPON PLACEMENT )

PAGE 121


545. ASSEMBLE i-BEAMS FOR TANK STAGING PLATFORM WITH WRENCH AT ANY FLATENCARPENTER

PER PLATFORM OFG: 4 02-FEB-83REPRESENTS ELAPSED TIME

* CARPENTER WORKS ALONE BOLTING I-BEAMS* STEPS:* 1-4 ARE FOR THE CONNECTIONS OF I-6 & I-7* ...AT I-1,1-2,I-3,I-4, AND 1-5* 3-6 ARE FOR MOVEMENT OF THE CARPENTER* ...BETUEEN THE CONNECTIONS

CARP-1 BEGINS AT TANK-STAGING-PLATFORM

1 CARP-1 GET+POSITION 4 BOLTS FROM TOOLBOX-1 TO 1-1 WITH BEND ANDI N S E R T B O L T P F 4 ( 4 5 6 7 ) F 1 0

2 CARP-1 GET+POSITION WITH BEND 4 UASHERS AND NUTS FROM TOOLBOX-1 TOI - 1 W I T H B E N D P F 8 ( 4 5 6 ) F 1 0

3 CARP-1 FASTEN 4 NUTS AT 1-1 13 SPINS DIFFICULT USING FINGERS F 104-CARP-1 FASTEN 4 NUTS AT I-1 13 WRIST-STROKES DIFFICULT USING WRENCH

ASIDE TO CARP-1 F 10S CARP-1 GET+PLACE WITH CLIMB-OBJECT TOOLBOX-1 FROM I-1 TO 10 PF 10 (

2 ) PF1O ( 56 )6 CARP-1 GET+PLACE WITH BEND TOOLBOX-1 FROM I-5 ( AT. I -6 ) TO I-5 (

AT. I-7 ) WITH 10 STEPS WITH BEND

MANUAL METHODS

546. ASSEMBLE ANGLE-EARS FOR TANK STAGING PLATFORM WITH WRENCH AT ANY PLCARPENTER

PER FLATFORM OFG: 4 02-FEB-83REPRESENTS ELAPSED TIME

* CARPENTER WORKS ALONE ASSEMBLING ANGLES* STEPS:* 1-6 ARE FOR CONNECTIONS OF A-4 AND A-1* ...AT I-1,I-2,I-3,I-4, AND I-S* 7-13 ARE FOR CONNECTIONS OF* ...A-3 AT I-5,I-4, AND I-3 AND* ...A-I AT I-3,I-2, AND I-1* 14-20 ARE FOR CONNECTIONS OF A-5 AND A-6* . . . A T I - 1 . I - 2 . I - 3 . I - 4 . A N D I - 5


1 CARP-1 GET+POSITION ANGLE FROM A-4 TO I-1 WITHOUT BEND F 102 CARP-1 GET+POSITION WITH BEND 2 BOLTS FROM TOOLBOX-1 TO 1-1 WITH

BEND AND INSERT BOLT PF 2 ( 4 3 6 7 ) F 103 CARP-1 GET+POSITION WITH BEND 2 WASHERS AND NUTS FROM TOOLEfoX-1

1-1 WITH BEND PF 2 ( 456 ) F 104 CARP-1 FASTEN 2 NUTS AT I-1 13 SPINS DIFFICULT USING FINGERS F 15 CARP-1 FASTEN 2 NUTS AT I-1 13 WRIST-STROKES DIFFICULT USING WREN

ASIDE TO CARP-1 F 106 CARP-1 GET+PLACE WITH CLIMB-OBJECT TOOLBOX-1 FROM I-1 TO I-5 WIT

STEPS PF 10 ( 2 ) PF 10 ( 56 )7 CARP-1 GET+POSITION ANGLE FROM A-3 TO I-5 WITHOUT BEND F 68 CARP-1 GET+POSITION WITH BEND 2 BOLTS FROM TOOLBOX-1 TO I-5 WITH

BEND AND INSERT BOLT PF 2 ( 4 5 6 7 ) F 69 CARP-1 GET+POSITION WITH BEND 2 WASHERS AND NUTS FROM TOOLBOX-1

1-3 WITH BEND PF 2 ( 4 5 6 ) F 410 CARP-1 FASTEN 2 NUTS AT I-5 13 SPINS DIFFICULT USING FINGERS F 11 CARP-1 FASTEN 2 NUTS AT I-5 13 WRIST-STROKES DIFFICULT USING WRE

ASIDE TO CARP-1 F 612 CARP-1 GET+PLACE WITH CLIMB-OBJECT TOOLBOX-1 FROM I-5 TO I-3 WI

10 STEPS PF 3 ( 2 ) PF 3 ( 56 )13 CARP-1 GET+PLACE WITH CLIMB-OBJECT TOOLBOX-1 FROM I-3 TO I-1 WI

10 STEPS PF 3 ( 2 ) PF 3 ( 5 6 )14 CARP-1 GET+POSITION ANGLE FROM A-4 TO I-1 ( AT+ A-6 ) F 1015 CARP-1 GET+POSITION WITH BEND 2 BOLTS FROM TOOLBOX-I TO I-1 WIT

BEND AND INSERT BOLT PF 2 ( 4 5 6 7 ) F 10 16 CARP-1 GET+PLACE WITH BEND 2 WASHERS AND NUTS FROM TOOLBOX-1 TO

WITH BEND PF 2 ( 4 5 6 ) F 1017 CARP-1 FASTEN 2 NUTS AT I-1 13 SPINS DIFFICULT USING FINGERS F 18 CARP-1 FASTEN 2 NUTS AT I-1 13 WRIST-STROKES DIFFICULT USING WRE

ASIDE TO CARP-1 F 1019 CARP-1 GET+PLACE WITH BEND TOOLBOX-1 FROM I-1 TO I-5 PF 10 ( 2 )

10 ( 56 )

PAGE 123

MANIJAL METHODS

20 CARP-1 GET+PLACE WITH BEND TOOLBOX-1 FROM I-5 ( AT. A-6 ) TO I-5 (AT+ A-5 ) WITH 10 STEPS WITH BEND

539. READ MATERIAL LIST (PRINT) FOR TANK STAGING PLATFORM WITH (EYES) AT ANYPLATEN CARPENTER


* CARPENTER READS PRINT BEFORE LAYING OUT* ...TABLE. READS 48 DIGITS PER LOCATION

CARP-I BEGINS AT TANK-STAGING-PLATFORM

1 CARP-1 OPEN+SHUT PRINT F 62 CARP-1 READ 12 DIGITS F 243 CARP-1 HOLD+PLACE PRINT TO CARP-1 ( IN POCKET ) F 6

540. MEASURE (PLATEN) FOR TANK STAGING PLATFORM WITH (STEEL) TAPE AT ANYPLATEN CARPENTER

PER PLATFORll OFG: 4 31-JAN-83REPRESENTS ELAPSED TIME

* REPRESENTS MEASURING TABLE FOR LAYOUT* ANALYSIS INCLUDES ALL THE WALKING....* ...DISTANCES FOR THE LAYOUT.* STEPS:* 2,3,4 ARE FOR I-1,1-2,1-3,I-4, AND 1-5* ...AT A-5 AND A-6.* 5 , 6 , 7 A R E F O R A - 5 , I - 7 , A - 4 , A - 3 , A - 1 , I - 6 ,* . . . A N D 6 - 6 A T I - 5* 5 , 6 , 7 A R E F O R A - 5 , I - 7 , A - 4 , A - 2 , A - 1 , 1 - 6 ,* . . . A N D A - 6 A T I - 1* 9,10,11 ARE FOR A-2 AND A-3 AT I-3

CARP-1 BEGINS AT STORE-2

1 CARP-1 WALK TO TANK-STAGING-PLATFORM ( AT. I-1 ) WITH CLIMB ( ONTABLE )

2 CARP-1 MEASURE AT I-1 USING STEEL-TAPE ASIDE TO CARP-1 F 103 CARP-1 WALK TO 1-5 WITHOUT BEND F 24 CARP-1 WALK TO I-1 WITHOUT BEND AND RETURN TO I-5 WTTHOUT BEND F 25 CARP-1 MEASURE AT A-5 USING STEEL-TAPE ASIDE TO CARP-1 F 146 CARP-1 WALK TO A-6 WITHOUT BEND F 27 CARP-1 WALK TO A-5 WITHOUT BEND AND RETURN TO A-6 WITHOUT BEND F 28 CARP-1 WALK TO I-3 WITH 6 STEPS WITHOUT BEND9 CARP-1 MEASURE WITH 8 STEPS AT A-2 USING STEEL-TAPE ASIDE TO CARP-110 CARP-1 MEASURE AT A-3 USING STEEL-TAPE ASIDE TO CARP-1

MANUAL METHODS

11 CARP-1 WALK TO STORE-2 WITH DESCEND ( OFF TABLE )

541. MARK (PLATEN) FOR TANK STAGING PLATFORM WITH MARKER AT ANY PLATENCARPENTER


* REPRESENTS MARKING THE LAYOUT FOR A TANK* ..STAGING PLATFORM AND INSPECTING WORK.* THE FOLLOWING PLACES ARE LAID OUT:* ...AT A-5 AND A-6:* ...I-1,l-2,1-3,1-4, AND 1-5* ...AT I-1 AND I-5:* ...A-6,1-6,A-1,A-4,1-7, AND A-5* ...A-2 IS LAID OUT AT I-3 AND I-1* ...A-3 IS LAID OUT AT I-3 AND 1-5


1 CARP-1 MARK AT 1-1 5 DIGITS USING MARKER ASIDE TO CARP-1 F 252 CARP-1 INSPECT 5 POINTS F 25

542. TRANSPORT PALLET (I-BEAMS AND ANGLES) FOR TANK STAGING PLATFORM WIT(CRANE) AT ANY PLATEN CARPENTER


* MATERIAL NEEDED FOR ONE PLATFORM:* . . . I - B E A M S - 7* ...ANGLES - 6

HOOKER-ON BEGINS AT CR-1

1 HOOKER-ON TRANSPORT PALLET FROM STORE-1 USING CRANE-1 WITH 2HOOK+SLING TO STORE-2 PLACE+ADJUST RETURN TO CR-1

MANUAL METHODS

547. TRANSPORT STAGING FLANKS FOR TANK STAGING PLATFORM WITH (CRANE) AT ANYPLATEN CARPENTER


* BOARDS ARE TRANSPORTED FROM LUMBER PILE* ...WHICH IS LOCATED ON THE PLATEN,* TOTAL NUMBER OF BOARDS IN LIFT = 64* TOTAL LIFTS = 2 (PORT AND STARBOARD)

HOOKER-ON BEGINS AT STORE-2

1 HOOKER-ON TRANSPORT BOARDS FROM LUMBER-FILE USING CRANE-2 WITH 2HOOK+SLING TO TANK-STAGING-PLATFORM ( AT+ A-5 ) PLACE+NANEUVER

RN CRANE-2 TO CR-2 RETURN HOOKER-ON TO STORE-2 F 2

549. TRANSPORT (FINISHED) TANK STAGING PLATFORM WITH (CRANE) AT ANY PLATENCARPENTER


* TRANSPORT FINISHED PLATFORM TO A STORAGE* . . . P I L E


1 HOOKER-ON TRANSPORT FIN-PLATFORM FROM TANK-STAGING-PLATFORM USINGCRANE-2 WITH 2 HOOK+SLING TO FIN-PILE PLACE+HANEUUER RETURN CRANE-2TO CR-2 AND RETURN HOOKER-ON TO STORE-2

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MANUAL METHODS

555. POSITION (RAISE) TANK STAGING PLATFORM WITH (CRANE) AT MID TANKS A NVOIDS CARPENTER

PER PLATFORM OFG: 4 17-MAY-83REPRESENTS ELAPSED TIME

* REPRESENTS RAISING TYPICAL PLATFORM IN A* ...CENTER TANK AND SECURING IT TO THE* ...MAIN DECK.* 2 carpenters WORK SIMULTANEOUSLY ON THE

* ...MAIN DECK* 2 CARPENTERS WORK SIMULTANEOUSLY IN THE* ...CENTER TANK ON THE PLATFORM* STEPS:* 1-4 FEEDING 4 CABLES THROUGH BUTTERWORTH* ..HOLES ON MAIN DECK* 7-12 CONNECTION OIF SHACKLES ON PLATFORM* 14-19 CONNECTION OF SUSPENSION CABLES ON* ...PLATFORM AND MAIN DECK* 21-26 REMOVING SHACKLES FROM FLATFORM* 27-29 REMOVING CABLES FROM CENTER TANK

CARP-3 BEGINS AT MENHOLE

1 CARP-3 GET+PLACE WITH BEND CABLE-SLEEVE FROM MENHOLE TO BTRWTH4 INSERT

2 CARP-3 GET+PLACE CABLE-SLEEVE FROM MENHOLE TO BTRWTH2 AND INSERT3 CARP-3 GET+MANIPULATE CABLE AT BTRUTH4 AND ADJUST4 CARP-3 GET+MANIPULATE CABLE AT BTRWTH2 AND ADJUST5 WAIT 5 M ( CRANE LOWERS 4 CABLES TO PLATFORM )6 CARP-1 AND CARP2 WALK TO PLATFORM WITH 24 STEPS WITH CLIMB-OBJEC7 CARP-1 LOOSEN NUT ( ON SHACKEL ) AT BTRUTH4 8 WRIST-TURNS USING

HANDS F 28 CARP-1 GET+REMOUE BOLT FROM BTRWTH4 TO CARP-1 F 29 CARP-1 GET+MANIPULATE WITH BEND SHACKLE AT BTRWTH4 AND ALIGN F 210 CARP-1 GET+POSITION BOLT FROM CARP-1 TO BTRWTH4 AND INSERT F 211 CARP-1 FASTEN NUT AT BTRWTH4 8 WRIST-TURNS USING HAHDS F 212 CARP-1 WALK TO BTRWTH2 WITHOUT BEND13 WAIT 15 M ( CRANE RAISES PLATFORM JUST BELOW MAIN DECK )14 CARP-1 LOOSEN WITH BEND+STAND NUT ( ON SUSPENSION CABLE SHACKE

AT BTRWTH2 8 WRIST-TURNS USING HANDS F 415 CARP-1 GET+REMOVE BOLT FROM BTRWTH2 TO CARP-1 F 416 CARP-1 GET+MANIPULATE WITH BEND+STAND SUSPENSION-CABLE AT BTRWT

AND ALIGN F 417 CARP-1 GET+POSITION BOLT FROM CARP-1 TO BTRUTH2 F 418 CARP-1 FASTEN WITH BEND+STAND NUT AT BTRWTH2 8 WRIST-TURNS USIN

HANDS F 419 CARP-1 WALK TO BTRWTH4 WITH FLAT-CRAWL20 WAIT 1 H ( CRANE TO LOWER PLATFORM TO TIGHTEN SLACK ON SUSPENS

CABLE )

MANUAL METHODS

21 CARP-1 LOOSEN NUT WITH BEND ( ON SHACKEL ) AT BTRWTH4 8 WRIST-TURNSUSING HANDS F 2

22 CARP-123 CARP-124 CARP-1

23 CARP-126 CARP-127 WAIT 528 CARF-329 CARP-3

GET+REMOVE BOLT FROM BTRWTH4 TO CARP-1 F 2GET+PICKUP WITH BEND SHACKLE FROM PLATFORM F 2GET+PLACE BOLT FROM CARP-1 TO BTRWTH4 AND INSERT F 2FASTEN NUT AT BTRWTH4 8 WRIST-TURNS USING HANDS F 2WALK TO BTRUTH2 WITH FLAT-CRAWLM ( CRANE RAISES 4 CARLES OUT OF THE CENTER TANK )GET+PLACE CABLE-SLEEVE FROM BTRWTH4 TO MENHOLEGET+PLACE CABLE-SLEEVE FROM BTRWTH2 TO MENHOLE

554. POSITION (LOWER) TANK STAGING PLATFORM WITH (CRANE) AT MIDVOIDS CARPENTER


* REPRESENTS LOWERING TYPICAL PLATFORM IN* ...A CENTER TANK AND REMOVING IT* . . .THE MAIN DECK,* 2 CANPENTERS WORK* . . .MAIN DECK* 2 CARPENTERS WORK* ...CENTER TANK ON* STEPS:

SIMULTANEOUSLY

SIMULTANEOUSLYTHE PLATFORM

FROM

ON THE

IN THE

* 1-4 FEEDING 4 CABLES THROUGH BUTTERWORTH* ...HOLES ON MAIN DECK* 6-11 CONNECTION OF SHACKLES ON PLATFORM* 13-18 REMOVAL OF SUSPENSION CABLES FROM* ...PLATFORll AND MAIN DECK* 23-28 REMOVING SHACKLES FROM PLATFORM* 29-31 REMOVING CABLES FROM CENTER TANK

CARP-3 BEGINS AT MENHOLE

1 CARP-3 GET+PLACE WITH BEND CABLE-SLEEVE FROM MENHOLE TOI N S E R T

TANKS AND

BTRUTH4 AND

2 CARP-33 CARP-34 CARP-35 WAIT 36 CARP-1

HANDS7 CARP-18 CARP-19 CARP-1

GET+PLACE CABLE-SLEEVE FROM MENHOLE TO BTRWTH2 AND INSERTGET+MANIPULATE CABLE AT BTRWTH4 AND ADJUSTGET+MANIPULATE CABLE AT BTRWTH2 AND ADJUSTM ( CRANE LOWERS 4 CABLES TO PLATFORM )LOOSEN NUT ( ON SHACKEL ) AT BTRWTH4 8 WRIST-TURNS USINGF 2GET+REMOVE BOLT FROM BTRWTH4 TO CARP-1 F 2GET+MANIPULATE WITH BEND SHACKLE AT BTRWTH4 AND ALIGN F 2GET+POSITION BOLT FROM CARP-1 TO BTRWTH4 AND INSERT F 2

10 CARP-1 FASTEN NUT AT BTRWTH4 8 WRIST-TURNS USING HANDS F 211 CARP-I WALK TO BTRWTH2 WITH FLAT-CRAUL

PAGE 128

MANUAL METHODS

SUSPENSION CABLES )13 CARP-1 LOOSEN WITH BEND+STANB NUT ( ON SUSPENSION CABLE SHACKEL

AT BTRWTH2 8 WRIST-TURNS USING HANDS F 414 CARP-1 GET+REMOVE BOLT FROM BTRWTH2 TO CARP-1 F 415 CARP-1 GET+MANIPULATE WITH BEND+STAND SUSPENSION-CABLE AT BTRWT

AND ALIGN F 416 CARP-1 GET+POSITION BOLT FROM CARP-1 TO BTRWTH2 F 417 CARP-1 FASTEN WITH BEND+STAND NUT AT BTRWTH2 8 WRIST-TURNS USIN

HANDS F 418 CARP-1 WALK TO BRWTH4 WITH FLAT-CRAUL19 WAIT 15 M ( CRANE TO LOWER PLATFORM TO APPROXIMATELY 3 FEET ABO

THE TANK-TOP )20 CARP-1 AND CARP2 WALK TO MENHOLE WITH CLIMB-OBJECT21 CARP-I GET+MANIPULATE BLOCK FROM MENHOLE TO PLATFORM WITH 12 ST

AND ADJUST F 222 WAIT 1 M ( CRANE LOWERS PLATFORM ON 4 WOODEN BLOCKS )

23 CARP-1 LOOSEN NUT WITH CLIMB-OBJECT ( ON SHACNEL ) AT BTRWTH4 8WRIST-TURNS USING HANDS F 2

24 CARP-1 GET+REMOVE BOLT FROM BTRWTH4 TO CARP-1 F 225 CARP-1 GET+PICKUP WITH BEND SHACKLE FROM PLATFORM F 226 CARP-1 GET+PLACE BOLT FROM CARP-1 TO BTRWTH4 AND INSERT F 227 CARP-1 FASTEN NUT AT BTRWTH4 8 WRIST-TURNs USING HANDS F 228 CARP-1 WALK TO ETRWTH2 WITHOUT BEND29 WAIT 5 H ( CRANE RAISES 4 CABLES OUT OF THE CENTER TANK )30 CARP-3 GET+PLACE CABLE-SLEEVE FROM BTRWTH4 TO MENHOLE31 CARP-3 GET+PLACE CABLE-SLEEVE FROM BTRWTH2 TO MENHOLE32 CARP-1 AND CARP2 WALK TO MENHOLE WITH CLIMB-OBJECT

PAGE 129

MANUAL METHODS

557. POSITION (PLACE) TANK STAGING FLATFORM ( AND BOARDS ) IN ( TYPICAL TANK) WITH ( CRANE ) AT ANY SHIP CARPENTER


* REPRESENTS SETTING TANK STAGING PLATFORM* .. . IN A TYPICAL TANK ON THE SHIP. ALSO* ...THE BOARDS NEEDES TO EXTEND THE* ...PLATFORM UNDER THE MAIN DECK,* 2 HOONER-ONS: ONE AT THE MATERIAL AND* ...ONE ON THE SHIP IN THE TANK.* TOTAL OF 280 FOR TYPICAL TANK* 7 LIFTS ( 40 BOARDS PER LIFT )

HOOKER-ON1 BEGINS AT S-7

1 TRANSPORT TANK-STAGING-PLATFORM FROM S-7 USING CRANE-1 WITH2-HOOK+SLING TO TANK POSITION+MANEUVER RETURN TO S-7 PF 4 ( 3 )

2 TRANSPORT BOARDS FROM S-7 USING CRANE-1 WITH HOOK+SLING TO TANKPLACE+ADJUST RETURN TO S-7 F 6

3 TRANSPORT BOARDS FROM S-7 USING CRANE-1 WITH HOON+SLING TO TANKPLACE+ADJUST RETURN TO CR-1

343. SET-UP I-BEAMS FOR TANK STAGING PLATFORM WITH (CRANE) AT ANY PLATENCARPENTER


* CARPENTER WORKS SIMULTANEOUSLY WITH THE* ...HOOKER-ON* STEP 3 INCLUDES SPREADING I-BEAMS AT:* . . . I - 2 , 1 - 3 , I - 4 , A N D I - 5


1 HOOKER-ON TRANSPORT I-READ FROM STORE-2 USING CRANE-2 WITHHOOK+SLING TO 1-6 PLACE+HANEUVER RETURN TO STORE-2

2 HOOKER-ON TRANSPORT I-BEAM FROM STORE-2 USING CRANE-2 WITHHOOK+SLING TO I-7 PLACE+HANEUVER RETURN TO STORE-2

3 HOOKER-ON TRANSPORT I-BEAM FROM STORE-2 USING CRANE-2 WITHHOOK+SLING TO I-1 PLACE-I-MANEUVER RETURN TO STORE-2 F 5

MANUAL METHODS

544. SET-UP ANGLE-BARS FOR TANK STAGING PLATFORM WITH (CRANE) AT ANY PLACARPENTER


* CARPENTER WORKS SIMULTANEOUSLY WITH THE* ...HOOKER-ON* STEP 1 INCLUDES SPREADING ANGLES AT:* . . . A - 6 , A - 1 , A N D A - 2* STEP 2 INCLUDES SPREADING ANGLES AT:* ...A-3,A-4, AND A-5


1 HOOKER-ON TRANSPORT ANGLE FROM STORE-2 USING CRANE-2 WITH HOOK+STO A-6 PLACE+MANEUVER RETURN TO STORE-2 F 3

2 HOOKER-ON TRANSPORT ANGLE FROM STORE-2 USING CRANE-2 WITH HOOK+STO A-4 PLACE+MANEUUER RETURN TO STORE-2 F 3

548. SET-UP STAGING PLANKS ON TANK STAGING PLATFORM WITH HANDS AT ANY PLCARPENTER


* CARPENTERS SPREAE BOARDS SIMULTANEOUSLY* BOARDS ARE SPREAE ON PORT SIDE FIRST....* ...THEN STARBOARD SIDE.* TOTAL BOARDS PER SIDE = 32* STEPS:* 2-5 SPREAD BOARDS BETWEEN A-6 & I-6 P/S

* 6-8 SPREAD BOARDS BETWEEN I-6 & A-1 P/S* 9-11 SPREAD BOARDS BETWEEN A-1 & A-3 S* ...AND A-1 & A-2 P* 12-14 SPREAD BOARDS BETWEEN A-3 & A-4 S* ...AND A-2 & A-4 P* 15-17 SPREAD BOARDS BTWN A-4 & I-7 P/S* 18-20 SPREAD BOARDS BTWN I-7 & A-5 P/S* 21-22 SPREAD BOARD AT A-5 P/S

CARP-I BEGINS AT STORE-2

1 CARP-1+CARP-2 WALK TO TANK-STAGING-PLATFORM WITH CLIMB ( ONTOPLATFORM )

2 CARP-1+CARP-2 GET+POSITION 2 BOARDS FROM A-5 TO A-6 F 23 CARF-1+CARP-2 GET+POSITION 2 BOARDS FROM A-5 TO A-6 F 64 CARP-1+CARF’-2 GET+SLIDE WITH BEND BOARD AT A-6 AND ALIGN F 85 CARP-1+CARP-2 GET+PLACE 2 BLOCKS FROM CARP-1 AND CARP2 TO A-6 WI

BEND F 166 CARP-1+CARP-2 GET+POSITION 2 BOARDS FROM A-5 TO I-6 F 2

PAGE 131

MANUAL METHODS

7 CARP-1+CARP-2 GET+SLIDE WITH BEND BOARD AT I-6 AND ALIEN F 28 CARP-1+CARP-2 GET+PLACE 2 BLOCKS FROM CARP-1 AND CARP2 TO 1-6 WITH

BEND F 49 CARP-l+CARP-2 GET+POSITION 2 BOARDS FROM A-5 TO A-1 F 81 011

13

14

151617

181920

23

CARP-1+CARP-2 GET+SLIDE WITH BEND BOARD AT A-1 AND ALIGN F 8CARP-1+CARP-2 GET+PLACE 2 BLOCKS FROM CARP-1 AND CARP2 TO A-1 WITHBEND F 1 6CARP-1+CARP-2 GET+POSITION 2 BOARDS FROM A-5 TO A-3 ( PORT OR A-2STAR ) F 6CARP-1+CARP-2 GET+SLIDE WITH BEND BOARD AT A-3 ( PORT OR A-2 STAR )AND ALIGN WITH BEND F 6CARP-1+CARP-2 GET+PLACE 2 BLOCKS FROM CARP-1 AND CARP2 TO A-3 (PORT OR A-2 STAR ) WITH BEND F 12CARP-1+CARP-2CARP-1+CARP-2CARP-1+CARP-2BEND F 12CARP-1+CARP-2CARP-1+CARP-2CARP-1+CARP-2BEND F 4CARP-1+CARP-2CARP-1+CARP-2BEND F 4CARP-1+CARP-2

GET+POSITION 2 BOARDS FROM A-5 TO A-4 F 6GET+SLIDE WITH BEND BOARD AT A-4 AND ALIGN F 6GET+PLACE 2 BLOCKS FROM CARP-1 AND CARP2 TO A-4 WITH

GET+POSITION 2 BOARDS FROM A-5 TO I-7 F 2GET+SLIDE WITH BEND BOARD AT I-7 AND ALIGN F 2GET+PLACE 2 BLOCKS FROM CARP-1 AND CARP2 TO I-7 WITH

GET+SLIDE BOARD AT A-5 AND ALIGN F 2GET+PLACE 2 BLOCKS FROM CARP-1 AND CARP2 TO A-5 WITH

WALK TO STORE-2 WITH DESCEND ( OFF PLATFORM )

MANUAL METHODS

550. TEAR DOWN ANGLES ON TANK STAGING PLATFORM WITH WRENCH AT MIDVOIDS CARPENTER


* CARPENTER WORKS ALONE UNBOLTING ANGLES* STEPS:* 1-5 ARE FOR REMOVING BOLTS ON A-4 2 A-1* . . . A T I - 1 , I - 2 , I - 3 , I - 4 , A N D I - 5* 7-11 ARE FOR REMOVING BOLTS * ...ON A-3 AT I-1,I-2, & I-3* ...ON A-1 AT I-3,I-4~ & I-5* 14-18 FOR REMOVING BOLTS ON A-5 & A-6* ...AT I-1,I-2,I-3,I-4 & I-3

CARP-1 BEGINS AT I-1

1 CARP-1ASIDE

2 CARP-I3 CARP-1

F 204 CARP-1

F 105 CARP-I6 CARP-1

STEPS7 CARP-1

ASIDE8 CARP-19 CARP-1

10

1112

13

14

1516

17

1819

12

LOOSEN 2 NUTS AT I-1 5 WRIST-TURNS DIFFICULT USINGTO CARP-1 F 10LOOSEN 2 NUTS AT I-1 20 SPINS USING FINGERS F 10GET+PLACE 2 NUTS AND WASHERS FROM I-1 TO TOOLBOX-1

LOOSEN 2 BOLTS AT I-1 3 STRIKES USING HAMMER ASIDE

TANKS A

WRENCH

WITH BEN

TO CAR

GET+PLACE 2 BOLTS FROM I-1 TO TOOLBOX-1 WITH BEND F 20GET+PLACE WITH CLIMB-OBJECT TOOLBOX-1 FROM I-1 TO I-5 WITHPF 10 ( 2 ) PF 10 ( 56 )LOOSEN 2 NUTS AT I-5 5 WRIST-TURNS DIFFICULT USING WRENCHTO CARP-1 F 6LOOSEN 2 NUTS AT I-5 20 SPINS USING FINGERS F 6GET+PLACE NUTS AND WASHERS FROM I-5 TO TOOLBOX-1 WITH BEND

CARP-1 LOOSEN 2 BOLTS AT I-5 3 STRIKES USING HAMMER ASIDE TO CARPF 6CARP-1 GET+PLACE 2 BOLTS FROM I-5 TO TOOLBOX-1 WITH BEND F 12CARP-1 GET+PLACE WITH CLIMB-OBJECT TOOLBOX-1 FROM I-5 TO I-3 WIT10 STEPS PF 3 ( 2 ) PF 3 ( 5 6 )CARP-1 GET+PLACE WITH CLIMB-OBJECT TOOLBOX-1 FROM I-3 TO I-1 WI10 STEPS PF 3 ( 2 ) PF3 ( 56 )CARP-1 LOOSEN 2 NUTS AT I-1 5 WRIST-TURNS DIFFICULT USING WRENCASIDE TO CARP-1 F 10CARP-1 LOOSEN 2 NUTS AT I-1 20 SPINS USING FINGERS F 10CARP-1 GET+PLACE 2 NUTS AND WASHERS FROM I-1 TO TOOLROX-1 WITH BEF 20CARP-1 LOOSEN 2 BOLTS AT I-1 3 STRIKES USING HAMMER ASIDE TO C A RPF 10CARP-1 GET+PLACE BOLTS FROM I-1 TO TOOLBOX-1 WITH BEND F 20CARP-1 GET+PLACE WITH CLIMB-OBJECT TOOLBOX-1 FROM I-1 TO I-5 WIT14 STEPS PF 10 ( 2 ) PF 10 ( 56 )

PAGE 1 3 3

MANUAL METHODS

551. TEAR DOWN I-BEANS ON TANK STAGING PLATFORM WITH WRENCH AT MID TANKS ANDVOIDS CARPENTER


* CARPENTER WORKS ALONE UNBOLTING I-BEAMS* STEPS:* I-5 ARE FOR REMOVING BOLTS ON I-6 & I-7* . . . A T I - 1 , I - 2 , I - 3 , I - 4 , A N D I - 5* 6,7 ARE FOR MOVEMENT OF THE CARPENTER* ...BETWEEN THE CONNECTIONS


1 CARP-1 LOOSEN 4 NUTS AT I-1 5 WRIST-TURNS DIFFICULT USING WRENCHASIDE TO CARP-1 F 10

2 CARP-1 LOOSEN 4 NUTS AT I-1 20 SPINS USING FINGERS F 103 CARP-1 GET+PLACE 4 NUTS AND MASHERS FROM I-1 TO TOOLBOX-1 WITH BEND

F 404 CARP-1 LOOSEN 4 BOLTS AT I-1 3 STRIKES USING HAMMER ASIDE TO CARP-1

F 105 CARP-1 GET+PLACE 4 BOLTS FROM I-1 TO TOOLBOX-1 WITH BEND F 4 06 CARP-1 GET+PLACE WITH CLIMB-OBJECT TOOLBOX-1 FROM I-1 TO I-5 WITH 1.

STEPS PF 10 ( 2 ) PF 10 ( 5 6 )7 CARP-1 GET+PLACE WITH BEND TOOLBOX-1 FROM I-5 ( AT, I -6 ) TO I-5 (

AT. I-7 ) WITH 10 STEPS WITH BEND

MANUAL METHODS

552. TEAR DOWN STAGING PLANKS ON TANK STAGING PLATFORM WITH WINCH AT MIDTANKS AND VOIDS CARPENTER


* REPRESENTS REMOVAL OF BOARDS ON A TANK* ...STAGING PLATFORM (IN A CENTER TANK) * TOTAL BOARDS = 64 (22 LIFTS)* 2 CARPENTERS MOVE BOARDS FROM THE TANK* ...STAGING PLATFORM TO A LUMBER-PILE* ...LOCATED NEAR A MANHOLE. A WINCH* ...OPERATOR AND A CARPENTER REMOVE THE* ...BOARDS FROM THE TANK. THERE ARE 2* ...CARPENTERS WHO RECEIVE AND STACK THE* ...BOARDS ON THE DECK, THEIR TIME IS* ...INTERNAL TO THE WINCH PROCESS TIME.


1 CARP-1 AND CARP2 LOOSEN BOARD AT I-5 WITH BEND 2 ARM-STROKES USINGHANDS F 32

2 CARP-1 AND CARP2 GET+MANIPULATE BOARD WITH CLIMB-OBJECT ATLUMBER-PILE ALIGN AND RETURN TO I-5 WITH CLIMB-OBJECT F 32

3 CARP-I AND CARP2 WALK TO 1-3 WITH CLIMB-OBJECT4 CARP-1 AND CARP2 LOOSEN BOARD AT I-3 WITH BEND 2 ARM-STROKES USING

HANDS F 325 CARP-1 AND CARP2 GET+llANIPULATE WITH CLIMB-OEJECT BOARD AT

LUMBER-PILE ALIGN AND RETURN TO I-3 WITH CLIMB-OBJECT F 326 CARP-3 GET+SLIDE WITH BEND BOARD ( ONTO BOLSTER ) AT LUMBER-PILE

ADJUST F 647 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP ) F 228 WINCH-OPER LOOSEN ( = SWING ) CABLE WITH BEND AT MENHOLE 5

ARM-STROKES USING HANDS F 229 WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3 F 2210 CARP-3 GET+MANIPULATE WITH BEND CABLE AT LUMBER-FILE ( HOOK AROU

BOARDS ) ( ALLOW FOR 2 ATTEMPTS ) F 4411 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 2212 WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE ) F 22

PAGE 135

MANUAL METHODS

553. TEAR DOWN ANGLES ON TANK STAGING PLATFORM WITH WINCH AT MID TANKS ANDVOIDS CARPENTER


* REPRESENTS REMOVAL OF ANGLES ON A TANK* ...STAGING PLATFORM (IN A CENTER TANK)* TOTAL ANGLES = 6 (1 LIFT)* 1 CARPENTER MOVES ANGLES TO ONE AREA ON* ...THE TANK STAGING PLATFORM* ...LOCATED NEAR A MIANHOLE. A WINCH* ...OPERATOR AND A CARPENTER REMOVE THE* ...ANGLES FROM THE TANK, THERE ARE 2* ...CARPENTERS WHO RECEIVE AND STACK THE* ...ANGLES ON THE DECK, THEIR TIME IS* ...INTERNAL TO THE WINCH PROCESS TIME.

CARP-3 BEGINS AT LUMRER-PILE

12

3

4

5

678

9

CARP-3 WALK TO A-5 WITH 12 STEPS WITH CLIMB-OBJECTCARP-3 GET+MANIPULATE ANGLE WITH BEND+CLIMB-STEP AT A-6 ALIGN ANDRETURN TO A-4 WITH CLIME-STEP

CARP-3 GET+MANIPULATE WITH BEND+CLIMB-STEP ANGLE AT A-6 ALIGN ANDRETURN TO A-3 WITH CLIMB-STEP

CARP-3 GET+MANIPULATE WITH BEND+CLIMB-STEFF ANGLE AT A-6 ALIGN A N DRETURN TO A-2 WITH CLIMB-STEP

CARP-3 GET+MANIPULATE WITH BEND+CLIMB-STEP ANGLE AT A-6 ALIGN ANDRETURN TO A-1 WITH CLIMB-STEP

CARP-3 GET+MANIPULATE WITH BEND+CLIMII-STEP ANGLE AT A-6 ALIGNWINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP )WINCH-OPER LOOSEN ( = SWING ) CABLE WITH BEND AT MENHOLE 5

ARM-STROKES USING HANDSWINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3

10 CARP-3 GET+MANIPULATE WITH BEND CABLE AT A-6 ( HOOK AROUND ANGLES ( ALLOW FOR 2 ATTEMPTS ) F 2

11 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES )12 WINCH-OPER PUSH WINCH-up PROCESS ( To MENHOLE )

PAGE 136

MANUAL METHODS

554. TEAR DOWN I-BEAMS FOR TANK STAGING PLATFORM WITH WINCH AT MID TANKS VOIDS CARPENTER


* REPRESENTS REMOVAL OF I-BEAMS FROM THE* ...TANK STAGING PLATFORM* TOTAL I-BEAMS = 7 (7 LIFTS)* A CARPENTER AND WINCH OPERATOR REMOVE* ...THE I-BEAMS FROM THE TANK. THERE ARE* ...2 CARPENTERS WHO RECEIVE AND STACK* . . .THE I-BEAMS ON THE BECK, THEIR TIME* ...IS INTERNAL TO THE WINCH PROCESS TIME

CARP-3 BEGINS AT A-6

1 CARP-3 WALK TO 1-5 WITH & STEPS WITH CLIMB-STEP PF 4 ( 2 )2 WINCH-OPER PUSH WINCH-DOWN PROCESS F 73 WINCH-OPER LOOSEN ( = SWING ) CABLE WITH BEND AT, MENHOLE 5

ARM-STROKES USING HANDS F 74 WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3 F 75 CARP-3 GET+MANIPULATE WITH BEND CABLE AT 1-5 ( HOOK AROUND I-BEAM

( ALLOW FOR 2 ATTEMPTS ) PF 2 ( 2 3 4 )6 CARP-3 GET+MANIPULATE CABLE AT 1-4 ( HOOK AROUND I-BEAM ) ( ALLOW

FOR 2 ATTEMPTS ) FOR 2 ( 2 3 4 )7 CARP-3 GET+MANIPULATE CABLE AT I-3 ( HOOK AROUND I-BEAM ) ( ALLOW

FOR 2 ATTEMPTS ) PF 2 ( 2 3 4 )8 CARP-3 GET+MANIPULATE CABLE AT I-2 ( HOOK AROUND I-BEAM ) ( ALLOW

FOR 2 ATTEMPTS ) PF 2 ( 2 3 4 )9 CARP-3 GET+MANIPULATE CABLE AT I-1 ( HOOK AROUND I-BEAM ) ( ALLOW

FOR 2 ATTEMPTS ) PF 2 ( 2 3 4 )10 CARP-3 GET+MANIPULATE WITH 13 STEPS CABLE AT I-7 ( HOOK AROUND

I-BEAM ) ( ALLOW FOR 2 ATTEMPTS ) PF 2 ( 2 3 4 )11 CARP-3 GET+MANIPULATE CABLE AT I-6 ( HOOK AROUND I-BEAM ) ( ALLO

FOR 2 ATTEMPTS ) PF 2 ( 2 3 4 )12 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 713 WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE ) F 7

P A G E 1 3 7

MANUAL

538. (BRUSH) CLEAN (PLATEN)PLATEN CARPENTER

METHODS

FOR TANK STAGING PLATFORM WITH BROOM AT ANY

PER PLATFORtf OFG: 4 31-JAN-83REPRESENTS ELAPSED TIME

* REPRESENTS CLEANING THE TABLE BEFORE THE* ...TANK STAGING PLATFORM IS ASSEMBLED.* SQUARE FOOTAGE OF AREA CLEANEE = 700


1 CARP-1 BRUSHCLEAN TANK-STAGING-PLATFORM ( TABLE ) WITH CLIMB ( ONTABLE ) 7 SQ.FT. USING BROOM RETURN TO STORE-2 WITH DESCEND ( OFF

B L E ) P F 9 9 ( 7 )

559. SET-UP STAGING PLANKS FOR TANK STAGING PLATFORM WITH HAMMER AT MIDTANKS AND VOIDS CARPENTER


* REPRESENTS SPREADING BOADS FROM A TANK* ...STAGING PLATFORM TO EXISTING STAGING* ...ON THE BULKHEADS.* 2 CARPENTERS WHO ARE NOT WORKING

* ...SIMULTANEOUSLY.CARP-1 BEGINS AT STAR-BHD

1

2

3

45

6

7

8

CARP-2 GET+MANEUVER WITH BEND BOARD AT STAR-BHD AND RETURN TOPLATFORM

CARP-1 GET+MANIPULATE WITH 1 STEP WITH BEND BOARD AT STAR-BHDALIGN

AND

CARP-2 GET+PLACE WITH 6 STEPS WITH BEND NAILS FROM TOOLBOX-1 TOCARP-2 WITH 6 STEPS ( POCKET )

CARP-1 GET+PLACE WITH BEND NAILS FROM TOOLBOX-1 TO CARP-1 ( POCKET )CARP-2 GET+POSITION WITH 1 STEP 3 NAILS FROM CARP-2 TO PLATFORH ( 0BOARDS ) WITH BEND PF 3 ( 2 3 4 5 6 7 )

CARP-1 GET+POSITION WITH 1 STEP 3 NAILS FROM CARP-1 TO STAR-BHD ( 01BOARDS ) WITH BEND PF 3 ( 2 3 4 5 6 7 )

CARP-2 FASTEN 3 NAILS AT PLATFORM 16 STRIKES USING HAMMER-2 ASIDE TOCARP-2 F 2

CARP-1 FASTEN 3 NAILS AT STAR-BHD 16 STRIKES USING HAMMER-1 ASIDE TOCARP-I F 2

PAGE 138

MANUAL METHODS

560. TEAR DOWN HANDRAIL ( AND STANCHION ) ON ( LONGITUDINAL ) BULKHEAD TORCH AT MID TANKS AND VOIDS CARPENTER

PER ASSEMBLY OFG; 4 20-MAY-83REPRESENTS ELAPSED TIME

* REPRESENTS REMOVAL OF HANDRAIL FROM TOP* ...LEVEL OF BULKHEAD STAGING IN A CENTER* ...TANK, THIS IS DONE AFTER BOARDS HAVE* ...BEEN SPREAD TO TANK STAGING PLATFORM* CARPENTER WORKS ALONE* HOOKUP, IGNITE AND EXTINGUISH TORCH ARE* ...IN A SEPARATE SUB-OP

CARP-3 BEGINS AT FLATFORM

1 CARP-3 GET+MOVE WITH BEND TORCH FROM PLATFORM TO BRKT-12 CARP-3 OPERATE TORCH FROM BRKT-1 TO BRKT-2 AND BURN OFF 2 HANDR

PROCESS PF 4 ( 5 )3 CARP-3 HULD+PLACE TORCH FROM BRNT-2 TO STAR-BHD4 CARP-3 GET+MANIPULATE 2 HANDRAIL AT STAR-BHD F 25 CARP-3 HOLD+PLACE 2 HANDRAIL FROM STAR-BHD TO PLATFORM WITH BEND

RETURN TO STAR-BHD6 CARP-3 LOOSEN 2 STANCHIONS AT STAR-BHD WITH 6 STEPS ( AT. BRKT1

BRKT2 ) 4 ARM-STROKES USING HANDS7 CARP-3 GET+PLACE 2 STANCHIONS FROM STAR-BHD TO PLATFORM WITH BEN

RETURN TO STAR-BHD PF 2 ( 1 2 3 )9 CARP-3 GET+MOVE WITH BEND TORCH FROM STAR-BHD TO PLATFORM WITH B

PAGE 139

MANUAL METHODS

561. SET-UP STAGING BRACKETS FOR (BETWEEN) TANK STAGING PLATFORM WITH WRENCHAT MID TANKS AND VOIDS CARPENTER

PER CENTER TANK OFG: 4 23-MAY-83REPRESENTS ELAPSED TIME

* REPRESENTS SETTING UP BRACKETS ON 2 TANK* ...STAGING PLATFORMS, BOARDS ARE SPREAD* ...BETWEEN THE BRACKETS.* THIS ASSEMBLY IS USED TO CONNECT THE TWO* . . .TANK STAGING PLATFORMS.* 2 CARPENTERS WORKING SIMULTANEOUSLY EACH* ...WORKING ON A DIFFERENT PLATFORM.* STEPS:* 1-6 REPRESENTS SETTING UP BRACKETS AT* . . . B R - 1 , B R - 2 , A N D B R - 3* 7 REPRESENTS SFREADING BOARDS BETWEEN* ...BR-1 AND BR-2; BR-2 AND BR-3

CARP-1 BEGINS AT PLFM1

1 CARP-1 GET+HOLD WITH BEND BRKT FROM PLFM1 TO CARP-1 F 32 CARP-1 LOOSEN NUT AT PLFH1 4 WRIST-TURNS USING HANDS F 33 CARP-1 GET+POSITION BRKT FROM CARP-1 TO BR-1 AND INSERT BOLT F 34 CARP-I FASTEN NUT AT BR-1 13 WRIST-TURNS USING HANDS F 35 CARP-1 FASTEN NUT AT BR-l 4 ARM-TURNS USING WRENCH-1 ASIDE TO CARP-1

F 36 CARP-1 WALK TO PLFM1 F 37 CARP-1 GET+MANEUVER 3 BOARBS AT BR-1 AND ALIGN RETURN TO PLFM1 WITH

BEND F 6

MANUAL METHODS

562. SET-UP STAGING PLANKS FOR (BETWEEN) TANK STAGING PLATFORMS WITH HAMMAT HID TANKS AND VOIDS CARPENTER


* REPRESENTS SPREADING BOARDS BETWEEN TWO* ...TANK STAGING PLATFORMS* 2 CARPERNTERS ARE NOT WORKING* ...SIMULTANEOUSLY

CARP-1 BEGINS AT PLFMl

1 CARP-12 CARP-23 CARP-14 CARP-25 CARP-1

BOARD6 CARP-2

BOARD7 CARP-1

GET+MANEUVER WITH BEND BOARD AT CARP-2 RETURN TO PLFM1GET+MANIFULATE WITH 1 STEP WITH BEND BOARD AT PLFM2GET+PLACE NAILS FROM TOOLBOX-1 TO CARP-1GET+PLACE NAILS FROM TOOLBOX-2 TO CARF-2GET+POSITION WITH 1 STEP 3 NAILS FROM CARP-1 TO PLFM1 ( O) WITH REND PF 3 ( 2 3 4 5 6 7 )GET+POSITION WITH 1 STEP 3 NAILS FROM CARP-2 TO PLFM2 ( O) WITH BEND PFFASTEN 3 NAILS

CARP-1 F 28 CARP-2 FASTEN 3 NAILS

CARP-2 F 2

9. HOOK-UP AND UNHOOK TORCHPER EA OFG: 1 31-JUL-81

3 ( 2 3 4 5 6 7 )AT PLFM1 16 STRIKES USING HAMMER-1 ASIDE T

AT PLFM2 16 STRIKES USING HAMMER-2 ASIDE

ON MANIFOLD WITH WRENCH AT SHIP

* TORCH AND HOSE LOCATED AT MANIFOLD* UNHOOK IS THE REVERSE OF HOOKUP

CARP4 BEGINS AT HOOK-UP

1 FASTEN HOSE TO MANIFOLD 4 SPINS USING FINGERS2 FASTEN HOSE TO MANIFOLO 2 WRIST-STROKES USING WRENCH4 AND ASIDE

MANUAL METHODS

10. IGNITE AND EXTINGUISH TORCH FOR BURNING WITH HAND AT TANKPER EA OFG: 1 03-AUG-81

* HOOK-UP NOT INCLUDEDFITTER BEGINS AT JOB

1 LOOSEN 2 KNOBS ON TORCH AT JOB CLOSE 1 SPIN USING FINGERS2 PRESS STRIKER AT TORCH FOR IGNITING AND CLEAR3 PULL GOGGLES AT SELF OVER EYES4 TURN KNOB AT TORCH AND ADJUST FLAME F 35 HOLD+PLACE TORCH ON TO JOB WITH BEND6 FASTEN 2 KNOBS AT TORCH CLOSE 1 SPIN USING FINGERS7 PULL GOGGLES AT SELF OFF EYES

582. TEAR DOWN STAGING PLANK FOR TANK STAGING PLATFORM WITH (PRYRAR) ANDHAND AT HID TANKS AND VOIDS CARPENTER


* REPRESENTS REMOVING BOARDS FROM BELOW* ...THE MAIN DECK. BOARDS ARE CONNECTED* ...TO THE TANK STAGING PLATFORM AND THE* ...EXISTING PERIMETER STAGING BY NAILS.* 2 NAN OPERATION: (WORKING SIMULTANEOUSLY)* ...CARPENTERS LOOSEN THE NAILS ON EACH.* ...END OF THE BOARD, THEN PICK UP THE.* ...BOARD AND PLACE IT ON A FILE ON THE* ...TANK STAGING PLATFORM.

CARP-1 BEGINS AT STAR-BHD

1 CARP-1 PUSH AND LOCATE PRYBAR WITH 1 STEP AT STAR-BHD UNDER BOARD

2 CARP-1 LOOSEN 3 NAILS AT STAR-BHD 3 ARM-STROKES USING PRYBAR AND

ASIDE TO STAR-BHD3 CARP-1 LOOSEN BOARD WITH BEND AT STAR-BHD 3 ARM-STRONES USING HAND4 CARP-1 GET+MANIPULATE WITH REND BOARD AT PLATFORM AND ADJUST RETU

TO STAR-BHD

MANUAL METHODS

583. TEAR DOWN STAGING PLANK FOR ( BETWEEN ) TANKPRYBAR ) AND HAND AT MID TANKS AND VOIDS


* REPRESENTS REMOVING BOARDS FROM BETWEEN* ...THE TWO TANK STAGING PLATFORMS, THE* ...BOARDS ARE CONNECTED TO THE PLATFORMS* ...BY NAILS.* 2 MAN OPERATION: (MORKING SIMULTANEOUSLY)* ...CARPENTERS LOOSEN THE NAILS ON EACH* ...END OF THE BOARD, THEN PICK UP THE* ...BOARD AND PLACE IT ON A PILE ON ONE* ...OF THE TANK STAGING PLATFORMS.


1 CARP-1 PUSH AND LOCATE PRYEIAR WITH 1 STEP

STAGING PLATFORM WITH CARPENTER

AT PLFM1 ( UNDER BOARD2 CARP-1 LOOSEN 3 NAILS AT PLFM1 3 ARM-STROKES USING PRYEAR AND AS

3 CARP-1 LOOSEN BOARD WITH BEND AT PLFM1 3 ARM-STROKES USING HANDS4 CARP-1 GET+MANIPULATE WITH BEND BOARD AT PLFM2 AND ADJUST RETURN

PLFM1

MANUAL METHODS

584. TEAR DOWN STAGING BRACKETS ON TANK STAGING PLATFORM WITH WRENCH AT HIDTANKS AND VOIDS CARPENTER


* REPRESENTS REMOVAL OF BRACKETS ON 2 TANK* ...STAGING PLATFORMS. ALSO REMOVAL OF* ...BOARDS THAT ARE SPREAD BETWEEN THE* ...BRACKETS.* 2 CARPENTERS WORKING SIMULTANEOUSLY EACH

* ...WORKING ON A DIFFERENT PLATFORM.* STEPS:* 1 REPRESENTS REMOVAL OF BOARDS BETWEEN* . . .BR-1 AND RR-2; BR-2 AND BR-3* 2-5 REPRESENTS REMOVAL OF BRACKETS FROM* ...BR-1, BR-2 AND BR-3, BRACKETS ARE* ...PLACED ON A PILE ON THE PLATFORM.

CARP-1 BEGINS AT BR-1

1 CARP-1 GET+MANEUVER WITH BEND BOARD AT PLFM1. AND ADJUST RETURN TOBR-1 F 6

2 CARP-1 LOOSEN NUT AT BR-1 1 -ARM-STROKE USING WRENCH-1 AND HOLD F 33 CARP-1 HOLD+LOOSEN NUT AT BR-1 13 WRIST-TURNS USING WRENCH-1 ASIDE

TO CARP-1 F 34 CARP-1 GET+PLACE

TO BR-1 WITHOUT5 CARP-1 GET+PLACE

WITH BEND BRKT FROM BR-1 TO PLFMl WITH BEND RETURNBEND F 3NUT AND BOLT FROM CARP-1 TO TOOLBOX-1 F 3


435. WELD STAGING BRACKET (CLIP) ON BULKHEAD (OR ANY STRUCTURE) WITH STICKELECTRODE AT ANY TANKS AND VOIDS (SHIP) WELDING

PER 100 CLIPS OFG: 3WELD TO MEET SAFETY REQUIREMENTS. RATE PER 100 CLIPS. RATE INCLUD

MANUAL ELEMENTS.

1 WELD VERTICAL 3/8 8 FILLET WELD (10 8 PER CLIP) WITH 10% OVERUELDUSING 6011 3/16 ELECTRODE OR COHFARABLE (7018 5/32)+

438. WELD LADDER (CLIP) (SECURES LADDER) ON BULKHEAD (OR ANY STRUCTURE) WSTICK ELECTRODE AT ANY TANKS AND VOIDS (SHIP) WELDING

PER 100 LADDERS OR 400 CLIPS OFG: 3WELD TO MEET SAFETY REQUIREMENTS. RATE PER 100 LADDERS (400 CLIPS


1 WELD VERTICAL 3/8 8 FILLET WELD (4 8 PER CLIP) WITH 10% OVERWELD USI6011 3/16 ELECTRODE OR COMPARABLE (7018 5/32),

440. WELD HANDRAIL (CONNECTIONS) ON STANCHION WITH STICK ELECTRODE AT ANYTANKS AND VOIDS (SHIP) WELDING

PER 100 PIECES OF HANDRAIL OFG: 3WELD TO MEET SAFETY REQUIREMENTS, RATE PER 100 PIECES OF AHNDRAIL

(AVG+ 1 CONNECTION EACH). RATE INCLUDES MANUAL ELEHENTS.

1 WELD HORIZONTAL 1/4. FILLET WELD (5 8 PER CONNECTION) USING 6011 3/ELECTRODE OR COMPARABLE (7018 5/32),

516. TRANSPORT AREIAL PLATFORM FOR SIDE SHELL (STAGING) WITH (CRANE) AT ANWAY CARPENTER

PER AERIAL-PLATFORM OFG: 4 18-MAR-S2REPRESENTS ELAPSED TIME

* REPRESENTS MOVING AERIAL PLATFORM FROM A* ...WAY TO A SECTION OF SIDE SHELL


1 C-OPER TRANSPORT PLATFORM FROM P-REST USING CRANE WITH 2-HOOK+SLINTO AERIAL-PLATFORM POSITION+MANEUVER PF 2 ( 3 )

MANUAL METHODS

521. 0(CLIMB UP AND DOWN) MOVE OPERATOR (ON LADDER) ON SIDE SHELL AT ANY WAYCARPENTER

PER LADDER OFG: 4 17-MAR-82REPRESENTS ELAPSED TIHE

* REPRESENTS CARPENTERS CLIMBING UP AND* ...DOWN LADDERS TO GET ON AND OFF* ..STAGING AT OUTSIDE SIDE SHELL.* CARPENTERS ARE WORKING ON AN AERIAL* ...PLATFORM.


1 CARP-1 SLIDE ( CLIMB-UP ) LADDER AT BRKT-1 ( 12 RUNGS ) PF 12 ( 1 )PF 12 ( 34 )

2 CARP-1 PULL ( CLIMB-DOWN ) LADDER AT BRKT-1 ( 12 RUNGS ) PF 12 ( 1 )PF 12 ( 34 )

529. TRANSPORT AERIAL PLATFORM FOR SIDE SHELL (STAGING) WITH CRANE AT ANYWAY. CARPENTER

PER AERIAL PLATFORM OFG: 4 18-MAR-82REPRESENTS ELAPSED TIME

* REPRESENTS MOVING AERIAL PLATFORM* ...FROM A SECTION OF THE SIDE SHELL* ...TO A WAY,

C-OPER BEGINS AT CR-I

1 C-OPER TRANSPORT PLATFORM FROM AERIAL-PLATFORM USING CRANE TO P-RESTPOSITION+MANEUVER RETURN TO CR-1

MANUAL METHODS

580. LOAD (STAGING MATERIAL) ON AERIAL PLATFORM WITH (CRANE) AT ANY PLATECARPENTER

PER AERIAL PLATFORM OFG: 4 27-MAY-83REPRESENTS ELAPSED TIME

* REPRESENTS SPREADING MATERIAL ON AN* ...AERIAL PLATFORM* AERIAL PLATFORM CAN HOLD ENOUGH STAGING* ...MATERIAL FOR 3 LEVELS OF STAGING:* ...5 BRACKETS PER LEVEL,.* TOTAL MATERIAL:* MATL QUANTITY* BRKTS 15* STANS 15* BOARDS 36* HANDRAIL 24* LADDERS 5

CARP-1 REGINS AT P-REST

1 CARP-1 GET+PLACE 15 BRKTS FROM BIN-1 TO BIN-1 ( PILE UP BRKTS ) P15 ( 2 3 4 5 6 )

2 C-OPER TRANSPORT 15 BRKTS FROM BIN-1 USING CRANE WITH HOOK+SLING P-REST PLACE+ADJUST RETURN TO BIN-2

3 CARP-1 GET+PLACE 15 STAN FROM BIN-2 TO BIN-2 AND RETURN TO BD-PILWITHOUT BEND PF 15 ( 2 3 4 5 6 )

4 C-OPER TRANSPORT 15 STANS FROM BIN-2 USING CRANE WITH HOOK+SLING P-REST PLACE+ADJUST RETURN TO BD-PILE

5 CARP-1 GET+SLIDE WITH BEND 36 BOARDS FROM BD-PILE TO BD-PILE WITHSTEPS AND ADJUST ( ON BOLSTERS ) PF 2 ( 2 3 4 5 6 ) F 36

6 C-OPER TRANSPORT 36 BOARDS FROM BD-PILE USING CRANE WITH2-HOOK+SLING TO P-REST PLACE+MANEUVER RETURN TO HR-PILE

7 CARP-1 GET+SLIDE 24 HANDRAIL AT HR-PILE AND ADJUST ‘( ON BOLSTERS AND RETURN TO LDR-PILE WITHOUT BEND PF 24 ( 2 3 4 5 6 )

8 C-OPER TRANSPORT 24 HANDRAIL FROM HR-PILE USING CRANE WITH2-HOOK+SLING TO P-REST PLACE+ADJUST RETURN TO LDR-PILE

9 CARP-1 GET+SLIDE WITH BEND 5 LADRS FROM LDR-PILE TO LllR-PILE WITHSTEPS AND ADJUST ( ON BOLSTERS ) PF 2 ( 2 3 4 5 6 ) F 5

10 C-OPER TRANSPORT 5 LADRS FROM LDR-PILE USING CRANE UITH 2-HOOK+SLING TO P-REST PLACE+MANEUVER RETURN TO CR-1

11 CARP-1 GET+PLACE TOOLBOX-1 FROM BIN-1 TO P-REST WITH BEND+CLIMB-STEP

12 CARP-1 GET+PLACE TOOLBOX-2 FROM BIN-2 TO P-REST WITH BEND+CLIMB-STEP

PAGE 147

MANUAL METHODS

UNLOAD (STAGING MATERIAL) ON AERIAL PLATFORM WITH (CRANE) AT ANY PLATENCARPENTER


************

REPRESENTS REMOUAL OF MATERIAL FROM AN. . .ARIAL PLATFORM

AERIAL PLATFORM CAN HOLD ENOUGH STAGING...MATERIAL FOR 3 LEVELS (IF STAGING:...5 BRACKETS PER LEVELOTOTAL MATERIAL:MATL QUANTITYBRKTS 15STANS 15BOARDS 36HANDRAIL 24LADDERS 5


1 C-OPERB I N - 1

2 CARP-1( 2 3

3 C-OPERB I N - 2

4 CARP-1

TRANSPORT 15 HRKTS FROM P-REST USING CRANE WITH HOOK+SLING TOPLACE+ADJUST RETURN TO P-RESTGET+PLACE 15 BRKTS FROM BIN-1 TO BIN-1 ( PUT INTO BIN ) PF 154 5 6 )TRANSPORT 15 STANS FROM P-REST USING CRANE WITH HOOK+SLING TOPLACE+ADJUST RETURN TO P-RESTGET+PLACE 15 STANS FROM BIN-2 TO BIN-2 ( PUT INTO BIN )

RETURN TO RB-PILE WITHOUT BEND PF 15 { 2 3 4 5 6 )5 C-OPER TRANSPORT 36 BOARDS FROM P-REST USING CRANE WITH 2-HOOK+SLINE

TO BD-PILE PLACE+MANEUVER ( ONTO BOLSTERS ) RETURN TO P-REST6 CARP-1 GET+SLIDE WITH BEND 36 BOARDS FROM BD-PILE TO BD-PILE WITH 8

STEPS AND ADJUST ( ONTO PILE ) PF 2 ( 2 3 4 5 6 ) F 367 C-OPER TRANSPORT 24 HANDRAIL FROM P-REST USING CRANE WITH

2-HOOK+SLING TO HR-PILE PLACE+ADJUST RETURN TO P-REST8 CARP-1 GET+SLIDE 24 HANDRAIL AT HR-PILE AND ADJUST ( ON PILE )

RETURN TO LDR-PILE WITHOUT BEND OF 24 ( 2 3 4 5 6 )9 C-OPER TRANSPORT 5 LADRS FROM P-REST USING CRANE WITH 2-HOOK+SLING

10

1112

TO LDR-PILE PLACE+MANEUVER ( ONTO BOLSTERS ) RETURNCARP-1 GET+SLIDE WITH BEND 15 LADRS FROM LDR-PILE TOSTEPS AND ADJUST ( ONTO PILE ) PF 2 ( 2 3 4 5 6 ) FCARP-1 GET+PLACE WITH BEND+CLIMB-STEP TOOLBOX1 FROMCARP-1 GET+PLACE WITH BEND+CLIMB-STEP TOOLBOX2 FROM

TO CR-1LDR-PILE WITH 55P-REST TO BIN-IP-REST TO BIN-2

PAGE 148

MANUAL METHODS



CREW SIZE = 6 (3 CARPS ABOVE DECK AND 3 BELOW)+ RATE IN ELAPSED MULT BY 6 TO OBTAIN TOTAL TIME,

PER 8-HR SHIFT AND (1) CUT OFG: 4 20-NOV-81* THE FOLLOWING IS INCLUDED IN THIS SUBOP:* --2 HOOK-UPS AND 2 UNHOOKS PER (1) 4* ......* ...8-HR SHIFT* - - (1 ) OCCURRENCE FOR IGNITE ANIJ . . . . . . . .* ...EXTINGUISH TORCH* --TO, DETERMINE THE FREQ OF THE SUB-OP...* ...FRO NUMBER OF CUTS >1 USE THE ● . . . . . .* . . .FORMULA: FREQ = 1+ [ (N-1) X .233 . . . .

* ....WHERE ‘N’ = THE NUMBER OF CUTS(BURNS)

C o m b i n e d s u b - o p e r a t i o n e l e m e n t s- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -


10. IGNITE AND EXTINGUISH TORCH FOR BURNING WITH HAND AT TANK

5 1 7 . SET-UP (STAGING CLIP) ON SIDE SHELL WITH HAMMER AT ANY WAY CARPENTEPER STAGING CLIP OFG: 3 16-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS PUTTING UP A STAGING CLIP ON* ...THE SIDE SHELL.* CARPENTERS ARE WORKING FROM AN AERIAL* . . . P L A T F O R M ,* WELDING OF THE CLIP IS DONE IN A* ...SEFERATE SUB OPERATION,


1 CARP-1 MEASURE AT BRKT-1 USING STEEL-TAPE-1 ASIDE TO CARP-12 CARP-1 LOOSEN PAINT ON SIDE SHELL AT BRKT-1 4 STRIKES USING HAMM

ASIDE TO CARP-13 CARP-1 GET+PLACE SCLIP FROM TOOLBOX-2 TO BRKT-1 ( TACKING UPON

PLACEMENT )

PAGE 149

MANUAL METHODS

518. SET-UP STAGING BRACKET ON SIDE SHELL WITH WRENCH AT ANY WAY CARPENTERPER STAGING BRACKET OFG: 3 16-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS PUTTING UP A BRACKET ON THE* . . . S I D E S H E L L .* CARPENTERS ARE WORKING FROM AN AERIAL* ...PLATFORHO


1 CARP-1 GET+PICKUP NUT AND BOLT FROM TOOLBOX-1 TO SELF ( IN POCKET )2 CARP-1 GET+PLACE WITH BEND BRKT FROM BIN-1 TO BRKT-13 CARP-1 PLACE BOLT FROM CARP-1 TO BRKT-1 AND INSERT4 CARP-1 FASTEN NUT AT BRKT-1 13 WRIST-TURNS USING HANDS5 CARP-I FASTEN NUT AT BRKT-1 4 ARM-STROKES USING WRENCH-1 ASIDE TO

CARP-1

519. SET-LIP STAGING PLANK FOR SIDE SHELL WITH HAND AT ANY MAY CARPENTERPER STAGING PLANK OFG: 3 17-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS SETTING BOARDS UP BETWEEN TWO* ...STAGING BRACKETS,* CARPENTERS ARE WORKING ON AN AREIAL* ...PLATFORH AND THEY ARE WORKING* ...SIMULTANEOUSLY,


1 CARP-3 GET+SLIDE BOARDS FROM BD-PILE TO ED-PILE WITH 8 STEPS ( ONBOLSTERS ) AND ADJUST

2 CARP-1 AND CARP 2 GET+MANEUVER BOARDS FROM BD-PILE TO BRKT-1SPANNING BRKT2 AND ALIGN

PAGE 150

MANUAL MATHODS

520. SET-UP (ACCESS) LADDER ON SIDE SHELL WITH HAND AT ANY WAY CARPENTPER ACCESS LAKIUER OFG: 3 17-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS SETTING UP A LADDER ON THE* ...SIDE SHELL*.* CARPENTERS ARE WORKING ON AN AERIAL.* ...PLATFORM, BUT ARE NOT &JORKING.* ...SIMULTANEOUSLY.* WELDING DONE IN A SEPERATE* ...SUB OPERATION,

CARP-3 BEGINS AT ED-PILE

1 CARP-3 GET+SLIDE LADR FROM LDR-PILE TO LDR-PILE WITH 5 STEPS ( ROLSTER ) AND ADJUST

2 CARP-1 GET+PLACE LADR FROM LDR-PILE TO BRKT-13 CARP-2 LOOSEN 4 PAINT ON SIDE SHELL AT BRKT-1 4 STRIKES USING

HAMMER-2 ASIDE TO CARP-24 CARP-2 GET+PLACE 4 LCLIPS FROM TOOLBOX-2 TO BRKT-I ( TACKING UP

PLACEMENT ) PF 4 ( 6 )

522. SET-UP STANCHION FOR SIDE SHELL WITH HAND AT ANY WAY CARPENTERPER STANCHION OFG: 3 17-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS PUTTING STANCHION IN STAGING* ...EIRACKETS.* TWO CARPENTERS ARE ON THE STAGING? ONE* ...REMAINS ON THE AERIAL PLATFORM.


1 CARP-3 GET+PLACE STAN FROM BIN-2 TO BRKT-12 CARP-1 GET+PLACE WITH BEND STAN FROM BRKT-1 TO BRKT-1 AND INSE

PAGE 151

MANUAL METHODS

S23. SET-UP HANDRAIL FOR SIDE SHELL WITH HAND AT ANY WAY CARPENTERPER HANBRAIL OFG: 3 17-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS PUTTING UP HANDRAIL AT THE* . . . S I D E S H E L L .* TWO CARPENTERS ARE ON THE STAGINGS ONE* ...REMAINS ON THE AERIAL PLATFORM.* WELDING IS DONE IN A SEPERATE SUB* . . . O P E R A T I O N ,


1 CARP-3 GET+SLIDE HANDRAIL FROM HR-PILE TO CARP-12 CARP-1 GET+SLIDE HANDRAIL FROM BRKT-1 TO BRKT-2 AND ALIGN ( THRU 2

STANCHION SLEEVES ) PF 2 (4 5 6 )

524. TEAR DOWN HANDRAIL ON SIDE SHELL WITH TORCH AT ANY WAY CARPENTERPER HANDRAIL OFG: 2 18-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS TEARING DOWN HANDRAIL ON THE* ...SIDE SHELL.* TWO CARPENTERS ARE ON THE STAGING? ONE* ...REHAINS ON THE AERIAL PLATFORM.* THE CARPENTERS ARE NOT WORKING* ...SINULTANEOUSLY.


1 CARP-1 GET+PULL TORCH FROM BRKT-2 TO BRKT-12 CARP-1 OPERATE TORCH AT BRKT-1 PTIME 426 M ( BURN OFF HANDRAIL )3 CARP-2 GET+SLIDE HANDRAIL FROM BRKT-2 TO CARP-24 CARP-2 HOLD+MOVE HANDRAIL FROM CARP-2 TO CARP-35 CARP-3 GET+PLACE HANDRAIL FROM BRKT-2 TO HR-PILE

PAGE 152

MANUAL METHODS

525. TEAR DOWN STANCHION FOR SIDE SHELL WITH HAND AT ANY WAY CARPENTERPER STANCHION OFG: 3 18-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS REMOVAL OF STANCHION FROM* ...SIDE SHELL.* TWO CARPENTERS ARE ON THE STAGING? ONE* ...REHAINS ON AERIAL PLATFORM.* THE CARPENTERS DO NOT WORK* ...SIMULTANEOUSLY,


1 CARP-1 LOOSEN STAN AT BRKT-1 4 ARM-STROKES USING HANDS2 CARP-1 HOLD+HOVE STAN FROM CARP-1 TO CARP-33 CARP-3 GET+PLACE STAN FROM BRKT-1 TO BIN-2

526. TEAR DOWN STAGING PLANK FOR SIDE SHELL WITH HAND AT ANY WAY CARPENPER STAGING PLANK OFG: 3 18-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS TEARING DOWN BOARDS ON THE* ...SIDE SHELL.* CARPENTERS ARE WORKING ON AN AERIAL* . . . P L A T F O R M .* THE CARPENTERS ARE WORKING* . . .S IMULTANEOUSLY.


1 CARP-I AND CARP 2 GET+MANIPULATE BOARD FROM BRKT-1 ( CARP 2 ATBRKT2 ) TO BD-PILE

PAGE 153

MANUAL METHODS

527. TEAR DOWN (ACCESS) LADDER ON SIDE SHELL WITH TORCH AT ANY WAY CARPENTERDPER LADDER OFG: 2 18-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS REMOVAL OF LADDER FROM SIDE* . . . S H E L L ,* CARPENTERS ARE WORKING ON AN AERIAL* ...PLATFORM.* THE CARPENTERS ARE NOT WORKING* ...SIMULTANEOUSLY.


1 CARP-1 GET+PULL TORCH FROM BRKT-2 TO BRKT-12 CARP-1 OPERATE TORCH AT BRKT-I PTIME 0.47 M ( BURN OFF 4 CLIPS ) F 43 CARP-1 GET+PLACE 4 LCLIPS FROM BRKT-I TO TOOLBOX-2 PF 4 ( 1 2 3 )4 CARP-2 GET+POSITION LADR FROM BRKT-1 TO LDR-PILE

528. TEAR DOWN STAGING BRACKET ON SIDE SHELL WITH WRENCH AT ANY WAYCARPENTER

PER STAGING BRACKET OFG: 3 18-MAR-82REPRESENTS ELAPSED TIME

* REPRESENTS REMOVAL OF BRACKETS* ...FROM SIDE SHELL.* CARPENTERS ARE WORKING ON AN* ...AERIAL PLATFORM.


1 CARP-1 LOOSEN NUT AT BRKT-1 1 ARM-STROKE USING WRENCH-1 AND HOLD2 CARP-1 HOLD+LOOSEN NUT AT BRKT-1 13 WRIST-STROKES USING WRENCH-1

ASIDE TO CARP-13 CARP-1 GET+REMOVE BOLT FROH BRKT-1 TO CARP-14 CARP-1 PLACE NUT AND BOLT FROM BRKT-1 TO TOOLBOX-1

PAGE 154

MANUAL METHODS

530. TEAR DOWN (STAGING CLIP) ON SIDE SHELL WITH TORCH AT ANY WAY CARPENPER STAGING CLIP OFG: 3 18-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS REMOVING STAGING CLIPS FROM* . . . T H E S I D E S H E L L .* CARPENTERS ARE WORKING ON AN AERIAL* P L A T F O R M .


1 CARP-1 GET+PULL TORCH FROM BRKT-2 TO BRKT-12 CARP-1 OPERATE TORCH AT BRKT-1 PTIME .55 M ( BURN OFF STAGING C3 CARP-1 GET+PLACE SCLIP FROM BRKT-1 TO TOOLBOX-2


446. WELD HANDRAIL (CONNECTIONS) ON STANCHION WITH STICK ELECTRODE AT ANYPLATEN (SHOP) WELDING

PER 100 PIECES OF HANDRAIL OFG: 3WELD TO MEET SAFETY REQUIREMENTS. RATE PER 100 PIECES OF HANDRAIL

(AUG. 1 CONNECTION EACH). RATE INCLUDES MANUAL ELEMENTS.

1 WELll HORIZONTAL 1/4' FILLET WELD (5’ PER CONNECTION) USING 6011 3/16ELECTRODE OR COMPARABLE (7018 5/32).

454. (CLIMB UP AND DOWN) MOVE OPERATOR (ON PIPE STAGING) FOR SIDE SHELL ATANY WAYS CARPENTER

PER PIPE STAGING SECTION (16’ LONG) OFG: 3 11-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS CARPENTER CLIMBING UP AND* ...DOWN END PIECE OF PIPE STAGING.* AVERAGE NUMBER OF STEPS NEEDED = 6.CARP-1 BEGINS AT END-PC-1

1 CARP-1 SLIDE ( CLIMB-UP ) LADDER ( END PIECE ) AT END-PC-1 ( 6STEPS. ) PF6 ( 1 ) PF 6 ( 34 )

2 CARP-1 PULL ( CLIME-DOWN ) LADDER ( END PIECE ) AT END-PC-1 ( 6STEPS. ) PF6 ( 1 ) PF 6 ( 34 )

456. TRANSPORT STAGING” PLANK FOR PIPE STAGING (AT SIDE SHELL) WITH (TOWERCRANE) AT ANY WAYS CARPENTER

PER STAGING PLANK OF(3: 3 11-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS TRANSPORTING BOARDS FROM* ...BD-PILE TO SIDE SHELL.* DISTANCES FROM CRANE-REST TO BD-PILE AND* ...FROM BD-PILE TO SIDE SHELL ARE* ...AUERAGE DISTANCES FROM, WAY 740’X120’* MAXIMUM NUMBER OF BOARDS IN LIFT = 4


1 TRANSPORT BOARD FROM BD-PILE USING CRANE WITH HOOK+SLING TOSIDE-SHELL ( ON PIPE STAGING SECTION ( 16' LONG ) ) PLACE+MANEUVERETURN TO CR-1 F 1 / 4

MANUAL METHODS

459. TRANSPORT STANCHION FOR PIPE STAGING (AT SIDE SHELL) WITH (TOWER CRAAT ANY WAYS CARPENTER

PER STANCHION OFG: 3 12-FEB-82REPRESENTS ELAPSED TIME.

* REPRESENTS TRANSPORTING STANCHION FROM* ...BIN-2 TO SIDE SHELL.

* DISTANCES FROM CRANE-REST TO BIN-2 AND.* ...FROH BIN-2 TO SIDE SHELL ARE AVERAGE* ...DISTANCES FROM A WAY 740’X120’* MAXIMUM NUMBER OF STANCHIONS IN LIFT = 6


1 TRANSPORT STAN FROM BIN-2 USING CRANE WITH HOOK+SLING TO SIDE-SH( ON PIPE STAGING ) PLACE+ADJUST RETURN TO CR-1 F 1 / 6

461, TRANSPORT HANDRAIL FOR PIPE STAGING (AT SIDE SHELL) WITH (TOWER CRANAT ANY WAYS CARPENTER

PER SECTION (16’LONG) OF PIPE STAGING OFG: 3 12-FEB-82REPRESENTS ELAPSED TIME,

* REPRESENTS TRANSPORTING HANDRAIL FROM* ...HR-PILE TO SIDE SHELL.* DISTANCES FROM CRANE-REST TO HR-PILE AND* ...FROll HR-PILE TO SIDE SHELL ARE* ...AVERAGE DISTANCES FROM WAY 740’X120’* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6


1 TRANSPORT HANDRAIL FROM HR-PILE USING CRANE WITH HOOK+SLING TOSIDE-SHELL ( ON PIPE STAGING ) PLACE+ADJUST RETURN TO CR-1 F 1 /

PAGE 157

MANUAL METHODS

463. TRANSPORT STAGING PLANK FOR SIDE SHELL (BTWN 2 PIPE STAGING SECTIONS)WITH (TOWER CRANE) AT ANY WAYS CARPENTER


* REPRESENTS TRANSPORTING BOARDS FROM* ...RD-PILE TO SIDE SHELL.* DISTANCES FROM CRANE-REST TO BD-PILE AND* ...FROM BD-PILE TO SIDE SHELL ARE* ...AVERAGE DISTANCES FROM WAY 740’X120’* MAXIMUM NUMBER OF BOARDS IN LIFT = 4


1 TRANSPORT BOARD FROM BD-PILE USING CRANE WITH HOOK+SLING TOSIDE-SHELL (BTWN 2 PIPE STAGING SECTIONS ) PLACE+MANEUVER RETURN

465, TRANSPORT HANDRAIL FOR SIDE SHELL (BTWN 2 PIPE STAGING SECTIONS) WITH(TOWER CRANE) AT ANY WAYS CARPENTER

PER HANDRAIL OFG: 3 12-FEB-82REPRESENTS ELAPSED TIME -

* REPRESENTS TRANSPORTING HANDRAIL FROM* ...HR-PILE TO SIDE SHELL.* DISTANCES FROM CRANE-REST TO HR-PILE AND* ...FROM HR-PILE TO SIDE SHELL ARE* ...AVERAGE DISTANCES FROM WAY 740'X120'* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6

C-OPER REGINS AT CR-1

1 TRANSPORT HANDRAIL FROM HR-PILE USING CRANE WITH HOOK+SLING TOSIDE-SHELL; ( BTWN 2 PIPE STAGING SECTIONS ) PLACE+ADUJST RETURN TO

MANUAL METHODS

476. REMOVE HANDRAIL ON (MATERIAL PILE) WITH (TOWER CRANE) AT ANY WAYSCARPENTER

PER HANDRAIL OFG: 3 16-FEE-82REPRESENTS ELAPSED TIME

* REPRESENTS REMOVAL OF HANDRAIL FROM* ...MATERIAL PILE AT WAY TO HANDRAIL PILE* ...DISTANCES ARE AVERAGE DISTANCES FOR A* ...WAY 740'X120'.* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6* TOWER CRANE IS USED FOR REMOVAL.

CARP-3 BEGINS AT MAIL-PILE

I CARP-3 GET+SLIDE WITH BEND HANDRAIL ( ONTO BOLSTER ) AT MAIL-PIL2 C-OPER TRANSPORT HANDRAIL FROM MAIL-PILE USING CRANE WITH HOOK+S

TO HR-PILE PLACE+ADJUST RETURN TO CR-1 F 1 / 6

477. REMOVE STANCHION ON (MATERIAL PILE) WITH (TOWER CRANE) AT ANY WAYSCARPENTER


* REPRESENTS REMOVAL OF STANCHION FROM* ...MATERIAL PILE AT WAY TO BIN-2* ...DISTANCES ARE AVERAGE DISTANCES FOR A* ...WAY 740'X120'.* MAXIMUM NUMBER OF STANCHION IN LIFT = 6* TOWER CRANE IS USED FOR REMOVAL.


1 CARP-3 GET+PLACE WITH BEND STAN FROM MATL-PILE TO MATL-PILE ( STUP FOR TRANSPORTING )

2 C-OPER TRANSPORT STAN FROM MATL-FILE USING CRANE WITH HOOK+SLINGBIN-2 PLACE+ADJUST RETURN TO CR-1 F 1 / 6

MANUAL METHODS

478. REMOVE STAGING PLANK ON PIPE STAGING (AT SIDE SHELL) WITH (TOWER CRANE)AT ANY WAYS CARPENTER


* REPRESENTS REMOVAL OF BOARDS FROM PIPE* ...STAGING AT SIDE SHELL TO BOARD PILE* ...DISTANCES ARE AVERAGE DISTANCES FOR A* ... WAY 740'X120'.* MAXIMUM NUMBER OF BOARDS IN LIFT = 4* TOWER CRANE IS USED FOR REMOVAL,


1 C-OPER TRANSPORT BOARD FROM SIDE-SHELL USING CRANE WITH HOOK+S1.INGTO BD-PILE PLACE+MANEUVER RETURN TO CR-1 F 1 / 4

479. REMOVE BRACE ON (MATERIAL PILE) WITH (TOWER CRANE) AT ANY WAYSCARPENTER

PER BRACE OFG: 3 16-FEB-82 REPRESENTS ELAPSED TIME

* REPRESENTS REMOVING BRACES FROM MATERIAL* ...PILE AT WAY TO BRACE PILE.* ...DISTANCES ARE AVERAGE DISTANCES FOR A* ...WAY 740'X120'.* MAXIMUM NUMBER OF BRACES IN LIFT = 6.* TOWER CRANE IS USED FOR REMOVAL.


1 CARP-3 GET+SLIDE WITH BEND BRACE ( ONTO BOLSTER ) AT MATL-PILE2 C-OPER TRANSPORT BRACE FROM MATL-PILE USING CRANE WITH HOOK+SLING TO

BRACE-PILE PLACE+ADJUST RETURN TO CR-1 F 1 / 6

MANUAL METHODS

480. REMOVE END RAIL (END PIECE) ON (MATERIAL PILE) WITH (TOWER CRANE) ANY WAYS CARPENTER

PER END RAIL (END PIECE) OFG: 3 f6-FEEf-82REFPRESENTS ELAPSED TIME

X REPRESENTS REMOVING END PIECES FROMX ...MATERIAL PILE AT WAY TO END-PC-RACK.* ...DISTANCES ARE AVERAGE DISTANCES FOR A* ...WAY 740’X 120’.* MAXIMUM NUMBER OF END PIECES IN LIFT = 3* TOWER CRANE IS USED FOR REMOVAL.


1 CARP-3 GET+SLIDE WITH BEND END-PIECE ( ONTO BOLSTER ) AT MATL-P2 C-OPER TRANSPORT END-PIECE FROM MATL-PILE

HOOK+SLING TO END-PC-RACK PLACE+MANEUVER3 CARP-3 GET+MANIPULATE WITH BEND END-PIECE

486. TRANSPORT END RAIL (END PIECE) ON (END-PIECEAT ANY WAYS CARPENTER

PER END RAIL (END PIECE) OFG: 3 18-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS TRANSPORTING END PIECES FROM* ...END-PC-RACK TO MATL-PILE.* DISTANCES FROM CRANE REST TO END-PC-RACK* ...AND FROM END-PC-RACK TO MATL-PILE ARE* ...AVERAGE DISTANCES ON A WAY 740’X 120’* MAXIMUM NUMBER END-PCS IN LIFT = 3* ...THERE ARE 2 LIFTS DONE PER SECTION OF* ...PIPE STAGING (16’LONG).


USING CRANE WITHRETURN TO CR-1 F 1 / AT END-PC-RACK AND AL

RACK) WITH (TOWER CRAN

1 C-OPER TRANSPORT END-PIECE FROM END-PC-RACK USING CRANE WITHHOOK+SLING TO MATL-PILE PLACE+ADJUST RETURN TO END-PC-RACK F 1

2 C-OPER TRANSPORT END-PIECE FROM.END-PC-RACK USING CRANE WITHHOON+SLING TO MATL-PILE PLACE+ADJUST RETURN TO CR-1 F 1 / 6

MANUAL METHDS

1320

9.

10.

455.

COMBINED SUB-OP

HOOK-UP/UNHOOK AND IGNITE/EXTINGUISH TORCH FOR BURNING WITH HANDAT TANK CARPENTERCREW SIZE = 6 (3 CARPS ABOVE DECK AND 3 BELOW)* RATE IN ELAPSED TIME.

MULT BY 6 TO OBTAIN TOTAL TIME,PER 8-HR SHIFT AND (1) CUT OFG: 4 20-NOV-81 * THE FOLLOWING IS INCLUDED IN THIS SUBOP:* --2 HOOK-UPS AND 2 UNHOOKS PER (1).........* ...8-HR SHIFT* ...(1) OCCURRENCE FOR IGNITE AND .......* ...EXTINGUISH TORCH* --TO DETERMINE THE FREQ OF THE SUB-OP...* ...FRO NUMBER OF CUTS >1, USE THE . . ....* ...FORMULA: FREQ = 1+ [(N-1) X .23] ....

* ..WHERE ‘N' = THE NUMBER OF CUTS(BURNS)

Comibined sub-operation elements-------------- ------ -----------

HOOK-UP AND UNHOOK TORCH ON MANIFOLD WITH WRENCH AT SHIP

IGNITE AND EXTINGUISH TORCH FOR BURNING WITH HAND AT TANK



* REPRESENTS GETTING BOARD ON BOLSTERS SO* ...THAT THE CRANE CAN TRANSPORT ITCARP-3 BEGINS AT SIDE-SHELL

1 CARP-3 GET+SLIDE BOARD AT BD-PILE AND ADJUST ( ON BOLSTERS )

PAGE 162

MANUAL METHODS

457. SET UP STAGING PLANK ON PIPE STAGING (AT SIDE SHELL) WITH HAND AT AWAYS CARPENTER

PER STAGING FLANK OFG: 3 12-FEB-82REPRESENTS ELAPSED TIME.

* REPRESENTS CARPENTERS SPREADING BOARDS* ...ON PIPE STAGING SECTION (l6’LONG).* . ..CARPENTERS HAVE TO CLIMB UP AND DOWN* ...THE PIPE STAGING TO SPREAD THE BOARDS* ...(SEE SEPARATE ANAYLSIS FOR CLIMBING)CARP-1 BEGINS AT END-PC-1

1 CARP-1 AND CARP 2 GET+SLIDE WITH BEND WITH 1 STEP BOARD ATSIDE-SHELL AND ALIGN

458. MAKE READY STANCHION FOR (TRANSPORTING) WITH HAND AT ANY WAYS CARPEPER STANCHION OFG: 3 12-FER-82REPRESENTS ELAPSED TIME* REPRESENTS GETTING STANCHION READY TO BE* ...TRANSPORTED.CARP-3 BEGINS AT BD-PILE

1 CARP-3 GET+PLACE STAN FROM BIN-2 TO BIN-2

PAGE 163

MANUAL METHODS

460, SET UP STANCHION ON PIPE STAGING (AT SIDE SHELL) WITH WRENCH AT ANYWAYS CARPENTER

PER SECTION (16’LONG) OF PIPE STAGING OFG: 3 12-FEB-82REPRESENTS ELAPSED TIME.

* REPRESENTS SETTING UP STANCHIONS ON PIPE* ...STAGING.* ...CARPENTERS INSTALL SIMULTANEOUSLY.* ...CARPENTERS ARE STILL ON PIPE STAGING

CARP-1 BEGINS AT END-PC-1

1

3

4

56

CARP-1 GET+PLACE WITH BEND STAN FROM END-PC-2 TO END-PC-3 AND INSERT( INTO END PIECE )

CARP-2 GET+PLACE WITH BEND WITH 3 STEPS STAN FROM END-PC-2 TOEND-PC-3 AND INSERT ( INTO END PIECE ) SIMO

CARP-1 GET+PLACE 2 BOLTS FROH CARP-1 TO END-PC-1 WITH KNEEL ANDINSERT BOLT ( INTO STANCHION ) PF 2 ( 6 7 )

CARP-2 GET+PLACE 2 BOLTS FROM CARP-2 TO END-PC-3 WITH KNEEL ANDINSERT BOLT ( INTO STANCHION ) PF 2 ( 6 7 ) SIMO

CARP-1 FASTEN 2CARP-1 FASTEN 2TO CARP-1CARP-2 FASTEN 2CARP-2 FASTEN 2TO CARP-2 SIMO

NUTS AT END-PC-l 13 WRIST-TURNS USING HANDSNUTS AT END-PC-1 4 ARM-STROKES USING WRENCH-1 ASIDE

NUTS AT END-PC-3 13 WRIST-TURNS USING HANDS SIMONUTS AT END-PC-3 4 ARM-STROKES USING WRENCH-2 ASIDE

PIPE STAGING (AT SIDE SHELL) WITH HAND AT ANY WAYS462. SET UP HANDRAIL ONCARPENTER

PER SECTION (16’LONG) OF PIPE STAGING OFG: 3 12-FEE-82REPRESENTS ELAPSED TIME

* REPRESENTS CARPENTERS INSTALLING* ...HANDRAIL THRU EYELETS IN STANCHIONS.* ...CARPENTERS DON’T WORK SIMULTANEOUSLY.*...WELDING DONE IN A SEPARATE SUB-OP.


1 CARP-1 GET+SLIDE WITH BEND HANDRAIL AT END-PC-3 AND ALIGN ( THRU 2STANCHION EYELETS ) PF 2 ( 4 5 6 7 )

2 CARP-2 GET+SLIDE WITH BEND HANDRAIL AT END-PC-1 AND ALIGN ( THRU 2STANCHION EYELETS ) PF 2 ( 4 5 6 7 )

MANUAL METHODS

464. SET UP STAGING PLANK FOR SIDE SHELL (BTWN 2 PIPE STAGING SECTIONS) WHAND AT ANY WAYS CARPENTER

PER STAGING PLANK OFG: 3 12-FEE-82REPRESENTS ELAPSED TIME

* REPRESENTS CARPENTERS SPREADING BOARDS* ...BETWEEN PIPE STAGING SECTIONS.* ...THERE IS A 16’ GAP BETWEEN SECTIONS.* ...CARPENTERS HAVE TO CLIMB UP AND DOWN* ...THE PIPE STAGING TO SPREAD THE BOARDS* ...(SEE SEPARATE ANAYLSIS FOR CLIMBING)

CARP-1 BEGINS AT SECTION-1

1 CARP-1 AND CARP 2 GET+SLIIDE WITH BEND WITH 1 STEP BOARD ATSIDE-SHELL AND ALIGN

466. SET UP HANDRIL FOR SIDE SHELL (BTWN 2 PIPE STAGING SECTIONS) WITH HAT ANY WAYS CARPENTER

PER SECTION OFG: 3 12-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS CARPENTERS INSTALLING* ...HANIIRAIL ON EXISTING HANDRAIL.*...CARPENTERS DON’T WORK SIMULTANEOUSLY.* ...WELDING DONE IN A SEPARATE SUB-OF.


1 CARP-1 GET+PLACE WITH BEND HANDRAIL FROM SECTION-1 TO SECTION-2 ARETURN TO SECTION-1 ( TACKING DONE UPON PLACEMENT ) PF 2 ( 6 )

2 CARP-2 GET+PLACE WITH BEND HANDRAIL FROM SECTION-2 TO SECTION-1 ARETURN TO SECTION-2 ( TACKING DONE UPON PLACEMENT ) PF 2 ( 6 )

PAGE 165

MANUAL METHODS

469. TEAR DOWN HANDRAIL FOR SIDE SHELL (BTWN 2 PIPE STAGING SECTIONS) WTTHTORCH AT ANY WAYS CARPENTERS


* REPRESENTS TEARING DOWN HANDRAIL ON PIPE* ...STAGING (BTWN 2 SECTIONS)+ A TORCH IS* ...USED TO BURN THE HANDRAIL OFF. THE* ...HANDRAIL IS THROWN TO THE MATERIAL* ...PILE. CARPENTERS REMOVE 2 HANDRAIL* ...PIECES BEFORE MOVING TO NEXT SECTION.


1 CARP-1 PULL TORCH AT SECTION-12 CARP-I OPERATE TORCH AT SECTION-1 PTIME 0426 H ( BURN OFF HANDRAIL:

2 CONNECTIONS PER HANDRAIL ) F 43 CARP-2 GET+HOLD HANDRAIL FROM SECTION-2 TO CARP-2 F 2 SIMO4 CARP-2 HOLD+THROW HANDRAIL FROM CARP-2 TO MATL-PILE F 25 CARP-1 PULL TORCH AT SECTION-2

470. TEAR DOWN HANDRAIL FOR PIPE STAGING (AT SIDE SHELL) WITH HAND AT ANYWAYS CARPENTER

PER SECTION (16’LONG) OF PIPE STAGING OFG: 3 15-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS TEARING DOWN HANDRAIL ON PIPE* ...STAGING (BTWN 2 STANCHIONS). THE* ...HANDRAIL IS THROWN TO THE MATERIAL* ...PILE, CARPENTERS REMOVE 2 HANDRAIL* ...PIECES BEFORE MIOVING TO NEXT SECTION,CARP-1 BEGINS AT END-PC-l

CARP-1 GET+SLIDE HANDRAIL AT END-PC-3 ( OUT OF 2 STANCHION SLEEVES )AND ADJUST PF 2 ( 4 5 6 7 )

CARP-1 HOLO+THROW HANDRAIL FROM CARP-I TO MATL-PILECARP-2 GET+SLIDE,HANDRAIL AT END-PC-1 ( OUT OF 2 STANCHION SLEEVES )AND ADJUST PF 2 ( 4 5 6 7 )CARP-2 HOLD+THROW HANDRAIL FROM CARP-2 TO HATL-PILE

MANUAL METHODS

471. TEAR DOWN STANCHION ON PIPE STAGING (AT SIDE SHELL) WITH WRENCH AT AWAYS CARPENTER


* REPRESENTS TEARING DOWN STANCHION ON* ...SECTION OF PIPE STAGING (16’LONG).* ...CARPENTERS WORK SIMULTANEOUSLY.* ...STANCHIONS ARE THROWN TO MATERIAL* ...PILE.CARP-1 BEGINS AT END-PC-1

1 CARP-1 LOOSEN WITH KNEEL 2 NUTS AT END-PC-l 1 ARM-STROKE USINGWRENCH-1 AND HOLD

2 CARP-1 HOLD+LOOSEN 2 NUTS AT END-PC-1 13 WRIST-TURNS USING WRENCHASIDE TO CARP-1

3 CARP-2 LOOSEN WITH KNEEL 2 NUTS AT END-PC-3 1 ARM-STROKE USINGWRENCH-2 AND HOLD SIMO

4 CARP-2 HOLD+LOOSEN 2 NUTS AT END-PC-3 13 WRIST-TURNS USING WRENCHASIDE TO CARP-2 SIMO

5 CARP-1 GET+REMOVE 2 BOLTS FROM END-PC-1 TO CARP-1 F 26 CARP-2 GET+REMOVE 2 BOLTS FROM END-PC-3 TO CARP-2 F 2 SIMO7 CARP-1 THROW 2 NUTS AND BOLTS FROM CARP-1 TO MATL-PILE WITHOUT BE8 CARP-2 THROW 2 NUTS AND BOLTS FROM CARP-2 TO MATL-PILE WITHOUT BE

SIMO9 CARP-1 GET+THROW STAN FROM END-PC-1 TO MATL-PILE WITHOUT BEND10 CARP-2 GET+THROW STAN FROM END-PC-3 TO MATL-PILE WITHOUT BEND SI

472. TEAR DOWN STAGING PLANK FOR SIDE SHELL (BTWN 2 PIPE STAGING SECTIONSWITH HAND AT ANY WAYS CARPENTER


* REPRESENTS TEARING DOWN BOARDS BETWEEN 2* ...PIPE STAGING SECTIONS. THERE IS A 16’* ...GAP BETWEEN SECTIONS. BOARDS ARE* ...STACKED SO THE CRANE CAN TRANSPORT* ...THEH, CARPENTERS WORK SIMULTANEOUSLY.CARP-1 BEGINS AT SECTION-1

1 CARP-1 AND CARP 2 GET+HANIPULATE. WITH BEND WITH 1 STEP BOARD ATSECTION-1 ( STACK BOARDS )

PAGE 167

473. TEAR DOWN STAGING PLANK ON PIPE STAGING (AT SIDE SHELL) WITH HAND ATANY WAYS CARPENTER


* REPRESENTS TEARING DOWN BOARDS ON PIPE* ...STAGING SECTION (16’LONG). BOARDS ARE* ...STACKED SO THE CRANE CAN TRANSPORT* ...THEM CARPENTERS WORK SIMULTANEOUSLY.


1 CARP-1 AND CARP 2 GET+MAINPULATE WITH BEND WITH 1 STEP BOARD ATEND-PC-l ( STACK BOARDS )

474. TEAR DOWN PIPE STAGING (END PCS AND BRACES) FOR SIDE SHELL WITH WRENCHAT ANY WAYS CARPENTER


* REPRESENTS TEARING DOWN END PIECES AND* ...BRANCES ON PIPE STAGING (2ND LEVEL),* ...END PIECES ARE BOLTED TO END PIECES* ...ON 1ST LEVEL, BRACES ARE HELD ON BY A* ...LOCKING PIN. CARPENTERS WORK* ...SIMULTANEOUSLY. CARPENTER-1 HANDLES* ...REMOVAL AT END-PC-1 AND END-PC-2.* ...MATERIAL IS THROWN OR PLACED AT THE* ...MATERIAL PILE.CARP-1 BEGINS AT END-PC-1

1 CARP-1 AND CARP 2 GET+SLIDE ( REMOVE ) WITH CLIMB 2 BRACES ATEND-pc-2 ( ALSO AT. END-PC-1 ) AND ADJUST ( LOCKING PIN ) F 2

2 CARP-1 GET+PLACE WITH DESCEND 4 BRACES FROM END-PC-2 TO MATL-PILE PF4 (3 ) PF4 ( 6 )

3 CARP-2 AND CARP 1 GET+SLIDE ( REMOVE ) WITH CLIMB 2 BRACES ATEND-PC-2 ( ALSO AT. END-PC-3 ) AND ADJUST ( LOCKING PIN ) F 2

4 CARP-2 GET+PLACE WITH DESCEND 4 BRACES FROM END-PC-2 TO MATL-PILE PF4 (3) PF4 ( 6 )

5 CARP-1 LOOSEN 2 NUTS AT END-PC-1 1 ARM-STROKE USING WRENCH-1 ANDHOLD ( ALSO AT. END-PC-2 ) F 2

6 CARP-1 HOLD+LOOSEN 2 NUTS AT END-PC-l 13 WRIST-TURNS USING WRENCH-1ASIDE TO CARP-1 ( ALSO AT. END-PC-2 ) F 2

7 CARP-2 LOOSEN 2 NUTS AT END-PC-3 1 ARM-STROKE USING WRENCH-2 ANDHOLD SIMO

8 CARP-2ASIDE

9 CARP-1

HOLD+LOOSEN 2 NUTSTO CARP-2 SIMOGET+REMOVE 2 BOLTS

AT END-PC-3 13 WRIST-TURNS USING WRENCH-2

FROM END-PC-2 TO CARP-1 ( ALSO AT.

PAGE 168

MANUAL METHODS

END-PC-1 ) F 410 CARP-2 GET+REMOVE 2 BOLTS FROM END-PC-3 TO CARP-2 F 2 SIMO11 CARP-1 HOLD+THROW 4 NUTS AND BOLTS FROM CARP-1 TO MATL-PILE12 CARP-2 HOLD+THROW 2 NUTS AND BOLTS FROM CARP-2 TO MATL-PILE SIM13 CARP-1 GET+PLACE END-PIECE FROM END-PC-1 TO MATL-PILE ( ALSO FR

END-PC-2 ) RETURN TO END-PC-1 F 214 CARP-2 GET+PLACE END-PIECE FROM END-PC-3 TO MATL-PILE RETURN TO

END-PC-3 SIMO

475. TEAR DOWN PIPE STAGING (END PCS AND BRACES) FOR SIDE SHELL WITH HANANY WAYS CARPENTER


* REPRESENTS TEARING DOWN END PIECES AND* ...BRACES ON PIPE STAGING (1ST LEVEL),* ...RRACES ARE HELD ON BY A LOCKING PIN* ...CARPENTERS WORK SIMULTANEOUSLY.* ...CARPENTER-I HANDLES REMOVAL AT* ...END-PC-l AND END-PC-2, MATERIAL IS * ...THROWN OR PLACED AT THE MATERIAL* ...PILE.


1 CARP-1 AND CARP 2 GET+SLIDE ( REMOVE ) 2 BRACES AT END-PC-2 ( ALAT, END-PC-1 ) AND ADJUST ( LOCKING PIN ) F 2

2 CARP-1 GET+PLACE 4 BRACES FROM END-PC-2 TO MATL-PILE PF 4 ( 3 ) P( 6 )

3 CARP-2 AND CARP 1 GET+SLIDE ( REMOVE ) 2 BRACES AT END-PC-2 ( ALAT. END-PC-3 ) AND ADJUST ( LOCKING PIN ) F 2

4 CARP-2 GET+PLACE 4 BRACES FROM END-PC-2 TO MATL-PILE PF 4 ( 3 ) ( 6 )

5 CARP-1 GET+PLACE END-PIECE FROM END-PC-1 TO MATL-PILE ( ALSO FROEND-PC-2 ) RETURN TO END-PC-1 F 2

6 CARP-2 GET+PLACE END-PIECE FROM END-PC-3 TO MATL-PILE RETURN TOEND-PC-3 SIMO

PAGE 169

MANUAL METHODS

487. MAKE READY END RAIL (END PIECE) FOR (TRANSPORTING) AT ANY WAYSCARPENTER


* REPRESENTS GETTING END PIECES ON BOLSTER* ...S0 THAT CRANE CAN TRANSPORT IT.

CARP-3 BEGINS AT END-PC-RACK

1 CARP-3 GET+PLACE END-PIECE FROM END-PC-RACK TO END-PC-RACK WITH BEND

4880 SET-UP PIPE STAGING (END PCS AND BRACES) FOR SIDE SHELL WITH HAND ATANY WAYS CARPENTER

PER SECTION (16’ LONG) OF PIPE STAGING OFG: 3 18-FEB-82REPRESENTS ELAPSED TIME.

* REPRESENTS SETTING UP 1ST LEVEL OF A 16’* ...LONG SECTION OF PIPE STAGING. SECTION* ...INCLUDES 3 END PIECES AND 8 BRACES* ...WHICH ARE HELD IN PLACE BY A LOCKING* ...PIN.* CARP-1 AND CARP-2 ARE WORKING* ...SIMULTANEOUSLY IN PUTTING UP THE END* ...PIECES AND BRACES.CARP-1 BEGINS AT END-PC-1

1 CARP-1 GET+PLACE ENF-PIECE FROM MATL-PILE TO END-PC-12 CARP-2 GET+PLACE END-PIECE FROM MATL-PILE TO END-PC-2 SIMO3 CARP-3 GET+PLACE 4 BRACES FROM BRACE-PILE TO MATL-PILE4 CARP-1 AND CARP 2 GET+SLIDE WITH BEND 2 BRACES AT END-PC-2 ( ALSO

AT+ END-PC-l. ) AND ADJUST ( LOCKING PIN ) F 45 CARP-1 GET+PLACE END-PIECE FROM MATL-PILE TO END-PC-36 CARP-3 GET+PLACE 4 BRACES FROM BRACE-PILE TO MATL-PILE7 CARP-1 AND CARP 2 GET+SLIDE WITH BEND 2 RRACES AT END-PC-2 ( ALSO

AT. END-PC-3. ) AND ADJUST ( LOCKING PIN ) F 4

PAGE 170

MANUAL METHODS

489. SET-UP PIPE STAGING (END PCS AND BRACES) FOR SIDE SHELL WITH WRENCANY WAYS CARPENTER

PER SECTION (16’LONG) OF PIPE STAGING OFG: 3 18-FEB-82REPESENTS ELAPSED TIME

* REPRESENTS SETTING UP 2ND LEVEL OF A 16’* ...LONG SECTION OF PIPE STAGING. SECTION* . ..INCLUDES 3 END PIECES AND 8 BRACES* ...WHICH ARE HELD IN PLACE BY A LOCKING* ...PIN. END PIECES ARE BOLTED TO 1ST* ...LEVEL END PIECES.* CARP-1 AND CARP-2 ARE WORKING* ...SIMULTANEOUSLY IN PUTTING UP THE END* ...PIECES AND BRACES,CARP-1 BEGINS AT END-PC-l

1 CARP-1 GET+MANIPULATE WITH BEND WITH 2 STEPS ( FROM MATL PILE )END-PIECE AT END-PC-l AND ALIGN

2 CARP-2 GET+MANIPULATE WITH BEND WITH 2 STEPS ( FROM MATL PILE )END-PIECE AT END-PC-2 AND ALIGN SIMO

3 CARP-1 GET+PLACE 2 BOLTS FROM TOOLBOX-1 TO END-PC-l AND INSERT ( 6 7 )

4 CARP-2 GET+PLACE 2 BOLTS FROM TOOLBOX-1 TO END-PC-2 AND INSERT (67) SIMO

5 CARP-1 FASTEN 2 NUTS AT END-PC-1 13 WRIST-TURNS USING HANDS5 CARP-1 FASTEN 2 NUTS AT END-PC-l 4 ARM-STROKES USING WRENCH-1 A

ASIDE TO CARP-17 CARP-2 FASTEN 2 NUTS AT END-PC-2 13 WRIST-TURNS USING HANDS SIM8 CARP-2 FASTEN 2 NUTS AT END-PC-2 4 ARM-STROKES USING WRENCH-2 A

TO CARP-2 SIMO9 CARP-3 GET+PLACE 4 BRACES FROM BRACE-PILE TO MATL-PlLE10

11

12

1314

1516

CARP-1 AND CARP 2 GET+SLIDE WITH CLIMB 2 RRACES AT END-PC-2 ( AT, END-PC-1. ) AND ADJUST ( LOCKING PIN ) F 4CARP-1 GET+MANIPULATE WITH DESCEND END-PIECE ( FROM MATL PILE END-PC-3 AND ALIGNCARP-1 GET+PLACE 2 BOLTS FROM CARP-1 TO END-PC-3 AND INSERT PF 6 7 )CARP-1 FASTEN 2 NUTS AT END-PC-3 13 WRIST-TURNS USING HANDSCARP-1 FASTEN 2 NUTS AT END-PC-3 4 ARM-STROKES USING WRENCH-1 TO CARP-1CARP-3 GET+PLACE 4 BRACES FROM BRACE-PILE TO MATL-PILE CARP-1 AND CARP 2 GET+SLIDE WITH CLIMB 2 RRACES AT END-PC-2 ( AT+ END-PC-3+ ) AND ADJUST ( LOCKING PIN ) F 4

PAGE 171

SECTION 4STANDARD TIME CALCULATION

4.1 TITLE SHEETS

SET-UP AND TEAR DOWN BRACKET STAGING MID TANKS AND VOIDS CAR

Titlesheet Orgnization List

435.

438.

440.

378.

381.

384.

387.

392 .

395.

Join----

WELD STAGING BRACKET (CLIP) ON BULKHEAD (OR ANY STRUCTURE) WITH STICKELECTRODE AT ANY TANKS AND VOIDS (SHIP) WELDINGWELD TO MEET SAFETY REQUIREMENTS. RATE PER 200 CLIPS. RATE INCLUDES

MANUAL ELEMENTS,

WELD LADDER (CLIP) (SECURES LADDER) ON BULKHEAD (OR ANY STRUCTURE) WITHSTICK ELECTRODE AT ANY TANKS AND VOIDS (SHIP) WELDINGWELD TO MEET SAFETY REQUIREMENTS. RATE PER 100 LADDERS (400 CLIPS).


WELD HANDRAIL (CONNECTIONS) ON STANCHION WITH STICK ELECTRODE AT ANYTANKS AND VOIDS (SHIP) WELDINGWELD TO MEET SAFETY REQUIREMENTS. RATE PER 100 PIECES OF AHNDRAIL


Move----

TRANSPORT STAGING BRACKET WITH (GROVE CRANE) AT TANK (OR WAY) CARPENTERREPRESENTS ELAPSED TIME

TRANSPORT LADDERS WITH (GROVE CRANE) AT TANK CARPENTERREPRESENTS ELAPSED TIME

POSITION -(SECURE) (ACCESS) LADDER FOR BULKHEAD WITH HAMHER (AND LADDERCLIPS) AT TANK CARPENTERREPRESENTS ELAPSED TIME

TRANSPORT STAGING PLANK WITH (GROVE CRANE) AT TANK CARPENTERREPRESENTS ELAPSED TIME

TRANSPORT STANCHION WITH (GROVE CRANE) AT TANK CARPENTERREPRESENTS ELAPSED TIME

TRANSPORT HANDRAIL WITH (GROVE CRANE) AT TANK CARPENTERREPRESENTS ELAPSED TIME

PAGE 172

STANDARD TIME CALCULATION

404. (CLIMB UP AND DOWN) MOVE OPERATOR (ON LADDER) ON BULKHEAD AT ANY TANAND VOIDS CARPENTERREPRESENTS ELAPSED TIME

407. REMOVE HANDRAIL ON (MATERIAL-PILE) WITH WINCH AT ANY TANKS AND VOIDSCARPENTERREPRESENTS ELAPSED TIME

408. REMOVE STANCHION ON (MATERIAL PILE) WITH WINCH AT ANY TANKS AND VOIDCARPENTERREPRESENTS ELAPSED TIME

409. REMOVE STAGING BRACKET ON (MATERIAL PILE) WITH WINCH AT ANY TANKS ANVOIDS CARPENTERREPRESENTS ELAPSED TIME

410. REMOVE STAGING PLANK ON (BOARD PILE) WITH WINCH AT ANY TANKS AND VOICARPENTERREPRESENTS ELAPSED TIME

411. REMOVE LADDER ON (LADDER-PILE) WITH WINCH AT ANY TANKS AND VOIDSCARPENTERREPRESENTS ELAPSED TIME

412. REMOWE TOOLBOX ON (MATERIAL PILE) WITH WINCH AT ANY TANKS AND VOIDSCARPENTERREPRESENTS ELAPSED TIME

432. (WALD WP OR DOWN) MOWE OPERATOR (ON INCLINED STAIRS) ON BWLKHEAD AT TANKS AND VOIDS CARPENTERREPRESENTS ELAPSED TIME

OPerate

132. COMBINED SWB-OP

HWOK-WP/WNHOOK AND IGNITE/EXTINGWISH TORCH FOR BURNING WITH HANDAT TANK CARPENTERCREW SIZE = 6 (3 CARPS ABOVE DECK AND 3 BELOW)+ RATE IN ELAPSED TIM

WLT BY 6 TO OBTAIN TOTAL TIME.

Prepare-------

376. SET-UP (STAGING CLIP) ON BWLKHEAD WITH HAMMER (AND STEEL-TAPE) AT TACARPENTER

PAGE 173



377. MAKE READY STAGING BRACKET FOR (TRANSPORTING) WITH HAND AT TANK (ORWAY) CARPENTERREPRESENTS ELAPSED TIME

379. SET-WP STAGING BRACKETS ON BWLKHEAD WITH WRENCH AT TANK CARPENTERREPRESENTS ELAPSED TIME

380. MAKE READY LADDER FOR (TRANSPORTING) WITH HAND AT TANK (OR WAY)CARPENTERREPRESENTS ELAPSED TIME

382. SET-WP LADDER ON BWLKHEAD (AT BRACKET LOCATION) WITH HAND AT TANKCARPENTERREPRESENTS ELAPSED TIME

383. SET-WP (ACCESS) LADDER ON BWLKHEAD WITH HAND AT TANK CARPENTERREPRESENTS ELAPSED TIME

385. POSITION (SECWRE) (ACCESS) LADDER FOR BRACKET STAGING WITH PLIER (ANDWIRE ROPE) AT TANK CARPENTERREPRESENTS ELAPSED TIME

386. MAKE READY STAGING PLANK FOR (TRANSPORTING) WITH HAND AT TANK (OR WAY)CARPENTERREPRESENTS ELAPSED TIME

388. SET-WP STAGING PLANK ON STAGING BRACKET WITH HAND AT TANK CARPENTERREPRESENTS ELAPSED TIME



391. MAKE READY STANCHION FOR (TRANSPORTING) WITH HAND AT TANK (OR WAY)CARPENTERREPRESENTS ELAPSED TIME

393. SET-WP STANCHION IN STAGING BRACKET WITH HAND AT TANK CARPENTERREPRESENTS ELAPSED TIME

394. MAKE READY HANDRAIL FOR (TRANSPORTING) WITH HAND AT TANK (OR WAY)CARPENTERREPRESENTS ELAPSED TIME

PAGE 174


396.

397 .

398 .

399 ✎

400 ✎

402 ✎

403.

405 ✎

406.

SET-WP HANDRAIL ON STANCHION WITH HAND AT TANK CARPENTERREPRESENTS ELAPSEW TIME

SET-WP HANDRAIL (END PIECES) ON HANDRAIL (AND BWLKHEAD) WITH HAND ATTANK CARPENTERREPRESENTS ELAPSED TIME

TEAR DOWN HANDRAIL ON BULKHEAD WITH TORCH AT (CENTER) MID TANKS ANDVOIDS CARPENTERREPRESENTS ELAPSED TIME

TEAR DOWN HANDRAIL ON BWLKHEAD WITH TORCH (AND WINCH) AT (WING) TANKAND VOIDS CARPENTERREPRESENTS ELAPSED TIME

TEAR DOWN STANCHION ON BWLKHEAD WITH HAND AT (CENTER) MID TANKS ANDVOIDS CARPENTERREPRESENTS ELAPSED TIME

TEAR DOWN STAGING PLANK ON STAGING BRACKET WITH HAND (AND WINCH) AT ATANKS AND VOIDS CARPENTERREPRESENTS ELAPSED TIME

TEAR DOWN LADDER (AND LADDER CLIPS) ON BWLKHEAII WITH TORCH (AND WINCHAT ANY TANKS AND VOIDS CARPENTERREPRESENTS ELAPSED TIME

TEAR DOWN LADDER (AND WIRE ROPE) ON BULKHEAD WITHANY TANKS AND VOIDS CARPENTERREPRESENTS ELAPSED TIME

TEAR IIOWN STAGING BRACKET ON BWLKHEAD WITH WRENCHVOIDS CARPENTERREPRESENTS ELAPSED TIME

PLIER (AND WINCH)

AT ANY TANKS AND

SECTION 4STANDARD TIME CALCWLATION

4.1 TITLE SHEETS

SET-UP AND TEAR DOWN BRACKET STAGING (WING) TANKS AND VOIDS

Titlesheet Orgnization List

435 .

438.

440.

404.

407 .

408.

409.

410.

Join----

WELD STAGING BRACKET (CLIP) ON BWLKHEAD (OR ANY STRWCT[JRE) WITH STICKELECTRODE AT ANY TANKS AND VOIDS (SHIP) WELDINGWELD TO MEET SAFETY REQWIREMENTS. RATE PER 100 CLIPS. RATE INCLWDES

MANWAL ELEMENTS.

WELD LADDER (CLIP) (SECWRES LADDER) ON BULKHEAD (OR ANY STRWCTtJRE) WITHSTICK ELECTRODE AT ANY TANKS AND VOIDS (SHIP)WELD TO MEET SAFETY REQUIREMENTS. RATE PER

RATE INCLWRES MANWAL ELEMENTS,

WELD HANDRAIL (CONNECTIONS) ON STANCHION WITHTANKS AND VOIDS (SHIP) WELDINGWELD TO MEET SAFETY REQWIREMENTS RATE PER

WELDI?4G100 LADDERS (400 CLIPS).

STICK ELECTRODE AT ANY

100 PIECES OF AHNDRAIL(AVG. 1 CONNECTION EACH). RATE INCLWDES HANWAL ELEMENTS.

Move----

(CLIMB WP AND KIOWN) MOVE OPERATOR (ON LADDER) ON BWLKHEAD AT ANY TANKSAND VOIDS CARPENTERREPRESENTS ELAPSED TIME

REMOVE HANDRAIL ON (MATERIAL-PILE) WITH WINCH AT ANY TANKS AND VOIDSCARPENTERREPRESENTS ELAPSED TIME

REMOVE STANCHION ON (MATERIAL PILE) WITH WINCH AT ANY TANKS AND VOIDECARPENTERREPRESENTS ELAPSED TIME

REMOVE STAGING BRACKET ON (MATERIAL PILE) WITH WINCH AT ANY TANKS ANDWOIJIS CARPENTERREPRESENTS ELAPSED TIME

REMOVE STAGING PLANK ON (BOARD FILE) WITH WINCH AT ANY TANKS AND VOIDSCARPENTERREPRESENTS ELAPSED TIME

STANDARD TIME CALCWLATION

411.

412.

431.

563 .

564.

565.

566.

567.

132.

376.

REMOVE LADDER ON (LADDER-PILE) WITH WINCH AT ANY TANKS AND WOIDSCARPENTERREPRESENTS ELAPSED TIME

REMOVE TOOLBOX ON (MATERIAL PILE) WITH WINCH AT ANY TANKS AND VOIDSCARPENTERREPRESENTS ELAPSED TIME

(WALK UP OR DOWN) MOVE OPERATOR (ON INCLINED STAIRS) ON BWLKHEAD AT ATANKS AND VOIDS CARPENTERREPRESENTS ELAPSEW TIME

TRANSPORT STAGING BRACKET WITH (TOWER CRANE) AT (WING) TANKS AND VOICARPENTERREPRESENTS ELAPSED TIME

TRANSPORT LADDER WITH (TOWER CRANE) AT (WING) TANKS AND VOIDS CARPENTREPRESENTS ELAPSED TIME

TRANSPORT STAGING PLANK WITH (TOUER CRANE) AT (WING) TANKS AND VODISCARPENTERREPRESENTS ELAPSED TIME

TRANSPORT STANCHION WITH (TOUER CRANE) AT (WING) TANKS AND VOIDSCARPENTERREPRESENTS ELAPSED TIME

TRANSPORT HANDRAIL WITH (TOUER CRANE) AT (WING) TANKS AND VODISCARPENTERREPRESENTS ELAPSED TIME

Operete-------

COMBINED SUB-OP

HOOK-UP/UNHOOK AND IGNITE/EXTINGUISH TORCH FOR BURNING WITH HANDAT TANK CARPENTERCREDJ SIZE = 6 (3 CARPS AROVE DECK AND 3 BELOW). RATE IN ELAPSED TIME

ULT BY 6 TO OBTAIN TOTAL TIME.

Prepare-------

SET-UP (STAGING CLIP) ON BULKHEAD WITH HAMMER (AND STEEL-TAPE) AT TANCARPENTER

PAGE 177



377. MAKE READY STAGING BRACKET FOR (TRANSPORTING) WITH HAND AT TANK (ORWAY) CARPENTERREPRESENTS ELAPSED TIME

383. SET-UP (ACCESS) LADDER ON BULKHEAD WITH HAND AT TANK CARPENTERREPRESENTS ELAPSED TIME

384., POSITION (SECURE) (ACCESS) LADDER FOR BULKHEAD WITH HAMMER (AND LADDERCLIPS) AT TANK CARPENTERREPRESENTS ELAPSED TIME

388. SET-UP STAGING PLANK ON STAGING BRACKET WITH HAND AT TANK CARPENTERREPRESENTS ELAPSED TIME

393. SET-UP STANCHION IN STAGING BRACKET WITH HAND AT TANK CARPENTERREPRESENTS ELAPSED TIME

394. SET-UP HANDRAIL ON STANCHION WITH HAND AT TANK CARPENTERREPRESENTS ELAPSED TIME

397. SET-UP HANDRAIL (END PIECES) ON HANDRAIL (AND BULKHEAD) WITH HAND ATTANK CARPENTERREPRESENTS ELAPSED TIME

399, TEAR DOWN HANDRAIL ON BULKHEAD WITH TORCH (AND WINCH) AT (WING) TANKSAND VOIDS CARPENTERREPRESENTS ELAPSED TIME

401. TEAR DOWN STANCHION ON BWLKHEAW WITH HAND (AND WINCH) AT (WING) TANKSAND VOIDS CARPENTERREPRESENTS ELAPSED TIME

402. TEAR DOWN STAGING PLANK ON STAGING BRACKET WITH HAND (AND WINCH) AT ANYTANKS AND VODE CARPENTERREPRESENTS ELAPSED TIME

403. TEAR DOWN LADDER (AND LADDER CLIPS) ON BWLKHEAD WITH TORCH (AND WINCH)AT ANY TANKS AND VOIDS CARPENTERREPRESENTS ELAPSED TIME

406. TEAR DOWN STAGING BRACKET ON BULLKHEAD WITH WRENCH AT ANY TANKS ANDVOIDS CARPENTERREPRESENTS ELAPSED TIME

426. MAKE READY STAGING BRACKET FOR (TRANSPORTING) WITH-HAND AT ANY WAYS

427 .

428 .

429.

430.

569.

570.

571.

573.

578.

579.


CARPENTERREPRESENTS ELAPSED TIME

MAKE READY LADDER FOR (TRANSPORTING) WITH HAND AT ANY WAYS CARPENTERREPRESENTS ELAPSED TIME

MAKE READY STAGING PLANKCARPENTERREPRESENTS ELAPSED TIME

MAKE READY STANCHION FORREPRESENTS ELAPSED TIME

FOR (TRANSPORTING) WITH HAND AT

(TRANSPORTING) WITH HAND AT ANY

ANY WAYS

WAYS CARPEN

MAKE READY HANDRAIL FOR (TRANSPORTING) WITH HAND AT ANY WAYS CARPENTREPRESENTS ELAPSED TIME

SET-WP STAGING BRACKET ON WEB FRAME WITH WRENCH AT ( WING ) TANKS ANVOIDS CARPENTERREPRESENTS ELAPSED TIME

SET-WP ( ACCESS ) LADDER ON ( INBOARD OR 0WT130ARIJ ) BWLKHEAD WITH HAAT ( WING ) TANKS AND VOIDS CARPENTERREPRESENTS ELAPSED TIME

POSITION ( SECWRE ) ( ACCESS ) LADDER ON ( INBOARD OR OUTBOARD )BULKHEAD WITH HAMMER AT ( WING ) TANKS AND VODIS CARPENTERREPRESENTS ELAPSED TIME

SET-WP STAGING PLANK ON STAGING BRACKET WITH HAND AT ( WING ) TANKS VOIDS CARPENTERREPRESENTS ELAPSED TIME

SET-UP STAGING PLANK ON ( EXISTING ) BRACKET STAGING WITH HAND AT (WING ) TANKS AND VOIDS CARPENTERREPRESENTS ELAPSED TIME

SET-WP STANCHION IN STAGING BRACKET WITH HAND AT ( WING ) TANKS ANDVODfS CARPENTERREPRESENTS ELAPSED TIME

SET-WP HANDRAIL IN STANCHION WITH HANW AT ( WING ) TANKS AND VOIDSCARPENTERREPRESENTS ELAPSED TIME

SET-WP HANDRAIL ( END PIECES ) ON ( HANDRAIL AND ) BWLKHEAD WITH HANAT ( WING ) TANKS AND VOIDS CARPENTERREPRESENTS ELAPSED-TIME

PAGE 179


568. SET-UP ( STAGING CLIP ) ON WEB FRAME WITH HADHER ( AND STEEL-TAPE ) AT( WING ) TANKS AND VOIDS CARPENTERREPRESENTS ELAPSED TIME


4.1 TITLE SHEETS

SET UP AND TEAR DOWN TANK STAGING PLATFORM AT ANY SHIPYARD C

Titlesheet Organization List-------------- ------ ------ ---

545 .

546 .

539.

540.

541.

542.

547 ✎

549.

Assemble/Disassemble-------------- ------

ASSEMBLE I-BEAMS FOR TANK STAGING PLATFORM WITH WRENCH AT ANY PLATENCARPENTERREPRESENTS ELAPSED TIME

ASSEMBLE ANGLE-EARS FOR TANK STAGING PLATFORM WITH WRENCH AT ANY PLACARPENTERREPRESENTS ELAPSED TIME

E x a m i n e - - - - - - -

READ MATERIAL LIST (PRINT) FOR TANK STAGING PLATFORM WITH (EYES) AT APLATEN CARPENTERREPRESENTS ELAPSED TIME

MEASWRE (PLATEN) FOR TANK STAGING PLATFORM WITH (STEEL) TAPE AT ANYPLATEN CARPENTERREPRESENTS ELAPSED TIME

MARK (PLATEN) FOR TANK STAGING PLATFORM WITH MARKER AT ANY PLATENCARPENTERREPRESENTS ELAPSED TIME

Move----

TRANSPORT PALLET (I-BEAMS AND ANGLES) FOR TANK STAGING PLATFORMl WITH(CRANE) AT ANY PLATEN CARPENTERREPRESENTS ELAPSED TIME

TRANSPORT STAGING PLANKS FOR TANK STAGING PLATFORM WITH (CRANE) AT ANPLATEN CARPENTERREPRESENTS ELAPSED TIME

TRANSPORT (FINISHED) TANK STAGING PLATFORM WITH (CRANE) AT ANY PLATENCARPENTERREPRESENTS ELAPSED TIME


5 5 5

556.

557.

9.

10.

543.

544.

548.

550.

551.

552.

POSITION (RAISE) TANK STAGING PLATFORMVOIDS CARPENTERREPRESENTS ELAPSED TIME

POSITION (LOWER) TANK STAGING PLATFORMVOIDS CARPENTERREPRESENTS ELAPSED TIME

POSITION (PLACE) TANK STAGING PLATFORM) WITH ( CRANE ) AT ANY SHIP CARPENTER

WITH (CRANE) AT MID TANKS AND

WITH (CRANE) AT MID TANKS AND

( AND BOARDS ) IN ( TYPICAL TANK


Operate-------

HOOK-WP AND WNHOOK TORCH ON

IGNITE AND EXTINGWISH TORCH

Prepare-------

MANIFOLD WITH WRENCH AT SHIP

FOR BWRNING WITH HAND AT TANK

SET-WP I-BEAMS FOR TANK STAGING PLATFORM WITH (CRANE) AT ANY PLATENCARPENTERREPRESENTS ELAPSED TIME

SET-WP ANGLE-BARS FOR TANK STAGING PLATFORM WITH (CRANE) AT ANY PLATENCARPENTERREPRESENTS ELAPSED TIME

SET-WP STAGING PLANKS ON TANK STAGING PLATFORM WITH HANDS AT ANY PLATENCARPENTERREPRESENTS ELAPSED TIME

TEAR DOWN ANGLES ON TANK STAGING PLATFORM WITH WRENCH AT MID TANKS ANDVOIDS CARPENTERREPRESENTS ELAPSED TIME

TEAR DOWN I-BEAMS ON TANK STAGING PLATFORM WITH WRENCH AT MID TANKS ANDVOIDS CARPENTERREPRESENTS ELAPSED TIME

TEAR DOWN STAGING PLANKS ON TANK STAGING PLATFORM WITH WINCH AT MIDTANKS AND VOIDS CARPENTERREPRESENTS ELAPSED TIME


553. TEAR DOWN ANGLES ON TANK STAGING PLATFORM WITH WNCH AT MID TANKS ANDVOIDS CARPENTERREPRESENTS ELAPSED TIME

554. TEAR DOWN I-BEAMS FOR TANK sTAGING PLATFORM tDTH WINCH AT KID TANKS ANVOIDS CARPENTERREPRESENTS ELAPSED TIME

559. SET-WP STAGING PLANKS FOR TANK STAGING PLATFORM WITH HAMMER AT MIDTANKS AND WOILkS CARPENTERREPRESENTS ELAPSED TIME

560. TEAR DOWN HANWRAIL ( AND STANCHION ) ON ( LONGITWDINAL ) BWLKHEAD WITTORCH AT MID TANKS AND VOIDS CARPENTERREPRESENTS ELAPSED TIME

561. SET-WP STAGING BRACKETS FOR (BETWEEN) TANK STAGING PLATFORM WITH WRENAT MID TANKS AND VOIDS CARPENTERREPRESENTS ELAPSED TIME

562. SET-UP STAGING PLANKS FOR (BETWEEN) TANK STAGING PLATFORMS WITH HAMMEAT MID TANKS AND VOIDS CARPENTERREPRESENTS ELAPSED TIME

582. TEAR DOWN STAGING PLANK FOR TANK STAGING PLATFORM WITH (PRYBAR) AND)HAND AT MID TANKS AND VOIDS CARPENTERREPRESENTS ELAPSED TIME

583. TEAR DOWN STAGING PLANK FOR ( BETWEEN ) TANK STAGING PLATFORM WITH (PRYBAR ) AND HAND AT MID TANKS AND VODIS CARPENTERREPRESENTS ELAPSED TIME

584. TEAR DOWN STAGING BRACKETS ON TANK STAGING PLATFORM WITH WRENCH AT MITANKS AND VOIDS CARPENTERREPRESENTS ELAPSED TIME

Surface Treat------ --------

538. (BRWSH) CLEAN (PLATEN) FOR TANK STAGING PLATFORM WITH BROOM AT ANYPLATEN CARPENTERREPRESENTS ELAPSED TIME

PAGE. 183


4.1 TITLE SHEETS

SET-UP AND TEAR DOWN PIPE STAGING AT SIDE SHELL AND/OR PLATE

Titlesheet 0rganization List ------- ---------------------

446.

454.

456.

459.

461.

463.

465.

476.

477.

Join----

WELD HANDRAIL (CONNECTIONS) ON STANCHION WITH STICK ELECTRODE AT ANYPLATEN (SHOP) WELDINGWELW TO MEET SAFETY REQWIREMENTS. RATE PER 100 PIECES OF HANDRAIL

(AVG. 1 CONNECTION EACH). RATE INCLWDES HANWAL ELEMENTS.

Hove----

(CLIMB WP AND DOWN) MOVE OPERATOR (ON PIPE STAGING) FOR SIDE SHELL ATANDY WAYS CARPENTERREPRESENTS ELAPSED TIME

TRANSPORT STAGING PLANK FOR PIPE STAGING (AT SDIE SHELL) WITH (TOWERCRANE) AT ANY WAYS CARPENTERREPRESENTS ELAPSED TIME”

TRANSPORT STANCHION FOR PIPE STAGING (AT SIDE SHELL) WITH (TOWER CRANE)AT ANY WAYS CARPENTERREPRESENTS ELAPSED TIME.

TRANSPORT HANDRAIL FOR PIPE STAGING (AT SDIE SHELL) WITH (TOWER CRANE) AT ANY WAYS CARPENTERREPRESENTS ELAPSED TIME.

TRANSPORT STAGING PLANK FOR SIDE SHELL (BTWN 2 PIPE STAGING SECTIONS)WITH (TOWER CRANE) AT ANY WAYS CARPENTERREPRESENTS ELAPSED TIME

TRANSPORT HANDRAIL FOR SIDE SHELL (BTWN 2 PIPE STAGING SECTIONS) WITH(TOWER CRANE) AT ANY WAYS CARPENTERREPRESENTS ELAPSED TIME

REMOVE HANDRAIL ON (MATERIAL PILE) WITH (TOWER CRANE) AT ANY WAYSCARPENTERREPRESENTS ELAPSED TIME

REMOVE STANCHION ON (MATERIAL PILE) WITH (TOWER CRANE) AT ANY WAYS


CARPENTERREPRESENTS ELAPESED TIME

478. REMOVE STAGING PLANK ON PIPE STAGING (AT SDIE SHELL) WITH (TOWER, CRANAT ANY WAYS CARPENTERREPRESENTS ELAPSEW TIME

479. REMOVE BRACE ON (MATERIAL PILE) WITH (TOWER CRANE) AT ANY WAYSCARPENTERREPRESENTS ELAPSED TIME

480. REMOVE END RAIL (END PIECE) ON (MATERIAL FILE) WITH (TOWER CRANE) ATANY WAYS CARPENTERREPRESENTS ELAPSEW TIME

486. TRANSPORT END RAIL (ENW PIECE) ON (END-PIECE RACK) WITH (TOWER CRANE)AT ANY WAYS CARPENTERREPRESENTS ELAPSEW TIME

Operate- - - - - -

132, COMEDNED SUB-OP

HOCIK-WF/WNHOOK AND IGNITE/EXTINGWISH TORCH FOR BWRNING WITH HANDAT TANK CARPENTERCREW SIZE = 6 (3 CARPS ABOVE DECK AND 3 EELOW)C RATE IN ELAPSED TIME

WLT BY 6 TO OBTAIN TOTAL TIME,

Prepare-------

455. MAKE READY STAGING PLANK FOR (TRANSPORTING) WITH HAND AT ANY WAYSCARPENTERREPRESENTS ELAPSED TIME

457. SET WP STAGING PLANK ON PIPE STAGING (AT SDIE SHELL) WITH HAND AT ANYWAYS CARPENTERREPRESENTS EL#tPSED TIME.

458. MAKE READY STANCHION FOR (TRANSPORTING) WITH HAND AT ANY WAYS CARPENTREPRESENTS ELAPSED TIME

460. SET WF STANCHION ON PIPE STAGING (AT SDIE SHELL) WITH WRENCH AT ANY WAYS CARPENTERREPRESENTS ELAPSED TIME,

462.

464.

466.

469.

470.

471.

472.

473.

474 .

475.

487.

480.


SET UP HANDRAIL ON PIPE STAGING (AT SIDE SHELL) WITH HAND AT ANY WAYSCARPENTERREPRESENTS ELAPSED TIME

SET UP STAGING PLANK FOR SIDE SHELL (BTwN 2 PIPE STAGING SECTIONS) WITHHAND AT ANY WAYS CARPENTERREPRESENTS ELAPSED TIME

SET UP HANDRAIL FOR SIDE SHELL (BTWN 2 PIPE STAGING SECTIONS) WITH HANDAT ANY WAYS CARPENTERREPRESENTS ELAPSED TIME

TEAR DOWN HANDRAIL FOR SIDE SHELL (BTWN 2 PIPE STAGING SECTIONS) WITHTORCH AT ANY WAYS CARPENTERSREPRESENTS ELAPSED

TEAR DOWN HANDRAILWAYS CARPENTERREPRESENTS ELAPSED

TIME

FOR PIPE STAGING (AT SIDE SHELL) WITH HAND AT ANY

TIME

TEAR DOWN STANCHION ON PIPE STAGING (AT SIDE SHELL) WITH WRENCH AT ANYWAYS CARPENTERREPRESENTS ELAPSED TIME

TEAR DOWN STAGING PLANK FOR SIDE SHELL (BTWN 2 PIPE STAGING SECTIONS)WITH HAND AT ANY WAYS CARPENTERREPRESENTS ELAPSED TIME

TEAR DOLDN STAGING PLANK ON PIPE STAGING (AT SIDE SHELL) WTTH HAND AT aANY WAYS CARPENTERREPRESENTS ELAPSED TIME

TEAR DOWN PIPE STAGING (END PCS AND BRACES) FOR SIDE SHELL WITH WRENCHAT ANY WAYS CARPENTERREPRESENTS ELAPSED TIME

TEAR DOWN PIPE STAGING (END PCS AND BRACES) FOR SIDE SHELL WITH HAND ATANY WAYS CARPENTERREPRESENTS ELAPSED TIME

MAKE READY END RAIL (END PIECE) FOR (TRANSPORTING) AT ANY WAYSCARPENTERREPRESENTS ELAPSED TIME

SET-UP PIPE STAGING (END PCS AND BRACES) FOR SIDE SHELL WITH HAND ATANY WAYS CARPENTERREPRESENTS ELAPSED TIME.


489. SET-UP PIPE STAGING (END PCS AND BRACES) FOR SDJE SHELL WITH WRENCH ANY WAYS CARPENTERREPRESENTS ELAPSED TIME

490. SET UP PIPE STAGING (END-PCS & BRACES) FOR (8’LONG) SECTION WITH HANAT ANY PLATEN CARPENTERREPRESENTS ELAPSED TIME

491. SET UP (PIPE STAGING) ASSEMBLY FOR PIPE STAGING (1ST LEVEL) WITH (TOCRANE) AT ANY PLATEN CARPENTERREPRESENTS ELAPSED TIME

492. SET UP (PIPE STAGING) ASSEDBLY FOR PIPE STAGING (ADDL LEVELS) WITH(TOUER CRANE) AT ANY PLATEN CARPENTERREPRESENTS ELAFSED TIME

496. TEAR DOWN (PIPE STAGING) ASSEMBLY FOR PIPE STAGING (ADDL- LEVELS) WITHWRENCH (AND TOWER CRANE) AT ANY PLATEN CARPENTERREPRESENTS ELAPSED TIME

497. TEAR DOWN (PIPE STAGING) ASSEMBLY FOR PIPE STAGING (FIRST LEVEL) WITH(TOWER CRANE) AT ANY PLATEN CARPENTERREPRESENTS ELAPSED TIME

498. TEAR DOWN PIPE STAGING (END PCS 2 BRACES) FOR (8’ LONG) SECTION WITHHAND AT ANY PLATEN CARPENTERREPRESENTS ELAPSED TIME

510. MAKE READY HANDRAIL FOR (TRANSPORTING) WITH HAND AT ANY WAYS CARPENTREPRESENTS ELAPSED TIME

PAGE 187


4.1 TIME SHEETS

SET-UP AND TEAR DOWN BRACKET STAGING (EXTERIOR) SHELL CARPEN

Titlesheet Organization List---------------------- -------

Join

435.

438.

440.

516.

521.

529.

580 .

581.

- - - -

WELD STAGING BRACKET (CLIP) ON BULKHEAD (OR ANY STRUCTURE) WITH STICKELECTRODE AT ANY TANKS AND VOIDS (SHIP) WELDINGWELD TO MEET SAFETY REQUIREMENTS. RATE PER 100 CLIPS. RATE INCLUDES

MANUAL ELEMENTS.

WELD LADDER (CLIP) (SECURES LADDER) ON BDLKHEAD (OR ANY STRUCTURE) WITHSTICK ELECTRODE AT ANY TANKS AND VOIDS (SHIP) WELDINGUELD TO MEET SAFETY REQUIREMENTS, RATE PER 100 LADDERS (400 CLIPS)o

RATE INCLUDES MANUAL ELEHENTS.

WELD HANDRAIL (CONNECTIONS) ON STANCHION WITH STICK ELECTRODE AT ANYTANKS AND VOIDS (SHIP) WELDINGWELD TO MEET SAFETY REQUIREMENTS, RATE PER 100 PIECES OF AHNDRAIL

(AVG, 1 CONNECTION EACH), RATE INCLUDES MANUAL ELEMENTSO

Move----

TRANSPORT AREIAL PLATFORM FOR SIDE SHELL (STAGING) WITH (CRANE) AT ANYWAY CARPENTERREPRESENTS ELAPSED TIME

(CLIMB UP AND DOWN) MOVE OPERATOR(ON LADDER) ON SIDE SHELL AT ANY WAYCARPENTERREPRESENTS ELAPSED TIME

TRANSPORT AERIAL PLATFORM FOR SIDE SHELL (STAGING) WITH CRANE AT ANYWAY CARPENTERREPRESENTS ELAPSED TIME

LOAD (STAGING MATERIAL) ON AERIAL PLATFORM WITH (CRANE) AT ANY PLATENCARPENTERREPRESENTS ELAPSED TIME

UNLOAD (STAGING MATERIAL) ON AERIAL PLATFORM WITH (CRANE) AT ANY PLATENCARPENTERREPRESENTS ELAPSED TIME


132.

517.

518.

519.

520.

522.

523 .

524.

525.

526 .

527 .

528.

530.

Operate-------

COMBINED SUB-OP

H00K-UP/UNHOOK AND IGNITE/EXTINGUISH TORCH FOR BURNING WITH HANDAT TANK CARPENTERCREW SIZE = 6 (3 CARPS ABOVE DECK AND 3 BELOW) RATE IN ELAPSED TIMMULT BY 6 TO OBTAIN TOTAL TIME.

Prepare-------

SET-UP (STAGING CLIP) ON SIDE SHELL WITH HAMMER AT ANY WAY CARPENTERREPRESENTS ELAPSED TIME

SET-UP STAGING BRACKET ON SIDE SHELL WITH WRENCH AT ANY WAY CARPENTEREPRESENTS ELAPSED TIME

SET-UP STAGING PLANK FOR SIDE SHELL WITH HAND AT ANY WAY CARPENTERREPRESENTS ELAPSED TIME

SET-UP (ACCESS) LADDER ON SIDE SHELL WITH HAND AT ANY WAY CARPENTERREPRESENTS ELAPSED TIME

SET-UP STANCHION FOR SIDE SHELL WITH HAND AT ANY WAY CARPENTERREPRESENTS ELAPSED TIME

SET-UP HANDRAIL FOR SIDE SHELL WITH HAND AT ANY WAY CARPENTERREPRESENTS ELAPSED TIME

TEAR DOWN HANDRAIL ON SIDE SHELL WITH TORCH AT ANY WAY CARPENTERREPRESENTS ELAPSED TIME

TEAR DOWN STANCHION FOR SIDE SHELL WITH HAND AT ANY WAY CARPENTERREPRESENTS ELAPSED TIME

TEAR DOWN STAGING PLANK FOR SIDE SHELL WITH HAND AT ANY WAY CARPENTEREPRESENTS ELAPSED TIME

TEAR DOWN (ACCESS) LADDR ON SIDE SHELL WITH TORCH AT ANY WAY CARPENREPRESENTS ELAPSED TIME

TEAR DOWN STAGING BRACKET ON SIDE SHELL WITH WRENCH AT ANY WAYCARPENTERREPRESENTS ELAPSED TIME

TEAR DOWN (STAGING CLIP) ON SIDE SHELL WITH TORCH AT ANY WAY CARPENTREPRESENTS ELAPSED TIME


4.2 HOW TO CALCULATE TIME STANDARDS

M O S T OPERATION TIME CALCULATION

DETAIL/UNIT/PART

PROCESS/OPER CODE

PART NAME

SHIP CLASS

COST CLASS/JOB

GROUP (UNIT/ZONE)

SUB-GROUP

SUB-SUB-GROUP

CREW/MACHINE

ITEM

GEN. DRAWING

DET, DRAWING

WORK PACKAGE

OPER.

DATE

X REV. LTR/DATE------- -----------SET UP STANDARD CODE------ ----------- -----2 BOARD BRACKET STAGING

x---------------x---------------

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -x HULL------------------131 TRADE------ ------------x WORK AREA------------------x WORK ZONE------------------x WORK CENTER------------------3 CARPENTERS ASSET/MACHINE------------------131-3 SUB-ITEM------------------131 WORK ORDER------------------x SHEET------ ------- -----x APPLICATOR------------------SET UP BRACKET STAGING-ON A SMOOTH

x- - - - - - - - - - - - - - - - - -

CARPENTER- - - - - - - - - - - - - - - - - -

x- - - - - - - - - - - - - - - - - -x------------------x------------------x

131-3-1

x------------------1------ ------------

PA- - - - - - - - - - - - - - - - - -

BULKHEAD- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -PER 100 LINEAR FEET

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -08-JUN-83 ISSUE # 1- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

Step Method Instruction FreQ

1 SET-UP (STAGING CLIP) ON BULKHEAD WITH HAMMER ((AND STEEL-TAPE)

376) 3

* REPRESENTS PUTTING UP A STAGING CLIP ON* ...THE BULKHEAD* WELDING OF THE CLIP WILL BE MINE IN A...* . ..SEPARATE SUB OPERATION


4

5

6

7

8

WELD STAGING BRACKET (CLIP) ON BULKHEAD (OR ANY(STRUCTURE) WITH

MAKE READY STAGING BRACKET FOR (TRANSPORTING) WITH HAND

* REPRESENTS GETTING BRACKET READY-TO BE..* ... TRANSPORTED TO TANK OR BULKHEAD* CARPENTER IS LOCATED EITHER ON THE WAY..* . ..OR IN TANK AT THE MATERIAL (BIN-1)

TRANSPORT STAGING BRACKET WITH (GROVE CRANE) (* REPRESENTS TRANSPORTING BRACKETS FROM...* ...BIN-1 TO BULKHEAD* DISTANCES FROM CRANE-REST TO BIN-1 AND..* ...FROM BIN-1 TO BULKHEAD ARE AVERAGE...* ...DISTANCES IN A CENTER TANK 98’X 50’* MAXIMUM NUMBER OF BRKTS IN LIFT = 6SET-UP STAGING BRACKETS ON BULKHEAD WITH WRENCH(* REPRESENTS PUTTING UP A BRACKET ON AN...* ...EXISTING STAGING CLIP

MAKE READY STAGING PLANK FOR (TRANSPORTING) WIT(H HAND


TRANSPORT STAGING PLANK WITH (GROVE CRANE) (* REPRESENTS TRANSPORTING BOARDS FROM.....* .....LU-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO LU-PILE AND* ...FROM LU-PILE TO BULKHEAD ARE AVERAGE* ...DISTANCES IN A CENTER TANK 98’X 50’* MAXIMUM NUMBER OF BOARDS IN LIFT = 3SET-UP STAGING PLANK ON STAGING BRACKET WITH HA(ND

* REPRESENTS SETTING UP BOARDS BETWEEN...* ...BRACKETS.* TWO MAN OPERATION:* CARPENTERS ARE LOCATED AT TWO DIFFERENT* ..BRACKETS. THEY BOTH LIFT THE BOARD....* ...TOGETHER AND SLIDE IT INTO POSITION.* IN THIS ANALYSIS CARPENTERS ARE LOCATED* ...ON THE LEVEL BELOW THE BOARDS.

MAKE READY STANCHION FOR (TRANSPORTING) WITH HA(ND

435 )

377 )

378 )

379 )

386)

387 )

388)

391)

.06

6

6

3

10

10

6

* REPRESENTS GETTING STANCHION READY TO BE


* ...TRANSFORTED.10 TRANSPORT STANCHION WITH (GROVE CRANE) ( 392)-

* REPRESENTS TRANSPORTING STANCHION FROM...* ...BIN-2 TO BULKHEAD* DISTANCES FROM CRANE-REST TO BIN-2 AND..* ..FROM BIN-2 TO BULKHEAD ARE AVERAGE...*...DISTANCES IN A CENTER TANK 98’X 50’* MAXIMUM NUMBER OF STANCHIONS IN LIFT = 6

11 SET-UP STANCHION IN STAGING BRACKET WITH HAND ( 393)* REPRESENTS PUTTING STANCHION IN THE....* ...BRACKET SLEEVE.

l2 MAKE READY HANDRAIL FOR (TRANSPORTING) WITH HAN( 394)D


13 TRANSPORT HANDRAIL WITH (GROVE CRANE)* REPRESENTS TRANSPORTING HANDRAIL FROM...* ...HR-PILE TO BDLKHEAD* DISTANCES FROM CRANE-REST TO HR-PILE AND* ...FROM HR-PILE TO BULKHEAD ARE AVERAGE* ...DISTANCES IN A CENTER TANK 98’X50’* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6

14 SET-UP HANDRAIL ON STANCHION WITH HAND* REPRESENTS PUTTING HANDRAIL INTO THE..,.* ...EYELETS ON THE STANCHION* INCLUDES ACTION DISTANCES NEEDED FOR...* ...ALIGNING THE HANDRAIL* WELDING OF THE HANDRAIL CONNECTIONS WILL* ...BE DONE IN A SEPARATE SDB OPERATION

( 395)

( 396)

15 SET-UP HANDRAIL (END PIECES) ON HANDRAIL (AND B( 397)BULKHEAD) WITH HAND

* REPRESENTS PUTTING HANDRAIL (END PIECES)* ...AT THE END OF A STAGING LEVEL* WELDING OF THE HANDRAIL (END PIECES)+OO+* ...CONNECTIONS WILL BE DONE IN A.....* ...SEPARATE SUB OPERATION

16 WELD HANDRAIL (CONNECTIONS) ON STANCHION WITH S( 440)TICK ELECTRODE

17 MAKE READY LADDER FOR (TRANSPORTING) WITH HAND ( 380)* REPRESENTS GETTING LADDER ON BOLSTERS SO* ...THAT THE CRANE CAN TRANSPORT IT.

18 TRANSPORT LADDERS WITH (GROVE CRANE) ( 381)* REPRESENTS TRANSPORTING LADDERS FROM....+* ...LDR-PILE TO BULKHEAD

3

12

12

12

1 2


* DISTANCES FROM CRANE-REST TO LDR-PILE...* ...AND FROM LDR-PILE TO BULKHEAD ARE....* ....AVERAGE DISTANCES IN A CENTER TANK...* ...98’X 5O’* MAXIMUM NUMBER OF LADDERS IN LIFT = 3

19 SET-UP (ACCESS) LADDER ON BULKHEAD WITH HAND ( 383)* REPRESENTS PUTTING UP AN ACCESS LADDER..* ...ON THE BULKHEAD SO THAT THE CARPENTER* ...CAN CLIMB TO THE NEXT LADDER,* ALSO INCLUDES CLIMBING UP AND DOWN THE..* ...LADDER.* AVERAGE NUMBER OF RUNGS = 12

20 POSITION (SECURE) (ACCESS) LADDER FOR BULKHEAD ( 384)WITH

* REPRESENTS SECURING A LADDER TO THE.....* ...BULKHEAD USING 4 LADDER CLIPS* WELDING OF CLIPS WILL BE DONE IN A....* ...SEPARATE SUB OPERATION

21 WELD LADDER (CLIP) (SECURES LADDER) ON BULKHEAD( 438)(OR ANY STRUCTURE)

PAGE 193

2

2

.02


H O S T OPERATION TIME CALCULATION

INTERNAL EXTERNAL LOCSTEP SA FREQ TMU TMU #---------------------- ------- ------------------------ ------------------

12345678

101112131415161718192021

0000O.OOO.OO0.000.000.00O.OOO.OO0.000.000.000. 000.000.000.000.000.00O.OO0.000.000.00

MANUAL TIME(TMU)

ACTUAL PROCESS TIME(TMU)

FACTORED PROCESS TIME(TMU)

TOTAL INTERNAL TIME(TMU)

TITLE SHEET USED IN SETTING STANDARD:

3.OO0.066.006.OO3.00

10.0010.005.OO6.006.003.00

12.0012.0012.002.000.122.OO2.002.OO2.00O.O2

201O.63801.3060 .6402.3240.4200 .25670.1450.3300 .6402.750.

6000.12804.7800.3940.

23531.1200 .4800 .2840 .1420.34032.

- - - - - - - - - - - - - - - - - -

0. 218652.

0. 0.

0.

0.

0

376435377378379386387388391392393394395396397440380381383384438



Engineered Operetion Time Calculation---------------------- ---------------

Type ofwork

------------------

EXTERNAL MANUAL

ASSIGNED INTERNAL

PROCESS TIME

ElementelTime

---------

2.187

( 0.000)

0.000

STANDARD(HRS./CYCLE) “ 2.187

PIECES PER CYCLE 1

STANDARD HOURS

Percent ADouence StanderdADowance Time Time--------- --------- ---------

O.OOO 2.187

() ( 0.000) ( 0.000)

0.000 0.000

0. 000 2.187

2.2


3

4

7

8

9

10

MAKE READY STAGING BRACKET FOR (TRANSPORTING) W( 377)ITH HAND

* REPRESENTS GETTING BRACKET READY TO BE..* ...TRANSPORTED TO TANK OR BULKHEAD* CARPENTER IS LOCATER EITHER ON THE WAY..* ...OR IN TANK AT THE MATERIAL (BIN-1)

TRANSPORT STAGING BRACKET WITH (GROVE CRANE) ( 378)* REPRESENTS TRANSPORTING BRACKETS FROM....* ...BIN-1 TO BULKHEAD* DISTANCES FROM CRANE-REST TO BIN-1 AND..* ...FROM BIN-1 TO BULKHEAD ARE AVERAGE...* ...DISTANCES IN A CENTER TANK 98’*50’* MA*IMUH NUMBER OF BRKTS IN LIFT = 6SET-UP STAGING BRACKETS ON BULKHEAD WITH WRENCH( 379)* REPRESENTS PUTTING UP A BRACKET ON AN...* ,+,E*ISTING STAGING CLIP

MAKE READY STAGING PLANK FOR (TRANSPORTING) WIT( 386 )H HAND


TRANSPORT STAGING PLANK WITH (GROVE CRANE) ( 387)* REPRESENTS TRANSPORTING BOARDS FROM...* ....LU-PILE TO BULKHEAD* DSTANCES FROM CRANE-REST TO LU-PILE AND* ...FROM LU-PILE TO BULKHEAD ARE AVERAGE* ...SIISTANCES IN A CENTER TANK 98’*50’* HA*IMUH NUMBER OF BOARDS IN LIFT = 3SET-UP STAGING PLANK ON STAGING BRACKET WITH HA( 389)ND

6

6

3

15

10

* REPRESENTS SETTING UP BOARDS BETWEEN......* ...BRACKETS.* TWO MAN OPERATION:* CARPENTERS ARE LOCATED AT TWO DIFFERENT* ..BRACKETS. THEY BOTH PICK-UP THE BOARD* ..TOGETHER AND SLIDE IT INTO POSITION.* IN THIS ANALYSIS CARPENTERS ARE LOCATED* ...ON THE SAME LEVEL AS THE BOARDS.

MAKE REALLY STANCHION FOR (TRANSPORTING) WITH HA( 391) 6 ND

* REPRESENTS GETTING STANCHION READY TO BE* ...TRANSPORTED,

TRANSPORT STANCHION WITH (GROVE CRANE) ( 392) 6

PAGE 197


* REPRESENTS TRANSPORTING STANCHION FROM..* ...BIN-2 TO BULKHEAD* DISTANCES FROM CRANE-REST TO BIN-2 AND..* ...FROM BIN-2 TO BULKHEAD ARE AVERAGE...* ...DISTANCES IN A CENTER TANK 98’X 50’* MAXIMUM NUMBER OF STANCHIONS IN LIFT = 6

11 SET-UP STANCHION IN STAGING BRACKET WITH HAND ( 393)* REPRESENTS PUTTING STANCHION IN THE....* ....BRACKET SLEEVE.

12 MAKE READY HANDRAIL FOR (TRANSPORTING) WITH HAN( 394)D


13 TRANSPORT HANDRAIL WITH (GROVE CRANE) ( 395)* REPRESENTS TRANSPORTING HANDRAIL FROtit.** ...HR-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO HR-PILE AND* ...FROH HR-PILE TO BULKHEAD ARE AVERAGE * ..oDISTANCES IN A CENTER TANK 98’*50’* MA*IMUM NUMBER OF HANDRAIL IN LIFT = 6 .

14 SET-UP HANDRAIL ON STANCHION WITH HAND ( 396)* REPRESENTS PUTTING HANDRAIL INTO THE....* ..oEYELETS ON THE STANCHION* INCLUDES ACTION DISTANCES NEEDED FOR....* ...ALIGNING THE HANDRAIL* WELDING OF THE HANDRAIL CONNECTIONS WILL* ● ..BE DONE IN A SEPARATE SUB OPERATION

15 SET-UP HANDRAIL (END PIECES) ON HANDRAIL (AND E( 397)ULKHEAD) WITH HAND

* REPRESENTS PUTTING HANDRAIL (END PIECES)* ..oAT THE END OF A STAGING LEVEL* WELDING OF THE HANDRAIL (END PIECES) . . . .* ...CONNECTIONS WILL BE DONE IN A........* . ..SEPARATE SUB OPERATION

16 WELD HANDRAIL (CONNECTIONS) ON STANCHION WITH S( 440 )TICK ELECTRODE


18 TRANSPORT LADDERS WITH (GROVE CRANE) ( 381)* REPRESENTS TRANSPORTING LADDERS FROM....* ...LDR-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO LDR-PILEa..* ..*AND FROM LDR-PILE TO BULKHEAD AREe..o

3

12

12

12

2

12

2

2


* ...AUERAGE DISTANCES IN A CENTER TANK...* ...98’*5O’* MAXIMUM NUMBER OF LADDERS IN LIFT = 3

19 SET-UP (ACCESS) LADDER ON BULKHEAD WITH HAND ( 383)* REPRESENTS PUTTING UP AN ACCESS LADDER..* ...ON THE BULKHEAD SO THAT THE CARPENTER* ..cCAN CLIME TO THE NE*T LADDER.* ALSO INCLUDES CLIMBING UP AND DOWN THE..* ..*LADDERe* AVERAGE NUMBER OF RUNGS = 12

20 POSITION (SECURE) (ACCESS) LADDER FOR BULKHEAD ( 384)WITH

* REPRESENTS SECURING A LADDER TO THE***..* ...BULKHEAD USING 4 LADDER CLIPS* WELDING OF CLIPS WILL BE DONE IN A......* ..cSEPARATE SUB OPERATION

21 WELD LADDER (CLIP) (SECURES LADDER) ON BULKHEAD( 438)(OR ANY STRUCTURE)

2

0 2

PAGE 199



INTERNAL EXTERNAL LOCSTEP SA FREQ TMU TMU #-------------------- -------------------------- -------------------- -----

123456789

1011121314 1516

17192021

MANUAL TIME(TMU)




0.00O.OO0.000.00O.OO0.000.00O.OO0.00O.OOO.OO0.000.000.000.000.00O.OO0.000.000.000.00


3.00O O 66.006.003.OO

15.OO15.OO10.OO6.006.003.00

12.0012.oo12.002.000.122.OO2.002.002.00O.O2

2010.63801 .3060 .6402 .3240.6300 .

38505 .3500 .3300.6402 .750.

6000 .12804.7800.

3940.23531.1200.4800 .2840.1420.34032.

- - - - - - - - - - - - - - - - - -O. 454290,

o. 0.

0.

0.

0

376435377378379386387389391392393394395396397440380381383384438

PAGE 200



Type ofWork

-----------------

EXTERNAL MANUAL

ASSIGNED INTERNAL

PROCESS TIME

Engineered “Operetion Time Calculetion------- ------ -------------------- ---

ElementalTime

2.356

( 0.000)

0.000

STANDARD(HRS+/CYCLE) 2.356

PIECES pER CYCLE

STANDARD HOURS

1

Percent Allowance StandardAllowence Time Time--------- ------- -- ---------

0.000 2.l 356

() ( 0.000) ( 0.000)

0.000 0.000

0.000 2.356

2.4

PAGE 201


3

4

6

7

8

9

10

MAKE READY STAGING BRACKET FOR (TRANSPORTING) W( 377 )ITH HAND

* REPRESENTS GETTING BRACKET READY TO BE..* ...TRANSPORTED TO TANK OR BULKHEAD * CARPENTER IS LOCATED EITHER ON THE WAY..* ...OR IN TANK AT THE MATERIAL (BIN-1)

TRANSPORT STAGING BRACKET WITH (GROVE CRANE) ( 378)* REPRESENTS TRANSPORTING BRACKETS FRO?f.00* ...BIN-1 TO BULKHEAD* DISTANCES FROM CRANE-REST TO BIN-1 AND..* ...FROil BIN-1 TO BULKHEAD ARE AVERAGE...* ...D1STANCES IN A CENTER TANK 98’X 50’* MAXIMUM NUMBER OF BRKTS IN LIFT = 6SET-UP STAGING BRACKETS ON BULKHEAD WITH WRENCH( 379 )* REPRESENTS PUTTING UP A BRACKET ON AN...* ...EXISTING STAGING CLIP

HAKE READY STAGING PLANK FOR (TRANSPORTING) WIT( 386)H HAND


TRANSPORT STAGING PLANK WITH (GROVE CRANE) ( 387)* REPRESENTS TRANSPORTING BOARDS FROM..*O.* .o.LU-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO LU-PILE AND* ...FROM LU-PILE TO BULKHEAD ARE AVERAGE* .eoIiISTANCES IN A CENTER TANK 98’X 50’* MAXIMUM NUMBER OF BOARDS IN LIFT = 3SET-UP STAGING PLANK ON STAGING BRACKET WITH HA( 388 )ND

* REPRESENTS SETTING UP BOARDS BETWEEN...* ...BRACKETS* TWO MAN OPERATION:* CARPENTERS ARE LOCATED AT TWO DIFFERENT* ..BRACKETS. THEY BOTH LIFT THE BOARD . . . .* ..TOGETHER AND SLIDE IT INTO POSITION.* IN THIS ANALYSIS CARPENTERS ARE LOCATED* . ..ON THE LEVEL BELOW THE BOARDS.

MAKE READY STANCHION FOR (TRANSPORTING) WITH HA( 391)ND

* REPRESENTS GETTING STANCHION READY TO BE* . ..TRANSPORTED.

TRANSPORT STANCHION WITH (GROVE CRANE) ( 392)

PAGE 203

6

6

3

12

6

12

12


* REPRESENTS TRANSPORTING STANCHION* ..eBIN-2 TO BULKHEAD

FROM..

( 396)

* DISTANCES FROM CRANE-REST TO BIN-2 ANIJ.Q* ..oFROM BIN-2 TO BULKHEAD ARE AVERAGE...* t..DISTANCES IN A CENTER TANK 98’X 50’* MAXIMUM NUMBER OF STANCHIONS IN LIFT = 6

11 SET-UP STANCHION IN STAGING BRACKET WITH HAND ( 393)*I REPRESENTS PUTTING STANCHION IN THE......* ......BRACl(ET SLEEVE.

12 HAKE READY HANDRAIL FOR (TRANSPORTING) WITH HAN( 394)D


13 TRANSPORT HANDRAIL WITH (GROVE CRANE) ( 395)* REPRESENTS TRANSPORTING HANDRAIL FROH....* ...HR-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO HR-PILE AND* ...FROM HR-PILE TO BULKHEAD ARE AVERAGE* ..*DISTANCES IN A CENTER TANK 98’X 50’* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6

14 SET-UP HANDRAIL ON STANCHION WITH HAND* REPRESENTS PUTTING HANDRAIL INTO THE...;* ....EYELETS ON THE STANCHION* INCLUDES ACTION DISTANCES NEEDED FOR....* ...ALIGNING THE HANDRAIL* WELDING OF THE HANDRAIL CONNECTIONS WILL* ...BE DONE IN A SEPARATE SUB OPERATION

15 SET-UP HANDRAIL (END PIECES) ON HANDRAIL (AND B( 397)ULKHEAD) WITH HAND

* REPRESENTS PUTTING HANDRAIL (END PIECES)* ...AT THE END (IF A STAGING LEVEL* WELDING OF THE HANDRAIL (END PIECES).....* ...CONNECTIONS WILL BE DONE IN A........* ...SEPARATE SUB OPERATION

16 WELD HANDRAIL (CONNECTIONS) ON STANCHION WITH S( 440)TICK ELECTRODE

17 (WALK UP OR DOWN) MOVE OPERATOR (ON INCLINED ST( 431)AIRS) ON BULKHEAD

* REPRESENTS CARPENTER WALKING UP OR DOWN* ...A SET OF INCLINED STAIRS. AVERAGE* ..oNUMBER OF TREADS IN A SET OF INCLINED* ...STAIRS = 16.* CARPENTERS ARE WALKING UP OR DOWN STAIRS

6

12

12

12

6

PAGE 204

.


* AT THE SAME TIME.

PAGE 205



INTERNAL EXTERNAL LOCSTEP SA FREQ TMU TMU #------- -------------- ------- ------- -------------------- ----------------

123456789

1011121314151617

MANUAL TIME(TMU)




0.000.00O.OO0.000.00O.OO0.000.00O.OO0.000.00O.OOO.OO0.000.00O.OOO.OO

3.000.066.006.003.OO

12.OO12.006.0012.0012.006.00

12.0012.0012.006.000.121.OO

2010.63801.3060 .6402.3240.5040.

30804 .1740.6600.

12804.1500 .6000.12804.7800.11820.23531 .

320.

- - - - - - - - - - - - - - - - - -0. 653566 .

0. 04

0.

0.

376435377378379386387388391392393394395396397440431


STANDARD

H O S T OPERATION TIME

TIME CALCULATION

CALCULATION

Engineered OPeretion Time Calculetion---------------------- ---------------

Type of Elementel Percent Allowance Standardwork Time Allowence Time Time

----------------- --------- --------- --------- ---------

EXTERNAL MANUAL 1.993 0.000 1.993

ASSIGNED INTERNAL ( 0.000) () ( 0.000) ( 0.000)

PROCESS TIME 0.000 0.000 0.000

STANUARD(HRS./CYCLE) 1. 993 0.000 1.993

PIECES PER CYCLE

STANDARD HOURS 2.0

PAGE 207


3 MAKE READY STAGING BRACKET FOR (TRANSPORTING) W(ITH HAND

* REPRESENTS GETTING BRACKET READY TO BE..* ...TRANSPORTED TO TANK OR BULKHEAD* CARPENTER IS LOCATED EITHER ON THE WAY..* . ..OR IN TANK AT THE MATERIAL (BIN-1)

TRANSPORT STAGING BRACKET WITH (GROVE CRANE) (* REPRESENTS TRANSPORTING BRACKETS FROM...* ...BIN-1 TO BULKHEAD*DISTANCES FROM CRANE-REST TO BIN-1 AND...* ...FROM BIN-1 TO BULKHEAD ARE AVERAGE...* ..DISTANCES IN A CENTER TANK 98’X50’* MAXIMUM NUMBER OF BRKTS IN LIFT = 6

5 SET-UP STAGING BRACKETS ON BULKHEAD WITH WRENCH(* REPRESENTS PUTTING UP A BRACKET ON AN...* ...EXISTING STAGING CLIP

6 MAKE READY STAGING PLANK FOR (TRANSPORTING) WIT(H HAND


7 TRANSPORT STAGING PLANK WITH (GROVE CRANE) (* REPRESENTS TRANSPORTING BOARDS FROM....* ...LU-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO LU-PILE AND* ...FROM LU-PILE TO BULKHEAD ARE AVERAGE* ...DISTANCES IN A CENTER TANK 98’X50’* MAXIMUM NUMBER OF BOARSIS IN LIFT = 3

8 SET-UP STAGING PLANK ON STAGING BRACKET WITH HA(ND

* REPRESENTS SETTING UP BOARDS BETWEEN....* ....BRACKETS.* TWO MAN OPERATION:* CARPENTERS ARE LOCATED AT TWO DIFFERENT* ..BRACKETS. THEY BOTH LIFT THE BOARD.. ..TOGETHER AND SLIDE IT INTO POSITION. * IN THIS ANALYSIS CARPENTERS ARE LOCATED* ...ON THE LEVEL BELOW THE BOARDS.

9 SET-UP STAGING PLANK ON STAGING BRACKET WITH HA(ND

* REPRESENTS SETTINGUP BOARDS BETWEEN.....* ...BRACKETS. .

377)

378)

379)

386 )

387)

388)

390 )

4

14

14

* ONE MAN OPERATION:

* USUALLY OCCURS WHEN CRANE CANNOT PLACE..* ...BOARD ON BRACKETS.

10 MAKE READY STANCHION FOR (TRANSPORTING) WITH HA(ND

. REPRESENTS GETTING STANCHION READY TO BE

. ...TRANSPORTED.11 TRANSPORT STANCHION WITH (GROVE CRANE) (

. REPRESENTS TRANSPORTING STANCHION FROM..

. . ..BIN-2 TO BULKHEAD

. DISTANCES FROM CRANE-REST TO BIN-2 ANDD...* ...FROM BIN-2 TO BULKHEAD ARE AVERAGE...* ...DISTANCES IN A CENTER TANK 98’X 50’* MAXIMUM NUMBER OF STANCHIONS IN LIFT = 6

12 SET-UP STANCHION IN STAGING BRACKET WITH HAND (* REPRESENTS PUTTING STANCHION IN THE......* ..BRACKET SLEEVE.

13 MAKE READY HANDRAIL FOR (TRANSPORTING) WITH HAN(D

* REPRESENTS GETTING HANDRAIL ON BOLSTERS. . ..S0 THAT THE CRANE CAN TRANSPORT IT

14 TRANSPORT HANDRAIL WITH (GROVE CRANE) (* REPRESENTS TRANSPORTING HANDRAIL FROM...* ...HR-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO HR-PILE AND* . ..FROM HR-PILE TO BULKHEAD ARE AVERAGE* ...DISTANCES IN A CENTER TANK 98’X50’* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6

15 SET-UP HANDRAIL ON STANCHION WITH HAND (* REPRESENTS PUTTING HANDRAIL INTO THE . . . .* ...EYELETS ON THE STANCHION* INCLUDES ACTION DISTANCES NEEDED FOR....* ...ALIGNING THE HANDRAIL* WELDING OF THE HANDRAIL CONNECTIONS WILL* ...BE DONE IN A SEPARATE SUB OPERATION

16 SET-UP HANDRAIL (END PIECES) ON HANDRAIL (AND B(ULKHEAD) WITH HAND

* REPRESENTS PUTTING HANDRAIL (END PIECES)* ...AT THE END OF A STAGING LEVEL* WELDING OF THE HANDRAIL (END PIECES)....* ...CONNECTIONS WILL BE DONE IN A.....* ...SEPARATE SUB OPERATION

17 WELD HANDRAIL (CONNECTIONS) ON STANCHION WITH S(TICK ELECTRODE

391)

392)

393)

394)

395)

396)

397)

440)

8

4

12

12

● 14

PAGE 210



19 TRANSPORT LADDERS WITH (GROVE CRANE) ( 381)* REPRESENTS TRANSPORTING LADDERS FROM...* ..LDR-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO LDR-PILE...* ...AND FROM LDR-PILE TO BULKHEAD ARE...* ...AVERAGE DISTANCES IN A CENTER TANK...* ....98'X50' * MAXIMUM NUMBER OF LADDERS IN LIFT = 3

20 SET-UP (ACCESS) LADDER ON BULKHEAD WITH HAND ( 383)* REPRESENTS PUTTING UP AN ACCESS LADDER..* ...ON THE BULKHEAD SO THAT THE CARPENTER* ...CAN CLIMB TO THE NEXT LADDER.* ALSO INCLUDES CLIMBING UP AND DOWN THE..* ..LADDER.* AVERAGE NUMBER OF RUNGS = 12

21 POSITION (SECURE) (ACCESS) LADDER FOR BRACKET S( 385)TAGING WITH

* REPRESENTS SECURING LADDER TO STAGING...* ...BOARDS USING WIRE ROPE

22 (WALK UP OR DOWN) MOVE OPERATOR (ON INCLINED ST( 431)AIRS) ON BULKHEAD

2

* REPRESENTS CARPENTER WALKING UP OR DOWN* ... SET OF INCLINED STAIRS, AVERAGE* ...NUMBER OF TREADS IN A SET OF INCLINED* ...STAIRS = 16.* CARPENTERS ARE WALKING UP OR DOWN STAIRS* AT THE SAME TIME.



Type ofwork

-----------------

EXTERNAL MANUAL

ASSIGNED INTERNAL

PROCESS TIME

Engineered Operetion Time Calculation--------------------- ---------------

ElementalTime

2,395

( 0.000)

0.000

STANDARD(HRS./CYCLE) 2.395

PIECES PER CYCLE 1

STANDARD HOURS

Percent Allowance StandardAllowance Time Time--------- --------- ---------

O.OOO 2.395

() ( 0.000) ( 0.000)

0.000 0.000

0.000 2.395

2.4

PAGE 213


3

6

7

a

9

10

* ...STANCHION IS THROWN TO A MATERIAL...* ...FILE ON THE TANKTOP

TEAR DOWN STAGING PLANK ON STAGING BRACKET WITH( 402)HAND (AND WINCH)

* REPRESENTS REMOVING BOARDS FROM ANY TANK* ...WINCH IS USED TO LOWER BOARD TO.....* ...BD-PILE ON TANKTOP.* MAXIMUM NUMBER OF BOARDS IN LIFT = 3(CLIMB UP AND DOWN) MOVE OPERATOR (ON LADDER) 0( 404)N BULKHEAD

* REPRESENTS CARPENTERS CLIMBING Up AND...* ...DOWN LADDERS TO REMOVE STAGING.* AVERAGE LADDER SIZE = 12 RUNGS.TEAR DOWN LADDER (AND LADDER CLIPS) ON BULKHEAD( 403)WITH

* REPRESENTS REMOVING LADDER FROM BULKHEAD* ...THERE ARE 4 LADDER CLIPS PER LADDER.* ...LADDER LOWERD TO LDR-PILE BY WINCH* ...LADDER CLIPS THROWN TO MATL-PILE.

TEAR DOWN STAGING BRACKET ON BULKHEAD WITH WREN( 406)CH

* REPRESENTS TEARING DOWN STAGING BRACKET* ...IN ANY TANK. BRACKETS ARE LOWERED TO* ...MATL-PILE BY WINCH.* MAXIMUM NUMBER OF BRACKETS IN LIFT = 3REMOVE HANDRAIL ON (MATERIAL-PILE) WITH WINCH ( 407)* REPRESENTS REMOVAL OF HANDRAIL FROM MATL* ...PILE ON TANKTOP TO DECK (GOING THRU* ...MANHOLE).* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6REMOVE STANCHION ON (MATERIAL PILE) WITH WINCH ( 408)* REPRESENTS REMOVAL OF STANCHION FROM ...* ....MATL-PILE ON TANKTOP TO DECK (GOING* ..THRU MANHOLE).* MAXIMUM NUMBER OF STANCHION IN LIFT = 6REMOVE STAGING PLANK ON (BOARD PILE) WITH WINCH( 410)* REPRESENT REMOVING BOARDS FROM BOARD...* ...PILE ON TANKTOP TO DECK (GOES THRU..* ...MANHOLE)* MAXIMUM NUMBER OF BOARDS IN LIFT = 3REMOVE LADDER ON (LADDER-PILE) WITH WINCH ( 411)* REPRESENT REMOVING LADDERS FROM LADDER* ....PILE ON TANKTOP TO DECK (GOES THRU..

10

14

6

10

2


* ...HANHOLE).* MAXIMUM NUMBER OF LADDERS IN LIFT = 3

11 REMOVE STAGING BRACKET ON (MATERIAL PILE) WITH ( 409) 6WINCH

* REPRESENTS REMOVAL OF BRACKET FROM MATL* ... FILE ON TANKTOP TO DECK (GOING THRU* ...HANHOLE).* MAXIMUM NUMBER OF BRACKET IN LIFT = 3

12 REMOVE TOOLBOX ON (MATERIAL PILE) WITH WINCH ( 412) 1* REPRESENTS REMOVING TOOLBOX FROM MATL..* ...PILEON TANKTOP TO DECK (GOES THRU...* ...MANHOLE).* TOOLBOX CONTAINS:* ...28 BOLTS* ...28 NUTS* ...28 LADDER CLIPS

PAGE 216



INTERNAL EXTERNAL LOCSTEP SA FREQ TMU TMU #---------------------- --------------------- --------------------- -------

0.00 14.00 8400. 398 2 O.OO 3.00 1170. 4003 0.00 10.OO 19430. 402

4 0.00 2.0O 2560. 4045 0.00 2.00 17940. 4036 0.00 6.00 16782. 4067 O.OO 14.00 12852. 4078 0.00 6.00 5928. 4089 O.OO 10.00 19830. 410

10 O.OO 2.00 3966. 41111 0.00 6.00 10662. 40912 O.OO 1.00 7210. 412

- - - - - - - - - - - - - - - - - -

MANUAL TIME(TMU) 0. 1019751.

ACTUAL PROCESS TIME(TMU) 0. 0.

FACTORED PROCESS TIME(TMU) 0.

TOTAL INTERNAL TIME(TMU) 0.

TITLE SHEET USED IN SETTING STANDARD: 0

PAGE 217



Engineered OPeretion Time Calculation--------------------- ---------------

TYPe of Elemental Percent Allowance StandardWork Time Allowance Time Time

----------------- --------- --------- --------- ---------

EXTERNAL MANUAL

ASSIGNED INTERNAL (

PROCESS TIME

STANDARD(HRS ./CYCLE)

PIECES PER CYCLE

STANDARD HOURS

1.267 0.000 1.267

0.000) () ( 0.000) ( 0.000)

0.000 0.000 0.000

1.267 0.000 1.267

1.3


3

4

5

6

7

8

9

10

* ...STANCHION IS THROWN TO A MATERIAL.....* ...PILE ON THE TANKTOP

TEAR DOWN STAGING PLANK ON STAGING BRACKET WITH(HAND (AND WINCH)

* REPRESENTS REMOVING BOARDS FROM ANY TANK* ...WINCH IS USED TO LOWER BOARD TO.....* ....BD-PILE ON TANKTOP,* MAXIMUM NUMBER OF BOARDS IN LIFT = 3(CLIMB UP AND DOWN) MOVE OPERATOR (ON LADDER) 0(N BULKHEAD

* REPRESENTS CARPENTERS CLIMBING UP AND...* ...DOWN LADDERS TO REMOVE STAGING.* AVERAGE LADDER SIZE = 12 RUNGS.TEAR DOWN LADDER (AND LADDER CLIPS) ON BULKHEAD(WITH

* REPRESENTS REMOVING LADDER,FROM BULKHEAD* ...THERE ARE 4 LADDER CLIPS PER LADDER.* ...LADDER LOWERED TO LDR-PILE BY WINCH* ...LADDER CLIPS THROWN TO MATL-PILE.

402)

404)

403)

TEAR DOWN STAGING BRACKET ON BULKHEAD WITH WREN(. 406)CH

* REPRESENTS TEARING DOWN STAGING BRACKET* ...IN ANY TANK. BRACKETS ARE LOWERED TO* ...MATL-PILE BY WINCH,* MAXIMUM NUMBER OF BRACKETS IN LIFT = 3

REMOVE HANDRAIL ON (HATERIAL-PILE) WITH WINCH (* REPRESENTS REMOVAL OF HANDRAIL FROM MATL* .... PILE ON TANKTOP TO DECK (GOING THRU* ...HANHOLE),* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6REMOVE STANCHION ON (MATERIAL PILE) WITH WINCH (* REPRESENTS REMOVAL OF STANCHION FROM . ...* ...MATL-PILE ON TANKTOP TO DECK (GOING* ...THRU MANHOLE).* MAXIMUM NUMBER OF STANCHION IN LIFT = 6REMOVE STAGING PLANK ON (BOARD PILE) WITH WINCH(* REPRESENT REMOVING BOARDS FROM BOARD....* ...PILE ON TANKTOP TO DECK (GOES THRU..* ...MANHOLE),* MAXIMUM NUMBER OF BOARDS IN LIFT = 3REMOVE LADDER ON (LADDER-FILE) WITH WINCH* REPRESENT REMOVING LADDERS FROM LADDER* ...-PILE ON TANKTOP TO DECK <GOES THRU..

407)

408)

410)

15

2

2

6

14

6

15

2


* ....MANHOLE)* MAXIMUM NUMBER OF LADDERS IN LIFT = 3

11 REMOVE STAGING BRACKET ON (MATERIAL PILE) WITH ( 409 )WINCH

* REPRESENTS REMOVAL OF BRACKET FROM MTL* ... PILE ON TANKTOP TO DECK (GOING THRU* ...HANHOLE).* MAXIMUM NUMBER OF BRACKET IN LIFT = 3REMOVE TOOLBOX ON (MATERIAL PILE) WITH WINCH ( 412)* REPRESENTS REMOVING TOOLBOX FROM MATL...* ...-PILEON TANKTOP TO DECK (GOES THRU..* ....MANHOLE).* TOOLBOX CONTAINS:* ....28 BOLTS* ....28 NUTS* ...28 LADDER CLIPS

6



Engineered Operation Tipe Calculation--------------------- ---------------

Type of Elenentel Percent Allowance StandardWork Time Allowence -Time Time

----------------- --------- --------- --------- ---------

EXTERNAL MANUAL 1.464 0.000 1.464

ASSIGNED INTERNAL ( 0.000) () ( 0.000) ( 0.000)

PROCESS TIME 0.000 0.000 0. 000

STANDARD(HRS,/CYCLE) 1.464 0.000 1.464

PIECES PER CYCLE 1

STANDARD HOURS 1.5


* ...STANCHION IS THROWN TO A MATERIAL....* ...PILE ON THE TANKTOP

3 TEAR DOWN STAGING PLANK ON STAGING BRACKET WITH(HAND (AND WINCH)

* REPRESENTS REMOVING BOARDS FROM ANY TANK* ...WINCH IS USED TO LOWER BOARD TO.....* ...BD-PILE ON TANKTOP.* MAXIMUM NUMBER OF BOARDS IN LIFT = 3

4 TEAR DOWN STAGING BRACKET ON BULKHEAD WITH WREN(CH

* REPRESENTS TEARING DOWN STAGING BRACKET* ...IN ANY TANK, BRACKETS ARE LOWERED TO* ....MATL-PILE BY WINCH.* MAXIMUM NUMBER OF BRACKETS IN LIFT = 3

5 REMOVE HANDRAIL ON (MATERIAL-PILE) WITH WINCH (* REPRESENTS REMOVAL OF HANDRAIL FROM MATL* ... PILE ON TANKTOP TO DECK (GOING THRU* ...MANHOLE).* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6

6 REMOVE STANCHION ON (MATERIAL PILE) WITH WINCH (* REPRESENTS REMOVAL OF STANCHION FROM . ..* ...MATL-PILE ON TANKTOP TO DECK (GOING* ...THRU HANHOLE).* MAXIMUM NUMBER OF STANCHION IN LIFT =.6

7 REMOVE STAGING PLANK ON (BOARD PILE) WITH WINCH(* REPRESENT REMOVING BOARDS FROM BOARD...* ...-PILE ON TANKTOP TO DECK (GOES THRU..* ...MANHOLE).* MAXIMUM NUMBER OF BOARDS IN LIFT = 3

8 REMOVE STAGING BRACKET ON (MATERIAL PILE) WITH (WINCH

* REPRESENTS REMOVAL OF BRACKET FROM MATL* ... PILE ON TANKTOP TO DECK (GOING THRU* ...MANHOLE).* MAXIMUM NUMBER OF BRACKET IN LIFT = 3

9 REMOVE TOOLBOX ON (MATERIAL PILE) WITH WINCH (* REPRESENTS REMOVING TOOLBO* FROM MATL...* ...-PILEON TANKTOP TO DECK (GOES THRU...* ...HANHOLE).* TOOLBOX CONTAINS:* ...28* ...28* ...20

10 (WALK UP

BOLTSNUTSLADDER CLIPSOR DOWN) MOVE OPERATOR (ON INCLINED ST(

402)

406)

407)

408)

410)

409 )

412)

431)

12

6

18

12

12

6

1

1


AIRS) ON BULKHEAD

* REPRESENTS CARPENTER WALKING UP OR DOWN* ...A SET OF INCLINED STAIRS. AVERAGE* ..NUMBER OF TREADS IN A SET OF INCLINED* ...STAIRS = 16* CARPENTERS ARE WALKING UP OR DOWN STAIRS* AT THE SAME TIME.



INTERNAL EXTERNAL LOCSTEP S4 FREQ TMU TMU #--------------------- -------------------------- ---------------------- --

1 0.00 18.00 10800. 3982 0.00 6.00 2340 . 4003 0.00 12.OO 23316. 4024 O.OO 6.00 16782. 4065 O.OO 18.00 16524 . 4076 0.00 12.OO 11856. 4087 0.00 12.OO 23796. 4108 0.00 6.00 10662. 409

0.00 1.OO 7210. 41210 0.00 1.00 320 431

MANUAL TIME(TMU)





- - - - - - - - - - - - - - - - - -0. 1289717.

0. 0.

0.

0.

PAGE 227



Type ofwork

-----------------

EXTERNAL MANUAL

ASSIGNED INTERNAL

PROCESS TIME

Engineered Operetion Time Calculation--------------------- ---------------

ElementalTime

1•236

( 0.000)

0.000

STANDARD(HRS /CYCLE) 1.236

PIECES PER CYCLE 1

STANDARD HOURS


0.000 1.236

() ( 0.000) ( 0.000)

0.000 0.000

0.000 1.236

1.2


3

4

5

6

7

8

9

1.0

* ...STANCHION IS THROWN TO A MATERIAL....* ...PILE ON THE TANKTOP

TEAR DOWN STAGING PLANK ON STAGING BRACKET WITH(HAND (AND WINCH)

* REPRESENTS REMOVING BOARDS FROM ANY TANK* ...WINCH IS USED TO LOWER BOARD TO....* ...BD-PILE ON TANKTOP.* MAXIMUM NUMBER OF BOARDS IN LIFT = 3

TEAR DOWN STAGING BRACKET ON BULKHEAD WITH WREN(CH

* REPRESENTS TEARING DOWN STAGING BRACKET* ...IN ANY TANK, BRACKETS ARE LOWERED TO* ...MATL-PILE BY WINCH.* MAXIMUM NUMBER OF BRACKETS IN LIFT = 3

TEAR DOWN LADDER (AND WIRE ROPE) ON BULKHEAD WI(TH

* REPRESENTS REMOVING LADDER FROM BULKHEAD * ...THERE IS 1 WIRE ROPE PER LADDER.* ...LADDER LOWERED TO LDR-PILE BY WINCH* ...WIRE-ROP-E IS THROWN TO MATL-PILE.

REMOVE HANDRAIL ON (MATERIAL-PILE) WITH WINCH (* REPRESENTS REMOVAL OF HANDRAIL FROM MATL* ... PILE ON TANKTOP TO DECK (GOING THRU* ...HANHOLE),* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6REMOVE STANCHION ON (MATERIAL PILE) WITH WINCH (* REPRESENTS REMOVAL OF STANCHION FROM . . .* ...MATL-PILE ON TANKTOP TO DECK (GOING* ...THRU MANHOLE).* MAXIMUM NUMBER OF STANCHION IN LIFT = 6REMOVE STAGING PLANK ON (BOARD PILE) WITH WINCH(* REPRESENT REMOVING BOARDS FROM BOARD...* ...-PILE ON TANKTOP TO DECK (GOES THRU.* ...MANHOLE).* MAXIMUM NUMBER OF BOARDS IN LIFT = 3REMOVE STAGING BRACKET ON (MATERIAL PILE) WITH (WINCH

* REPRESENTS REMOVAL OF BRACKET FROM MATL* ... PILE ON TANKTOP TO DECK (GOING THRU* ...MANHOLE).* MAXIMUM NUMBER OF BRACKET IN LIFT = 3REMOVE LADDER ON (LADDER-PILE) WITH WINCH* REPRESENT REMOVING LADDERS FROM LADDER

402)

4 06

405)

407)

408)

410)

409)

411)

14

14

8

14

8


* ...-PILE ON TANKTOP TO DECK (GOES THRU..* ...HANHOLE).* MAXIMUM NUMBER OF LADDERS IN LIFT = 3

11 REMOVE TOOLBOX ON (MATERIAL PILE) WITH WINCH ( 412)* REPRESENTS REMOVING TOOLBOX FROM MATL.....* ...-PILEON TANKTOP TO DECK (GOES THRU...* ...HANHOLE)* TOOLBOX CONTAINS:* ...28 BOLTS* ..28 NUTS* ...28 LADDER CLIPS

12 (WALK UP OR DOWN) HOVE OPERATOR (ON INCLINED ST( 431 )AIRS) ON BULKHEAD

* REPRESENTS CARPENTER WALKING UP OR DOWN* ...A SET OF INCLINED STAIRS. AVERAGE* ...NUMBER OF TREADS IN A SET OF INCLINED* ...STAIRS = 16.* CARPENTERS ARE WALKING UP OR DOWN STAIRS* AT THE SAME TIME.

1

1

PAGE 231

STANDARD

H O S T OPERATION TIME

STEP- - - - - - - - - - - - - - - - - - - - - - - -

TIME CALCULATION

CALCULATION

123456709

101112

MANUAL TIME(TWU)


INTERNAL EXTERNAL LOCSA FREQ THU TMU #

--------------------- --------------------- -----



0.00O.OOO.OOO.OO0.00O.OOO.OO0.00O.OOO.OO0.00O.OO

14.QO4.0014.OO8.002.00

14.OO8.00

14.OO80002.001.OO1.00

TITLE SHEET USED IN SETTING STANDARD: 0

8400•1560.

27202.22376.1094O.128527904 .

27762.14216.3966.7210.320 .

- - - - - - - - - - - - - - - - - -0. 1434425.

O. 0.

0.

0.

398400402406405407408410409411412431



Engineered Operation Time Calculation--------------------- ---------------

Type of ElementalWork Time

EXTERNAL MANUAL 1.447

ASSIGNED INTERNAL ( 0.000)

PROCESS TIME 0.000

STANDARD(HRS./CYCLE) 1.447

PIECES PER CYCLE 1

STANDARD HOURS


0.000 1.447

() ( 0.000) ( 0.000)

0 . 0 0 0 0.000

0.000 1.447

1.4

PAGE 233


3

4

5

6

7

8

9

MAKE READY STAGING BRACKET FOR (TRANSPORTING) WI(TH HAND

* REPRESENTS GETTING BRACKET READY TO BE..* ...TRANSPORTEII TO TANK OR BULKHEAD* CARPENTER IS LOCATED EITHER ON THE WAY++* ...OR IN TANK AT THE MATERIAL (BIN-1)

TRANSPORT STAGING BRACKET WITH (TOWER CRANE) (* REPRESENTS TRANSPORTING BRACKETS FROM...* ...BIN-1 TO BULKHEAD* DISTANCES FROM CRANE-REST TO BIN-1 AND..* t..FROtl BIN-1 TO BULKHEAD ARE AVERAGE*.C* ...DISTANCES FROM THE SIDE OF A BASIN* ...1200’X200’* MAXIMUM NUMBER OF BRKTS IN LIFT = 6SET-UP STAGING BRACKET ON WEB FRAME WITH WRENCH(* REPRESENTS PUTTING UP A STAGING BRACKET* ...ON A EXISTING STAGING CLIP ( LOCATED* ...ON A WEB FRAME )

MAKE READY STAGING PLANK FOR (TRANSPORTING) WIT(H HAND

* REPRESENTS GETTING BOARD ON BOLSTERS SO* .o.THAT THE CRANE CAN TRANSPORT IT

TRANSPORT STAGING PLANK WITH (TOWER CRANE) (* REPRESENTS TRANSPORTING BOARDS FROM* .+.LU-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO LU-PILE AND* ...FROM LU-PILE TO BULKHEAD ARE AVERAGE* ...DISTANCES FROM THE SIDE OF A BASIN* ...1200’X200’* MAXIMUM NUMBER OF BOARDS IN LIFT = 3SET-UP STAGING PLANK ON STAGING BRACKET WITH HA(ND

* REPRESENTS SPREADING BOARDS BETWEEN WEBS* 2 MAN OPERATION:* CARPENTERS ARE LOCATED AT TWO DIFFERENT* ...WEBS. THEY BOTH PICK UP THE BOARD* ...TOGETHER AND SLIDE IT INTO POSITION.* IN THIS ANALYSIS CARPENTERS ARE LOCATED* .*.ON THE SAME LEVEL AS THE BOARDS.SET-WP STAGING PLANK ON ( EXISTING ) BRACKET ST(AGING WITH HAND

* REPRESENTS SPREADING BOARDS BETWEEN

426)

563)

569)

428)

565 )

6

3

34

34

573) 5

575) 12

PAGE235


* E X I S T I N G S T A G I N G A N D I N B O A R D O R* OUTBOARD BULKHEAD* 2 MAN OPERATION:* CARPENTERS ARE LOCATED AT DIFFERENT WEBS* E A C H C A R P E N T E R S P R E A D S T W O B O A R D S* S I M U L T A N E O U S L Y* IN THIS ANALYSIS CARPENTERS ARE LOCATED* ON THE SAME LEVEL AS THE BOARDS.

1 0 M A K E R E A D Y S T A N C H I O N F O R ( T R A N S P O R T I N G ) W I T H H A (ND

* REPRESENTS GETTING STANCHION READY TO BE* TRANSPORTED,

11 TRANSPORT STANCHION WITH (TOWER CRANE) (* REPRESENTS TRANSPORTING STANCHION FROM..* B I N - 2 T O B U L K H E A D* DISTANCES FROM CRANE-REST TO BIN-2 AND..* FROM BIN-2 TO BULKHEAD ARE AVERAGES...* *DISTANCES FROM THE SIDE OF A BASIN* . . 1 2 O O ’ X 2 O O ’* M A X I M U M N U M B E R O F S T A N C H I O N S I N L I F T = 6

1 2 S E T - U P S T A N C H I O N I N S T A G I N G B R A C K E T W I T H H A N D (* REPRESENTS PUTTING STANCHION IN THE* BRACKET SLEEVE IN A WING TANK

1 3 M A K E R E A D Y H A N D R A I L F O R ( T R A N S P O R T I N G ) W I T H H A N (D

* REPRESENTS GETTING HANDRAIL ON BOLSTERS* SO THAT THE CRANE CAN TRANSPORT IT

1 4 T R A N S P O R T H A N D R A I L W I T H ( T O W E R C R A N E ) (* REPRESENTS TRANSPORTING HANDRAIL FROM...* H R - P I L E T O B U L K H E A D* D I S T A N C E S F R O M C R A N E - R E S T T O H R - P I L E A N D* FROH HR-PILE TO BULKHEAD ARE AVERAGE* DISTANCES FROM THE SIDE OF A BASIN* 1 2 0 0 ’ X 2 0 0 ’* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6

1 5 S E T - U P H A N D R A I L I N S T A N C H I O N U I T H H A N D (* REPRESENTS PUTTING HANDRAIL INTO THE* E Y E L E T S O N T H E S T A N C H I O N* INCLUDES ACTION DISTANCES NEEDED FOR* Gs,ALIGNING THE HANDRAIL* W E L D I N G O F T H E H A N D R A I L W I L L B E D O N E I N* A SEPARATE SUB OPERATION

1 6 S E T - U P H A N D R A I L ( E N D P I E C E S ) O N ( H A N D R A I L A N (D ) RULKHEAD WITH

4 2 9 )

5 6 6 )

5 7 7 )

4 3 0 )

567 )

578 )

5 7 9 )

P A G E 2 3 6

6

6

1 2

1 2

1 2


* REPRESENTS PUTTING HANDRAIL (END PIECES)* A T T H E E N D O F A S T A G I N G L E V E L* W E L D I N G O F T H E H A N D R A I L ( E N D P I E C E S )* CONNECTIONS WILL BE DONE IN A* S E P A R A T E S U B O P E R A T I O N

1 7 W E L D H A N D R A I L ( C O N N E C T I O N S ) O N S T A N C H I O N W I T H S ( 440 )TICK ELECTRODE

1 8 M A K E R E A D Y L A D D E R F O R ( T R A N S P O R T I N G ) W I T H H A N D ( 4 2 7 )* REPRESENTS GETTING LADDER ON BOLSTERS SO* T H A T T H E C R A N E C A N T R A N S P O R T I T .

1 9 T R A N S P O R T L A D D E R W I T H ( T O W E R C R A N E ) ( 564)* REPRESENTS TRANSPORTING LADDERS FROM* LDR-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO LDR-PILE* . . . A N D F R O M L D R - P I L E T O B U L K H E A D A R E* . . . A V E R A G E D I S T A N C E F R O M S I D E O F B A S I N* . . . 1 2 0 0 ’ X 2 0 0 ’* MAXIMUM NUMBER OF LADDERS IN LIFT = 3

2 0 S E T - U P ( A C C E S S ) L A D D E R O N ( I N B O A R D O R O U T B O A ( 570 )RD ) BULKHEAD WITH

* REPRESENTS PUTTING UP AN ACCESS LADDER* ...ON THE INBOARD OR OUTBOARD BULKHEAD* . . . S O T H A T T H E C A R P E N T E R C A N C L I M B T O* . . . T H E N E X T L E V E L O F S T A G I N G* ...ALSO INCLUDES CLIMBING UP AND DOWN THE* ...LADDER

21 P O S I T I O N ( S E C U R E ) ( ACCESS ) LADDER ON ( 571)* REPRESENTS SECURING A LADDER TO THE* . . . INBOARD OR OUTBOARD BULKHEAD USING* ...FOUR LADDER CLIPS* W E L D I N G O F C L I P S W I L L B E D O N E I N A* . . . S E P A R A T E S U B O P E R A T I O N

2 2 W E L D L A D D E R ( C L I P ) ( S E C U R E S L A D D E R ) O N B U L K H E A D ( 4 3 8 )(OR ANY STRUCTURE)

1 2

0 1

P A G E 2 3 7



I N T E R N A L E X T E R N A L LOCSTEP SA FREQ TMW TMW #- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

123456789

1 01 11 21 31 41 51 61 71 81 92 02 12 2

MANUAL TIME(TMU)



T O T A L I N T E R N A L T I M E ( T M U )

0 . 0 0O.OOO.OO0 . 0 00 . 0 00 . 0 0O.OOO.OOO.OO0 . 0 00 . 0 0O.OOO.OO0 . 0 0O.OO0 . 0 00 . 0 0O.OOO.OOO.OOO.OOO.OO

3 . O O0 . 0 66 . O O6 . 0 03 . O O

3 4 . 0 03 4 . 0 0

5 . 0 01 2 . 0 0

6 . 0 06 . 0 03 . 0 0

1 2 . 0 01 2 . 0 01 2 . O O1 2 . 0 0

O . 1 21 . 0 01 . 0 01 . 0 01 . 0 00 . 0 1

0 . 3 6 3 1 S 0 .

0 . 0 .

0 .

0 .

T I T L E S H E E T U S E D I N S E T T I N G S T A N D A R D : o

2 0 1 0 .6 3 8 0 1 4

3060 .1 0 8 0 0 .

3 2 4 01 7 0 0 0 .

1 3 7 1 2 2 .1 7 5 0 .5 0 4 01 7 4 0 .

1 0 8 0 0 .750 .

6 0 0 0 .2 1 6 0 0 .

7800 .23640 .23531 .

720 .3 6 0 0 .1420 .

7 1 O .1 7 0 1 6 .

5 6 84 3 54 2 65 6 35 6 94 2 85 6 55 7 35 7 54 2 95 6 65 7 74 3 05 6 75 7 85 7 94 4 04 2 75 6 45 7 05 7 14 3 8

P A G E 2 3 8



T y p e o fWork

EXTERNAL MANUAL

ASSIGNED INTERNAL

PROCESS TIME

E n g i n e e r e d O p e r a t i o n T i m e C a l c u l a t i o n- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

E l e m e n t a l P e r c e n t A l l o w a n c e S t a n d a r dT i m e A l l o w a n c e T i m e T i m e

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

(

STANDARD(HRS ./CYCLE)

PIECES PER CYCLE

STANDARD HOURS

3 . 6 3 2

0.000) ()

0 . 0 0 0

3 . 6 3 2

1

0 . 0 0 0 3 . 6 3 2

( 0 . 0 0 0 ) ( 0 . 0 0 0 )

0 . 0 0 0 0 . 0 0 0

0 . 0 0 0 3 . 6 3 2

3 . 6

STANDARD T I M E C A L C U L A T I O N

CALCULATION

R E V . L T R / D A T E

M 0 T O P E R A T I O N T I M E

D E T A I L / U N I T / P A R T x x- - - - - - - - - - - - - - -xSET UP STANDARD CODE

- - - - - - - - - - - - - - - - - -2 BOARD BRACKET STAGING

PROCESS/OPER CODE

PART

S H I P

COST

NAME

CLASS

CLASS/JOB

HULL

TRADE

xx- - - - - - - - - - - - - - - - - -1 3 1- - - - - - - - - - - - - - - - - -x

CARPENTER

x- - - - - - - - - - - - - - - - - -

CORK

WORK

WORK

AREA

ZONE

CENTER

G R O U P ( U N I T / Z O N E )

SUB-GROUP

SUB-SUE-GROUP

CREW/MACHINE

xx- - - - - - - - - - - - - - - - - -x x

3 CARPENTERS ASSET/MACHINE

S U B - I T E M

WORK ORDER

SHEET

APPLICATOR

x

DRAWING

DRAWING

PACKAGE

1 3 1 - 3- - - - - - - - - - - - - - - - - -1 3 1

1 3 1 - 3 - 1I T E M

G E N .

DET .

WORK

x

1x- - - - - - - - - - - - - - - - - -

PA- - - - - - - - - - - - - - - - - -

x- - - - - - - - - - - - - - - - - -

O P E R . D E S C R I P T I O N SET UP BRACKET STAGING ON SMOOTH BULKHEAD WING- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

T A N K P E R 1 0 0 L I N E A R F E E T

0 8 - J U N - 8 3 I S S U E # 1- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

DATE

F r e e- - - -3

S t e p M e t h o d I n s t r u c t i o n- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

1 S E T - U P ( S T A G I N G C L I P ) O N B U L K H E A D w I T H H A M M E R ( (A N D S T E E L - T A P E )

376 )

* REPRESENTS PUTTING UP A STAGING CLIP ON* THE RULKHEAD* WELDING OF THE CLIP WILL BE DONE IN A...* SEPARATE SUB OPERATION

W E L D S T A G I N G B R A C K E T ( C L I P ) O N B U L K H E A D ( O R A N Y ( 4 3 5 )STRUCTURE) WITH

. 0 6


3 M A K E R E A D Y S T A G I N G B R A C K E T F O R ( T R A N S P O R T I N G ) W I ( 4 2 6 )TH HAND

* REPRESENTS GETTING BRACKET READY TO BE. .* ...TRANSPORTED TO TANK OR BULKHEAD* C A R P E N T E R I S L O C A T E D E I T H E R O N T H E W A Y . .* ...OR IN TANK AT THE MATERIAL (BIN-1)

4 T R A N S P O R T S T A G I N G B R A C K E T W I T H ( T O U E R C R A N E ) ( 563)* REPRESENTS TRANSPORTING BRACKETS FROM.. .* ...BIN-1 TO BULKHEAD* DISTANCES FROM CRANE-REST TO BIN-1 AND..* . , . F R O M B I N - 1 T O B U L K H E A D A R E A V E R A G E . . .* ...DISTANCES FROM THE SIDE OF A BASIN* . . . 1 2 0 0 ’ X 2 0 0 ’* MAXIMUM NUMBER OF BRKTS IN LIFT = 6

5 M A K E R E A D Y S T A G I N G B R A C K E T F O R ( T R A N S P O R T I N G ) W ( 3 7 7 )ITH HAND

* REPRESENTS GETTING BRACKET READY TO BE..* . . . T R A N S P O R T E D T O T A N K O R B U L K H E A D* C A R P E N T E R I S L O C A T E D E I T H E R O N T H E W A Y . .* ...OR IN TANK AT THE HATERIAL (BIN-1)

6 M A K E R E A D Y S T A G I N G P L A N K F O R ( T R A N S P O R T I N G ) W I T ( 4 2 8 ) . 1 0H HAND


7 T R A N S P O R T S T A G I N G P L A N K W I T H ( T O U E R C R A N E ) ( 565)* REPRESENTS TRANSPORTING BOARDS FROM* . . . L U - P I L E T O B U L K H E A D* D I S T A N C E S F R O M C R A N E - R E S T T O L U - P I L E A N D* . . . F R O M L U - P I L E T O B U L K H E A D A R E A V E R A G E* . . . D I S T A N C E S F R O M T H E S I D E O F A B A S I N* . . . 1 2 0 0 ’ x 2 0 0 ’* MAXIMUMl NUMBER OF BOARDS IN LIFT = 3

8 S E T - U P S T A G I N G P L A N K O NN D

* REPRESENTS SETTING UP* . . . B R A C K E T S .* TWO MAN OPERATION:

S T A G I N G B R A C K E T W I T H H A ( 3 8 8 )

B O A R D S B E T W E E N . . . .

* CARPENTERS ARE LOCATED AT TWO DIFFERENT* ..BRACKETS. THEY BOTH LIFT THE BOARD...* . . T O G E T H E R A N D S L I D E I T I N T O P O S I T I O N .* IN THIS ANALYSIS CARPENTERS ARE LOCATED* . . .ON THE LEVEL BELOW THE BOARDS.

6

6

3

1 0

5


9 M A K E R E A D Y S T A N C H I O N F O R ( T R A N S P O R T I N G ) W I T H H A (N D

* REPRESENTS GETTING STANCHION READY TO BE* ...TRANSPORTED.

1 0 T R A N S P O R T S T A N C H I O N W I T H ( T O U E R C R A N E ) (* REPRESENTS TRANSPORTING STANCHION FROM.. * ..RIN-2 TO BULKHEAD* DISTANCES FROM CRANE-REST TO BIN-2 AND..* ...FROM BIN-2 TO BULKHEAD ARE AVERAGE...* ...DISTANCES FROM THE SIDE OF A BASIN* . . . 1 2 0 0 ’ X 2 0 0 ’* MAXIMUM NUMBER OF STANCHIONS IN LIFT = 6

1 1 S E T - U P S T A N C H I O N I N S T A G I N G B R A C K E T W I T H H A N D (* REPRESENTS PUTTING STANCHION IN THE...* ...BRACKET SLEEVE.

12 M A K E R E A D Y H A N D R A I L F O R ( T R A N S P O R T I N G ) W I T H H A N (D


13 TRANSPORT HANDRAIL WI WITH (TOWER CRANE) (* REPRESENTS TRANSPORTING HANDRAIL FROM...* ...HR-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO HR-PILE AND* ...FROM HR-PILE TO BULKHEAD ARE AVERAGE* ...DISTANCES FROM THE SIDE OF A BASIN* . . . 1 2 0 0 ’ X 2 0 0 ’* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6

1 4 S E T - U P H A N D R A I L O N S T A N C H I O N W I T H H A N D (* REPRESENTS PUTTING HANDRAIL INTO THE..,** ...EYELETS ON THE STANCHION* INCLUDES ACTION DISTANCES NEEDED FOR...* ...ALIGNING THE HANDRAIL* WELDING OF THE HANDRAIL CONNECTIONS WILL* ...BE DONE IN A SEPARATE SUB OPERATION

1 5 S E T - U P H A N D R A I L ( E N D P I E C E S ) O N H A N D R A I L ( A N D B (ULKHEAD) WITH HAND

* REPRESENTS PUTTING HANDRAIL (END PIECES)* . . . A T T H E E N D O F A S T A G I N G L E V E L* WELDING OF THE HANDRAIL (END PIECES)...* ...CONNECTIONS WILL BE DONE IN A.....* ...SEPARATE SUB OPERATION

1 6 W E L D H A N D R A I L ( C O N N E C T I O N S ) O N S T A N C H I O N W I T H S (TICK ELECTRODE

4 2 9 )

5 6 6 )

3 9 3 )

4 3 0 )

! 5 6 7 )

3 9 6 )

3 9 7 1

4 4 0 )

6

6

3

1 4

1 4

1 4

4

. 1 4

17

1 8

1 9

2 0

2 1


MAKE READY LADDER FOR (TRANSPORTING) WITH HAND (* REPRESENTS GETTING LADDER ON BOLSTERS SO* . . . T H A T T H E C R A N E C A N T R A N S P O R T I T ,

TRANSPORT LADDER WITH (TOUER CRANE) (* REPRESENTS TRANSPORTING LADDERS FROM* . . . L D R - P I L E T O B U L K H E A D* D I S T A N C E S F R O M C R A N E - R E S T T O L D R - P I L E* . . . A N D F R O M L D R - P I L E T O B U L K H E A D A R E* ...AVERAGE DISTANCE FROM SIDE OF BASIN* 1 2 0 0 ’ x 2 0 0 ’* MAXIMUM NUMBER OF LADDERS IN LIFT = 3

S E T - U P ( A C C E S S ) L A D D E R O N B U L K H E A D W I T H H A N D (* REPRESENTS PUTTING UP AN ACCESS LADDER..* ...ON THE BULKHEAD SO THAT THE CARPENTER* ...CAN CLIMB TO THE NEXT LADDER,* ALSO INCLUDES CLIMBING UP AND DOWN THE. .* . . . L A D D E R . AVERAGE NUMBER OF RUNGS = 12

P O S I T I O N ( S E C U R E ) ( A C C E S S ) L A D D E R F O R B U L K H E A D (WITH

* REPRESENTS SECURING A LADDER TO THE....* . . . B U L K H E A D U S I N G 4 L A D D E R C L I P S* WELDING OF CLIPS WILL BE DONE IN A.....* ...SEPARATE SUB OPERATION

W E L D L A D D E R ( C L I P ) ( S E C U R E S L A D D E R ) O N B U L K H E A D ((OR ANY STRUCTURE)

4 2 7 )

5 6 4 )

383 )

384 )

4 3 8 ) .01


M O S T O P E R A T I O N T I M E C A L C U L A T I O N

I N T E R N A L E X T E R N A L LOCSTEP SA FREQ THU TMU #- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

123456789

1 01 11 21 31 41 51 61 71 81 92 02 1

MANUAL TIHE(TMU)

A C T U A L P R O C E S S T I M E ( T M U )



0 . 0 00 . 0 00 . 0 0O.OOO.OO0 . 0 00 . 0 00 . 0 00 . 0 00 . 0 00 . 0 0O.OO0 . 0 00 . 0 0O.OO0 . 0 00 . 0 00 . 0 0O.OOO.OO0 . 0 0

T I T L E S H E E T U S E D I N S E T T I N G S T A N D A R D :

3 . O O0 . 0 66 . O O6 . 0 03 . 0 0

1 0 . O O1 0 . 0 05 . O O6 . 0 06 . 0 03 . 0 0

1 4 . 0 01 4 . 0 01 4 . O O

4 O O0 . 1 41 . O O1 . O O1 . O O1 . O O0 . 0 1

0

2 0 1 O .63801 .

3 0 6 0 .10800 .

1 5 3 0 .5000 .

40330 .1 4 5 0 .1 7 4 0 .

1 0 8 0 0 .750 .

7 0 0 0 .2 5 2 0 0 ,

9 1 O O .7880.

2 7 4 5 3 .720 .

3 6 0 0 .1 4 2 0 .

7 1 O .1 7 0 1 6 .

0 . 604520 .

o . o .

0 .

0 .

3 7 64 3 54 2 65 6 33 7 74 2 85 6 53 8 84 2 95 6 63 9 34 3 05 6 73 9 63 9 74 4 04 2 75 6 43 8 33 8 44 3 8


H O S T. OPERATION TIME CALCULATION


T Y P e o f E l e m e n t a lwork. T i m e

EXTERNAL MANUAL 2 . 4 1 4

A S S I G N E D . I N T E R N A L ( 0 . 0 0 0 )

PROCESS TIME 0 . 0 0 0

S T A N D A R D ( H R S . / C Y C L E ) 2 . 4 1 4

PIECES PER CYCLE 1

STANDARD HOURS

P e r c e n tA l l o w a n c e- - - - - - - - -

( ) (

A l l o w a n c e S t a n d a r dT i m e T i m e

- - - - - - - - - - - - - - - - - -

0 . 0 0 0 2 , 4 1 4

0 . 0 0 0 ) ( 0 . 0 0 0 )

0 . 0 0 0 0 . 0 0 0

0 . 0 0 0 2 . 4 1 4

2 . 4

STANDARD

M O S T OPERATION TIME

D E T A I L / U N I T / P A R T

PROCESS/OPER”

PART NAME

S H I P C L A S S

CODE

C O S T C L A S S / J O B #


SUB-GROUP

SUB-SUB-GROUP

CREW/MACHINE

I T E M

GEN. DRAWING.

D E T . D R A W I N G

WORK PACKAGE

O P E R . D E S C R I P T I O N

DATE

x

T I M E C A L C U L A T I O N

CALCULATION

R E V . L T R / D A T E X

SET UP STANDARD CODE X

2 BOARD BRACKET STAGING

x- - - - - - - - - - - - - - - - - -1 3 1

x

x- - - - - - - - - - - - - - - - - -x

3 CARPENTERS

1 3 1 - 3

1 3 1

x

x

HULL

TRADE

WORK AREA

WORK ZONE

WORK CENTER

ASSET/MACHINE X

S U B - I T E H

WORK ORDER

SHEET

APPLICATOR

x

CARPENTER

x

x

x

x

1 3 1 - 3 - 1

x

1- - - - - - - - - - - - - - - - - -PA

SET UP BRACKET STAGING AT FLOOR LEVEL TRANSVERSE

B U L K H E A D W I N G T A N K P E R 1 0 0 L I N E A R F E E T

0 8 - J U N - 8 3 I S S U E # 1

S t e m M e t h o d I n s t r u c t i o n F r e Q

1 S E T - U P ( S T A G I N G C L I P ) O N B U L K H E A D W I T H H A M M E R ( ( 376 ) 3A N D S T E E L - T A P E )

* REPRESENTS PUTTING UP A STAGING CLIP ON* THE BULKHEAD* WELDING OF THE CLIP WILL BE DONE IN A...* .SEPARATE SUB OPERATION

2 W E L D S T A G I N G B R A C K E T ( C L I P ) O N B U L K H E A D ( O R A N Y ( 4 3 5 )S T R U C T U R E ) W I T H

P A G E 2 4 6

. 0 6


3 M A K E R E A D Y S T A G I N G B R A C K E T F O R ( T R A N S P O R T N 6 ) W I ( 4 2 6 )TH HAND

* REPRESENTS GETTING BRACKET READY TO BE..* TRANSPORTED TO TANK OR BULKHEAD* CARPENTER IS LOCATED EITHER ON THE WAY..* O R I N T A N K A T T H E H A T E R I A L ( B I N - 1 )

4 T R A N S P O R T S T A G I N G B R A C K E T W I T H ( T O W E R C R A N E ) ( 5 6 3 )* R E P R E S E N T S T R A N S P O R T I N G B R A C K E T S F R O M . .* BIN-1 TO BULKHEAD* DISTANCES FROM CRANE-REST TO BIN-1 AND..* . . . F R O M B I N - 1 T O B U L K H E A D A R E A V E R A G E . . .* . . . D I S T A N C E S F R O M T H E S I D E O F A B A S I N* . . . 1 2 0 0 ’ X 2 0 0 ”* M A X I M U M N U M B E R O F B R K T S I N L I F T = 6

5 S E T - U P S T A G I N G B R A C K E T O N W E B F R A M E W I T H W R E N C H ( 5 6 9 )* REPRESENTS PUTTING UP A STAGING BRACKET* . . . O N A E X I S T I N G S T A G I N G C L I P ( L O C A T E D* . . . O N A W E B F R A M E )

6 M A K E R E A D Y S T A G I N G P L A N K F O R ( T R A N S P O R T I N G ) W I T ( 4 2 8 )H HAND


7 T R A N S P O R T S T A G I N G P L A N K W I T H ( T O W E R C R A N E ) ( 565 )* REPRESENTS TRANSPORTING BOARDS FROM* ...LU-FILE TO BULKHEAD* D I S T A N C E S F R O M C R A N E- R E S T T O L U - P I L E A N D* ...FROM LU-PILE TO BULKHEAD ARE AVERAGE* . . . D I S T A N C E S F R O M T H E S I D E O F A B A S I N* . . . 1 2 0 0 ’ X 2 0 0 ’* MAXIMUM NUMBER OF BOARDS IN LIFT = 3

8 S E T - U P S T A G I N G P L A N K O N S T A G I N G B R A C K E T W I T H H A ( 573 )N D

* REPRESENTS SPREADING BOARDS BETWEEN WEBS* 2 M A N O P E R A T I O N :* CARPENTERS ARE LOCATED AT TWO DIFFERENT* . . . W E B S . T H E Y B O T H P I C K U P T H E B O A R D* . . . T O G E T H E R A N D S L I D E I T I N T O P O S I T I O N .* IN THIS ANALYSIS CARPENTERS ARE LOCATED* O N T H E S A M E L E V E L A S T H E B O A R D S .

9 S E T - U P S T A G I N G P L A N K O N ( E X I S T I N G ) B R A C K E T S T ( 5 7 5 )AGING WITH HAND

6

3

4 0

4 0

5

1 5

* REPRESENTS SPREADING BOARDS BETWEEN


* . . . E X I S T I N G S T A G I N G A N D I N B O A R D O R* ...OUTBOARD BULKHEAD* 2 M A N O P E R A T I O N :* CARPENTERS ARE LOCATED AT DIFFERENT WEBS* . . .EACH CARPENTER SPREADS TWO BOARDS* . . . S 1 M U L T A N E 0 U S L Y* IN THIS ANALYSIS CARPENTERS ARE LOCATED* ...ON THE SAME LEVEL AS THE BOARDS.

1 0 M A K E R E A D Y S T A N C H I O N F O R ( T R A N S P O R T I N G ) W I T H H A ( 4 2 9 )NDl

* REPRESENTS GETTING STANCHION READY TO BE* . . . T R A N S P O R T E D +

1 1 T R A N S P O R T S T A N C H I O N W I T H ( T O W E R C R A N E ) ( 566)* REPRESENTS TRANSPORTING STANCHION FROM.. .* . . . B I N - 2 T O B U L K H E A D* D I S T A N C E S F R O M C R A N E - R E S T T O B I N - 2 A N D . .* . . . F R O M B I N - 2 T O B U L K H E A D A R E A V E R A G E . . .* . . . D I S T A N C E S F R O M T H E S I D E O F A B A S I N* . . . 1 2 0 0 ’ X 2 0 0 ’* M A X I M U M N U M B E R O F S T A N C H I O N S I N L I F T = 6

1 2 S E T - U P S T A N C H I O N I N S T A G I N G B R A C K E T W I T H H A N D ( 577)* R E P R E S E N T S P U T T I N G S T A N C H I O N I N T H E* . . . B R A C K E T S L E E V E I N A W I N G T A N K

1 3 M A K E R E A D Y H A N D R A I L F O R ( T R A N S P O R T I N G ) W I T H M A N ( 4 3 0 )D

* REPRESENTS GETTING HANDRAIL ON BOLSTERS* . . . S 0 T H A T T H E C R A N E C A N T R A N S P O R T I T

1 4 T R A N S P O R T H A N D R A I L W I T H ( T O W E R C R A N E ) ( 567)* R E P R E S E N T S T R A N S P O R T I N G H A N D R A I L F R O M . . .* . . . H R - P I L E T O B U L K H E A D* D I S T A N C E S F R O M C R A N E - R E S T T O H R - P I L E A N D* . . . F R O M H R - P I L E T O B U L K H E A D A R E A V E R A G E* . . . D I S T A N C E S F R O M T H E S I D E O F A B A S I N* ...1200’X200’* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6

1 5 S E T - U P H A N D R A I L I N S T A N C H I O N W I T H H A N D ( 578)* R E P R E S E N T S P U T T I N G H A N D R A I L I N T O T H E* . . . E Y E L E T S O N T H E S T A N C H I O N* INCLUDES ACTION DISTANCES NEEDED FOR* . . . A L I G N I N G T H E H A N D R A I L* W E L D I N G O F T H E H A N D R A I L W I L L B E D O N E I N* . . . A S E P A R A T E S U B O P E R A T I O N

1 6 W E L D H A N D R A I L ( C O N N E C T I O N S ) O N S T A N C H I O N W I T H S ( 4 4 0 )TICK ELECTRODE

6

6

3

1 0

1 0

1 0

● lo


1 7 ( W A L K U P O R D O W N ) M O V E O P E R A T O R ( O N I N C L I N E D S T ( 4 3 1 )AIRS) ON BULKHEAD

* REPRESENTS CARPENTER WALKING UP OR DOWN* . . . A S E T O F I N C L I N E D S T A I R S . A V E R A G E* . . . N U M B E R O F T R E A D S I N A S E T O F I N C L I N E D* . . . S T A I R S = 1 6 .* CARPENTERS ARE WALKING UP OR DOWN STAIRS* A T T H E S A M E T I M E .



E n g i n e e r e d O p e r e t i o n T i m e C a l c u l a t i o n- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

T y p e o f E l e m e n t a lWork T i m e

- - - - - - - - - - - - - - - - - - - - - - - - - -


A S S I G N E D I N T E R N A L ( 0 . 0 0 0 )


STANDARD(HRS+/CYCLE) 3 . 3 5 0

PIECES PER CYCLE 1

STANDARD HOURS

P e r c e n t A l l o w a n c e S t a n d a r dA l l o w a n c e T i m e T i m e- - - - - - - - - - - - - - - - - - - - - - - - - - -

0 . 0 0 0 3 . 3 5 0

( ) ( 0 . 0 0 0 ) ( 0 . 0 0 0 )

0 . 0 0 0 0 . 0 0 0

0 . 0 0 0 3 . 3 5 0

3 . 4


* I N C L U D E S A C T I O N D I S T A N C E S N E E D E D F O R . . . .* . . . A L I G N I N G T H E H A N D R A I L* WELDING OF THE HANDRAIL CONNECTIONS WILL* . . . B E D O N E I N A S E P A R A T E S U B O P E R A T I O N

1 7 W E L D H A N D R A I L ( C O N N E C T I O N S ) O N S T A N C H I O N W I T H S ( 4 4 0 )TICK ELECTRODE

18 ( W A L K U P O R D O W N ) M O V E O P E R A T O R ( O N I N C L I N E D S T ( 4 3 1 )AIRS) ON BULKHEAD

* REPRESENTS CARPENTER WALKING UP OR DOWN* . . . A S E T O F I N C L I N E D S T A I R S A V E R A G E* . . . N U M B E R O F T R E A D S I N A S E T O F I N C L I N E D* . . . S T A I R S = 1 6 .* CARPENTERS ARE WALKING UP OR DOWN STAIRS* A T T H E S A M E T I M E .

. 1 0



T y p e o fWork

EXTERNAL MANUAL

ASSIGNED INTERNAL

PROCESS TIME

E n g i n e e r e d O p e r a t i o n T i m e C a l c u l a t i o n


- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

2 . 2 6 8 0 . 0 0 0 2 . 2 6 8

( 0.000) () ( 0 . 0 0 0 ) ( 0 . 0 0 0 )

0 . 0 0 0 0 . 0 0 0 0 ● 0 0 0

S T A N D A R D ( H R S . / C Y C L E ) 2 . 2 6 8 0 . 0 0 0 2 . 2 6 8

PIECES PER CYCLE 1

STANDARD HOURS 2 . 3


* M A X I M U M N U M B E R O F S T A N C H I O N I N L I F T = 69 R E M O V E S T A G I N G P L A N K O N ( B O A R D P I L E ) W I T H W I N C H ( 4 1 0 )

* REPRESENT REMOVING BOARDS FROM BOARD.. .* . . . P I L E O N T A N K T O P T O D E C K ( G O E S T H R U . .* . . . M A N H O L E ) .* MAXIMUM NUMBER OF BOARDS IN LIFT = 3

1 0 R E M O V E S T A G I N G B R A C K E T O N ( M A T E R I A L P I L E ) W I T H ( 4 0 9 )WINCH

* REPRESENTS REMOVAL OF BRACKET FROM MATL* . . . PILE ON TANKTOP TO DECK (GOING THRU* . . . M A N H O L E ) .* MAXIMUM NUMBER OF BRACKET IN LIFT = 3

1 1 R E M O V E L A D D E R O N ( L A D D E R - P I L E ) W I T H W I N C H ( 411)* REPRESENT REMOVING LADDERS FROM LADDER* . . . - P I L E O N T A N K T O P T O D E C K ( G O E S T H R U . .* . . . M A N H O L E ) .* MAXIMUM NUMBER OF LADDERS IN LIFT = 3

1 2 R E M O V E T O O L B O X O N ( M A T E R I A L P I L E ) W I T H W I N C H ( 412)* REPRESENTS REMOVING TOOLBOX FROM MATL. . .* . . . - P I L E O N T A N K T O P T O D E C K ( G O E S T H R U . . .* . . . M A N H O L E ) .* TOOLBOX CONTAINS:* . . . 2 8 B O L T S* . . . 2 8 N U T S* . . . 2 8 L A D D E R C L I P S

1 0

6




T y p e o fWork


- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

EXTERNAL MANUAL

ASSIGNED INTERNAL

PROCESS TIME

1 • 3 2 6 0 . 0 0 0 1 . 3 2 6

( 0 . 0 0 0 ) ( ) ( 0 . 0 0 0 ) ( 0 . 0 0 0 )

0 . 0 0 0 0 . 0 0 0 0 . 0 0 0

S T A N D A R D ( H R S . / C Y C L E ) 1 • 3 2 6 0 . 0 0 0 1 • 3 2 6

P I E C E S P E R C Y C L E 1


P A G E 2 4 7


* . . . M A N H O L E ) . * MAXIMUM NUMBER OF BOARDS IN LIFT = 3

9 R E M O V E S T A G I N G B R A C K E T O N ( M A T E R I A L P I L E ) W I T H ( 409 )WINCH

* REPRESENTS REMOVAL OF BRACKET FROM MATL* . . . PILE ON TANKTOP TO DECK (GOING THRU* . . . M A N H O L E ) .* MAXIMUM NUMBER OF BRACKET IN LIFT = 3

1 0 R E M O V E T O O L B O X O N ( M A T E R I A L P I L E ) W I T H W I N C H ( 4 1 2 )* REPRESENTS REMOVING TOOLBOX FROM MATL. . .* . . . - P I L E O N T A N K T O P T O D E C K ( G O E S T H R U . . .* . . . M A N H O L E ) .* TOOLBOX CONTAINS:* ...28 BOLTS* . . . 2 8 N U T S* . . . 2 8 L A D D E R C L I P S

6

1



I N T E R N A L E X T E R N A L LOCSTEP SA FREQ TMU TMU #- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

12

3456789

1 0

MANUAL TIME(TMU)

ACTUAL PROCESS TIME(TWJ)

FACTORED PROCESS TIME(THU)


0 . 0 00 . 0 00 . 0 00 . 0 00 . 0 00 . 0 00 . 0 00 . 0 00 . 0 00 . 0 0


1 0 . 0 03 . 0 0

4 0 . 0 06 . 0 01 . 0 0

1 0 . 0 06 . O O

4 0 . 0 06 . 0 01 . 0 0

0

16380 .4 7 6 4 .

7 7 7 2 0 .1 6 7 8 2 .

3 2 0 .9 1 8 0 .5 9 2 8 .

7 9 3 2 0 .1 0 6 6 2 .

7 2 1 0 .

- - - - - - - - - - - - - - - - - -O . 1 7 6 6 8 2 7 .

0 . 0 .

0 .

0 .

3 9 94 0 14 0 24 0 64 3 14 0 74 0 84 1 04 0 94 1 2



T y p e o fW o r k

- - - - - - - - - - - - - - - - -

EXTERNAL MANUAL

A S S I G N E D I N T E R N A L

PROCESS TIME



- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

2 . 2 8 3 0 . 0 0 0 2 . 2 8 3

( 0.000) () ( 0 . 0 0 0 ) ( 0 . 0 0 0 )

0 . 0 0 0 0 . 0 0 0 0 . 0 0 0




STANDARD

M O S T O P E R A T I O N T I M E


PROCESS/OPER CODE

PART NAME

SHIP CLASS

COST CLASS/JOB #


SUB-GROUP

SUB-SUB-GROUP

CREW/MACHINE

I T E M

GEN.

DET .

WORK

DRAWING

DRAWING

PACKAGE

x

TIME CALCULATION

CALCULATION

R E V . L T R / D A T E- - - - - - - - - - - - - - - - - -

REMOVE STANDARD CODE- - - - - - - - - - - - - - - - - -2 BOARD BRACKET STAGING

x- - - - - - - - - - - - - - -x- - - - - - - - - - - - - - -

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

x- - - - - - - - - - - - - - - - - -1 3 1- - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -x

6 CARPENTERS

1 3 1 - 3- - - - - - - - - - - - - - - - - -1 3 1

x - - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -

HULL

TRADE

WORK AREA

WORK ZONE

WORK CENTER

A S S E T / M A C H I N E

S U B - I T E M

WORK ORDER

SHEET

APPLICATOR

x- - - - - - - - - - - - - - - - - -CARPENTER- - - - - - - - - - - - - - - - - -

x

x

x

x- - - - - - - - - - - - - - - - - -1 3 1 - 3 - 3- - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -1- - - - - - - - - - - - - - - - - -PP- - - - - - - - - - - - - - - - - -

OPER. DESCRIPTION TEAR DOWN AND REMOVE BRACKET STAGING BELOW FLOOR- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

T R A N S V E R S E B U L K H E A D W I N G T A N K P E R 1 0 0 L I N F T

DATE

S t e p- - - -

1

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -0 8 - J U N - 8 3 I S S U E #- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

M e t h o d I n s t r u c t i o n F r e q

TEAR DOWN HANDRAIL ON BULKHEAD WITH TORCH (AND ( 3 9 9 ) 1 0WINCH)

* R E P R E S E N T S T E A R I N G D O W N H A N D R A I L I N A . . .* . . . W I N G T A N K . H A N D R A I L I S L O W E R E D T O T H E* . . . M A T L - P I L E W I T H A W I N C H B E C A U S E T H E . . .* . . . T A N K I S T O S M A L L F O R T H E H A N D R A I L T O* . . . B E T H R O W N .* C A R P E N T E R S R E M O V E 2 H A N D R A I L B E F O R E . . . . .


* . . . M A N H O L E ) .* MAXIMUM NUMBER OF BOARDS IN LIFT = 3

9 R E M O V E S T A G I N G B R A C K E T O N ( M A T E R I A L P I L E ) W I T H ( 409 )WINCH

* REPRESENTS REMOVAL OF BRACKET FROM MAIL* ...PILE ON TANKTOP TO DECK (GOING THRU* . . . M A N H O L E ) O* MAXIMUM NUMBER OF BRACKET IN LIFT = 3

1 0 R E M O V E T O O L B O X O N ( M A T E R I A L P I L E ) W I T H W I N C H ( 412)* REPRESENTS REMOVING TOOLBOX FROM MAIL. . .* . . . - P I L E O N T A N K T O P T O D E C K ( G O E S T H R U . . .* . . . M A N H O L E ) .* TOOLBOX CONTAINS:* . . . 2 8 B O L T S* . . . 2 8 N U T S* . . . 2 8 L A D D E R C L I P S



I N T E R N A L E X T E R N A L LOCSTEP SA FREQ TlME TMU #- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

0 . 0 01 0 . 0 03 0 . 0 04 0 . 0 05 0 . 0 06 0 . 0 07 0 . 0 08 0 . 0 09 0 . 0 0

1 0 0 . 0 0

M A N U A L T I M E ( T M U )

A C T U A L P R O C E S S T I M E ( T M U )

FACTORED PROCESS TIME(THU)



1 0 . 0 03 * O O

2 0 . 0 06 . 0 01 . 0 0

1 0 . 0 06 . 0 0

2 0 . 0 06 . 0 01 . 0 0

1 6 3 8 0 .4 7 6 4 .

3 0 8 6 0 .1 6 7 8 2 .

3 2 0 .9 1 8 0 .5 9 2 0 .

3 9 6 6 0 .1 0 6 6 2 .

7 2 1 0 .

- - - - - - - - - - - - - - - - - -

0 . 1 9 1 6 5 7 3 .

0 . 0 .

0 .

o .

o

3 9 94 0 14 0 24 0 64 3 14 0 74 0 84 1 04 0 94 1 2




T y p e o f E l e m e n t a lw o r k T i m e

- - - - - - - - - - - - - - - - - - - - - - - - - -





PIECES PER CYCLE 1

STANDARD HOURS

P e r c e n t A l l o w a n c e S t a n d a r d A l l o w a n c e T i m e T i m e- - - - - - - - - - - - - - - - - - - - - - - - - - -

0 . 000 1 . 4 9 7

( ) ( 0 . 0 0 0 ) ( 0 . 0 0 0 )

0 . 0 0 0 0 . 0 0 0

0 . 0 0 0 1 . 4 9 7

1 . 5

PAGE 277


4 . 2 H O W T O C A L C U L A T E T I M E S T A N D A R D S


x R E V . L T R / D A T ED E T A I L / U N I T / P A R T x- - - - - - - - - - - - - - - - - -SET UP STANDARD CODE- - - - - - - - - - - - - - - - - -TANK STAGING PLATFORM

- - - - - - - - - - - - - - -x- - - - - - - - - - - - - - -

PROCESS/OPER CODE

PART NAME- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -131- - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -2 CARPENTERS

HULL x- - - - - - - - - - - - - - - - - -

S H I P C L A S S

TRADE CARPENTERC O S T C L A S S / J O B #- - - - - - - - - - - - - - - - - -

WORK AREA x G R O U P ( U N I T / Z O N E )- - - - - - - - - - - - - - - - - -

x- - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -

WORK ZONESUE-GROUP

SUB-SUB-GROUP

CREW/MACHINE

I T E M

GEN. DRAWING

D E T . D R A W I N G

WORK PACKAGE

WORK CENTER


1 3 1 - 3 S U B - I T E M

W ORK O R D E R

1 3 1 - 3 - 3- - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -1 - - - - - - - - - - - - - - - - - -

131

x- - - - - - - - - - - - - - - - - -

SHEET

PPx APPLICATOR- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

ASSEMBLE TANK STAGING PLATFORM, PLACE ON SHIP,- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

S E C U R E T O M A I N D E C K P E R 1 0 0 S Q U A R E F E E T- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -1 8 - M A Y - 8 3 I S S U E # 1


DATE- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

S t e p M e t h o d I n s t r u c t i o n F r e q

1 ( B R U S H ) C L E A N (PLATEN) FOR TANK STAGING PLATFOR( 538 ) . 1 4M WITH BROOM

* REPRESENTS CLEANING THE TABLE BEFORE THE* . . . T A N K S T A G I N G P L A T F O R M I S A S S E M B L E D .* SQUARE FOOTAGE OF AREA CLEANED = 700

2 R E A D M A T E R I A L L I S T ( P R I N T ) F O R T A N K S T A G I N G P L A ( 539 ) . 1 4



I N T E R N A L E X T E R N A L LOCSTEP SA FREQ TMU T M U #- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

123456789

1 01 11 21 31 4

MANUAL TIME(TMU)




0 . 0 00 . 0 00 . 0 00 . 0 00 . 0 00 . 0 00 . 0 00 . 0 00 . 0 00 . 0 00 . 0 00 . 0 00 . 0 00 . 0 0


0 . 1 40 . 1 40 . 1 40 . 1 40 . 1 40 . 1 40 . 1 40 . 1 40 . 1 40 . 1 4 0 . 1 40 . 1 40 . 1 40 . 1 4

5 9 6 1 .4 3 7 .

2 1 6 4 .1 1 9 0 .1 0 9 2 .6 1 0 4 .6552 .7 5 1 1 .

1 0 3 6 4 .3 6 4 0 .5 0 4 3 .1 7 6 4 .9 7 5 8 .8 0 7 1 .

- - - - - - - - - - - - - - - - - -

0 . 6 9 6 5 2 .

0 . 0.

0 .

0 .

0

5 3 85 3 95 4 05 4 15 4 25 4 35 4 45 4 55 4 65 4 75 4 85 4 95 5 75 5 5




T y p e o f E l e m e n t a l P e r c e n t A l l o w a n c e S t a n d a r dWork T i m e A l l o w a n c e T i m e T i m e

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

EXTERNAL MANUAL 0 . 6 9 7 0 . 0 0 0 0 . 6 9 7

A S S I G N E D I N T E R N A L ( 0 . 0 0 0 ) ( ) ( 0 . 0 0 0 ) ( 0 . 0 0 0 )

PROCESS TIME 0 . 0 0 0 0 . 0 0 0 0 . 0 0 0


PIECES PER CYCLE 1


P A G E 2 8 3


* REPRESENTS REMOVAL OF ANGLES ON A TANK* . . . S T A G I N G P L A T F O R M ( I N A C E N T E R T A N K )* T O T A L A N G L E S = 6 ( 1 L I F T )* 1 CARPENTER MOVES ANGLES TO ONE AREA ON* . . . T H E T A N K S T A G I N G P L A T F O R M* . . . L O C A T E D N E A R A M A N H O L E , A W I N C H* . . .OPERATOR AND A CARPENTER REMOVE THE* . . . A N G L E S F R O M T H E T A N K . T H E R E A R E 2* ...CARPENTERS WHO RECEIVE AND STACK THE* . . . A N G L E S ( I N T H E D E C K . T H E I R T I M E I S* ...INTERNAL TO THE WINCH PROCESS TIME.

6 T E A R D O W N I - B E A M S F O R T A N K S T A G I N G P L A T F O R M WI T( 554 )H WINCH

* REPRESENTS REMOVAL OF I -BEAMS FROM THE* . . . T A N K S T A G I N G P L A T F O R M* T O T A L I - B E A M S = 7 ( 7 L I F T S )* A CARPENTER AND WINCH OPERATOR REMOVE* . . . T H E I - B E A M S F R O M T H E T A N K . T H E R E A R E* . . . 2 C A R P E N T E R S W H O R E C E I V E* . . . T H E I - B E A M S O N T H E D E C K .* . . . I S I N T E R N A L T O T H E W I N C H

AND STACKT H E I R T I M EPROCESS TIME

. 1 4




1 0 . 0 0 0 . 1 4 8 5 7 1 . 5 5 62 0 . 0 0 0 . 1 4 3 0 1 1 1 . 5 5 23 0 . 0 0 0 . 1 4 7 9 6 0 . 5 5 04 0 . 0 0 0 . 0 0 5 3 9 4 . 5 5 15 0 . 0 0 0 . 1 4 1 2 9 4 . 5 5 36 0 . 0 0 0 . 1 4 4 9 7 6 . 5 5 4

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

MANUAL TIME(TMU) 0 . 1 2 7 9 5 7 .




o . o .

o .


S T A N D A R D T I M E C A L C U L A T I O N


E n g i n e e r e d O p e r a t i o n T i m e C a l c u l a t i o n


- - - - - - - - - - - - - - - - - - - - - - - - - -





P e r c e n t A l l o w a n c eA l l o w a n c e T i m e- - - - - - - - - - - - - - - - - -

0 . 0 0 0

( ) ( 0 . 0 0 0 ) (

0 , 0 0 0


STANDARD HOURS

0 . 0 0 0

S t a n d a r dT i m e

0 . 5 8 3

0 . 0 0 0 )

0 . 0 0 0

0 . 5 8 3

O . 6


TUDINAL ) BULKHEAD

* REPRESENTS REMOVAL OF HANDRAIL FROM TOP* . . . L E V E L O F B U L K H E A D S T A G I N G I N A C E N T E R* ...TANK. THIS IS DONE AFTER BOARDS HAVE* . . . B E E N S P R E A D T O T A N K S T A G I N G P L A T F O R M* CARPENTER WORKS ALONE* H O O K U P , I G N I T E A N D E X T I N G U I S H T O R C H A R E* . . . I N A S E P A R A T E S U B - O P

3 H O O K - U P A N D U N H O O K T O R C H O N M A N I F O L D W I T H W R E E N C ( 9 )H


4 I G N I T E A N D E X T I N G U I S H T O R C H F O R B U R N I N G W I T H H A ( 1 0 )ND

* HOOK-UP NOT INCLUDED

6

6

PAGE 290



I N T E R N A L E X T E R N A L LOCSTEP SA FREQ THU TMU #- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

1 0 . 0 0 1 0 0 . 0 0 6 7 3 0 0 0 . 5 5 92 0 . 0 0 6 . 0 0 5 7 3 6 0 . 5 6 03 0 . 0 0 6 . 0 0 1 6 8 0 . 94 0 . 0 0 6 . 0 0 3960. 10

- - - - - - - - - - - - - - - - - -

t4ANUAL TIME(TMU) 0 . 8 6 3 9 5 7 .

ACTUAL PROCESS TIME(TMU) 0 . 0 .

FACTORED PROCESS TIME(TMU) 0 .

T O T A L I N T E R N A L T I M E ( T M U ) 0 .


S T A N D A R D T I M E C A L C U L A T I O N


e n g i n e e r e d O p e r a t i o n T i m e C a l c u l a t i o n- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

T y p e o fWork

- - - - - - - - - - - - - - - - -

EXTERNAL MANUAL


PROCESS TIME

E l e m e n t a lT i m e

- - - - - - - - -

7 . 3 6 0

( 0 . 0 0 0 )

0 . 0 0 0



STANDARD HOURS

P e r c e n t A l l o w a n c e S t a n d a r d A l l o w a n c e T i m e T i m e- - - - - - - - - - - - - - - - - - - - - - - - - - -

0 . 0 0 0 7 . 3 6 0

( ) ( 0 . 0 0 0 ) ( 0 . 0 0 0 )

0 . 0 0 0 0 . 0 0 0

0 . 0 0 0 7 . 3 6 0

7 . 4


H O S T O P E R A T I O N T I M E C A L C U L A T I O N


PROCESS/OPER CODE

PART NAME

S H I P C L A S S

COST CLASS/JOB #


SUB-GROUP

SUB-SUB-GROUP

CREW/MACHINE

I T E M

GEN. DRAWING

DET. DRAWING

WORK PACKAGE


DATE

x R E V . L T R / D A T E X- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -SET UP STANDARD CODE X- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -STAGING BRACKETS AND BOARDS- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -1 3 1- - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -

2 CARPENTERS- - - - - - - - - - - - - - - - - -1 3 1 - 3

1 3 1- - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - - - -x

HULL

TRADE

WORK AREA

WORK ZONE

WORK CENTER


S U B - I T E M

WORK ORDER

SHEET 1

APPLICATOR

x- - - - - - - - - - - - - - - - - -CARPENTER- - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -1 3 1 - 3 - 3- - - - - - - - - - - - - - - - - -x- - - - - - - - - - - - - - - - - -1- - - - - - - - - - - - - - - - - -PP- - - - - - - - - - - - - - - - - -

CONNECT TWO TANK STAGING PLATFORMS: USING STAGING- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

BRACKETS AND BOARDS PER 100 LINEAR FEET- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -2 5 - M A Y - 8 3 ISSUE # 1- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

S t e p M e t h o d I n s t r u c t i o n F r e q- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

1 S E T - U P S T A G I N G B R A C K E T S F O R ( B E T W E E N ) T A N K S T A G ( 5 6 1 ) 5ING PLATFORM WITH

* REPRESENTS SETTING UP BRACKETS ON 2 TANK* . . . S T A G I N G P L A T F O R M S . B O A R D S A R E S P R E A D* . . . B E T W E E N T H E B R A C K E T S .* THIS ASSEMBLY IS USED TO CONNECT THE TWO* ...TANK STAGING PLATFORMS.* 2 CARPENTERS WORKING SIMULTANEOUSLY EACH


2

* . . . W O R K I N G O N A D I F F E R E N T P L A T F O R M .* S T E P S :* 1 - 6 R E P R E S E N T S S E T T I N G U P B R A C K E T S A T* . . . B R - 1 , B R - 2 , A N D B R - 3* 7 REPRESENTS SPREADING BOARDS BETWEEN* . . . B R - I A N D B R - 2 ; B R - 2 A N D B R - 3

S E T - U P S T A G I N G P L A N K S F O R ( B E T W E E N ) T A N K S T A G I N ( 5 6 2 ) 1 0 0G PLATFORMS WITH

* REPRESENTS SPREADING BOARDS BETWEEN TWO* . . . T A N K S T A G I N G P L A T F O R M S* 2 CARPENTERS ARE NOT WORKING* ...SIMULTANEOUSLY




1 0 . 0 0 5 . 0 0 3 2 7 0 0 , 5 6 12 0 . 0 0 1 0 0 . 0 0 6 8 3 0 0 0 . 5 6 2

- - - - - - - - - - - - - - - - - -

MANUAL TIME(TMU) 0 . 1 5 7 9 6 5 7 .








T y p e o f E l e m e n t a l P e r c e n t A l l o w a n c e S t a n d a r dWork T i m e A l l o w a n c e T i m e T i m e

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

EXTERNAL MANUAL 7 . 1 5 7 0 . 0 0 0 7 . 1 5 7


PROCESS TIME 0 . 0 0 0 0 . 0 0 0 0 . 0 0 0


PIECES PER CYCLE 1



* . . . E N D O F T H E B O A R D , T H E N P I C K U P T H E* . . . B O A R D A N D P L A C E I T O N A P I L E O N T H E* ...TANK STAGING PLATFORM.



I N T E R N A L E X T E R N A L LOCSTEP SA FREQ TIME TMU #- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

1 0 . 0 0 1 0 0 . 0 0 1 5 3 0 0 0 . 5 8 2

- - - - - - - - - - - - - - - - - -

MANUAL TIME(TMU) 0 , 1 7 3 2 6 5 7 .


FACTORED PROCESS TIME(TWU) 0 .


T I T L E S H E E T U S E D I N S E T T I N G S T A N D A R D : 0





- - - - - - - - - - - - - - - - - - - - - - - - - -






STANDARD HOURS

P e r c e n t A l l o w a n c eA l l o w a n c e T i m e

0 . 0 0 0

( ) ( 0 . 0 0 0 ) (

0 . 0 0 0

0 . 0 0 0

1 . 5 3 0

0 . 0 0 0 )

0 . 0 0 0

1 . 5 3 0

1 . 5

STANDARD

M O S T O P E R A T I O N T I M E

STEP

T I M E C A L C U L A T I O N

CALCULATION

I N T E R N A L E X T E R N A L LOCSA FREQ TMU TMU #

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -O*OO 5 . 0 0 2 8 2 0 0 . 5 8 4

1 0 . 0 0 1 0 0 . 0 0 1 8 5 0 0 0 . 5 8 3

- - - - - - - - - - - - - - - - - -MANUAL TIME(TMU) 0 . 1 9 4 5 8 5 7 .




T I T L E S H E E T U S E D I N S E T T I N G S T A N D A R D : 0



T y p e o fW o r k

- - - - - - - - - - - - - - - - -

EXTERNAL MANUAL


PROCESS TIME


E l e m e n t a l P e r c e n tT i m e A l l o w a n c e

- - - - - - - - - - - - - - - - - -

2 . 1 3 2

( 0 . 0 0 0 ) ( ) (

0 . 0 0 0



STANDARD HOURS

A l l o w a n c eT i m e

- - - - - - - - -

O.OOO

0 . 0 0 0 ) (

0 . 0 0 0

0 . 0 0 0

S t a n d a r dT i m e

- - - - - - - - -

2 . 1 3 2

0 . 0 0 0 )

0 . 0 0 0

2 . 1 3 2

2 . 1


H O S T O P E R A T I O N T I M E C A L C U L A T I O N


1 0 . 0 0 1 4 . 0 0 2 1 8 4 0 . 5 2 42 0 . 0 0 8 . 0 0 4 2 4 0 . 5 2 53 0 . 0 0 1 . 8 0 8 1 9 0 . 5 2 74 0 . 0 0 1 . 8 0 2 3 0 4 . 5 2 15 0 . 0 0 2 1 . 0 0 9 2 4 0 . 5 2 66 0 . 0 0 8 . 0 0 7 2 0 0 . 5 2 87 0 . 0 0 8 . 0 0 1 1 3 6 0 . 5 3 08 0 . 0 0 1 . 0 0 9 9 0 0 . 5 2 99 0 . 0 0 1 . 0 0 6 1 1 5 0 . 5 8 1

MANUAL TIME(TMU)- - - - - - - - - - - - - - - - - -

0 . 4 2 0 9 6 4 .








T y p e o f E l e m e n t a l P e r c e n t A l l o w a n c e S t a n d a r dW o r k T i m e A l l o w a n c e T i m e T i m e

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

EXTERNAL MANUAL 1 . 3 5 4 0 . 0 0 0 1 . 3 5 4


PROCESS TIME 0 . 0 0 0 0 . 0 0 0 0 . 0 0 0





* REPRESENTS TRANSPORTING END PIECES FROM* . . .END-PC-RACK TO MATL-PILE.* DISTANCES FROM CRANE REST TO END-PC-RACK* * AND FROM END-PC-RACK TO HATL-PILE ARE* . . . AVERAGE DISTANCES ON A WAY 740'X120’* MAXIMUM NUMBER END-PCS IN LIFT = 3* . . .THERE ARE 2 LIFTS DONE PER SECTION OF* . . . PIPE STAGING (16'LONG).

3 SET-UP PIPE STAGING (END PCS AND BRACES) FOR SI(DE SHELL WITH HAND

* REPRESENTS SETTING UP 1ST LEVEL OF A 16'* . . . LONG SECTION OF PIPE STAGING. SECTION* *. . . INCLUDES 3 END PIECES AND 8 BRACES* WHICH ARE HELD IN PLACE BY A LOCKING* . . .PIN.* CARP-1 AND CARP-2 ARE WORKING* . . .SIMULTANEOUSLY IN PUTTING UP THE END* . . . PIECES AND BRACES.

4 SET-UP PIPE STAGING (END PCS AND BRACES) FOR SI(DE SHELL WITH WRENCH

* REPRESENTS SETTING UP 2ND LEVEL OF A 16'* . . . LONG SECTION OF PIPE STAGING. SECTION* . . . INCLUIIES 3 END PIECES AND 8 BRACES* . . . WHICH ARE HELD IN PLACE BY A LOCKING* . . . PIN, END PIECES ARE BOLTED TO 1ST* . . . LEVEL END PIECES.* CARP-1 AND CARP-2 ARE WORKING* . . . SIMULTANEOUSLY IN PUTTING UP THE END* . . . PIECES AND BRACES.

5 MAKE READY STAGING PLANK FOR (TRANSPORTING) WIT(H HAND

* REPRESENTS GETTING BOARD ON BOLSTERS SO* . . . THAT THE CRANE CAN TRANSPORT IT

6 TRANSPORT STAGING PLANK FOR PIPE STAGING (AT SI(DE SHELL) WITH

* REPRESENTS TRANSPORTING BOARDS FROM* BD PILE TO SIDE SHELL

4 8 8 )

4 8 9 )

4 5 5 )

4 5 6 )

3

3

24

12


ING) FOR

* REPRESENTS CARPENTER CLIMBING UP AND* . . . DOWN END PIECE OF PIPE STAGING.* AVERAGE NUMBER OF STEPS NEEDED = 6.

8 SET UP STAGING PLANK ON PIPE STAGING (AT SIDE S( 4 5 7 )HELL) WITH HAND

1 2

* REPRESENT’S CARPENTERS SPREADING BOARDS* . . . ON PIPE STAGING SECTION (16'LONG).* . . . CARPENTERS HAVE TO CLIMB UP AND DOWN* . . . THE PIPE STAGING TO SPREAD THE BOARDS* . . . (SEE SEPARATE ANAYLSIS FOR CLIMBING)

9 MAKE READY STANCHION FOR (TRANSPORTING) WITH HA( 458 )ND

* REPRESENTS GETTING STANCHION READY TO BE* . . . TRANSPORTED.

10 TRANSPORT STANCHION FOR PIPE STAGING (AT SIDE S( 4 5 9 ) 6HELL) WITH

* REPRESENTS TRANSPORTING STANCHION FROM* . . . BIN-2 TO SIDE SHELL.* DISTANCES FROM CRANE-REST TO BIN-2 AND. .* . . . FROM BIN-2 TO SIDE SHELL ARE AVERAGE* . . . DISTANCES FROM A WAY 740'X120'* MAXIMUM NUMBER OF STANCHIONS IN LIFT = 6

11 SET UP STANCHION ON PIPE STAGING (AT SIDE SHELL( 460 )) WITH WRENCH

* REPRESENTS SETTING UP STANCHIONS ON PIPE* . . . STAGING* . . . CARPENTERS INSTALL SIMULTANEOUSLY.* . . . CARPENTERS ARE STILL ON PIPE STAGING

12 TRANSPORT HANDRAIL FOR PIPE STAGING (AT SIDE SH(ELL) WITH

* REPRESENTS TRANSPORTING HANDRAIL FROM* . . . HR-PILE TO SIDE SHELL.* DISTANCES FROM CRANE-REST TO HR-PILE AND* . . . FROM HR-PILE TO SIDE SHELL ARE* . . . AVERAGE DISTANCES FROM WAY 740'X120'* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6

13 SET UP HANDRAIL ON PIPE STAGING (AT SIDE SHELL)(WITH HAND

4 6 1 )

4 6 2 )

* REPRESENTS CARPENTERS INSTALLING

PAGE 317


( 464) 12

* . . . HANDRAIL THRU EYELETS IN STANCHIONS.* . . . CARPENTERS DON’T WORK SIMULTANEOUSLY.* WELDING DONE IN A SEPARATE SUB-OP.

14 TRANSPORT STAGING PLANK FOR ( 4 6 3 ) 12* REPRESENTS TRANSPORTING BOARDS FROM* . . . BD-PILE TO SIDE SHELL.* DISTANCES FROM CRANE-REST TO RD-PILE AND* . . . FROM BD-PILE TO SIDE SHELL ARE* . . . AVERAGE DISTANCES FROM WAY 740'X120'* MAXIMUM NUMBER OF BOARDS IN LIFT = 4

15 SET UP STAGING PLANK FOR* REPRESENTS CARPENTERS SPREADING BOARDS* . . . BETWEEN PIPE STAGING SECTIONS.* . . . THERE IS A 16' GAP BETWEEN SECTIONS.* . . . CARPENTERS HAVE TO CLIMB UP AND DOWN*. . . THE PIPE STAGING TO SPREAD THE BOARDS*. . . (SEE SEPARATE ANAYLSIS FOR CLIMBING)

16 TRANSPORT HANDRAIL FOR SIDE SHELL (BTWN 2 PIPE ( 4 6 5 ) 6STAGING SECTIONS)

* REPRESENTS TRANSPORTING HANDRAIL FROM* . . . H R - P I L E T O S I D E S H E L L .* DISTANCES FROM CRANE-REST TO HR-FILE AND* . . .FROM HR-PILE TO SIDE SHELL ARE* . . .AVERAGE DISTANCES FROMl WAY 740’Xi20’* MAXIMUM NUMBER OF HANDRAIL IN L IFT = 6

17 SET UP HANDRAIL FOR SIDE SHELL (BTWN 2 PIPE STA( 4 6 6 ) 3GING SECTIONS)

* REPRESENTS CARPENTERS INSTALLING* . . .HANDRAIL ON EXISTING HANDRAIL* . . .*CARPENTERS DON’T WORK SIMULTANEOUSLY.* . . .WELDING DONE IN A SEPARATE SUB-OP.

18 WELD HANDRAIL (CONNECTIONS) ON STANCHION WITH S( 4 4 6 ) . 1 2TICK ELECTRODE

PAGE 3 / 8



D E T A I L / U N I T / P A R T X REV. LTR/DATE X- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

PROCESS/OPER CODE REMOVAL STANDARD CODE X- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

PART NAME 96’ SECTION OF TWO LEVEL PIPE STAGING- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

SHIP CLASS x H U L L x- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

COST CLASS/JOB # 131 TRADE CARPENTER- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

G R O U P ( U N I T / Z O N E ) X WORK AREA x- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

SUB-GROUP x WORK ZONE x- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

SUB-SUB-GROUP x WORK CENTER X- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

CREW/MACHINE 3 CARPENTERS ASSET/MACHINE X- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

ITEM 1 3 1 - 2 SUB-ITEM 1 3 1 - 2 - 3- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

GEN. DRAWING 131 WORK ORDER X- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

DET, DRAWING x SHEET 1- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

WORK PACKAGE x A P P L I C A T O R P P- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

OPER. DESCRIPTION TEAR DOWN PIPE STAGING EXT SIDE SHELL (3-16’ PIPE- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

STAGING +3-16’ BOARD SPANS OF P.IPE SECTIONS)- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -16 -JUN-83 ISSIUE # 2- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

DATE

S t e p M e t h o d I n s t r u c t i o n- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

1 TEAR DOWN HANDRAIL FOR SIDE SHELL (BTWN 2 PIPE ( 469 )STAGING SECTIONS)

FreQ- - - -3

* REPRESENTS TEARING DOWN HANDRAIL ON PIPE* . . .STAGING (BTWN 2 SECTIONS). A TORCH IS* ...USED TO BURN THE HANDRAIL OFF. THE* . ..HANDRAIL IS THROWN TO THE MATERIAL* ...PILE. CARPENTERS REMOVE 2 HANDRAIL* ...PIECES BEFORE MOVING TO NEXT SECTION.

P A G E 3 2 /

DATA SYNTHESIS AND BACK-UP

378. TRANSPORT STAGING BRACKET WITH (GROVE CRANE) AT TANK (OR WAY) CARPENPER STAGING BRACKET OFG: 3 02-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS TRANSPORTING BRACKETS FROM...* . . .B IN-1 TO BULKHEAD* DISTANCES FROM CRANE-REST TO BIN-1 AND..* . . .FROM BIN-1 TO BULKHEAD ARE AVERAGE...* . . .DISTANCES IN A CENTER TANK *98’X50’* MAXIMUM NUMBER OF BRKTS IN LIFT = 6


TOTAL TMU

381, TRANSPORT LADDERS WITH (GROVE CRANE) AT TANK CARPENTERPER LADDER OFG: 3 03-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS TRANSPORTING LADDERS FROM...* . . .LDR-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO LDR-PILE.. .* . . .AND FROM LDR-PILE TO BULKHEAD ARE. . .* . . .AVERAGE DISTANCES IN A CENTER TANK...* . . . 9 8 ’ X 5 0 ’* MAXIMUM NUMBER OF LADDERS IN LIFT = 3


TOTAL TMU 2 4 0 0 .

384, POSITION (SECURE) (ACCESS) LADDER FOR BULKHEAD WITH HAMMER (AND LADDECLIPS) AT TANK CARPENTER


* REPRESENTS SECURING A LADDER TO THE.. .* ...BULKHEAD USING 4 LADDER CLIPS

* W E L D I N G O F C L I P S W I L L B E D O N E I N A . . . .* . . .SEPARATE SUB OPERATION


TOTAL THU 71O.


390. SET-UP STAGING PLANK ON STAGING BRACKET WITH HAND AT TANK CARPENTERPER STAGING PLANK OFG: 4 02-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS SETTING UP BOARDS BETWEEN...* . . .BRACKETS.* ONE MAN OPERATION:* USUALLY OCCURS WHEN CRANE CANNOT PLACE..* ...BOARD ON BRACKETS.


TOTAL TMU 6 7 0 .



* REPRESENTS GETTING STANCHION READY TO BE* ....TRANSPORTED.


TOTAL TMU 5 5 0 .

393, SET-UP STANCHION IN STAGING BRACKET WITH HAND AT TANK CARPENTERPER STANCHION OFG: 3 02-FEB-82

REPRESENTS ELAPSED THE* REPRESENTS PUTTING STANCHION IN THE... .* . . .BRACKET SLEEVE.


TOTAL TMU 2 5 0 .

PAGE 33-8


410. REMOVE STAGING PLANK ON (BOARD PILE) WITH WINCH AT ANY TANKS AND VOIDCARPENTER


* REPRESENT REMOVING BOARDS FROM BOARD...* . . .PILE ON TANKTOP TO DECK (GOES THRU..* .....MANHOLE).* MAXIMUM NUMBER OF BOARDS IN LIFT = 3

CARP-3 BEGINS AT HATL-PILE

TOTAL TMU 1 9 8 3 .



* REPRESENT REMOVING LADDERS FROM LADDER* ..4-PILE ON TANKTOP TO DECK (GOES THRU*.* M A N H O L E ) .* MAXIMUM NUMBER OF LADDERS IN LIFT = 3


TOTAL TMU 1 9 8 3 .



* REPRESENTS REMOVING TOOLBOX FROM MATL..* . . .P ILEON TANKTOP TO DECK (GOES THRU. .* . . . M A N H O L E ) ,* TOOLBOX CONTAINS:* . . . 2 8 B O L T S* . . 4 2 8 N U T S* . . . 2 8 L A D D E R C L I P S


TOTAL TMU

P A G E 3 4

7 2 1 0 .


431. (WALK UP OR DOWN) MOVE OPERATOR (ON INCLINED STAIRS) ON BULKHEAD AT ANYTANKS AND VOIDS CARPENTER

PER SET OF INCLINED STAIRS OFG: 4 1O-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS CARPENTER WALKING UP OR DOWN* . . .A SET OF INCLINED STAIRS. AVERAGE* ...NUMBER OF TREADS IN A SET OF INCLINED** . . . S T A I R S = 1 6 .* CARPENTERS ARE WALKING UP OR DOWN STAIRS * AT THE SAME TIME.


TOTAL TMU 3 2 0 .

563. TRANSPORT STAGING BRACKET WITH (TOWER CRANE) AT (WING) TANKS AND VOIDSCARPENTER


* REPRESENTS TRANSPORTING BRACKETS FROM..* . . B I N - 1 T O B U L K H E A D* DISTANCES FROM CRANE-REST TO BIN-1 AND..* .... FROM BIN-1 TO BULKHEAD ARE AVERAGE..* . .DISTANCES FROM THE SIDE OF A BASIN* . . 1 2 0 0 ’ X 2 0 0 ’* MAXIMUM NUMBER OF BRKTS IN LIFT = 6


TOTAL TMU



REPRESENTS ELAPSED TIME* REPRESENTS PUTTING UP AN ACCESS LADDER..* ..ON THE BULKHEAD SO THAT THE CARPENTER* ..,CAN CLIMB TO THE NEXT LADDER.* ALSO INCLUDES CLIMBING UP AND DOWN THE..* . . . .LADDER.* AVERAGE NUMBER OF RUNGS = 12


TOTAL TMU 1 4 2 0 .

384, POSITION (SECURE) (ACCESS) LADDER FOR BULKHEAD WITH HAMMER (AND LADDERCLIPS) AT TANK CARPENTER


* REPRESENTS SECURING A LADDER TO THE....* ...BULKHEAD USING 4 LADDER CLIPS* W E L D I N G O F C L I P S W I L L 8 E D O N E I N A . . . .* ...SEPARATE SUB OPERATION


TOTAL TMU 71O.


REPRESENTS ELAPSED TIME* REPRESENTS SETTING UP BOARDS BETWEEN...* ... BRACKETS.* TWO MAN OPERATION:* CARPENTERS ARE LOCATED AT TWO DIFFERENT* . .BRACKETS. THEY BOTH LIFT THE BOARD...* . .TOGETHER AND SLIDE IT INTO POSITION,* IN THIS ANALYSIS CARPENTERS ARE LOCATED* ..ON THE LEVEL BELOW THE BOARDS*


TOTAL TMU 2 9 0 .


426. HAKE READY STAGING BRACKET FOR (TRANSPORTING) WITH HAND AT ANY WAYSCARPENTER

PER STAGING BRACKET OFG: 3 1O-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS GETTING BRACKET READY TO BE..* ...TRANSPORTED TO TANK OR BULKHEAD* CARPENTER IS LOCATED EITHER ON THE WAY..* . .OR IN TANK AT THE MATERIAL (BIN-1)


TOTAL TMU 51O.

427, MAKE READY LADDER FOR (TRANSPORTING) WITH HAND AT ANY WAYS CARPENTERPER LADDER OFG: 3 1O-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS GETTING LADDER ON BOLSTERS SO* ...THAT THE CRANE CAN TRANSPORT IT.


TOTAL TMU 720 ●

428, MAKE READY STAGING PLANK FOR (TRANSPORTING) WITH HAND AT ANY MAYSCARPENTER

PER STAGING PLANK OFG: 3 1O-FEB-82REPRESENTS ELAPSED TIME



TOTAL TMU 5 0 0 .


429. MAKE READY STANCHION FOR (TRANSPORTING) WITH HAND AT ANY WAYS CARPENTPER STANCHION OFG: 3 1O-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS GETTING STANCHION READY TO BE

* . . .TRANSPORTED+CARP-3 BEGINS AT LU-PILE

TOTAL TMU 2 9 0 ,

430, MAKE READY HANDRAILPER HANDRAIL OFG: 3

FOR (TRANSPORTING) WITH HAND AT ANY WAYS CARPENTE1O-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS GETTING HANDRAIL ON BOLSTERS* ...SO THAT THE CRANE CAN TRANSPORT IT


TOTAL TMU 5 0 0 .

569. SET-UP STAGING BRACKET ON WEB FRAME WITH WRENCH AT ( WING ) TANKS AVOIDS CARPENTER


* REPRESENTS PUTTING U)P A STAGING BRACKET* . . .ON A EXISTING STAGING CLIP ( LOCATED* .... ON A WEB FRAME )


TOTAL TMU 1 0 8 0 ,

P A G E 3 5 5


577. SET-UP STANCHION IN STAGING BRACKET WITH HAND AT ( WING ) TANKS ANDVOIDS CARPENTER

PER STANCHION OFG: 4 24-MAY-8.3REPRESENTS ELAPSED TIME

* REPRESENTS PUTTING STANCHION IN THE* ...BRACKET SLEEVE IN A WING TANK


TOTAL TMU 250 ●

578, SET-UP HANDRAIL IN STANCHION WITH HAND AT ( WING ) TANKS AND VOIDSCARPENTER


* REPRESENTS PUTTING HANDRAIL INTO THE* ...EYELETS ON THE STANCHION* INCLUDES ACTION DISTANCES NEEDED FOR* . .ALIGNING THE HANDRAIL* WELDING OF THE HANDRAIL WILL BE DONE IN * . .A SEPARATE SUB OPERATION


TOTAL TMU 650 ●

579. SET-UP HANDRAIL ( END PIECES ) ON ( HANDRAIL AND ) BULKHEAD WITH HANDAT ( WING ) TANKS AND VOIDS CARPENTER

PER HANDRAIL OFG: 4 24-MAY-83REPRESENTS ELAPSED TIME-

* REPRESENTS PUTTING HANDRAIL (END PIECES)* . .AT THE END OF A STAGING LEVEL* WELDING OF THE HANDRAIL ( END PIECES )* ... CONNECTIONS WILL BE DONE IN A* ...SEPARATE SUB OPERATION

CARP-I BEGINS AT WEB-1

TOTAL TMU 1 9 7 0 .


568. SET-UP ( STAGING CLIP ) ON WEB FRAME WITH HAMMER ( AND STEEL-TAPE ) A( WING ) TANKS AND VOIDS CARPENTER

PER STAGING CLIP OFG: 4 24-MAY-83REPRESENTS ELAPSED TIME

* REPRESENTS PUTTIN6 UP A STAGING CLIP ON* . .A WEB FRAME* WELDING OF THE CLIP WILL BE DONE IN A* . .SEPARATE SUB OPERATION

C A R P - 1 B E G I N S A T W I N G - T A N K

TOTAL TMU

PAGE 359

SECTION 5DATA SYNTHESIS AND BACK-UP

5 . 1 SUMMARY

5 4 5 . ASSEMBLE I-BEAMS FOR TANK STAGING PLATFORM WITH WRENCH AT ANY PLATENCARPENTER


* CARPENTER WORKS ALONE BOLTING I-BEAMS* STEPS:* 1-4 ARE FOR THE CONNECTIONS OF I-6 & I-7* . . . A T I - l , I - 2 , I - 3 , I - 4 , A N D 1 - 5 * 5,6 ARE FOR MOVEEMENT OF THE CARPENTER* ...BETWEEN THE CONNECTIONS


T O T A L T M U 536504

5 4 6 . ASSEMBLE ANGLE-BARS FOR TANK STAGING PLATFORM WITH WRENCH AT ANY PLATENCARPENTER


* CARPENTER WORKS ALONE ASSEMBLING ANGLES* STEPS:* 1-6 ARE FOR CONNECTIONS OF A-4 AND A-1* . . . A T I - l , I - 2 , I - 3 , 1 - 4 , A N D 1 - 5* 7-13 ARE FOR CONNECTIONS OF* . . A - 3 A T 1 - 5 , 1 - 4 , A N D 1 - 3 A N D* ...A-1 AT 1-3,1-2, AND 1-1* 14-20 ARE FOR CONNECTIONS OF A-S AND A-6* . . . A T 1 - 1 , 1 - 2 , 1 - 3 , 1 - 4 , A N D I - 5


TOTAL TMU 7 4 0 3 0 .

PAGE 360


539. READ MATERIAL LIST (PRINT) FOR TANK STAGING PLATFORM WITH (EYES) AT PLATEN CARPENTER


* CARPENTER READS PRINT BEFORE LAYING OUT* . . .TABLE, READS 48 DIGITS PER LOCATION


TOTAL TMU 3 1 2 0 .

540. MEASURE (PLATEN) FOR TANK STAGING PLATFORM WITH (STEEL) TAPE AT ANYPLATEN CARPENTER

PER PLATFORM OFG: 4 31-JAN-83REPRESENTS ELAPSED TIME

* REPRESENTS MEASURING TABLE FOR LAYOUT* A N A L Y S I S I N C L U D E S A L L T H E W A L K I N G . . .* . . .DISTANCES FOR THE LAYOUT.* STEPS:* 2 , 3 , 4 A R E F O R I - l , I - 2 , I - 3 , 1 - 4 , A N D 1 - 5* . . A T A - 5 A N D A - 6 ,* 5 , 6 , 7 A R E F O R A - 5 , I - 7 , A -4 , A - 3 , A - l , I - 6 ,* ....AND A-6 AT 1-5* 5 , 6 , 7 A R E F O R A - 5 , 1 - 7 , A - 4 , A - 2 , A - l , I - 6 ,* ...AND A-6 AT 1-1* 9 , 1 0 , l l A R E F O R A - 2 A N D A - 3 A T I - 3


TOTAL TMU 1 5 4 6 0 .

PAGE 34/


541. MARK (PLATEN) FOR TANK STAGING PLATFORM WITH MARKER AT ANY PLATENCARPENTER


* REPRESENTS MARKING THE LAYOUT FOR A TANK* ...STAGING PLATFORM AND INSPECTING WORK.* THE FOLLOWING PLACES ARE LAID OUT:* . . . A T A - S A N D A - 6 :* . . I - l , I - 2 , I - 3 , I - 4 , A N D I - S* . . . A T I - 1 A N D 1 - 5 :* . . . A - 6 , I - 6 , I - 6 , A - 1 , A - 4 , I - 7 A N D A - 5* . . . A - 2 I S L A I D O U T A T I - 3 A N D I - 1* . . A - 3 I S L A I D O U T A T I - 3 A N D 1 - 5


TOTAL TMU 8500 ●

542. TRANSPORT PALLET (I-BEAMS AND ANGLES) FOR TANK STAGING PLATFORM WITH(CRANE) AT ANY PLATEN CARPENTER

PER PLATFORM OFG: 4 02-FEB-83.REPRESENTS ELAPSED TIME

* MATERIAL NEEDED FOR ONE PLATFORM:* . . . I - B E A M S - 7* . . A N G L E S - 6


TOTAL TMU 7800 .

547, TRANSPORT STAGING PLANKS FOR TANK STAGING PLATFORM WITH (CRANE) AT ANYPLATEN CARPENTER


* BOARDS ARE TRANSPORTED FROM LUMBER PILE* ...WHICH IS LOCATED ON THE PLATEN.* TOTAL NUMBER OF BOARDS IN LIFT = 64* TOTAL LIFTS = 2 (PORT AND STARBOARD)


26000 ●


551, TEAR DOWN I-BEAMS ON TANK STAGING PLATFORM WITH WRENCH AT MID TANKS ANVOIDS. CARPENTER

PER PLATFORM OFG: 4 11-HAY-83REPRESENTS ELAPSED TIME

* CARPENTER WORKS ALONE UNBOLTING I-BEAMS* STEPS:* 1-5 ARE FOR REMOVING BOLTS ON 1-6 & I-7* .... AT I-l,I-2,I-3,I-4,AND 1-5* 6,7 ARE FOR MOVEMENT OF THE CARPENTER* ...BETWEEN THE CONNECTIONS

CARP-I BEGINS AT 1-1

TOTAL TMU 3 8 5 3 0 ,

552, TEAR DOWN STAGING PLANKS ON TANK STAGING PLATFORM WITH WINCH AT MIDTANKS AND VOIDS CARPENTER


* REPRESENTS REMOVAL OF BOARDS ON A TANK* ...STAGING PLATFORM (IN A CENTER TANK)* TOTAL BOARDS = 64 (22 LIFTS)* 2 CARPENTERS MOVE BOARDS FROM THE TANK* ...STAGING PLATFORM TO A LUMBER-PILE* ...LOCATED NEAR A MANHOLE. A WINCH* ...OPERATOR AND A CARPENTER REMOVE THE* ....BOARDS FROM THE TANK. THERE ARE 2* ...CARPENTERS WHO RECEIVE AND STACK THE* . .BOARDS ON THE DECK. THEIR TIME IS* ..INTERNAL TO THE WINCH PROCESS TIME,


TOTAL TNU 2 1 5 0 8 0 .


561. SET-UP STAGING BRACKETS FOR (BETWEEN) TANK STAGING PLATFORM WITH WRENCHAT MID TANKS AND VOIDS CARPENTER


* REPRESENTS SETTING UP BRACKETS ON 2 TANK* . . .STAGING PLATFORMS. BOARDS ARE SPREAD * . .BETWEEN THE BRACKETS.* THIS ASSEMBLY IS USED TO CONNECT THE TWO* ....TANK STAGING PLATFORMS.* 2 CARPENTERS WORKING SIMULTANEOUSLY EACH* ...WORKING ON A DIFFERENT PLATFORM* STEPS:* 1-6 REPRESENTS SETTING UP BRACKETS AT* . . . B R - l , B R - 2 , A N D B R - 3* 7 REPRESENTS SPREADING BOARDS BETWEEN* . . .BR-1 AND BR-2; BR-2 AND BR-3


TOTAL TMU 6 5 4 0 .

562. SET-UP STAGING PLANKS FOR (BETWEEN) TANK STAGING PLATFORMS WITH HAMMERAT MID TANKS AND VOIDS CARPENTER


* REPRESENTS SPREADING BOARDS BETWEEN TWO* ...TANK STAGING PLATFORMS* 2 CARPENTERS ARE NOT WORKING* . .S IMULTANEOUSLY

CARP-I BEGINS AT PLFM1

TOTAL TMU 6 8 3 0 •

9. HOOK-UP AND UNHOOK TORCH ON MANIFOLD WITH WRENCH AT SHIPPER EA OFG: 1 31-JUL-81


CARP4 BEGINS AT HOOK-UP

TOTAL - TMU 2 8 0 .

P A G E 3 7 0




CREW SIZE = 6 (3 CARPS ABOVE DECK AND 3 BELOW), RATE IN ELAPSED TIME.MULT BY 6 TO OBTAIN TOTAL TIME.

PER 8-HR SHIFT AND (1) CUT OFG: 4 20-NOV-81* THE FOLLOWING IS IINCLUDED IN THIS SUBOP:* - - 2 H O O K - U P S A N D 2 U N H O O K S P E R ( l ) . . . .* . . . 8 - H R S H I F T* - - (1 ) OCCURRENCE FOR IGNITE AND . . . . . . . . .* . . .EXTINGUISH TORCH* --TO DETERMINE THE FREQ OF THE SUB-DP...* . . .FRO NUMBER OF CUTS >1, USE THE . . . . . .* . . .FORMULA: FREQ = 1 + [ ( N - 1 ) X . 2 3 3 . . .

* .... WHERE ‘N- = THE NUMBER OF CUTS(BURNS)TOTAL TMU 2 9 0 0 . 0

517. SET-UP (STAGING CLIP) ON SIDE SHELL WITH HAMMER AT ANY WAY CARPENTERPER STAGING CLIP OFG: 3 16-HAR-82

REPRESENTS ELAPSED TIME* REPRESENTS PUTTING UP A STAGING CLIP ON* . . T H E S I D E S H E L L .* CARPENTERS ARE WORKING FROM AN AERIAL* . . P L A T F O R M .* WELDING OF THE CLIP IS DONE IN A* . . .SEPERATE SUB OPERATION.


TOTAL TMU 940 ●

518, SET-UP STAGING BRACKET ON SIDE SHELL WITH WRENCH AT ANY WAY CARPENTERPER STAGING BRACKET OFG: 3 16-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS PUTTING UP A BRACKET ON THE* . . . S I D E S H E L L .* CARPENTERS ARE WORKING FROM AN AERIAL* . . . P L A T F O R M .


TOTAL TMU 1 2 2 0 .

PAGE376


526, TEAR DOWN STAGING PLANK FOR SIDE SHELL WITH HAND AT ANY WAY CARPENTERPER STAGING PLANK OFG: 3 18-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS TEARING DOWN BOARDS ON THE* . . S I D E S H E L L .* CARPENTERS ARE WORKING ON AN AERIAL* . . . P L A T F O R M .* THE CARPENTERS ARE WORKING* ... SIMULTANEOUSLY.


TOTAL TMU 440 .

527. TEAR DlOWN (ACCESS) LADDER ON SIDE SHELL WITH TORCH AT ANY WAY CARPENTPER LADDER OFG: 2 18-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS REMOVAL OF LADDER FROM SIDE

* . . . S H E L L .* CARPENTERS ARE WORKING ON AN AERIAL* . . . P L A T F O R M .* THE CARPENTERS ARE NOT WORKING* . . .S IMULTANEOUSLY.


TOTAL TMU



* REPRESENTS REMOVAL OF BRACKETS* .. . .FROM SIDE SHELL+* CARPENTERS ARE WORKING ON AN* . . A E R I A L P L A T F O R M


TOTAL TMU

P A G E 3 7 9

4 5 5 0 .

9 0 0 .

SECTION 5DATA SYNTHESIS AND BACK-UP

5 . 1 SUMMARY

446. WELD HANDRAIL (CONNECTIONS) ON STANCHION WITH STICK ELECTRODE AT ANYPLATEN (SHOP) WELDING

PER 100 PIECES OF HANDRAIL OFG: 3WELD TO MEET SAFETY REQUIREMENTS* RATE PER 100 PIECES OF HANDRAIL


TOTAL TMU 1 8 6 0 1 2 .


PER PIPE STAGING SECTION (16’ LONG) OFG: 3 11-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS CARPENTER CLIMBING UP AND* . . .DOWN END PIECE OF PIPE STAGING.* AVERAGE NUMBER OF STEPS NEEDED = 6.

C A R P - 1 B E G I N S A T E N D - P C - I

TOTAL TMU 8 0 0 .

456. TRANSPORT STAGING PLANK FOR PIPE STAGING (AT SIDE SHELL) WITH (TOWERCRANE) AT ANY WAYS CARPENTER


* REPRESENTS TRANSPORTING BOARDS FROM* . . . B D - P I L E T O S I D E S H E L L .* DISTANCES FROM CRANE-REST TO BD-PILE AND* . . .FROM BD-PILE TO SIDE SHELL ARE* ...AVERAGE DISTANCES FROM WAY 740’X120’* MAXIMUM NUMBER OF BOARDS IN LIFT = 4


TOTAL TMU 3 2 7 5 .


459. TRANSPORT STANCHION FOR PIPE STAGING (AT SIDE SHELL) WITH (TOWER CRAAT ANY WAYS CARPENTER


* REPRESENTS TRANSPORTING STANCHION FROM* . . . B I N T O S I D E S H E L L .* DISTANCES FROM CRANE-REST TO BIN-2 AND..* ...FROIM BIN-2 TO SIDE SHELL ARE AVERAGE* ... DISTANCES FROM A WAY 740’X120’* MAXIMUM NUMBER OF STANCHIONS IN LIFT = 6


TOTAL TMU 1 9 6 7 .

461. TRANSPORT HANDRAIL FOR PIPE STAGING (AT SIDE SHELL) WITH (TOWER CRANAT ANY WAYS CARPENTER

PER SECTION (i6’LONG) OF PIPE STAGING OFG: 3 12-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS TRANSPORTING HANDRAIL FROM* . . . H R - P I L E T O S I D E S H E L L .* DISTANCES FROM CRANE-REST TO HR-PILE AND.* . .FROM HR-PILE TO SIDE SHELL ARE* . . .AVERAGE DISTANCES FROM WAY 740’X120’* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6

C-OPER BEGINS AT CR-l

TOTAL TMU

P A G E 3 8 1

2 0 3 3 .


480. REMOVE END RAIL (END PIECE) ON (MATERIAL PILE) WITH (TOWER CRANE) ATANY WAYS CARPENTER


* REPRESENTS REMOVING END PIECES FROM* ...MlATERIAL PILE AT WAY TO END-PC-RACK.* ..D1STANCES ARE AVERAGE DISTANCES FOR A* . . . W A Y 7 4 0 ’ X 1 2 0 ’ ,* M A X I M U M N U M B E R O F E N D P I E C E S I N L I F T = 3 * TOWER CRANE IS USED FOR REMOVAL,


TOTAL TMU 4 8 7 3

486, TRANSPORT END RAIL (END PIECE) ON (END-PIECE RACK) WITH (TOWER CRANEAT ANY WAYS CARPENTER


* REPRESENTS TRANSPORTING END PIECES FROM* . . E N D - P C - R A C K T O M A T L - P I L E .* DISTANCES FROM CRANE REST TO END-PC-RACK* .....AND FROM END-PC-RACK TO MATL-PILE ARE* ....AVERAGE DISTANCES ON A WAY 740’X120’* MAXIMUM NUMBER END-PCS IN LIFT = 3* . . .THERE ARE 2 LIFTS DONE PER SECTION OF* .......PIPE STAGING (16’LONG).


TOTAL TMU 2 5 1 7 .

P A G E 3 8 5


464. SET UP STAGING PLANK FOR SIDE SHELLHAND AT ANY WAYS CARPENTER


( B T W N 2 P I P E S T A G I N G S E C T I O N S ) W

* REPRESENTS CARPENTERS SPREADING BOARDS* . . .BETWEEN PIPE STAGING SECTIONS.* .....THERE 1S A 16’ GAP BETWEEN SECTIONS.* ....CARPENTERS HAVE TO CLIMB UP AND DOWN* ...THE PIPE STAGING TO SPREAD THE BOARDS* .....(SEE SEPARATE ANAYLSIS FOR CLIMBING)


TOTAL TMU 2 5 0 .

466. SET UP HANDRAIL FOR SIDE SHELL (BTWN 2 PIPE STAGING SECTIONS) WITH HANDAT ANY WAYS CARPENTER


* REPRESENTS CARPENTERS INSTALLING* . . . .HANDRAIL ON EXISTING HANDRAIL.* .....CARPENTERS DON’T WORK SIMULTANEOUSLY.* ....WELDING DONE IN A SEPARATE SUB-OP.


TOTAL TMU 7 2 0 .

469. TEAR DOWN HANDRAIL FOR SIDE SHELL (BTWN 2 PIPE STAGING SECTIONS) WITHTORCH AT ANY WAYS CARPENTERS


* REPRESENTS TEARING DOWN HANDRAIL ON PIPE* . . .STAGING (BTWN 2 SECTIONS). A TORCH IS* ...USED TO BURN THE HANDRAIL OFF. THE* ...HANDRAIL IS THROWN TO THE MATERIAL* ....PILE. CARPENTERS REMOVE 2 HANDRAIL* ....PIECES BEFORE MOVING TO NEXT SECTION.

CARP-l BEGINS AT SECTION-1

TOTAL TMU

PAGE 388


475. TEAR DOWN PIPE STAGING (END PCS AND BRACES) FOR SIDE SHELL WITH HANANY WAYS CARPENTER


* REPRESENTS TEARING DOWN END PIECES AND* . . . . .BRACES ON PIPE STAGING (1ST LEVEL).* ....BRACES ARE HELD ON BY A LOCKING PIN* ....CARPENTERS WORK SIMULTANEOUSLY.* .....CARPENTER-2 HANDLES REMOVAL AT* . . . . . .END-PC-1 AND END-PC-2, MATERIAL IS* ....THROWN OR PLACED AT THE MATERIAL* . . . P I L E .


TOTAL TMU 1 8 2 0

487, MAKE READY END RAIL (END PIECE) FOR (TRANSPORTING) AT ANY WAYSCARPENTER


* REPRESENTS GETTING END PIECES ON BOLSTER* ....S0 THAT CRANE CAN TRANSPORT IT.

CARP-3 BEGINS AT END-PC-RACK

TOTAL TMU i 4 0


488. SET-UP PIPE STAGING (END PCS AND BRACES) FOR SIDE SHELL WITH HAND ATANY WAYS CARPENTER

PER SECTION (16’ LONG) OF PIPE STAGING OFG: 3 18-FEB-82REPRESENTS ELAPSED TIME.

* REPRESENTS SETTING UP 1ST LEVEL OF A 16’* ....LONG SECTION OF PIPE STAGING. SECTION* .....INCLUDES 3 END PIECES AND 8 BRACES* ....WHICH ARE HELD IN PLACE BY A LOCKING* . . . . . P I N .* CARP-1 AND CARP-2 ARE WORKING* ....SIMULTANEOUSLY IN PUTTING UP THE END* ....PIECES AND BRACES.


TOTAL TMU 3 7 6 0 .

489, SET-UP PIPE STAGING (END PCS AND BRACES) FOR SIDE SHELL WITH WRENCH ATANY WAYS CARPENTER


* REPRESENTS SETTING UP 2ND LEVEL OF A 16’* . . .LONG SECTION OF PIPE STAGING SECTION* ...INCLUDES 3 END PIECES AND 8 BRACES* ....WHICH ARE HELD IN PLACE BY A LOCKING* .. .PIN END PIECES ARE BOLTED TO 1ST* . . .LEVEL END PIECES,* CARP-I AND CARP-2 ARE WORKING* ...SIMULTANEOUSLY IN PUTTING UP THE END* P I E C E S A N D B R A C E S .


TOTAL TMU 8 3 9 0 ,


378. TRANSPORT STAGING BRACKET WITH (GROVEPER STAGING BRACKET OFG: 3 02-FEB-82


CRANE) AT TANK (OR WAY) CARPENTER

* REPRESENTS TRANSPORTING BRACKETS FROM...* . . .B IN- l TO BULKHEAD* DISTANCES FROM CRANE-REST TO BIN-1 AND..* . . .FROM BIN-1 TO BULKHEAD ARE AVERAGE...* . . . .D ISTANCES IN A CENTER TANK 98’X50’ * MAXIMUM NUMBER OF BRKTS IN LIFT = 6


1 TRANSPORT BRKT FROM BIN-1 USING CRANE WITH HOOK+SLING TO BULKHEAD (BTWN BRKTS ) PLACE+ADJUST RETURN TO CR-1 F 1 / 6

Al T1O K24 T16 P3 TIO AO 0 . 1 7 1 0 6 7 .

TOTAL TMU 1 0 6 7 .

381. TRANSPORT LADDERS WITH (GROVE CRANE) AT TANK CARPENTERPER LADDER OFG: 3 03-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS TRANSPORTING LADDERS FROM. . . .* .....LDR-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO LDR-PILE..* . . . .AND FROM LDR-PILE TO BULKHEAD ARE. .* ....AVERAGE DISTANCES IN A CENTER TANK....* . . . .0098’X50’* MAXIMUM NUMBER OF LADDERS IN LIFT = 3


1 TRANSPORT LADR FROM LDR-PILE USING CRANE WITH HOOK+SLINE TO BULKHEAD( AT. LDR) PLACE+ADJUST RETURN TO CR-1 F 1 / 3

Al TIO K24 T24 P3 TIO AO O . 3 3 2 4 0 0

TOTAL TMU 2400 ●

PAGE 394


392. TRANSPORT STANCHION WITH (GROVE CRANE) AT TANK CARPENTERPER STANCHION OFG: 3 02-FEB-82REPRESENTS ELAPSED TIME* REPRESENTS TRANSPORTING STANCHION FROM..* ...BIN-2 TO BULKHEAD* DISTANCES FROM CRANE-REST TO BIN-2 AND ..* ...FROM BIN-2 TO BULKHEAD ARE AVERAGE ...* ...DISTANCES IN A CENTER TANK 98’X50’* MAXIMUM NUMBER OF STANCHIONS IN LIFT = 6C-OPER BEGINS AT CR-1

1 TRANSPORT STAN FROM BIN-2 USING CRANE WITH HOOK+SI-ING TO BULKHEAD(BTWN BRKTS ) PLACE+ADJUST RETURN TO CR-1 F 1 / 6

Al T10 K24 T16 P3 T10 AO 0.17 1067.

TOTAL TMU 1067.

395. TRANSPORT HANDRAIL WITH (GROVE CRANE) AT TANK CARPENTERPER HANDRAIL OFG: 3 02-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS TRANSPORTING HANDRAIL FROM...* ...HR-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO HR-PILE AND* ...FROM HR-PILE TO BULKHEAD ARE AVERAGE* ...DISTANCES IN A CENTER TANK 98’X50’* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6


1 TRANSPORT HANDRAIL FROM HR-PILE USINGBULKHEAD ( BTWN BRKTS ) PLACE+ADJUST

Al T10 K24 T16 P3

CRANE WITH HOOK+SLING TORETURN TO CR-1 F 1 / 6T10 AO 0.17 1067.

TOTAL TMU 1067.


404. (CLIMB UP AND DOWN) MOVE OPERATOR (ON LADDER) ON BULKHEAD AT ANY TANAND VOIDS CARPENTER


* REPRESENTS CARPENTERS CLIMBING UP AND ...* ...DOUN LADDERS TO REMOVE STAGING.* AVERAGE LADDER SIZE = 12 RUNGS.CARP-1 BEGINS AT LDR

1

2

CARP-1 SLIDE ( CLIMB-UP ) LADDER AT LDR ( 12 RUNGS ) PF 12 ( 1 ) 12 ( 3 4 )

(A1 )B16(G1 M3 )XO IO AO (12) 1.00 760.CARP-1 PULL ( CLIMB-DOWN ) LADDER AT LDR ( 12 RUNGS ) PF 12 ( 1 ) 12 ( 3 4 )

407. REMOVE HANDRAILCARPENTER

(Al )B16(G1 Ml )XO IO AO (12) 1.OO 520.

TOTAL TMU 1280.

ON (MATERIAL-PILE) WITH WINCH AT ANY TANKS AND) VOIDS

PER HANDRAIL OFG: 3 O8-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS REMOVAL OF HANDRAIL FROM MATL* ...PILE ON TANKTOP TO DECK (GOING THRU* ...MANHOLE).* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6CARP-3 BEGINS AT TANKTOP

1 CARP-3 GET+SLIDE HANDRAIL ( ONTO BOLSTER ) AT MATL-PILEAl B6 G3 M3 XO IO AO 1.00

2 WINCH-OPER PUSH WINCH-llOUN PROCESS ( TO TANKTOP ) F 1 / 6Al BO G1 Ml X81 IO AO O.17

3 WINCH-OPER LOOSEN ( = SWING ) CABLE WITH BEND AT MENHOLE 5ARM-STROKES USING HANDS F 1 / 6

Al B6 G1 Al BO P1 L32 AO BO PO AO 0 . 1 74 WINCH-OPER THROW CABLE FROM HENHOLE TO CARP-3 F 1 / 6

Al BO G1 Al B6 PO AO 0.175 CARP-3 GET+MANIPULATE WITH BEND CABLE AT MATL-PILE ( HOOK

HANDRAIL ) F 1 / 6Al B6 G3 M1O

6 WINCH-OPER PUSH WINCH-FREE PROCESSAl BO G1 Ml

7 WINCH-OPER PUSH WINCH-UP PROCESS (Al BO G1 Ml

130.

140.

70.

15.AROUND

XO IO AO 0.17 .33( CLEAR OBSTACLES ) F 1 / 6X67 IO AO- 0.17 117.TO HENHOLE ) F 1 / 6X24510 AO 0.17 413.

PAGE 397


TOTAL TMU 918

408. REMOVE STANCHION ON (MATERIAL PILE) WITH WINCH AT ANY TANKS AND VOIDSCARPENTER

PER STANCHION OFG: 3 08-FEB-82REPRESENTS ELAPSED TIHE

* REPRESENTS REMOVAL OF STANCHION FROM . . .* ...MATL-PILE ON TANK TOP TO DECK (GOING* ...THRU MANHOLE).* MAXIMUM NUMBER OF STANCHION IN LIFT = 6CARP-3 BEGINS AT MATL-PILE

1

2

3

4

5

6

7

CARP-3 GET+PLACE WITH BEND STAN FROM MAIL-PILE TO MATL-PILE WITHBEND

Al B6 G3 A1 B6 P3 A0 1.OO 200.WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP ) F 1 / 6

Al BO G1 M1 X81 IO AO 0.17 140.WINCH-fJPER LOOSEN ( =SWING ) CABLE WITH BEND AT MENHOLE 5ARM-STROKES USING HANDS F 1 / 6

Al B6 G1 Al BO P1 L32 AO BO PO AO 0.17 70.WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3 F 1 / 6

Al BO G1 Al B6 PO AO 0.17 15.CARP-3 GET+MANIPULATE WITH BEND CABLE AT MATL-PILE ( HOOK AROUNDSTANCHION ) F 1 / 6

A1 B6. G3 M1O XO IO AO 0.17 33.WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 6

Al BO G1 Ml X67 IO fI0 0.17 1 1 7 . WINCH-OPER PUSH WINCH-tJP PROCESS ( TO MENHOLE ) F 1 / 6

Al BO G1 Ml X245I0 AO 0.17 413.

TOTAL TMU 988.


409. REMOVE STAGING BRACKET ON (MATERIAL PILE) WITH WINCH AT ANY TANKS ANVOIDS CARPENTER


* REPRESENTS REMOVAL OF BRACKET FROM MATL* ... PILE ON TANKTOP TO DECK (GOING THRU* ...MANHOLE).* MAXIMUM NUMBER OF BRACKET IN LIFT = 3CARP-3 BEGINS AT MATL-PILE

1 CARP-3 GET+PLACE WITH BEND BRKT FROM MATL-PILE TO MATL-PILE WITHBEND

A1 B6 G3 A1 B6 P3 A0 1.00 200.2 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP ) F 1 / 3

Al B0 G1 Ml X81 IO A0 0.33 280.3 WINCH-OPER LOOSEN ( =SWING ) CABLE WITH REM AT MENHOLE 5

ARM-STROKES USING HANDS F 1 / 3M B6 G1 A1 B0 P1 L32 A0 B0 P0 A0 0.33 140.

4 WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3 F 1 / 3Al BO G1 Al B6 P0 A0 0.33 30 .

5 CARP-3 GET+MANIPULATE WITH BEND CABLE AT MATL-PILE ( HOOK AROUNDBRACKET ) F 1 / 3

A1 B6 G3 M1O XO IO AO O.33 67.6 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 3

A1 BO G1 M1 X67 IO A0 0.33 233 .7 WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE ) F 1 / 3

A1 B0 G1 Ml x245I0 AO 0.33 827.

TOTAL TMU 1777.

PAGE 399


410. REMOVE STAGING PLANK ON (BOARD PILE) WITH WINCH AT ANY TANKS AND VOIDSCARPENTER


* REPRESENT REMOVING BOARDS FROM BOARDS...* ...-PILE ON TANKTOP TO DECK (GOES THRU..* ...MANHOLE)** MAXIMUM NUMBER OF BOARDS IN LIFT = 3


1

2

3

4

5

6

7

CARP-3 GET+SLIDE BOARD ( ONTO BOLSTER ) AT BD-PILE AND ADJUSTA16 B6 G3 M3 X0 I6 A0 1.00 340.

WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP ) F 1 / 3Al BO G1 M1 X81 IO 40 O.33 280.

WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT MENHOLE 5ARM-STROKES USING HANDS F 1 / 3Al B6 G1 Al B0 P1 L32 A0 B0 PO A0 0.33 140.

WINCH-OPER THROW CABL.E FROM MENHOLE TO CARP-3 F 1 / 3Al B0 G1 Al B6 PO A0 0.33 30,

CARP-3 GET+MANIPULATE WITH BEND CABLE AT BD-PILE ( HOOK AROUNDBOARDS ) ( ALLOW FOR 2 ATTEMPTS )

A1 B6 G3 H10WINCH-OPER PUSH WINCH-FREE PROCESS

Al BO G1 M1WINCH-OPER PUSH WINCH-UP PROCESS (

Al BO G1 M1

F 2 / 3XO I0 A0 0, 67 133.( CLEAR OBSTACLES ) F 1 / 3X67 I0 A0 O.33 233 .TO MENHOLE ) F 1 / 3X24510 A0 O.33 827

TOTAL TMU 1983.




* REPRESENT REMOVING LADDERS FROM LADDER* ...-PILE ON TANKTOP TO DECK (GOES THRU***...MANHOLE).* MAXIMUM NUMBER OF LADDERS IN LIFT = 3CARP-3 BEGINS AT BD-PILE

1

2

3

4

5

6

7

LADDERS. ) ( ALLOW FOR 2 ATTEMPTSAl R6 G3 M1O

WINCH-OPER PUSH WINCH-FREE PROCESSAl B0 GI M1

WINCH-OPER PUSH WINCH-UP PROCESS (Al B0 G1 M1

) F 2/3 M10 X0 I0 A0 0,67 133.( CLEAR OBSTACLES ) F 1 / 3X67 10 A0 0.33 233 .TO MENHOLE ) F 1 / 3X245I0 A0 O.33 827 .

TOTAL TMU 1983




* REPRESENTS GETTING BRACKET READY TO BE..* ...TRANSPORTED TO TANK OR BULKHEAD* CARPENTER IS LOCATED EITHER ON THE WAY..* ...OR IN TANK AT THE MATERIAL (BIN-1)


1 CARP-3 GET+PLACE WITH BEND BRKT FROM BIN-1 TO BIN-1A1 B6 G3 Al B0 P3 AO 1.00 140.

2 CARP-3 GET+PLACE WITH BEND BOLT FROM TOOLBOX-1 TO BIN-1 AND INSERBOLT IN BRKT

150.3 CARP-3 FASTEN NUT AT BIN-1 4 WRIST-TURNS USING HANDS

Al BO G1 Al BO Pi F1O AO BO PO AO 1.00 140.4 CARP-3 GET+PLACE BRKT FROM BIN-1 TO BIN-1 ( PILE UP BRKTS FOR

TRANSPORTATION )Al BO G3 Al BO P3 AO 1400 80+

TOTAL TMU 510


379. SET-UP STAGING BRACKETS ON BULKHEAD WITH WRENCH AT TANK CARPENTERPER STAGING BRACKET. OFG: 3 01-FEB-82REPRESENTS ELAPSED TIME REPRESENTS PUTTING UP A BRACKET ON AN...* ...EXISTING STAGING CLIPCARP-1 BEGINS AT TANKTOP

1 CARP-1 GET+HOLD WITH BEND BRKT FROM TANKTOP TO CARP-1Al B6 S3 Al BO PO AO 1.OO 110.

2 CARP-1 LOOSEN NUT AT BRKT-1 4 WRIST-TURNS USING HANDSAl BO G1 Al BO PI L10 AO BO PO AO 1.OO 140.

3 CARP-1 REMOVE BOLT FROM BRKT-1 ( BRKT. ) TO CARP-1Al BO G1 Al BO P1 AO 1.00 40.

4 CARP-I GET+PLACE BRKT FROM CARP-1 TO BRKT-1 AND INSERT BOLTAl BO G3 Al RO P3 Al 1.00 90.

5 CARP-1 FASTEN NUT AT BRKT-1 13 WRIST-TURNS USING HANDSAl BO G1 Al BO PI F24 AO BO PO AO 1.00 2806

6 CARP-1 FASTEN NUT AT BRKT-1 4 ARM-STROKES USING WRENCH-1 ASIDE TOCARP-1Al BO G1 Al BO P3 F24 Al BO P1 AO 1.OO 320.

7 CARP-1 WALK TO BRKT-2 ( TO 110 NEXT BRKT )A1O BO GO AO BO PO AO 1.OO 100.

TOTAL THU 1080,

380 MAKE READY LADDER FOR (TRANSPORTING) WITH HAND AT TANK (OR WAY)CARPENTER

PER LADDER OFG: 3 01-FEB-82REPRESENTS ELAPSED TINE* REPRESENTS GETTING LADDER ON ROLSTERS SO* ...THAT THE CRANE CAN TRANSPORT IT.CARP-3 BEGINS AT BIN-1

1 CARP-3 GET+SLIDE LADR AT LDR-PILE ANU ADJUST ( ON BOLSTERS )A42 B6 G3 M3 XO 16 AO 1.OO 600,

TOTAL TMU 6004

PAGE 406


382. SET-UP LADDER ON BULKHEAD (AT BRACKET LOCATION) WITH HAND AT TANKCARPENTER


* REPRESENTS PUTTING UP A LADDER AT A..... .* ...BRACKET LOCATION SO THE CARPENTER CAN* ...PUT UP A BRACKET APPLIES ONLY FOR...* ...FIRST LEVEL OF STAGING. CARPENTER IS*...WORKING FROM THE TANKTOP.* ALSO INCLUDES CLIMBING UP & DOWN LADDER


1 CARP-1 GET+PLACE WITH BEND LADR FROM TANKTOP TO BRKT-1A1 B6 G3 Al B0 P3 A0 1.00 140.

2 CARP-1 SLIDE ( CLIMB-UP ) LADDER AT BRKT-1 ( 4 RUNGS ) PF 4 ( 1 ) 4 ( 3 4 )

(A1 )B16(G1 M3 )XO IO AO (4) 1.00 360.3 CARP-1 PULL ( CLIMB-DOWN ) LADDER AT BRKT-1 ( 4 RUNGS ) PF 4 ( 1 )

P F 4 ( 3 4 )(Al )B16(G1 M1 )XO IO AO (4) 1.00 280.

4 CARP-1 GET+PLACE LADR FROM BRKT-1 TO TANKTOP WITH BENDAl BO G3 A1 B6 P3 A0 1.00 140.

TOTAL TMU 920.

PAGE 407


383. SET-UP (ACCESS) LADDER ON BULKHEAD WITH HAND AT TANK CARPENTERPER LADDER OFG: 3 01-FEB-82REPRESENTS ELAPSED TIME* REPRESENTS PUTTING UP AN ACCESS LADDER..* ....ON THE BULKHEAD SO THAT THE CARPENTER* ...CAN CLIMB TO THE NEXT LADDER.* ALSO INCLUDES CLIMBING UP AND IIOUN THE..* ...LADDER.* AVERAGE NUMBER OF RUNGS = 12CARP-1 BEGINS AT TANKTOP

1 CARP-1 GET+PLACE WITH BEND LAIN? FROM TANKTOP TO LDRAl B6 G3 Al BO P3 A0 1.OO 140.


(A1 )B16(G1 M3 )XO IO AO (12) 1.00 760.3 CARP-1 PULL ( CLIMB-DOWN ) LADDER AT LDR ( 12 RUNGS ) PF 12 ( 1 ) PF

12 ( 34 )(Al )B16(G1 M1 )XO IO A0 (12) 1.00 520.

TOTAL TMU. 1420.

385. POSITION (SECURE) (ACCESS) LADDER FOR BRACKET STAGING WITH PLIER (AND WIRE ROPE) AT TANK CARPENTER

PER LADDER OFG: 4 03-FEB-82REPRESENTS ELAPSED TIME * REPRESENTS SECURING LADDER TO STAGING...*...BOARDS USING WIRE ROPECARP-1 BEGINS AT LDR

1 CARP-1 GET+MANIPULATE WIRE-ROPE AT LDR ( PUT AROUND BOARDS ANDLADDER. )

A1 BO G3 M10 XO IO AO 1.00 140.2 CARP-1 TWIST WIRE-ROPE AT LDR USING PLIER-1 ASIDE TO CARP-1

Al BO G1 Al BO P3 C6 Al BO Pi AO 1.00 140.

TOTAL TMU 280


386. MAKE READY STAGING PLANK FOR (TRANSPORTING) WITH HAND AT TANK (OR WACARPENTER


* REPRESENTS GETTING BOARD ON BOLSTERS SO)* ...THAT THE CRANE CAN TRANSPORT IT


1 CARP-3 GET+SLIDE BOARD AT LU-PILE AND ADJUST ( ON BOLSTERS )424 B6 G3 M3 XO I6 AO 420.

TOTAL TMU 420,

388, SET-UP STAGING PLANK ON STAGING BRACKET WITH HAND AT TANK CARPENTERPER BOARD OFG: 3 02-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS SETTING UP BOARDS BETWEEN....* ...BRACKETS.* TWO MAN OPERATION:* CARPENTERS ARE LOCATED AT TWO DIFFERENT* ..BRACKETS. THEY BOTH LIFT THE BOARD....* ..TOGETHER AND SLIDE IT INTO POSITION.* IN THIS ANALYSIS CARPENTERS ARE LOCATED* ...ON THE LEUEL BELOW THE BOARDS.


1 CARP-l+CARP-2 GET+SLIDE WITH 1 STEP BOARD AT BRKT-1 AND ALIGNA3 BO G3 H3 X() I10 AO 1.00 190.

2 CARP-1 WALK TO BRKT-2 ( TO DO NEXT SECTION OF BOARDS? CARP2 ALSOMOVES TO ANOTHER BRACKET )

A1O BO GO 40 BO PO AO 1.00 100.

TOTAL TMU 290.

PAGE 409




* REPRESENTS GETTING STANCHION READY T0 BE* ...TRANSPORTED,


1 CARP-3 GET+PLACE WITH BEND STAN FROM BIN-2 TO BIN-2A42 B6 G3 A1 B0 P3 AO 1.00 550

TOTAL TMU 550 .


REPRESENTS ELAPSED TIME* REPRESENTS PUTTING STANCHION IN THE.....* ... BRACKET SLEEVE


1 CARP-1 GET+PLACE WITH BEND STAN FROM TANKTOP TO BRKT-1 AND INSERT41 B6 G3 Al BO P3 A1 1.00 150.

2 CARP-1 WALK TO BRKT-2 ( 1(0 NEXT STANCHION )A1O BO GO AO BO PO AO 1.OO 100.

TOTAL TMU 250 .

394. MAKE READY HANDRAIL FOR (TRANSPORTING) WITH HAND AT TANK (OR WAY)CARPENTER




1 CARP-3 GET+SLIDE HANDRAIL AT HR-PILE AND ADJUST ( ON BOLSTERS )A32 B6 G3 )43 XO 16 AO 1.00 500 ●

TOTAL TMU 500.


396. SET-UP HANDRAIL ON STANCHION WITH HAND AT TANK CARPENTERPER HANDRAIL OFG: 3 02-FEB-82REPRESENTS ELAPSED TIME* REPRESENTS PUTTING HANDRAIL INTO THE....* ...EYELETS ON THE STANCHION* INCLUDES ACTION DISTANCES NEEDED FOR,....* ...ALIGNING THE HANDRAIL* WELDING OF THE HANDRAIL CONNECTIONS WILL* ...BE DONE IN A SEPARATE SUB OPERATION

CARP-I BEGINS AT SRKT-1

1 CARP-1 GET+SLIDE WITH BEND HANDRAIL AT BRKT-2 AND ALIGN ( THRU 2EYELETS ON THE STANCHIONS AT BRKT1 & BRKT2 ) RETURN TO BRKT-1 PF 2( 4 5 6 )

A1O B6 G3 (H3 XO 110 )A1O (2) 1.00 55042 CARP-1 WALK TO BRKT(T-2 ( DO NEXT SECTION )

A1O BO GO AO BO PO AO 1.00 100.

TOTAL TMU 650,

397, SET-UP HANDRAIL (END PIECES) ON HANDRAIL (AND BULKHEAD) WITH HAND ATTANK CARPENTER

PER HANDRAIL OFG: 4 02-FEB-82REPRESENTS ELAPSED TIMEEE* REPRESENTS PUTTING HANDRAIL (END PIECES)* ...AT THE END-OF A STAGING LEVEL* WELDING OF THE HANDRAIL (END PIECES)***+*...CONNECTIONS WILL BE DONE IN A.....* ...SEPARATE SUB OPERATION

CARP-1 BEGINS AT BRKT-I

1 CARP-1 GET+HOLD WITH BEND HANDRAILAl B6 G3 Al

2 PTIME 1.O2 M ( CUT HANDRAIL INTO 2

FROM TANKTOP TO CARP-1R() P0 A0 1.00 110.PIECES WITH ELECTRODE )

1.OO 1700.3 CARP-1 GET+PLACE 2 HANDRAIL ( END PIECES ) FR(Jfl CARP-1 TO BRKT-1 F 2

A1. BO G3 Al BO P3 AO 2.00 160.

TOTAL T?fU 1970..

PAGE 412


398. TEAR DOWN HANDRAIL ON BULKHEAB WITH TORCH AT (CENTER) MID TANKS ANDVOIDS CARPENTER


* REPRESENTS TEARING DOWN HANDRAIL IN A...* ...CENTER TANK, HANDRAIL IS THROWN TO A* ...MATERIAL PILE ON THE TANKTOP.* CARPENTERS REMOVE 2 HADNRAIL BEFORE......*...MOVING TO NEXT SECTION.CARP-1 BEGINS AT BULKHEAD

1 CARP-1 PULL TORCH FROM BULKHEAD TO BRKT-1Al BO G1 HI XO 10 Al 1.00 40.

2 CARP-1 OPERATE TORCH AT BRKT-1 PTIME 0.26 M ( BURN OFF HANDRAIL )Al RO G1 H6 X42 IO AO 1.00 500.

3 CARP-2 GET+HOLD HANDRAIL FROM BRKT-1 TO CARP-2 SIMO<Al BO G3 Al BO PO AO > 1.OO 0.

4 CARP-2 HOLD+THROW HANDRAIL FROM CARP-2 TO MATL-PILEAO RO GO Al BO PO AO 1.00 10.

5 CARP-1 AND CARP2 WALK TO BRKT-2 F 1 / 2A1O BO GO AO BO PO AO 0.50 5O.

TOTAL TMU 600.

PAGE 413


399. TEAR DOWN HANTIRAIL ON BULKHEAD WITH TORCH (AND WINCH) AT (WING) TANKSAND VOIDS CARPENTER


* REPRESENTS TEARING DOWN HANDRAIL IN A...* ... WING TANK. HANDRAIL IS LOWERED TO THE* ...MATL-PILE WITH A WINCH BECAUSE THE...* ...TANK IS TO SMALL FOR THE HANDRAIL TO* ...BE THROWN.* CARPENTERS REMOVE 2 HANDRAIL BEFORE.+...* ...MOVING TO THE NEXT SECTION** MAXIMUM NUMBERS OF HANDRAIL IN LIFT = 6CARP-1 BEGINS AT BULKHEAD

1 CARP-1 PULL TORCH FROM BULKHEAD TO BRKT-1Al EO GI Hi XO IO Al 1.00 40.

2 CARP-1 OPERATE TORCH AT BRKT-1 PTIME O.26 M ( BURN OFF HANDRAIL )Al BO G1 H6 X42 IO AO 1.00 500.

3 CARP-2 GET+HOLD HANDRAIL FROM BRKT-1 TO RRKT-1 SIMO<A1 BO G3 Al BO PO AO > 1.00 0.

4 CARP-2 HOLD+PLACE HANDRAIL FROM BRKT-1 TO BRKT-PILEAO BO GO A1O B6 P3 AO 1.OO 190.

5 WINCH-C)PER LOOSEN ( = SUING ) CABLE WITH BEND AT MENHOLE 5ARM-STROKES USING HANDS F 1 / 6

Al B6 G1 Al BO P1 L32 AO BO PO AO 0.17 70•6 WINCH-OPER THROW CABLE FROMHENHOLE TO CARP-2 F 1 / 6

Al BO G1 Al B& PO AO a. 17 15.7 CARP-2 GET+HANIPULATE WITH BEND CABLE AT BRKT-PI1.E ( HOOK CABLE

AROUND HANDRAIL ) F 1 / 6Al B6 G3 M1O XO IO A0 0.17 33•

8 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 6Al BO El H1 X67 IO A0 0.17 117.

9 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO MATL PILE ) F 1 / 6Al BO G1 Ml X81 IO AO 0.17 140.

10 WINCH-OPER PUSH WINCH-UP PROCESS ( TO HENHOLE ) F 1 / 6Al BO G1 HI X24!510 AO 0.17 413.

11 CARP-2 AND CARP1 WALK TO BRKT-2 F 1 / 2A24 BO GO AO BO PO AO 0.50 120.

TOTAL TMU 1638.

PAGE 414


400. TEAR DOWN STANCHION ON BULKHEAD WITHVOIDS CARPENTER

PER STANCHION DFG: 3 04-FEB-82REPRESENTS ELAPSED TIME

HAND AT (CENTER) MID TANKS AND

* REPRESENTS REMOVING STANCHION FROM.....* ...STAGING BRACKETS IN A CENTER TANK.* ...STANCHION IS THROWN TO A MATERIAL...* ...PILE ON THE TANKTOP


1 CARP-2 LOOSEN STAN AT ERKT-1 4 ARM-STROKES USING HANDSAl B0 G1 Al BO P1 L24 AO B0 PO AO 1.00 280 l

2 CARP-2 HOLD+THROW STAN FROM BRKT-1 TO MATL-PILEAO B0 GO Al BO PO AO 1.OO 10.

3 CARP-2 WALK TO BRKT-2A1O BO GO AO BO PO AO 1.00 100.

TOTAL TMU 390.

402. TEAR DOWN STAGING PLANK ON STAGING BRACKET WITH HAND (AND WINCH) AT ANTANKS AND VOIDS CARPENTER

PER STAGING PLANK OFG: 3 04-FEB-82REPRESENTS ELAPSED TIME* REPRESENTS REMOVING BOARDS FROM ANY TANK* ...WINCH IS USED TO LOWER BOARD TO......* ...BD-PIL.E ON TANKTOP.* MAXIMUM NUMBER OF BOARDS IN LIFT = 3CARP-1 BEGINS AT BULKHEAD

1

2

3

4

5

6

7

CARP-1 AND CARP2 GET+MANIPULATE WITH BEND BOARD AT BRKT-1 ( FLIP 2BOARDS ONTO 3RD BOARD )

Al B6 G3 M1O XO I0 AO 1.00 200.WINCH-OPER LOOSEN ( =SWING ) WITH BEND CABLE AT BTRWTH 5 ARM-STROKEUSING HANDS F 1 / 3

A1 B6 G1 Al BO P1 L32 AO BO PO AO O.33 140.WINCH-OPER THROW CABLE FROM BTRWTH TO CARP-1 WITH BEND F 1 / 3

Al BO G1 Al B6 PO AO 0.33 30.CARP-1 GET+MANIPULATE WITH BEND CABLE AT BRKT-1 ( HOOK CABLE AROUNDBOARD ALLOW FOR 2 ATTEMPTS ) F 2 / 3

Al B6 G3 M1O X0 IO AO 0.67 133.WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 3

Al BO G1 MI X67 I0 AO 0.33 233.WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO BD PILE ) F 1 / 3

Al BO G1 Ml X81 I0 AO 0.33 280.WINCH-OPER PUSH WINCH-UP PROCESS ( TO BTRWTH ) F 1 / 3

Al BO Gl Ml X245I0 A0 0.33 827.


8 CARP-1 AND CARP2 WALK TO BRKT-2A1O BO GO AO BO PO AO 1.00 100.

TOTAL TMU 1943.

403. TEAR DOWN LADDER (AND LADDER CLIPS) ON BULKHEAD WITH TORCH (AND WINCH)AT ANY TANKS AND VOIDS CARPENTER

PER LADDER OFG: 3 O5-FEB-82REPRESENTS ELAPSED TIME* REPRESENTS REMOVING LADDER FROM BULKHEAD* ...THERE ARE 4 LADDER CLIPS PER LADDER.* ...LADDER LOWERED TO LDR-PILE BY WINCH* ...LADDER CLIPS THROWN TO MATL-PILE.CARP-1 BEGINS AT BRKT-2

1 CARP-1 PULL TORCH AT LDRA1O BO G1 Ml XO IO AO 1.00 120.

2 CARP-1 OPERATE TORCH AT LDR PTIME 0.47 M F 4 ( BURN OFF 4 CLIPS )Al BO G1 H6 X81 IO AO 4.OO 3560•

3 CARP-1 GET+THROW 4 LCLIPS FROM LDR TO MATL-PILE WITHOUT BEND F 4A1 BO G3 Al B0 PO AO 4.00 200.

4 CARP-2 GET+POSITION LADR FROM LDR TO BRKT-2 WITH BEND ( LAY DOWN ONBOARDS )

Al BO G3 A1O B6 P6 AO 1.OO 260.5 WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT BTRWTH 5 ARM-STROKES

USING HANDSA1 B6 G1 Al BO P1 L32 AO BO PO AO 1.00 420.

6 WINCH-OPER THROW CABLE FROM BTRWTH TO CARP-2 WITH BENDAl BO G1 Al B6 PO AO 1.OO 90.

7 CARP-2 GET+MANIPULATE WITH BEND CABLE AT BRKT-2 ( HOOK AROUND LADR )A1 B6 G3 M1O XO I0 AO 1.00 200.

8 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES )Al BO G1 Ml X67 IO AO 1.00 700 .

9 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO LDR PILE )Al BO G1 M1 X81 I0 AO 1.00 840.

10 WINCH-OPER PUSH WINCH-UP PROCESS ( TO BTRWTH )Al BO G1 Ml X245I0 AO 1.00 2480.

11 CARP-1 WALK TO BRKT-2A1O BO GO AO BO PO AO 1.00 100.

TOTAL TMU 8970.


405. TEAR DOWN LADDER (AND WIRE ROPE) ON BULKHEAD WITH PLIER (AND WINCH) AANY TANKS AND VOIDS CARPENTER


* REPRESENTS REMOVING LADDER FROM BULKKHEAD* ...THERE IS 1 WIRE ROPE PER LADDER.* ...LADDER LOWERED TO LDR-PILE BY WINCH * ...WIRE-ROPE IS THROWN TO MATL-PILE.


1

2

3

4

6

7

8

9

CARP-1 TWIST WIRE-ROPE AT LDR USING PLIER-1 ASIDE TO CARP-1Al BO G1 A1O B0 P3 C6 Al Bo PI Ao 1.00 230.

CARP-1 GET+MANIPULATE WIRE-ROPE AT LDR ( PULL. WIRE ROPE OFF BOARDAND LADDER. )

Al BO G3 M1O XO I0 AO 1.00 140.CARP-1 HOLD+THROW WIRE-ROPE FROM LDR TO MATL-PILE WITHOUT BEND

A0 BO GO Al BO P0 AO 1.OO 10.CARP-2 GET+POSITION LADR FROM LDR TO BRKT-2 WITH BEND ( LAY DOWN OBOARDS )

Al BO G3 A1O B6 P6 AO 1.00 260.WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT BTRWTH 5 ARM-STROKUSING HANDS

Al B6 G1 Al BO P1 L32 AO BO PO AO 1.OO 420.WINCH-OPER THROW CABLE FROM BTRWTH TO CARP-2 WITH BEND

Al BO G1 Al B6 Po Ao 1.OO 90.CARP-2 GET+MANIPULATE WITH BEND CABLE AT BRKT-2 ( HOOK AROUND LADR

Al B6 G3 M1O XO IO AO 1.OO 200.WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES )

Al BO G1 M1 X67 IO AO 1.OO 700.WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO LDR PILE )

Al BO G1 M1 X81 IO AO 1.00 840.10 WINCH-OPER PUSH WINCH-UP PROCESS ( TO BTRWTH )

A1 BO G1 M1 X245I0 AO 1.00 2480.11 CARP-1 WALK TO BRKT-2

A1O BO GO AO BO PO A0 1.OO 100.

TOTAL TMU 5470.


406. TEAR DOWN STAGING BRACKET ON BULKHEADVOIDS CARPENTER


WITH WRENCH AT ANY TANKS AND

* REPRESENTS TEARING DOWN STAGING BRACKET* ...IN ANY TANK. BRACKETS ARE LOWERED TO* ...MATL-PILE BY WINCH.* MAXIMUM NUMBER OF BRACKETS IN LIFT = 3


1 CARP-1 LOOSEN NUT AT BRKT-1 1 ARM-STROKE USING WRENCH-1 AND HOLDAl BO G1 A1O BO P3 L3 AO BO PO AO 1.00 180.

2 CARP-1 HOLD+LOOSEN NUT AT BRKT-l 13 WRIST-STROKES USING WRENCH-1ASIDE TO CARP-1AO BO GO Al BO P3 L42 Al BO P1 AO 1.00 480.

3 CARP-1 GET+REMOVE BOLT FROM BRKT-1 TO CARP-1Al BO G3 Al BO P1 AO 1.00 60.

4 CARP-1 THROW NUT AND BOLT FROM CARP-1 TO MATL-PILE WITHOUT BENDAl BO G1 Al BO PO AO 1.00 30.

5 CARP-2 GET+PLACE BRKT FROM BRKT-1 TO BRKT-PILEAl BO G3 A1O B6 P3 AO 1.00 230.

6 WINCH-OPER.LOOSEN ( =SWING ) CABLE WITH BEND AT BTRWTH 5 ARM-STROKESUSING HANDS F 1 / 3

Al B6 G1 Al BO P1 L32 AO BO PO AO 0.33 140.7 WINCH-OPER THROW CABLE FROM BTRUTH TO CARP-2 F 1 / 3

Al BO G1 Al B6 PO AO 0.33 30.8 CARP-2 GET+MANIPULATE WITH BEND CABLE AT BRKT-PILE ( HOOK AROUND

BRACKETS ) F 1 / 3Al B6 G3 M10 XO I0 AO 0.33 67.

9 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 3Al BO G1 M1 X67 IO A0 0.33 233.

10 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO MATL PILE ) F 1 / 3Al BO G1 M1 X81 IO AO 0.33 280.

11 WINCH-OPER PUSH WINCH-UP PROCESS ( TO BTRWTH ) F 1 / 3Al BO G1 Ml X245I0 AO 0.33 827.

12 CARp-2 AND CARP1 WALK To BRKT-2A24 Bo Go Ao Bo po Ao 1.00 240.

TOTAL TMU 2797.


5.2 SYNTHESIS AND ANALYSIS

435. WELD STAGING BRACKET (CLIP) ON BULKHEAD (OR ANY STRUCTURE) WITH STICKELECTRODE AT ANY TANKS AND VOIDS (SHIP) WELDING

PER 100 CLIPS OFG: 3WELD TO MEET SAFETY REQUIREMENTS. RATE PER 100 CLIPS.

MANUAL ELEMENT.

USING 6011 3/16 ELECTRODE OR COMPARABLE (7018 5/32).

TOTAL TMU

RATE INCLUD

OVERWELD

1063356.

438. WELD LADDER (CLIP) (SECURES LADDER) ON BULKHEAD (OR ANY STRUCTURE) WISTICK ELECTRODE AT ANY TANKS AND VOIDS (SHIP) WELDING

PER 100 LADDERS OR 400 CLIPS OFG: 3WELD TO MEET SAFETY REQUIREMENTS. RATE PER 100 LAUDERS (400 CLIPS)


6011 3/16 ELECTRODE OR COMPARABLE (7018 5/32).

TOTAL TMU . 1701606.

440. WELD HANDRAIL (CONNECTIONS) ON STANCHION WITH STICK ELECTRODE AT ANYTANKS AND VOIDS (SHIP) WELDING

PER 100 PIECES OF HANDRAIL OFG: 3WELD TO MEET SAFETY REQUIREMENTS, RATE PER 100 PIECES OF AHNDRAIL


1 WELD HORIZONTAL 1/4’ FILLET WELD (5’ PER CONNECTION) USING 6011 3/ELECTRODE OR COMPARABLE (7018 5/32),

TOTAL TMU 196090.

PAGE 419


404. (CLIMB UP AND DOWN) MOVE OPERATOR (ON LADDER) ON BULKHEAD AT ANY TANKSAND VOIDS CARPENTER

PER LADDER OFG: 3 O5-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS CARPENTERS CLIMBING UP AND...* ...DOWN LADDERS TO REMOVE STAGING.* AVERAGE LADDER SIZE = 12 RUNGS.CARP-1 BEGINS AT LDR


(A1 )B16(G1 M3 )XO IO A0 (12) 1.OO 760.2 CARP-1 PULL ( CLIMB-DOWN ) LADDER AT LDR ( 12 RUNGS ) PF 12 ( 1 ) PF

12 ( 34 )(A1 )B16(G1 M1 )XO IO AO (I2) 1.00 520.

TOTAL TMU 1280.

407. REMOVE HANDRAIL ON (MATERIAL-PILE) WITH WINCH AT ANY TANKS AND VOIDSCARPENTER


* REPRESENTS REMOVAL OF HANDRAIL FROM MATL* ... PILE ON TANKTOP TO DECK (GOING THRU* ..MANHOLE).* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6CARP-3 BEGINS AT TANKTOP

1 CARP-3 GET+SLIDE HANDRAIL ( ONTO BOLSTER ) AT MATL-PILEAl B6 G3 M3 XO IO AO 1.00 130.

2 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP ) F 1 / 6Al BO G1 Ml X81 IO AO O.17 140.

3 WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT MENHOLE 5ARM-STROKES USING HANDS F 1 / 6Al B6 G1 Al BO P1 L32 AO BO PO AO 0.17 70.

4 WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3 F 1/ 6Al BO G1 Al B6 PO AO O.17 15.

5 CARP-3 GET+MANIPULATE WITH BEND CABLE AT MATL-PILE ( HOOK AROUNDHANDRAIL ) F 1 / 6

Al B6 G3 M1O XO IO AO 0.17 33.6 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 6

Al BO G1 M1 X67 I0 AO 0.17 117.7 WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE ) F 1 / 6

Al BO G1 M1 X245I0 AO 0.17 413.


TOTAL TMU 918.

408. REMOVE STANCHION ON (MATERIAL PILE) WITH WINCH AT ANY TANKS AND VOIDSCARPENTER


* REPRESENTS REMOVAL OF STANCHION FROM...* ...MATL-PILE ON TANKTOP TO DECK (GOING* ...THRU MANHOLE).* MAXIMUM NUMBER OF STANCHION IN LIFT = 6CARP-3 BEGINS AT MATL-PILE

1

2

3

4

5

6

7

CARP-3 GET+PLACE WITH BENDBEND

Al B6WINC-OPER PUSH WINCH-DOWN

Al BOWINCH-OPER LOOSEN ( =SWINGARM-STROKES USING HANDS F

A1 B6 G1 A1 Bo P1

STAN FROM MATL-PILE TO )MATL-PILE WITH

G3 A1 B6 P3 A0 1.00 200 .PROCESS ( TO TANKTOP ) F 1 / 6G1 M1 X81 IO A0 0.17 140.) CABLE WITH BEND AT MENHOLE 51 / 6L32 A0 BO PO AO 0.17 70•

WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3 F 1 / 6Al BO G1 Al B6 PO AO O.17 15.

CARP-3 GET+MANIPULATE WITH BEND CABLE AT MATL-PILE ( HOOK AROUNDSTANCHION ) F 1 / 6

Al B6 G3 M1O XO IO AO O.17 33.WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 6

Al BO G1 M1 X67 IO AO 0.17 117.WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE ) F 1 / 6

Al BO G1 M1 X245I0 AO 0.17 413.

TOTAL TMU 988.


409. REMOVE STAGING BRACKET ON (MATERIAL PILE) WITH WINCH AT ANY TANKS ANDUOIDS CARPENTER


* REPRESENTS REMOVAL OF BRACKET FROM MATL* ... PILE ON TANKTOP TO DECK (GOING THRU* ... MANHOLE).* MAXIMUM NUMBER OF BRACKET IN LIFT = 3CARP-3 BEGINS AT MATL-PILE

1 CARP-3 GET+PLACE WITH BEND BRKT FROM MATL-PILE TO MATL-PILE WITHBEND

Al B6 G3 Al B6 P3 AO 1.00 200.2 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP ) F 1 / 3

Al BO G1 M1 X81 IO AO 0.33 280.3 WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT MENHOLE 5

ARM-STROKES USING HANDS F 1 / 3Al B6 G1 Al BO P1 L32 AO BO PO AO 0.33 140.

4 WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3 F 1 / 3A1 BO G1 Al B6 PO AO 0.33 30.

5 CARP-3 GET+MANIPULATE WITH BEND CABLE AT MATL-PILE ( HOOK AROUNDBRACKET ) F 1 / 3

A1 B6 G3 M1O XO IO 40 0.33 67.6 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 3

Al BO G1 M1 X67 IO AO 0.33 233.7 WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE ) F 1 / 3

Al BO G1 M1 X245I0 AO 0.33 827.

TOTAL TMU 1777.


410. REMOVE STAGING PLANK ON (BOARD PILE) WITH WINCH AT ANY TANKS AND VOIDCARPENTER


* REPRESENT REMOVING BOARDS FROM BOARDS...* ...-PILE ON TANKTOP TO DECK (GOES THRU..* ...MANHOLE).* MAXIMUM NUMBER OF BOARDS IN LIFT = 3CARP-3 BEGINS AT MATL-PILE

1 CARP-3 GET+SLIDE BOARD ( ONTO BOLSTER ) AT BD-PILE AND ADJUSTA16 B6 63 M3 XO I6 AO 1.00 340.

2 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP ) F 1 / 3Al BO G1 M1 X81 IO AO 0.33 280.

3 WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT MENHOLE 5ARM-STROKES. USING HANDS F 1 / 3Al B6 G1 Al BO P1 L32 AO BO PO AO 0.33 140.

4 WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3 F 1 / 3Al BO G1 Al B6 PO AO 0.33 30.

5 CARP-3 GET+MANIPULATE WITH BEND CABLE AT BD-PILE ( HOOK AROUNDBOARDS ) ( ALLOW FOR 2 ATTEMPTS ) F 2 / 3

A1 B6 G3 M1O XO IO AO 0.67 133.6 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 3

Al BO G1 MI X67 IO AO O.33 233.7 WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE ) F 1 / 3

Al BO G1 M1 X245I0 AO O.33 827.

TOTAL TMU 1983.




* REPRESENT REMOVING LADDERS FROM LADDER* ...-PILE ON TANKTOP TO DECK (GOES THRU..* ...MANHOLE).* MAXIMUM NUMBER OF LADDERS IN LIFT = 3


1 CARP-3 GET+SLIDE LADR ( ONTO BOLSTER ) AT LDR-PILE AND ADJUSTA16 B6 G3 M3 XO 16 AO 1.00 340.

2 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP ) F 1 / 3A1 BO G1 M1 X81 IO AO 0.33 280.

3 WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT MENHOLE 5ARM-STROKES USING HANDS F 1 / 3Al B6 G2 Al BO P1 L32 A0 BO PO AO 0.33 140.

4 WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3 F 1 / 3Al BO G1 A1 B6 PO AO 0.33 30.

5 CARP-3 GET+MANIPULATE WITH BEND CABLE AT LDR-PILE ( HOOK AROUNDLADDERS. ) ( ALLOW FOR 2 ATTEMPTS ) F 2 / 3

Al B6 G3 M1O XO IO AO 0.67 133.6 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 3

Al BO G1 M1 X67 IO A0 0.33 233.7 WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE ) F 1 / 3

Al BO G1 M1 X245I0 AO 0.33 827.

TOTAL TMU 1983.




* REPRESENTS REMOVING TOOLBOX FROM MATL...* ...-PILEON TANKTOP TO DECK (GOES THRU...* ...MANHOLE).* TOOLBOX CONTAINS:* ...28 BOLTS* ...28 NUTS* ...28 LADDER CLIPSCARP-3 BEGINS AT LDR-PILE

1 CARP-3 GET+PLACE 7 NUTS AND 7 BOLTS FROM MATL-PILE TO TOOLBOX-1 WIBEND (TOTAL OF 28)PF 4 (23456)

A32 (B6 G3 Al B6 P3 )AO (4) 1.00 1080.2 CARP-3 GET+PLACE WITH BEND 4 LCLIPS FROM MATL-PILE TO TOOLBOX-1 WI

BEND ( TOTAL OF 28 ) F 7A1 B6 G3 Al B6 P3 AO 7.00 1400.

3 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP )A1 BO G1 M1 X81 IO A0 1.00 840.

4 WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT MENHOLE 5ARM-STROKES USING HANDS

Al B6 G1 Al BO P1 L32 A0 BO PO AO 1.00 4204.5 WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3

Al BO G1 Al B6 PO AO 1.00 90.6 CARP-3 GET+MANIPULATE WITH BEND CABLE AT MATL-PILE ( HOOK AROUND

TOOLBOX )Al B6 G3 M10 XO IO AO 1.00 200.

7 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) Al BO G1 M1 X67 IO AO 1.00 700.

8 WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE )Al BO GI M1 X245I0 AO 1.00 2480.

TOTAL TMU 7210


564. TRANSPORT LADDER WITH (TOWER CRANE) AT (WING) TANKS AND VOIDS CARPENTPER LADDER OFG: 3 23-MAY-83REPRESENTS ELAPSED TIME* REPRESENTS TRANSPORTING LADDERS FROM* ...LDR-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO LDR-PILE* ...AND FROM LDR-PILE TO BULKHEAD ARE* ...AVERAGE DISTANCE FROM SIDE OF BASIN* ...1200’x200’* MAXIMUM NUMBER OF LADDERS IN LIFT = 3


1 TRANSPORT LADR FROM LDR-PILE USING CRANE WITH HOOK+SLING TO BULKHE( AT. LDR ) PLACE+ADJUST RETURN TO CR-1 F 1 / 3

Al T32 K24 T16 P3 T32 AO 0.33 3600.

TOTAL TMU 3600.

565. TRANSPORT STAGING PLANK WITH (TOWER CRANE) AT (WING) TANKS AND VOIDSCARPENTER

PER STAGING PLANK OFG: 3 23-HAY-83REPRESENTS ELAPSED TIME

* REPRESENTS TRANSPORTING BOARDS FROM* ...LU-PILE TO BULKHEAD* DISTANCES FROM CRANE-REST TO LU-PILE AND * ...FROM LU-PILE TO BULKHEAD ARE AVERAGE* ...DISTANCES FROM THE SIDE OF A BASIN* ...12OO’X2OO’* MAXIMUM NUMBER OF BOARDS IN LIFT = 3C-OPER BEGINS AT CR-1

1 TRANSPORT BOARD FROM LU-PILE USING CRANE WITH HOOK+SLING TO BULKHE( BTWN BRKTS ) PLACE+MANEUVER RETURN TO CR-1 F 1 / 3

Al T32 K24 T16 P16 T32 AO 0.33 4033 .

TOTAL TMU 4033.




CREW SIZE = 6 (3 CARPS ABOVE DECK AND 3 BELOW). RATE IN ELAPSED TIMMULT BY 6 TO OBTAIN TOTAL TIME,

PER 8-HR SHIFT AND (1) CUT OFG: 4 20-NOV-81* THE FOLLOWING IS INCLUDED IN THIS SUBOP:* --2 HOOK-UPS AND 2 UNHOOKS PER (1) .....* ...8-HR SHIFT* --(1) OCCURRENCE FOR IGNITE AND.........* ....EXTINGUISH TORCH* --TO DETERMINE THE FREQ OF THE SUB-OP...* ...FRO NUMBER OF CUTS >1 USE THE ......* ...FORMULA: FREQ = 1+ [(N-1) X .23]....

* ...WHERE 'N' = THE NUMBER OF CUTS(BURNS)TOTAL TMU 2900.0

Combined sub-operation elements FreQ, TMU-------------------- ----------- ----- ----

9, HOOK-UP AND UNHOOK TORCH ON MANIFOLD WITH WRENCH AT SHIP

8.00 224010. IGNITE AND EXTINGUISH TORCH FOR BURNING WITH HAND AT TANK

1.OO 660----

Total TMU 2900.


376. SET-UP (STAGING CLIP) ON BULKHEAD WITH HAMMER (AND STEEL-TAPE) AT TANKCARPENTER

PER STAGING CLIP OFG: 4 01-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS PUTTING UP A STAGING CLIP ON* ...THE BULKHEAD* WELDING OF THE CLIP WILL BE DONE IN A...* ...SEPARATE SUB OPERATION

CARP-1 BEGINS.AT TANKTOP

1 CARP-1 MEASURE AT BRKT-1 USING STEEL-TAPE-1 ASIDE TO CARP-1Al BO G1 Al BO P1 M32 A1 BO P1 AO 1.00 380.

2 CARP-1 LOOSEN PAINT ON BHD AT BRKT-1 4 STRIKES USING HAMMER-1 ASIDETO CARP-1Al BO G1 Al BO PO L1O Al BO P1 AO 1.OO 150.

3 CARP-1 GET+PLACE WITH BEND SCLIP FROM TOOLBOX-2 TO BRKT-1 ( TACKINGUPON PLACEMENT )

Al B6 G3 Al BO P3 AO 1.OO 140.

TOTAL TMU 670.


PER STAGING BRACKET OFG: 3 02-FEB-82REPRESENTS ELAPSED TIME* REPRESENTS GETTING BRACKET READY TO BE..* ...TRANSPORTED TO TANK OR BULKHEAD* CARPENTER IS LOCATED EITHER ON THE WAY..* ...OR IN TANK AT THE MATERIAL (BIN-1)CARP-3 BEGINS AT BIN-1

1 CARP-3 GET+PLACE WITH BENDAl B6

2 CARP-3 GET+PLACE WITH BENDBOLT IN BRKT

Al B63 CARP-3 FASTEN NUT AT BIN-1

Al BO G1 Al BO PI4 CARP-3 GET+PLACE BRKT FROM

TRANSPORTATION )Al BO

BRKT FROM BIN-1 TO BIN-1G3 Al BO P3 AO 1.OO 140.BOLT FROM TOOLBOX-1 TO BIN-1 AND INSERT

G3 A1 BO P3 Al 1.OO 150.4 WRIST-TURNS USING HANDSF1O AO BO PO AO 1.00 140.BIN-1 TO BIN-1 ( PILE UP BRKTS FOR

G3 Al BO P3 AO 1.00 80•

TOTAL TMU 510.

DATA-SYNTHESIS AND BACK-UP

383. SET-UP (ACCESS) LADDER ON BULKHEAD WITH HAND AT TANK CARPENTERPER LADDER OFG: 3 01-FEB-82REPRESENTS ELAPSED TIME* REPRESENTS PUTTING UP AN ACCESS LADDER..* ...ON THE BULKHEAD SO THAT THE CARPENTER* ...CAN CLIMB TO THE NEXT LADDER.* ALSO INCLUDES CLIMBING UP AND DOWN THE..* ...LADDER.* AVERAGE NUMBER OF RUNGS = 12CARP-1 BEGINS AT TANKTOP

1 CARP-1 GET+PLACE WITH BEND LADR FROM TANKTOP TO LDRB6 G3 Al B0 P3 A0 1.00 140.

2 CARP-1 SLIDE ( CLIMB-Up ) LADDER AT LDR ( 12 RUNGS ) PF 12 ( 1 ) P12 ( 34 )

(A1 )B16(G1 M3 )XO IO AO (12) 1.OO 760.3 CARP-1 PULL ( CLIMB-DOWN ) LADDER AT LDR ( 12 RUNGS ) PF 12 ( 1 )

12 ( 34 )(A1 )B16(G1 Ml )XO IO AO (12) 1.00 520.

TOTAL TMU 1420.

384. POSITION (SECURE) (ACCESS) LADDER FOR BULKHEAD WITH HAMMER (AND LADDECLIPS) AT TANK CARPENTER

PER LADDER OFG: 3 03-FEB-82REPRESENTS ELAPSED TIME* REPRESENTS SECURING A LADDER TO THE....* ...BULKHEAD USING 4 LADDER CLIPS* WELDING OF CLIPS WILL BE DONE IN A....* ...SEPARATE SUB OPERATIONCARP-1 BEGINS AT LDR

1 CARP-1 LOOSEN 4 PAINT ON BHD AT LDR 4 STRIKES USING HAMMER-1 ASIDETO CARP-1

A1 BO G1 AO B0 (PO Al L1O )A1 BO P1 A0 (4) 1.00 480.2 CARP-2 GET+PLACE WITH BEND 4 LCLIPS FROM TOOLBOX-2 TO LDR ( TACKIN

UPON PLACEMENT ) PF 4 ( 6 )A1 B6 G3 Al B0 (P3 )AO (4) 1.00 230.

TOTAL TMU 710.


388. SET-UP STAGING PLANK ON STAGING BRACKET WITH HAND AT TANK CARPENTERPER BOARD OFG: 3 02-FEB-82REPRESENTS ELAPSED TIME* REPRESENTS SETTING UP BOARDS BETWEEN....* ...BRACKETS.* TWO MAN OPERATION:* CARPENTERS ARE LOCATED AT TWO DIFFERENT* ..BRACKETS, THEY BOTH LIFT THE BOARD....* ..TOGETHER AND SLIDE IT INTO POSITION.* IN THIS ANALYSIS CARPENTERS ARE LOCATED* ...ON THE LEVEL BELOW THE BOARDS.


1 CARP-l+CARP-2 GET+SLIDE WITH 1 STEP BOARD AT BRKT-1 AND ALIGNA3 BO G3 M3 XO I1O AO 1.00 190.

2 CARP-1 WALK TO BRKT-2 ( TO DO NEXT SECTION OF BOARDS, CARP2 ALSOMOVES TO ANOTHER BRACKET )

A1O BO GO AO BO PO AO 1.00 100.

TOTAL TMU 290.


REPRESENTS ELAPSED TIME* REPRESENTS PUTTING STANCHION IN THE.....*....BRACKET SLEEVE.


1 CARP-1 GET+PLACE WITH BEND STAN FROM TANKTOP TO BRKT-1 AND INSERTAl B6 G3 Al BO P3 Al 1.OO 150.

2 CARP-1 WALK TO BRKT-2 ( DO NEXT STANCHION )A10 BO GO AO BO PO AO 1.OO 100.

TOTAL TMU 250.


399. TEAR DOWN HANDRAIL ON BULKHEAD WITH TORCH (AND WINCH) AT (WING) TANKSAND VOIDS CARPENTER


* REPRESENTS TEARING DOWN HANDRAIL IN A...* ...WING TANK, HANDRAIL IS LOWERED TO THE* ....MATL-PILE WITH A WINCH BECAUSE THE...* ...TANK IS TO SMALL FOR THE HANDRAIL TO* ...BE THROWN.* CARPENTERS REMOVE 2 HANDRAIL BEFORE.....* ...MOVING TO THE NEXT SECTION.* MAXIMUM NUMBERS OF HANDRAIL IN LIFT = 6CARP-1 BEGINS AT BULKHEAD

6

7

8

9

CARP-1 PULL TORCH FROM BULKHEAD TO BRKT-1Al BO G1 M1 XO IO Al 1.OO 40.

CARP-1 OPERATE TORCH AT BRKT-1 PTIME 0.26 ) ( BURN OFF HANDRAIL )Al BO G1 M6 X42 IO AO 1.00 500 .

CARP-2 GET+HOLD HANDRAIL FROM BRKT-1 TO BRKT-1 SIMO<Al BO G3 Al BO PO AO > 1.OO 0.

CARP-2 HOLD+PLACE HANDRAIL FROM BRKT-1 TO BRKT-PILEA0 BO GO A1O B6 P3 AO 1.OO 190.

WINCH-OPER LOOSEN ( = SWING ) CABLE WITH BEND AT MENHOLE 5ARM-STROKES USING HANDS F 1 / 6

Al B6 G1 Al BO P1 L32 AO BO PO AO 0.17 70.WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-2 F 1 / 6

Al BO G1 Al B6 PO AO 0.17 15.CARP-2 GET+MANIPULATE WITH BEND CABLE AT BRKT-PIL.E ( HOOK CABLEAROUND HANDRAIL ) F 1 / 6

Al B6 G3 M1O XO IO AO 0.17 33.WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 6

Al BO G1 M1 X67 IO A0 0.17 117.WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO MATL PILE ) F 1 / 6

Al BO G1 M1 X81 IO A0 0.17 140.10 WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE ) F 1 / 6

Al B0 G1 M1 X245I0 A0 0.17 413.11 CARP-2 AND CARP1 WALK TO BRKT-2 F 1 / 2

A24 B0 GO AO BO PO AO 0.50 120.

TOTAL TMU 1638•


401. TEAR DOWN STANCHION ON BULKHEAD WITH HAND (AND WINCH) AT (WING) TANKSAND VOIDS CARPENTER


* REPRESENTS TEARING DOWN STANCHION IN A..* ...WING TANK, STANCHION IS LOWERED TO...* ...THE MATL-PILE WITH A WINCH BECAUSE...* ...THE TANK IS TO SMALL FOR THE........* ...STANCHION TO BE THROWN.* MAXIMUM NUMBER OF STANCHIONS IN LIFT = 6

CARP-2 BEGINS AT BRKT-PILE

1

2

3

4

5

6

7

8

9

CARP-2 LOOSEN STAN AT BRKT-1 4 ARM-STROKESAl B0 G1 A10 B0 P1 L24 A0 B0 P0

USING HANDSh0 1.00 370.

CARP-2 H0LIJ+PLACE STAN FROM BRKT-1 TO BRKT-PILEA0 R0 G0 Al0 B6 P3 A0 1*00 190.

WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT MENHOLE 5ARM-STROKES USING HANDS F 1 / 6Al B6 G1 Al B0 P1 L32 A0 B0 P0 A0 0.17 70.

WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-2 F 1 / 6Al B0 G1 Al B6 P0 A0 0.17 15.

CARP-2 GET+MANIPULATE WITH BEND CABLE AT BRKT-PILE ( HOOK CABLEAROUND STANCHIONS ) F 1 / 6

Al B6 G3 M10WINCH-OPER PUSH WINCH-FREE PROCESS

A1 B0 G1 M1UINCH-OPER PUSH WINCH-DOWN PROCESS

Al B0 G1 M1WINCH-OPER PUSH WINCH-UP PROCESS (

Al D0 G1 M1CARP-2 WALK TO BRKT-2

A24 B0 Go A0

X0 I0 A0 0.17 3( CLEAR OBSTACLES ) F 1 / 6X67 I0 A0 0.17 117.( TO MATL PILE ) F 1 / 6X81 I0 A0 0.17 140.TO MENHOLE ) F 1 / 6X245I0 A0 0.17 413.

B0 P0 A0 1.00 240.

TOTAL TMU 1588.


403. TEAR DOWN LADDER (AND LADDER CLIPS) ON BULKHEAD WITH TORCH (AND WINCHAT ANY TANKS AND VOIDS CARPENTER


* REPRESENTS REMOVING LADDER FROM BULKHEAD* ...THERE ARE 4 LADDER CLIPS PER LADDER.* ...LADDER LOWERED TO LDR-PILE BY WINCH* ...LADDER CLIPS THROWN TO MATL-PILE.


1 CARP-1 PULL TORCH AT LDRA10 B0 G1 Ml X0 I0 A0 1.OO 120.

2 CARP-1 OPERATE TORCH AT LDR PTIME 0.47 M F 4 ( BURN OFF 4 CLIPS )Al B0 G1 M6 X81 I0 A0 4.00 3560.

3 CARP-1 GET+THROW 4 LCLIPS FROM LDR TO MATL-PILE WITHOUT BEND F 4- Al B0 G3 Al B0 PO A0 4.00 200.

4 CARP-2 GET+POSITION LADR FROM LDR TO BRKT-2 WITH BEND ( LAY DOWN OBOARDS )

Al B0 G3 A10 B6 P6 A0 1.00 260.5 WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT BTRWTH 5 ARM-STROK

USING HANDSAl B6 G1 Al B0 P1 L32 A0 B0 P0 A0 1.00 420.

6 WINCH-OPER THROW CABLE FROM BTRWTH TO CARP-2 WITH BENDAl B0 G1 Al B6 PO A0 1.OO 90.

7 CARP-2 GET+MANIPULATE WITH BEND CABLE AT BRKT-2 ( HOOK AROUND LADRAl B6 G3 M10 X0 IO A0 1.OO

8 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES )Al BO G1 M1 X67 I0 A0 1.OO

9 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO LDR PILE )Al B0 G1 Ml X81 IO A0 1.OO

10 WINCH-OPER PUSH WINCH-UP PROCESS ( TO BTRWTH )Al B0 G1 Ml X245I0 A0 1.00

11 CARP-1 WALK TO BRKT-2A10 B0 G0 A0 B0 P0 A0 1.OO

TOTAL TMU

200.l

700.

840.

2480.

100.

8970.

PAGE 437


406. TEAR DOWN STAGING BRACKET ON BULKHEAD WITH WRENCH AT ANY TANKS ANDVOIDS CARPENTER

PER STAGING BRACKET OFG: 3 05-FEB-82REPRESENTS ELAPSED) TIME

* REPRESENTS TEARING DOWN STAGING BRACKET* ...IN ANY TANK BRACKETS ARE LOWERED TO* ...MATL-P.ILE BY WINCH.* MAXIMUM NUMBER OF BRACKETS IN LIFT = 3


1 CARP-1 LOOSEN NUT AT BRKT-1 1 ARM-STROKE USING WRENCH-1 AND HOLDAl BO G1 A1O BO P3 L3 AO BO PO 40 1.00 180+

2 CARP-1 HOLD+LOOSEN NUT AT BRKT-1 13 WRIST-STROKES USING WRENCH-1ASIDE TO CARP-1AO BO GO Al BO P3 L42 Al BO P1 AO 1.OO 480.

3 CARP-1 GET+REMOVE BOLT FROM BRKT-1 TO CARP-1Al BO G3 Al BO P1 AO 1.00 60.

4 CARP-1 THROW NUT AND BOLT FROM CARP-1 TO MATL-PILE WITHOUT BENDAl BO G1 Al BO PO AO 1.00 30.

5 CARP-2 GET+PLACE BRKT FROM BRKT-1 TO BRKT-PILEAl BO G3 A1O B6 P3 AO 1.00 230.

6 WINCH-OPER LOOSEN ( =SWING ) CABLE WITH BEND AT BTRWTH 5 ARM-STROKESUSING HANDS F 1 / 3Al B6 G1 Al BO P1 L32 AO BO PO AO 0.33 140.

7 WINCH-OPER THROW CABLE FROM BTRWTH TO CARP-2 F 1 / 3Al BO G1 Al B6 PO AO 0.33 30.

8 CARP-2 GET+MANIPULATE WITH BEND CABLE AT BRKT-PILE ( HOOK AROUNDBRACKETS ) F 1 / 3

Al B6 G3 M1O XO IO AO 0.33 67•9 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES ) F 1 / 3

Al BO G1 M1 X67 IO AO 0.33 233 .10 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO MATL PILE ) F 1 / 3

A1 BO G1 M1 X81 IO AO 0.33 280.11 WINCH-OPER PUSH WINCH-UP PROCESS ( TO BTRWTH ) F 1 / 3

Al BO G1 M1 X245I0 A0 0.33 827.12 CARP-2 AND cARP1 WALK To BRKT-2

A24 BO GO AO BO PO AO 1.00 240.

TOTAL TMU 2797.


569. SET-UP STAGING BRACKET ON WEB FRAME WITH WRENCH AT ( WING ) TANKS ANDVOIDS CARPENTER


* REPRESENTS PUTTING UP A STAGING BRACKET* ...ON A EXISTING STAGING CLIP ( LOCATED* ...ON A WEB FRAME ) CARP-1 BEGINS AT WING-TANK


573. SET-UP STAGING PLANK ON STAGING BRACKET WITH HAND AT ( WING ) TANKS AVOIDS CARPENTER

PER STAGING FLANK OFG: 4 24-MAY-83REPRESENTS ELAPSED TIME

* REPRESENTS SPREADING BOARDS BETWEEN WEBS* 2 MAN OPERATION:* CARPENTERS ARE LOCATED AT TWO DIFFERENT* ...WEBS, THEY BOTH PICK UP THE BOARD* ...TOGETHER AND SLIDE IT INTO POSITION.* IN THIS ANALYSIS CARPENTERS ARE LOCATED* ...ON THE SAME LEVEL AS THE BOARDS.CARP-1 BEGINS AT WEB-1

1 CARP-1 AND CARP2 GET+SLIDE WITH BEND WITH 1 STEP BOARD AT WEB-1 ANALIGN

A3 B6 G3 H3 *(I I10 A0 1400 250.2 CARP-1 WALK TO WEB-2 ( TO DO NEXT SECTION OF BOARDSS CARP2 ALSO

MOVES TO ANOTHER BRACKET )A1O BO GO AO BO PO AO 1.00 100.

TOTAL TMU 350.

TOTAL TMU 420.


579. SET-UP HANDRAIL ( END PIECES ) ON ( HANDRAIL AND ) BULKHEAD WITH HANDAT ( WING ) TANKS AND VOIDS CARPENTER


* REPRESENTS PUTTING HANDRAIL (END PIECES)* ...AT THE END OF A STAGING LEVEL* WELDING OF THE HANDRAIL ( END PIECES )* ... CONNECTIONS WILL BE DONE IN A* ...SEPARATE SUB OPERATIONCARP-1 BEGINS AT WEB-1

1 CARP-1 GET+HOLD WITH BEND HANDRAILAl B6 G3 Al

2 PTIME 1.02 M ( CUT HANDRAIL INTO 2

FROM WING-TANK TO CARP-1BO PO AO 1.00 11O.PIECES WITH ELECTRODE )

1.00 1700.3 CARP-1 GET+PLACE 2 HANDRAIL ( END PIECES ) FROM CARP-1 TO WEB-1 F

Al B0 G3 Al BO P3 AO 2.OO 160.

TOTAL TMU 1970

1 CARP-1 MEASURE AT WEB-1 USING STEEL-TAPE-1 ASIDE TO CARP-1Al BO G1 Al Bo. P1 M32 Al BO P1 AO 1.OO 380.

2 CARP-1 LOOSEN PAINT ON WEB AT WEB-1 4 STRIKES USING HAMMER-1 ASIDETO CARP-1

Al BO G1 Al BO PO L1O Al BO P1 AO 1.00 150.3 CARP-1 GET+PLACE WITH BEND SCLIP FROM TOOLBOX-2 TO WEB-1 ( TACKING

UPON PLACEMENT )Al B6 G3 A1 BO P3 AO 1.00 140.

TOTAL TMU 670.


5.2 SYNTHESIS AND ANALYSIS

545. ASSEMBLE I-BEAMS FOR TANK STAGING PLATFORM WITH WRENCH AT ANY PLATENCARPENTER


* CARPENTER WORKS ALONE BOLTING I-BEAMS* STEPS:* 1-4 ARE FOR THE CONNECTIONS OF I-6 & I-7* ...AT I-l,I-2,I-3,I-4, AND I-5* 5,6 ARE FOR MOVEMENT OF THE CARPENTER* ...BETWEEN THE CONNECTIONS


1 CARP-1 GET+POSITION 4 BOLTS FROM TOOLBOX-1 TO I-1 WITH BEND ANDINSERT BOLT PF 4 (4 5 6 7)F1O

A1 B6 G3 (Al B6 P6 Al ) 10.00 6600.2 CARP-1 GET+POSITION WITH BEND 4 WASHERS AND NUTS FROM TOOLBOX-1 TO

I-1 WITH BEND PF 8 (4 5 6) F 1OAl B6 G3 (Al B6 P6 )AO (8) 10.00 11400.

3 CARP-1 FASTEN 4 NUTS AT I-1 13 SPINS DIFFICULT USING FINGERS F 10Al BO G1 AO BO (P6 A1 F16 )AO BO PO AO (4) 10.00 9400.4 CARP-1 FASTEN 4 NUTS AT I-1 13 WRIST-STROKES DIFFICULT USING WRENCH

ASIDE TO CARP-1 F 10Al BO G1 AO BO (P1O A1 F 42 )A1 BO P1 AO (4) 10.OO 21600.5 CARP-1 GET+PLACE WITH CLIMB-OBJECT TOOLBOX-1 FROM I-1 TO I-5 PF 10 (

2 ) PF1O ( 56 )Al (B32 )G3 A16 (B6 P3 )AO (10) 1.OO 4300.

6 CARP-1 GET+PLACE WITH BEND TOOLBOX-1 FROM I-5 ( AT, I-6 ) TO I-5 (AT. I-7 ) WITH 10 STEPS WITH BEND

Al B6 G3 A16 B6 P3 AO 1.00 350 .

TOTAL TMU 53650.


13 CARP-1 GET+PLACE WITH CLIMB-OBJECT TOOLBOX-l FROM I-3 TO I-1 WITH10 STEPS PF3(2)PF3 (56)

A1 (B32 )G3 A16 (B6 P3 )Ao (3) 1.00 1430.14 CARP-1 GET+POSITION ANGLE FROM A-6 TO I-1 ( AT. A-6 ) F 10

Al B6 G3 Al B6 P6 AO 10.00 2300{15 CARP-1 GET+POSITION WITH BEND 2 BOLTS FROM TOOLBOX-1 TO I-1 WITH

BEND AND INSERT BOLT PF 2 ( 4 5 6 7 ) F 10Al B6 G3 (Al B6 P6 Al ) 10.00 3800 .

16 CARP-1 GET+PLACE WITH BEND 2 WASHERS AND NUTS FROM TOOLBOX-1 TO ( I-1WITH BEND PF2 (4 5 6) F1O

A1 B6 G3 (Al B6 P3 )AO (2) 10.00 3000.17 CARP-1 FASTEN 2 NUTS AT I-1 13 SPINS DIFFICULT USING FINGERS F 10A1 BO G1 AO BO (P6 Al F16 )AO BO PO AO (2) 10.OO 4800.18 CARP-1 FASTEN 2 NUTS AT I-1 13 WRIST-STROKES DIFFICULT USING WRENCH

ASIDE TO CARP-1 F 10A1 BO G1 AO BO (P1O Al F42 )Al BO P1 AO (2) 10.OO 11000.19 CARP-1 GET+PLACE WITH BEND TOOLBOX-1 FROM I-1 TO I-5 PF 10 ( 2 ) PF

10 ( 5 6 )Al (B6 )G3 A16 (B6 P3 )AO (10) 1.OO 1700 .

20 CARP-1 GET+pLACE WITH BEND TooLBOx-1 FROM I-5 ( AT* A-6 ) To I-5 (AT, A-S ) WITH 10 STEPS WITH BEND

Al B6 G3 Al6 B6 P3 AO 1.00 350.

TOTAL TMU 74030.

539. READ MATERIAL LIST (PRINT) FOR TANK STAGING PLATFORM WITH (EYES) AT ANYPLATEN CARPENTER

PER PLATFORM OFG: 4 02-FEB-83REPRESENTS ELAPSED TIME* CARPENTER READS PRINT BEFORE LAYING OUT* ...TABLE, READS 48 DIGITS PER LOCATIONCARP-1 BEGINS AT TANK-STAGING-PLATFORM

1 CARP-1 OPEN+SHUT PRINT F 6Al BO G1 M6 XO 10 AO 6.00 480.

2 CARP-1 READ 12 DIGITS F 24AO BO GO AO BO PO T1O A0 BO PO AO 24• 00 2400.

3 CARP-1 HOLD+PLACE PRINT TO CARP-1 ( IN POCKET ) F 6AO BO GO Al BO P3 AO 6.00 240.

TOTAL TMU 3120.


540. MEASURE (PLATEN) FOR TANK STAGING PLATFORM WITH (STEEL) TAF’E AT ANYPLATEN CARPENTER

PER PLATFORM OFG: 4 31-JAN-83REPRESENTS ELAPSED TIME

* REPRESENTS MEASURING TABLE FOR LAYOUT -* ANALYSIS INCLUDES ALL THE WALKING,.*** .,.DISTANCES FOR THE LAYOUT,* STEPS:* ~,3,4 ARE FoR I-1,1-2, 1-3,1-4,AND I-5S ,e,AT A-5 AND A-6.* 5?6v7 ARE FOR A-5vI-7vA-4P4-3vA-lv I-6v* ● ,eANll A-6 AT 1-5* 5r697 ARE FOR A-5r I-7PA-4~A-2?A-lv *-6vS ,,,ANll A-6 AT 1-1* ??lO~ll 4RE FOR A-2 AND A-3 AT 1-3ChRP-1 BEGINS AT STORE-2

1 CARP-1 UALK TO TANK-STAGING-PLATFORfl ( AT. I-1 ) UITH CLIMB ( ONTABLE )

A32 B16 GO AO BO PO AO 1.00 480.2 CARP-1 HEASURE AT 1-1 USING STEEL-TAPE ASIDE TO CARP-1 F 10

Al BO G1 Al B6 P1 M32 Ai BO Pi AO 10.00 4400.3 CARP-I WALK TO I-5 WITHOUT BEND F 2

A16 EO GO AO BO PO AO 2*OO 320.4 CARP-1 klALK TO 1-1 UITHOUT BENll AND RETURN TO I-5 UITHOIJT BEND F 2

A16 BO GO AO BO PO A16 2.00 640.5 CARP-1 MEASURE AT A-5 USING.STEEL-TAPE ASIDE TO CARP-1 F 14

Al BO G1 Al B6 PI M32 Al BO P1 AO 14*OO 6160.6 CARP-1 WALK TO A-6 WITHOUT BEND F 2

A24 BO GO AO BO PO AO 2.00 480.7 CARP-1 WALK TO A-5 WITHOUT BEND AND RETURN TO A-6 UITHOUT REND F 2

A24 BO GO AO BO PO A24 2400 960.S CARP-1 WALK TO I-3 WITH 6 STEPS UITHOUT BEND

A1O BO GO AO BO PO AO 1.00 100*9 CARF’-1 MEASURE htITH 8 STEPS AT A-2 USING STEEL-TAPE ASIDE TO CARP-

A16 BO G1 Al B6 P1 M32 Al BO PI AO 1*OO 590*10 CARP-1 MEASURE AT A-3 USING STEEL-TAPE ASIDE TO CARP-1

Al RO G1 A32 B6 P1 M32 Al BO P1 AO I*OO 750*11 CARP-1 UALK TO STORE-2 WITH DESCEND ( OFF TABLE )

, A42 B16 GO AO BO ~0 AO 1.00 580 ●

.

TOTAL THU 15460~


541, MARK (PLATEN) FOR TANK STAGING PLATFORM UITH MARKER AT ANY PLATENCARPENTER

PER PLATFORM OFG: 4 02-FEB-83REPRESENTS ELAPSEKI TIME

$ REPRESENTS MARKING THE LAYOUT FOR A TANK* +*>STAGING PLATFORM AND INSPECTING blORKo* THE FOLLOUING PLACES ARE LAID OUT:a ● +,AT A-5 AND A-6:s •,,I-1~1-2~1-3?I-4~ AND 1-5* ,*,AT 1-1 AND J-5:$ ● e,A-&vl-6~A-l rA-4~1-7r AND A-5* ..,A-2 IS LAIIJ OUT AT I-3 AND I-1* +.+A-3 IS LAID OUT AT I-3 AND 1-5CARP-1 BEGINS AT TANK-STAGING-PLATFORM

i CARP-I MARK AT 1-1 5 IIIGITS USING tfARKER ASIDE TO CARP-1 F 25Al BO 61 Al 116 P1 R16 Al RO PI AO 25.00 7000,

2 CARP-1 INSPECT 5 POINTS F 25AO 1#0 GO AO BO PO T6 AO BO PO AO 2s.00 1500.

TOTAL THU 8!500.

542, TRANSPORT PALLET (I-BEAMS AND ANGLES) FOR TANK STAGING PLATFORil UITH(CRANE) AT ANY PLATEN CARPENTER

PER F’LATFORK OFG: 4 02-FEB-83REPRESENTS ELAPSEIJ TIME

* tMTERIAL NEESIEII FOR ONE PLATFORM:* . ..1-BEAMS - 7*c .,.ANGLES - 6


1 HOOKER-ON TRANSPORT PALLET FROM STORE-1 USING CRANE-1 UITH 2HOOK+SLING TO STORE-2 PLACE+ADJUST RETURN TO CR-1

Al TIO K24 T16 P3 T24 AO 1.00 7800,

TOTAL TMU 7800.

.


547.

549.

TRANSPORT STAGING PLANKS FOR TANK STAGING PLATFORM WITH (CRANE) AT ANPLATEN CARPENTER


* BOARDS ARE TRANSPORTED FROM LUMBER PILE* ...WHICH IS LOCATED (IN THE PLATEN.* TOTAL NUMBER OF BOARDS IN LIFT = 64* TOTAL LIFTS = 2 (PORT AND STARBOARD)


1 HOOKER-ON TRANSPORT BOARDS FROM LUMBER-PILE USING CRANE-2 WITH 2HOOK+SLING TO TANK-STAGING-PLATFORM ( AT. A-5 ) PLACE+MANEUVER

RN CRANE-2 TO CR-2 RETURN HOOKER-ON TO STORE-2 F 2Al6 T1O K24 T24 P16 T24 A16 2.OO 26000 ●

TOTAL TMU 26000 .

TRANSPORT (FINISHED) TANK STAGING PLATFORM WITH (CRANE) AT ANY PLATENCARPENTER


* TRANSPORT FINISHED PLATFORM TO A STORAGE* ...PILE


1 HOOKER-ON TRANSPORT FIN-PLATFORM FROM TANK-STAGING-PLATFORM USINGCRANE-2TO CR-2

WITH 2 HOOK+SLING TO FIN-PILE PLACE+MANEUVER RETURN CRANEAND RETURN HOOKER-ON TO STORE-2

A16 T24 K24 T6 P16 T24 A16 1.00 12600 .

TOTAL TMU 12600.


13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

WAIT 15 M ( CRANE RAISES PLATFORM JUST BELOW MAIN DECK )1.00 25005,

CARP-1 LOOSEN WITH BEND+STAND NUT ( ON SUSPENSION CABLE SHACKELS AT BTRWTH2 8 WRIST-TURNS USING HANDS F 4

Al B16 G1 Al B0 P1 L16 AO B0 PO AO 4.00 1440.CARP-1 GET+REMOVE BOLT FROM BTRWTH2 TO CARP-1 F 4

Al BO G3 Al BO P1 AO 4.OO 240.CARP-1 GET+MANIPULATE WITH BEND+STAND SUSPENSION-CABLE AT BTRWTH2AND ALIGN F 4

Al B16 G3CARP-1 GET+POSITION BOLT FROM

Al BO G3CARP-1 FASTEN WITH BEND+STANDHANDS F 4

Al B16 G1 Al BO P1 F16

M1O XO I10 AO 4.00 1600.CARP-1 TO BTRWTH2 F 4Al BO F6 AO 4.00 4404NUT AT BTRWTH2 8 WRIST-TURNS USING

AO BO PO AO 4.00 1440 ●

CARP-1 WALK TO BTRWTH4 WITH FLAT-CRAWLA24 B42 GO AO BO PO AO 1.OO 660.

WAIT 1 M ( CRANE TO LOWER PLATFORM TO TIGHTEN SLACK ON SUSPENSIONCABLE )

CARP-1 LOOSEN NUTUSING HANDS F 2

Al B6 G1 A1CARP-1 GET+REMOVE

CARP-1 GET+PICKUP

1.00 1667.WITH BEND ( ON SHACKEL ) AT BTRWTH4 8 WRIST-TUR

BO P1 L16 AO BO PO AO 2.OO 520.BOLT FROM BTRWTH4 TO CARP-1 F 2Al BO G3 Al BO P1 AO 2.00 120.WITH BEND SHACKLE FROM PLATFORM F 2Al B6 G3 Al BO PO AO 2.00 220.

CARP-1 GET+PLACE BOLT FROM CARP-1 TO BTRWTH4 AND INSERT F 2Al BO G3 Al B6 P3 Al 2.OO 300.

CARP-1 FASTEN NUT AT BTRWTH4 8 WRIST-TURNS USING HANDS F 2Al BO G1 Al RO P1 F16 AO BO PO AO 2.00 400.

CARP-1 WALK TO BTRUTH2 WITH FLAT-CRAWLA24 B42 GO AO BO PO AO 1.OO 660 ●

WAIT 5 M ( CRANE RAISES 4 CABLES OUT OF THE CENTER TANK )1.00 8335,

CARP-3 GET+PLACE CABLE-SLEEVE FROM BTRWTH4 TO MENHOLEA24 B6 G3 A32 B6 p3 AO 1.OO 740.

CARP-3 GET+PLACE CABLE-SLEEVE FROM BTRWTH2 TO MENHOLEA16 B6 G3 A16 R6 P3 AO 1.00 500.


1.00 1667.CARP-1 LOOSEN WITH BEND+STAND NUT ( ON SUSPENSION CABLE SHACKELS AT BTRWTH2 8 WRIST-TURNS USING HANDS F 4

Al B16 G1 41 BO P1 L16 AO RO PO AO 4*OO 1440.CARP-1 GET+REMOVE BOLT FROM BTRWTH2 TO CARP-1 F 4

Al Bo G3 Al Ro P1 Ao 4.00 240.CARP-1 GET+MANIPULATE WITH BEND+STAND SUSPENSION-CABLE AT BTRUTH2AND ALIGN F 4

Al B16 G3 M1O XO 110 AO 4.00 1600.CARP-1 GET+POSITION BOLT FROM CARP-1 TO BTRUTH2 F 4

Al BO G3 Al BO P6 AO 4.00 440.CARP-1 FASTEN WITH BEND+STAND NUT AT BTRWTH2 8 WRIST-TURNS USINGHANDS F 4

Al B16 G1 Al BO P1 F16 AO BO PO AO 4*OO 1440.CARP-1 WALK TO BTRWTH4 WITH FLAT-CRAWL

A24 B42 Go Ao Bo po A0 1.00 660•WAIT 15 M ( CRANE TO LOWER PLATFORM TO APPROXIMATELY 3 FEET ABOVETHE TANK-TOP )

1.00 25005•CARP-1 AND CARP2 WALK TO MENHOLE WITH CLIMB-OBJECT

A32 B32 GO AO BO PO AO 1.00 640.CARP-1 GET+MANIPULATE BLOCK FROM MENHOLE TO PLATFORM WITH 12 STEPAND ADJUST F 2

Al BO G3 H1O XO 16 A24 2.00 880 WAIT 1 M ( CRANE LOWERS PLATFORM ON 4 WOODEN BLOCKS )

CARP-1 LOOSEN NUTWRIST-TURNS USING

Al B32 G1 AlCARP-1 GET+REMOVE

CARP-1 GET+PICKUP

1.OO 1667.WITH CLIMB-OBJECT ( ON SHACKEL ) AT BTRWTH4 8HANDS F 2B6 P1 L16 AO BO PO AO 2.00 11600BOLT FROM BTRWTH4 TO CARP-1 F 2Al BO G3 Al BO P1 AO 2400 1204WITH BEND SHACKLE FROM PLATFORM F 2A1 R6 G3 Al BO PO AO 2.00 2204

CARP-1 GET+PLACE BOLT FROM CARP-1 TO BTRWTH4 AND INSERT F 2Al BO G3 Al BA P3 Al 2.OO 300 .

CARP-1 FASTEN NUT AT BTRWTH4 8 WRIST-TURNS USING HANDS F 2Al BO G1 Al BO P1 F16 AO BO PO AO 2.00

CARP-1 WALK TO BTRWTH2 WITHOUT BEND

WAIT 5 M ( CRANE

CARP-3 GET+PLACE

CARP-3 GET+PLACE

CARP-1 AND CARP2

A24 Bo GO AO BO PO A0 1.00RAISES 4 CABLES OUT OF THE CENTER TANK )

1400CABLE-SLEEVE FROM BTRWTH4 TO MENHOLEA24 B6 G3 A32 B6 P3 AO 1.OOCABLE-SLEEVE FROM BTRWTH2 TO MENHOLEA16 B6 G3 A16 B6 P3 AO 1.00WALK TO MENHOLE WITH CLIMB-OBJECTA16 B32 GO AO BO PO AO 1.00

400.

240.

8335

740

500.

480.


543.

544.

SET-UP I-BEAMS FOR TANK STAGING PLATFORM WITH (CRANE) AT ANY PLATENCARPENTER


* CARPENTER UORKS SI.flULTANEOUSLY lJITH THE* ,.+HOOKER-ON* STEP 3 INCLUDES SPREAljING I-BEAMS AT:* ,+,1-2fI-3~1-4~ AND I-5


1 HOOKER-ON TRANSPORT I-BEAM FROM STORE-2 USING CRANE-2 UITHHOOK+SLING TO I-6 PLACE+HANEUVER RETURN TO STORE-2

A16 T24 K24 TIO P16 TIO AO 1000 10000.2 HOOKER-ON TRANSPORT I-BEAM FROM STORE-2 USING CRANE-2 UITH

HOOK+SLIW TO I-7 PLACE+MANEUVER RETURN TO STORE-2Al T3 K24 T6 P16 T6 AO 1*OO 5600.

3 HOOKER-ON TRANSPORT I-BEAM FROH STORE-2 USING CRANE-2 UITHHOOK+SLING TO I-1 PLACE+HANEUVER RETURN TO STORE-2 F 5

Al T3 K24 T6 P16 T6 AO 5*OO 28000.

TOTAL THU 43600.

SET-UP ANGLE-BARS FOR TANK STAGING PLATFORfl WITH (CRANE) AT ANY PLATECARPENTER

PER PLATFORH OFG: 4 02-FEB-83REPRESENTS ELAPSED TIME

* CARPENTER UORKS SIMULTANEOUSLY UITH THE* ● **HOOKER-ON* STEP 1 INCLUUES SPREADING ANGLES AT:* ,.+4-6TA-IP AND A-2* STEP 2 INCLUIIES SPREADING ANGLES AT:* +,,A-3rA-4v ANI) A-5


HOOKER-ON TRANSPORT ANGLE FROfl STORE-2 USING CRANE-2 klIT1-1 HO(IK+SLITO A-6 PLACE+MANEUVER RETURN. TO STORE-2 F 3

A16 T24 K24 TIO F16 TIO AO 3000 300004 HOOKER-ON TRANSPORT ANGLE FROM STORE-2 USING CRANE-2 WITH HOOti+SLITO A-4 F’LACE+MANEUVER RETURN TO STORE-2 F 3

Al T3 K24 T6 ?16 T6 AO 3.00 16800.

TOTAL T.MU 46800,


**************

CARPENTERS SPREAD BOARDS SIMULTANEOUSLYBOARDS ARE SPREAD ON PORT SIDE FIRST......THEN STARBOARD SIDE.TOTAL BOARDS PER SIDE = 32STEPS:2-5 SPREAD BOARDS BETWEEN A-6 & 1-6 F/s6-8 SPREAD BOARDS BETWEEN I-6 & A-1 P/S9-11 SPREAD BOARDS BETWEEN A-1 & A-3 S...AND A-1 & A-2 P12-14 SPREAD BOARDS BETWEEN A-3 & A-4 s...AND A-2 & A-4 P15-17 SPREAD BOARDS BTWN A-4 & I-7 P/S18-20 SPREAD BOARDS BTWN I-7 & A-5 p/s21-22 SPREAD BOARD AT A-5 P/S


1 CARP-l+CARP-2 WALK TO TANK-STAGING-PLATFORM WITH CLIMB ( ONTOPLATFORM )

A32 B16 GO AO BO PO AO 1.00 48042 CARP-l+CARP-2 GET+POSITION 2 BOARDS FROM A-5 TO A-6 F 2

Al B6 G3 A24 B6 P6 A0 2.00 920.3 CARP-l+CARP-2 GET+POSITION 2 BOARDS FROM A-5 TO A-6 F 6

A24 B6 G3 A24 B6 P6 AO 6.00 4140.4 CARP-l+CARP-2 GET+SLIDE WITH BEND BOARD AT A-6 AND ALIGN F 8

Al B6 G3 M3 XO I10 AO 8.O0 1840.5 CARP-l+CARP-2 GET+PLACE 2 BLOCKS FROM CARP-1 AND CARP2 TO A-6 WITH

BEND F 16Al BO G3 Al B6 P3 AO 16.00 2240.

6 CARP-l+CARP-2 GET+POSITION 2 BOARDS FROM A-5 TO I-6 F 2A24 B6 G3 A24 B6 P6 AO 2.00 1380.

7 CARP-1+CARP-2 GET+SLIDE WITH BEND BOARD AT I-6 AND ALIGN F 2Al B6 G3 M3 XO I10 AO 2.00 460.

8 CARF-1+CARP-2 GET+PLACE 2 BLOCKS FROM CARP-1 AND CARP2 TO 1-6 WITHBEND F 4

Al BO G3 Al B6 P3 AO 4.00 560.9 CARP-l+CARP-2 GET+POSITION 2 BOARDS FROM A-5 TO A-1 F 8

A24 B6 G3 A16 B6 P6 AO 8.OO 4880.10 CARP-l+CARP-2 GET+SLIDE WITH BEND BOARD AT A-1 AND ALIGN F 8

A1 B6 G3 M3 XO I10 I10 8.00 1840.11 CARP-l+CARP-2 GET+PLACE 2 BLOCKS FROM CARP-1 AND CARP2 TO A-1 WITH

BEND F 16Al BO G3 Al B6 P3 AO 16.00 2240.

12 CARP-l+CARP-2 GET+POSITION 2 BOARDS FROM A-5 TO A-3 ( PORT OR A-2


13

14

Al15Al16

17

Al18

19

CARP-1 GET+PLACE WITH CLIMB-OBJECT TOOLBOX-1 FROM I-3 TO I-1 WITH1O STEPS PF 3(2)PF3 (5 6)

Al (B32 )G3 A16 (B6 P3 )AO (3) 1.00 1430.CARP-1 LOOSEN 2 NUTS AT I-1 5 WRIST-TURNS DIFFICULT USING WRENCHASIDE TO CARP-1 F 10BO G1 AO BO (P1O Al L1O )Al BO P1 AO (2) 10.00 4600.CARP-1 LOOSEN 2 NUTS AT I-1 20 SPINS USING FINGERS F 10BO G1 AO BO (Pl Al L24 )AO 80 PO AO (2) 10000 5400 ●

CARP-1 GET+PLACE 2 NUTS AND WASHERS FROM I-1 TO TOOLBOX-1 WITH BEF 20

Al BO G3 Al B6 P3 A0 20. 00 2800 ●

CARP-1 LOOSEN 2 BOLTS AT I-1 3 STRIKES USING HAMMER ASIDE TO CARPF 10BO G1 AO BO (PO Al L6 )Al BO P1 AO (2) 10.00 1800+CARP-1 GET+PLACE BOLTS FROM I-1 TO TOOLBOX-1 WITH BEND F 20

Al BO G3 Al B6 P3 AO 20.00 2800.CARP-1 GET+PLACE WITH CLIMB-OBJECT TOOLBOX-1 FROM I-1 TO I-5 WITH14 STEPS PF 10 ( 2 ) PF 10 ( 5 6 )

Al (B32 )G3 A24 (B6 P3 )40 (10) 1.00 4380.

TOTAL TMU 56860.

551. TEAR DOWN I-BEAMS ON TANK STAGING PLATFORM WITH WRENCH AT MID TANKS AVOIDS CARPENTER

PER PLATFORM OFG: 4 11-MAY-83REPRESENTS ELAPSED TIME* CARPENTER WORKS ALONE UNBOLTING I-BEAMS* STEPS:* 1-5 ARE FOR REMOVING BOLTS ON I-6 & I-7* ...AT I-l,I-2, I-3,I-4,AND I-5* 6,7 ARE FOR MOVEMENT OF THE CARPENTER* ...BETWEEN THE CONNECTIONS


1 CARP-1 LOOSEN 4 NUTS AT I-1 5 WRIST-TURNS DIFFICULT USING WRENCHASIDE TO CARP-1 F 10

Al BO G1 AO BO (P1O Al L1O )Al BO P1 AO (4) 10.OO 8800.2 CARP-1 LOOSEN 4 NUTS AT I-1 20 SPINS USING FINGERS F 10Al BO G1 AO EO (P1 Al L24 )AO B6 PO AO (4) 10.00 10600.3 CARP-1 GET+PLACE 4 NUTS AND WASHERS FROM I-1 TO TOOLBOX-1 WITH BEN

F 40Al BO G3 Al B6 P3 AO 40.00 5600.

4 CARP-1 LOOSEN 4 BOLTS AT I-1 3 STRIKES USING HAMMER ASIDE TO CARP-F 10

Al BO G1 AO BO (PO Al L6 )Al BO P1 AO (4) 10*OO 3200.5 CARP-1 GET+PLACE 4 BOLTS FROM I-1 TO TOOLBOX-1 WITH BEND F 40


6 CARP-3 GET+MANIPULATE WITH BEND+CLIMB-STEP ANGLE AT A-6 ALIGNA1O B16 G3 H1O XO 110 AO 1.00 490.

7 WINCH-OPER PUSH WINCH-DOWN PROCESS ( TO TANKTOP )Al BO G1 Ml X81 IO AO 1.00 840.

8 WINCH-OPER LOOSEN ( = SWING ) CABLE WITH BEND AT MENHOLE 5ARM-STROKES USING HANDSAl B6 G1 Al BO P1 L32 AO BO PO AO 1.00 420,

9 WINCH-OPER THROW CABLE FROM MENHOLE TO CARP-3A1 BO G1 Al B6 PO A0 1.OO 90•

10 CARP-3 GET+MANIPULATE WITH BEND CABLE AT A-6 ( HOOK AROUND. ANGLES )( ALLOW FOR 2 ATTEMPTS ) F 2

A1 B6 G3 M10 XO IO AO 2.00 400.11 WINCH-OPER PUSH WINCH-FREE PROCESS ( CLEAR OBSTACLES )

Al BO G1 Ml X67 IO AO 1.OO 700 .12 WINCH-OPER PUSH WINCH-UP PROCESS ( TO MENHOLE )

Al BO G1 M1 X245I0 AO 1.00 2480.

TOTAL TMU 9240 ●


561. SET-UP STAGING BRACKETS FOR (BETWEEN)AT MID TANKS AND VOIDS CARPENTER


TANK STAGING PLATFORM WITH WRENCH


TOTAL TMU 1850.


584. TEAR DOWN STAGING BRACKETS ON TANK STAGING PLATFORM WITH WRENCH AT MTANKS AND VOIDS CARPENTER


* REPRESENTS REMOVAL OF BRACKETS ON 2 TANK .*...STAGING PLATFORMS. ALSO REMOVAL OF* ...BOARDS THAT ARE SPREAD BETWEEN THE* ...BRACKETS.* 2 CARPENTERS WORKING SIMULTANEOUSLY EACH* ...WORNING ON A DIFFERENT PLATFORM.* STEPS:* 1 REPRESENTS REMOVAL OF BOARDS BETWEEN* ...BR-1 AND BR-2; BR-2 AND BR-3* 2-5 REPRESENTS REMOVAL OF BRACKETS FROM

TOTAL TMU 5640.

PAGE 473


516. TRANSPORT AREIAL PLATFORM FOR SIDE SHELL (STAGING) WITH (CRANE) AT ANWAY CARPENTER

PER AERIAL-PLATFORM OFG: 4 18-MAR-82REPRESENTS ELAPSED TIME

* REPRESENTS MOVIES AERIAL PLATFORM FROM A* ...WAY TO A SECTION OF SIDE SHELL


1 C-OPER TRANSPORT PLATFORM FROM P-REST USING CRANE WITH 2-HOOK+SLINTO AERIAL-PLATFORM POSITION+MANEUVER PF 2 ( 3 )

Al T32 (K32 )TIOP24 TO AO (2) 1.OO 13100.

TOTAL TMU 131OO.

TOTAL TMU 1 2 8 0 .


529. TRANSPORT AERIAL PLATFORM FOR SIDE SHELL (STAGING) WITH CRANE AT ANYWAY CARPENTER

PER AERIAL PLATFORM OFG: 4 18-MAR-82REPRESENTS ELAPSED TIME

* REPRESENTS MOVING AERIAL PLATFORM* ...FROM A SECTION OF THE SIDE SHELL* ...TO A WAY.C-OPER BEGINS AT-CR-l

1 C-OPER TRANSPORT PLATFORM FROM AERIAL-PLATFORH USING CRANE TO P-RESTPOSITION+M$NEUVER RETURN TO CR-1

Al T32 KO T1O P24 T32 40 1OO 9900.

TOTAL TMU 9900.

580, LOAD (STAGING MATERIAL) ON AERIAL PLATFORM WITH (CRANE) AT ANY PLATENCARPENTER


************

REPRESENTS SPREADING MATERIAL ON AN...AERIAL PLATFORMAERIAL PLATFORM CAN HOLD...MATERIAL FOR 3 LEVELS ...5 BRACKETS PER LEVEL.TOTAL MATERIAL:MATL QUANTITYBRKTS 15STANS 15BOARDS 36HANDRAIL 24LADDERS 5

ENOUGH STAGINGOF STAGING:

CARP-1 BEGINS AT P-REST

1 CARP-1 GET+PLACE 15 BRKTS FROM BIN-1 TO BIN-1 ( PILE UP BRKTS ) PF15 ( 2 3 4 5 6 )

A32 (B6 G3 A1 BO P3 )AO (15) 1.00 2270.2 C-OPER TRANSPORT)RT 15 BRKTS FROM BIN-1 USING CRANE WITH HOOK+SLING TO

P-REST PLACE+ADJUST RETURN TO BIN-2Al T16 K24 T6 P3 T6 AO 1.OO 5600.

3 CARP-1 GET+PLACE 15 STAN FROM BIN-2 TO BIN-2 AND RETURN TO Bit-PILEWITHOUT BEND PF 15 ( 2 3 4 5 6 )

A16 (B6 G3 Al BO P3 )A16 1.OO 2270.4 C-OPER TRANSPORT 15 STANS FROM BIN-2 USING CRANE WITH HOOK+SLING TO

P-REST PLACE+ADJUST RETURN TO BD-PILEAl T3 K24 T6 P3 T6 AO 1.00 4300.

5 CARP-1 GET+SLIDE WITH BEND 36 ROARDS FROM BD-PILE TO BD-PILE WITH 8

PAGE 476


STEPS AND ADJUST ( ON BOLSTERS ) PF 2 ( 2 3 4 5 6 ) F 36Al (B6 (G3 M3 XO 16 )A16 (2) 36.00 19080.

6 C-OPER TRANSPORT 36 BOARDS FROM BD-PILE USING CRANE WITH2-HOOK+SLING TO P-REST PLACE+MANEUVER RETURN TO HR-PILE

Al T3 K32 T6 P16 T6 AO 1.OO 6400.7 CARP-1 GET+SLIDE 24 HANDRAIL AT HR-PILE AND ADJUST ( ON BOLSTERS )

AND RETURN TO LDR-PILE WITHOUT BEND PF 24 ( 2 3 4 5 6 )A16 (B6 G3 M3 XO 16 )A16 1.00 4640.

8 C-OPER TRANSPORT 24 HANDRAIL FROM HR-PILE USING CRANE WITH2-HOOK+SLING TO P-REST PLACE+ADJUST RETURN TO LDR-PILE

Al T3 K32 T6 P3 T6 AO 1.OO 51OO.9 CARP-1 GET+SLIDE WITH BEND 5 LADRS FROM LDR-PILE TO LDR-PILE WITH 5

10

11

12

STEPS AND ADJUST ( ON BOLSTERS ) PF 2 ( 2 3 4 5 6 ) F 5Al (B6 G3 M3 XO 16 )A1O (2) 5.00 2350.

C-OPER TRANSPORT 5 LADRS FROM LDR-PILE USING CRANE WITH 2-HOOK+SLING TO P-REST PLACE+MANEUVER RETURN T0 CR-1

CARP-1 GET+PLACEEND+CLIHB-STEP

CARP-1 GET+PLACEEND+CLIMB-STEP

A1 T3 K32 T10 P16 T16 AO 1.00 7800.TOOL BOX-1 FROM BIN-1 TO P-REST WITH B

A54 B6 G3 A32 B16 P3 AO 1.OO 1140.TOOL BOX-2 FROM BIN-2 TO P-REST WITH B

A32 B6 G3 A32 B16 P3 A0 1.OO 920.

TOTAL TMU 61870.

PAGE 477


581. UNLOAD (STAGING MATERIAL) ON AERIAL PLATFORM WITH (CRANE) AT ANY PLATENCARPENTER


* REPRESENTS REMOVAL OF MATERIAL FROM AN* ...AERIAL PLATFORM* AERIAL PLATFORM CAN HOLD ENOUGH STAGING* ...MATERIAL FOR 3 LEVELS OF STAGING:* ...5 BRACKETS PER LEVEL.* TOTAL MATERIAL:* MATL QUANTITY* BRKTS 15* STANS 15* BOARDS 36* HANDRAIL 24* LADDERS 5


1 C-OPER TRANSPORT 15 BRKTS FROM P-REST USING CRANE WITH HOOK+SLING TOBIN-1 PLACE+ADJUST RETURN TO P-REST

Al T16 K24 T6 P3 T6 AO 1.00 5600.2 CARP-1 GET+PLACE 15 BRKTS FROM BIN-1 TO BIN-1 ( PUT INTO BIN ) PF 15

( 2 3 4 5 6 )A32 (B6 G3 Al BO P3 )AO (15) 1.00 2270.

3 C-OPER TRANSPORT 15 STANS FROM P-REST USING CRANE WITH HOOK+SLING TOBIN-2 PLACE+ADJUST RETURN TO P-REST

A1 T3 K24 T6 P3 T6 AO 1.OO 4300.4 CARP-1 GET+PLACE 15 STANS FROM BIN-2 TO BIN-2 ( PUT INTO BIN )

RETURN TO BD-PILE WITHOUT BEND PF 15 ( 2 3 4 5 6 )A16 (B6 G3 Al BO P3 )A16 1.OO 2270.

5 C-OPER TRANSPORT 36 BOARDS FROM P-REST USING CRANE WITH 2-HOOK+SLINGTO BD-PILE PLACE+MANEUVER ( ONTO BOLSTERS ) RETURN TO P-REST

Al T3 K32 T6 P16 T6 AO 1.00 6400.6 CARP-1 GET+SLIDE WITH BEND 36 BOARDS FROM BD-PILE TO BD-PILE WITH 8

STEPS AND ADJUST ( ONTO PILE ) PF 2 ( 2 3 4 5 6 ) F 36Al (B6 G3 M3 XO I6 )A16 (2) 36.00 19080,

7 C-OPER TRANSPORT 24 HANDRAIL FROM P-REST USING CRANE WITH2-HOOK+SLING TO HR-PILE PLACE+ADJUST RETURN TO P-REST

Al T3 K32 T6 P3 T6 AO 1.OO 51OO.8 CARP-1 GET+SLIDE 24 HANDRAIL AT HR-PILE AND ADJUST ( ON PILE )

RETURN TO LDR-PILE WITHOUT BEND PF 24 ( 2 3 4 S 6 )A16 (B6 G3 M3 Xo 16 )A16 1.OO 4640.

9 C-OPER TRANSPORT 5 LADRS FROM P-REST USING CRANE WITH 2-HOOK+SLINGTO LDR-PILE PLACE+MANEUVER ( ONTO BOLSTERS ) RETURN TO CR-1

Al T3 K32 T10 P16 T10 AO 1.00 7200.10 CARP-1 GET+SLIDE WITH BEND 5 LADRS FROM LDR-PILE TO LDR-PILE WITH 5

STEPS AND ADJUST ( ONTO PILE ) PF 2 ( 2 3 4 5 6 ) F 5

PAGE 478


Al (B6 G3 M3 XO I6 )Al0 (2) 5.00 2350.11 CARP-1 GET+PLACE WITH BEND+CLIMB-STEP TOOLBOX1 FROM P-REST TO BIN

A42 B16 G3 A32 B6 P3 A0 1.00 102O.12 CARP-1 GET+PLACE WITH BEND+CLIMB-STEP TOOLBOX2 FROM P-REST To BI

A32 B16 G3 A32 B6 P3 AO 1.00 920.

TOTAL TMU 61150.



CREW SIZE = 6 (3 CARPS ABOVE DECK AND 3 BELOW). RATE IN ELAPSED TIMMULT BY 6 TO OBTAIN TOTAL TIME,

PER 8-HR SHIFT AND (1) CUT OFG: 4 20-NOV-81* THE FOLLOWING IS INCLUDED IN THIS SUBOP:* --2 HOOK-UPS AND 2 UNHOOKS PER (l).....* ...8-HR SHIFT* --(1) OCCURRENCE FOR IGNITE AND .........* ...EXTINGUISH TORCH* --TO DETERMINE THE FREQ OF THE SUB-OP ...* ...FRO NUMBER OF CUTS >1, USE THE .....* ....FORMULA: FREQ = 1+ [(N-1) X . 231 ....

* ....WHERE ‘N’ = THE NUMBER OF CUTS(BURNS)TOTAL TMU 2900.0

Combined sub-operation elements Free. TMU


8.00 224010. IGNITE AND EXTINGUISH TORCH FOR BURNING WITH HAND AT TANK

1.00 660---

Total TMU 2900

PAGE 479


517. SET-UP (STAGING CLIP) ON SIDE SHELL WITH HAMMER AT ANY WAY CARPENTERPER STAGING CLIP OFG: 3 16-MAR-82REPRESENTS ELAPSED TIME* REPRESENTS PUTTING UP A STAGING CLIP ON* ...THE SIDE SHELL.* CARPENTERS ARE WORKING FROM AN AERIAL* ...PLATFORM.* WELDING OF THE CLIP IS DONE IN A* ...SEPERATE SUB OPERATION.


1 CARP-1 MEASURE AT BRKT-1 USING STEEL-TAPE-1 ASIDE TO CARP-1Al BO G1 A1O BO P1 M32 Al BO P1 AO 1.OO 470.

2 CARP-1 LOOSEN PAINT ON SIDE SHELL AT BRKT-1 4 STRIKES USING HAMMER-1ASIDE TO CARP-1Al BO G1 Al BO PO L1O Al BO P1 AO 1.00 150.

3 CARP-1 GET+PLACE SCLIP FROM TOOLBOX-2 TO BRKT-1 ( TACKING UPONPLACEMENT )

A1O B6 G3 A1O BO P3 AO 1.00 320.

TOTAL TMU 940.

518. SET-UP STAGING BRACKET ON SIDE SHELL WITH WRENCH AT ANY WAY CARPENTERPER STAGING BRACKET OFG: 3 16-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS PUTTING UP A BRACKET ON THE* ...SIDE SHELL.* CARPENTERS ARE WORKING FROM AN AERIAL* ...PLATFORM.


1 CARP-1 GET+PICKUP NUT AND BOLT FROM TOOLBOX-1 TO SELF ( IN POCKET )A16 B6 G3 Al BO PO AO 1.00

2 CARP-1 GET+PLACE WITH BEND BRKT FROM BIN-1 TO BRKT-1Al B6 G3 A16 BO P3 AO 1000

3 CARP-1 PLACE BOLT FROM CARP-1 TO BRKT-1 AND INSERTAl BO G1 Al BO P3 Al 1.OO

4 CARP-1 FASTEN NUT AT BRKT-1 13 WRIST-TURNS USING HANDSAl BO G1 Al BO P1 F24 AO BO PO AO 1.00

5 CARP-1 FASTEN NUT AT BRKT-1 4 ARM-STROKES USING WRENCH-1CARP-1

Al BO G1 Al BO P3 F24 Al BO P1 AO 1.00

70.

260.

290.

280.ASIDE TO

320.

TOTAL TMU 1220.

PAGE 480


519. SET-UP STAGING PLANK FOR SIDE SHELL WITH HAND AT ANY WAY CARPENTERPER STAGING PLANK OFG: 3 17-MAR-82REPRESENTS ELAPSED TIME* REPRESENTS SETTING BOARDS uP BETWEEN TUll* ...STAGING BRACKETS.* CARPENTERS ARE WORKING ON AN AREIAL* ...PLATFORM AND THEY ARE WORKING* ...SIHULTANEOUSLY.


1 CARP-3 GET+SLIDE BOARDS FROM BD-PILE TO BD-PILE UITH 8 STEPSBOLSTERS ) AND ADJUST

A1O B6 G3 H3 XO 14 A16 1.002 CARP-1 AND CARP 2 GET+MANEUVER BOARDS FROM BD-PILE TO BRKT-1

SPANNING BRKT2 AND ALIGNA24 B6 G3 M1O XO 110 A24 1.00

( ON

440.

770.

TOTAL TMU 121O.

520, SET-UP (ACCESS) LADDER ON SIDE SHELL WITH HAND AT ANY WAY CARPENTERPER ACCESS LADDER OFG: 3 17-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS SETTING UP A LADDER ON THE * *...SIDE SHELL.* CARPENTERS ARE WORKING ON AN AERIAL* ...PLATFORllS BUT ARE NOT WORKING*... SIMULTANEOUSLY.* WELDING DONE IN A SEPERATE* ...SUB OPERATION.CARP-3 BEGINS AT BD-PILE

1 CARP-3 GET+SLIDE LADR FROM LDR-PILE TO LIIR-PILE WITH 5 STEPS ( ONBOLSTER ) AND ADJUST

A1O B6 G3 M3 XO 16 AIO 1.00 380.2 CARP-1 GET+PLACE LADR FROM LDR-PILE To BRKT-1

A24 B6 G3 A24 Bo P3 Ao 1.00 600.3 CARP-2 LOOSEN 4 PAINT ON SIDE SHELL AT BRKT-1 4 STRIKES USING

HAMMER-2 ASIDE TO CARP-2Al BO G1 A1O BO (PO Al L1O )Al BO P1 AO (4) 1.00 580.4 CARP-2 GET+PLACE 4 LCLIPS FRCM TOOLBOX-2 TO RRKT-1 ( TACKING UPON

PLACEMENT ) PF 4 ( 6 )A1O B& G3 A1O BO (P3 )AO (4) 1.00 41O.

TOTAL TMU 1970.

P A G E 4 8 %


522, SET-UP STANCHION FOR SIDE SHELL WITH HAND AT ANY DAY CARPENTERPER STANCHION 0FF3: 3 17-MAR-82REPRESENTS ELAPSED TIME*REPRESENTS PUTTING STANCHION IN STAGING*.e.BRACKETS,*TWOCARPENTERS ARE ON THE STAGING$ ONE*...REMAINS ON THE AERIAL PLATFORM.


1 CARP-3 GET+PLACE STAN FROMA24 B6

2 CARP-1 GET+PLACE WITH BENDAl B6

BIN-2 TO BRKT-1G3 AlO BO P3 A0 1.00 460.STAN FROM BRKT-1 TO BRKT-1 AND INSERTG3 Al BO P3 Al 1.OO 150.

TOTAL TMU 610,

523. SET-UP HANDRAIL FOR SIDE SHELL WITH HAND AT ANY WAY CARPENTERPER HANDRAIL OFG: 3 17-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS PUTTING UP HANDRAIL AT THE* ...SIDE SHELL.* TWO CARPENTERS ARE ON THE STAGING, ONE* ...REMAINS ON.THE AERIAL PLATFORM.* WELDING IS DONE IN A SEPERATE SUB* ...OPERATION,


1 CARP-3 GET+SLIDE HANDRAILA24 B6

2 CARP-1 GET+SLIDE HANDRAILSTANCHION SLEEVES ) PF 2

FROM HR-PILE TO CARP-1G3 M3 XO IO A24 1.00 6 0 0 .

FROM BRKT-1 TO BRKT-2 AND ALIGN ( THRU 2( 4 5 6 )

A1 BO G3 (H3 XO 110 )A1O (2) 1,00 400.

TOTAL TMU 1000.


524. TEAR DOWN HANDRAIL ON SIDE SHELL WITH TORCH AT ANY WAY CARPENTERPER HANDRAIL OFG: 2 18-MAR-82REPRESENTS ELAPSED TIME* REPRESENTS TEARING DOWN HANDRAIL ON THE * . . . SIDE SHELL.* TWO CARPENTERS ARE ON THE STAGING, ONE* . . .REMAINS ON THE AERIAL PLATFORM.* THE CARPENTERS ARE NOT WORKING* . . . SINULTANEOUSLY.


1 CARP-1 GET+PULL TORCH FROM BRKT-2 TO BRKT-1A1 B0 G3 HI X0 I0 A10 1.00 150.

2 CARP-1 OPERATE TORCH AT BRKT-1 PTIME .26 M ( BURN OFF HANDRAIL )A1 B0 G1 M6 X42 IO A0 1.00 500.

3 CARP-2 GET+SLIDE HANDRAIL FROM BRKT-2 TO CARP-2Al B0 G3 M3 X0 IO A1 1.00 80.

4 CARP-2 HOLD+MOVE HANDRAIL FROM CARP-2 TO CARP-3A0 B0 G0 A24 B6 P1 A0 1.00 310.

5 CARP-3 GET+PLACE HANDRAIL FROM BRKT-2 TO HR-PILEA24 B0 G3 A16 B6 P3 A0 1.OO 520.

TOTAL TMU 1560.

525. TEAR DOWN STANCHION FOR SIDE SHELL WITH HAND AT ANY WAY CARPENTERPER STANCHION OFG: 3 18-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS REMOVAL OF STANCHION FROM* . . .SIDE SHELL.* TWO CARPENTERS ARE ON THE STAGING, ONE* . . .EHAINS ON AERIAL PLATFORM.* THE CARPENTERS DO NOT WORK* . . .SIMUL TANEOUSLY.


1 CARP-1 LOOSEN STAN AT BRKT-1 4 ARM-STROKES USING HANDSAl B0 G1 A1 B0 P1 L24 A0 B0 P0 A0 1.OO 280.

2 CARP-1 HOLD+MOVE STAN FROM CARP-1 TO CARP-3A0 B0 GO Al B0 P1 A0 1.00 20.

3 CARP-3 GET+PLACE STAN FROM BRKT-1 TO BIN-2Al B0 G3 A10 B6 P3 A0 1.00 230.

TOTAL TMU 530.

PAGE 483

DATA SYNTHESIS

526. TEAR DOWN STAGING PLANK

AND BACK-UP

FOR SIDE SHELL WITH HAND AT ANY WAY CARPENTERPER STAGING PLANK OFG: 3 18-MAR-82REPRESENTS ELAPSED TIME* REPRESENTS TEARING DOWN BOARDS ON THE* . . .SIDE SHELL.* CARPENTERS ARE WORKING ON AN AERIAL* . . .PLATFORM.* THE CARPENTERS ARE WORKING* . . .SIMUL TANEOUSLY.


1 CARP-1 AND CARP 2 GET+MANIPULATE BOARD FROM BRKT-1 ( CARP 2 AT.BRKT2 ) TO BD-PILE

Al B0 G3 M10 X0 I0 A24 B6 1.OO 440.

TOTAL TMU 440.

527. TEAR DOWN (ACCESS) LADDER ON SIDE SHELL WITH TORCH AT ANY WAY CARPENTER PER LADDER OFG: 2 18-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS REMOVAL OF LADDER FROM SIDE* . . .SHELL.* CARPENTERS ARE WORKING ON AN AERIAL* . . .PLATFORM.* THE CARPENTERS ARE NOT WORKING* . . .SIMUL TANEOUSLY.


1 CARP-1 GET+PULL TORCH FROM BRKT-2 70 BRKT-1Al B0 G3 M1 X0 I0 A10 1.00 150.

2 CARP-1 OPERATE TORCH AT BRKT-1 PTIME 0.47 M( BURN OFF 4 CLIPS ) F 4A1 B0 G1 M6 X81 IO A0 4.00 3560.

3 CARP-1 GET+PLACE 4 LCLIPS FROM BRKT-1 TO TOOLBOX-2 PF 4 ( 1 2 3 )(A1 B0 G3 )A1OB6 P3 A0 (4) 1.00 350.l

4 CARP-2 GET+POSITION LADR FROM BRKT-1 TO LDR-PILEA10 B0 G3 A24 B6 P6 A0 1.00 490.

TOTAL TMU 4550.

PAGE 484




* REPRESENTS REMOVAL OF BRACKETS* . . .FROM SIDE SHELL.* CARPENTERS ARE WORKING ON AN* . . .AERIAL PLATFORM.


1 CARP-1 LOOSEN NUT AT BRKT-1 1 ARM-STROKE USING WRENCH-1 AND HOLDAl B0 G1 Al B0 P3 L3 A0 B0 P0 A0 1.00 90.

2 CARP-1 HOLD+LODSEN NUT AT BRKT-1 13 WRIST-STROKES USING WRENCH-1ASIDE TO CARP-1A0 R0 G0 Al B0 P3 L42 Al B0 P1 A0 1.00 480.

3 CARP-1 GET+REMOVE BOLT FROM BRKT-1 TO CARP-1A1 B0 63 A1 B0 P1 A0 1.OO 60.

4 CARP-1 PLACE NUT AND BOLT FROM BRKT-1 TO TOOLBOX-1Al B0 G1 A16 B6 P3 A0 1.00 270.

TOTAL TMU 900.

530. TEAR DOWN (STAGING CLIP) ON SIDE SHELL WITH TORCH AT ANY WAY CARPENTPER STAGING CLIP OFC: 3 18-MAR-82

REPRESENTS ELAPSED TIME* REPRESENTS REMOVING STAGING CLIPS FROm* . . .THE SIDE SHELL.* CARPENTERS ARE WORKING ON AN AERIAL* . . .PLATFORM.


1 CARP-1 GET+PULL TORCH FROM BRKT-2 TO BRKT-1Al B0 G3 M1 X0 I0 A10 1.00 150.

2 CARP-1 OPERATE TORCH AT BRKT-1 PTIME .55 M ( BURN OFF STAGING CLIAl B0 G1 M6 X96 IO A 1*OO 1040.

3 CARP-1 GET+PLACE SCLIP FROM BRKT-1 TO TOOLBOX-2Al B0 G3 A1O B6 P3 A0 1.00 230.

TOTAL TMU 1420.

PAGE 485


530. TEAR DOWN (STAGING CLIP) ON SIDE SHELL WITH TORCH AT ANY WAY CARPENTERPER STAGING CLIP OFG: 3 18-MAR-82REPRESENTS ELAPSED TIME* REPRESENTS REMOVING STAGING CLIPS FROM* . . . THE SIDE SHELL,* CARPENTERS ARE WORKING ON AN AERIAL* . . . PLATFORM.CARP-1 BEGINS AT BRKT-2

TOTAL TMU 1420.


5 . 2 SYNTHESIS AND ANALYSIS

446. WELD HANDRAIL (CONNECTIONS) ON STANCHION WITH STICK ELECTRONE AT ANYPLATEN (SHOP) WELDING

PER 100 PIECES OF HANDRAIL OFG: 3WELD TO MEET SAFETY REQUIREMENTS. RATE PER 100 PIECES OF HANDRAIL

(AVG, 1 CONNECTION EACH). RATE INCLUDES MANUAL ELEHENTS.

1 WELD HORIZONTAL l/4' FILLET WELD (5' PER CONNECTION) USING 6011 3/ELECTRODE (OR COMPARABLE (7018 5/32).

TOTAL TMU 186012.


PER PIPE STAGING SECTION (16' LONG) OFG: 3 11-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS CARPENTER CLIMBING UP AND* . . . DOWN END PIECE OF PIPE STAGING.* AVERAGE NUMBER OF STEPS NEEDED = 6.


1 CARP-1 SLIDE ( CLIME-UP ) LADDER ( END PIECE ) AT END-PC-1 ( 6STEPS, ) PF 6 ( 1 ) PF 6 ( 3 4 )

(A1 )B16(G1 M3 )X0 10 AO (6) 1.00 460.2 CARP-1 PULL ( CLIMB-DOWN ) LADDER ( END PIECE ) AT END-PC-1 ( 6

STEPS. ) PF6 ( 1 ) PF 6 ( 34 )(Al )B16(G1 M1 )X0 IO A0 (6) 1.00 340.

TOTAL TMU 800.


456. TRANSPORT STAGING PLANK FOR PIPE STAGING (AT SIDE SHELL) WITH (TOWERCRANE) AT ANY WAYS CARPENTER


* REPRESENTS TRANSPORTING BOARDS FROM* . . . BD-PILE TO SIDE SHELL.* DISTANCES FROM CRANE-REST TO BD-PILE AND* . . . FROM RD-PILE TO SIDE SHELL ARE* . . . AVERAGE DISTANCES FROM WAY 740'X120'* MAXIMUM NUMBER OF BOARDS IN LIFT = 4


1 TRANSPORT BOARD FROM BD-PILE USING CRANE WITH HOOK+SLING TOSIDE-SHELL ( ON PIPE STAGING SECTION ( 16' LONG ) ) PLACE+MANEUVERETURN TO CR-1 F 1 / 4

Al T42 K24 T6 P16 T42 A0 0.25 3275.

TOTAL TMU 3275.

459. TRANSPORT STANCHION FOR PIPE STAGING (AT SIDE SHELL) WITH (TOWER CRANE)AT ANY WAYS CARPENTER

PER STANCHION OFG: 3 12-FEB-82REPRESENTS ELAPSED TINE.* REPRESENTS TRANSPORTING STANCHION FROM* . . . BIN-2 TO SIDE SHELL.* DISTANCES FROM CRANE-REST TO BIN-2 AND.* . . . FROM BIN-2 TO SIDE SHELL ARE AVERAGE* . . . DISTANCES FROM A WAY 740'X120'* MAXIMUM NUMBER OF STANCHIONS IN LIFT = 6C-OPER BEGINS AT CR-1

1 TRANSPORT STAN FROM BIN-2 USING CRANE WITH HOOK+SLING TO SIDE-SHELL( ON PIPE STAGING ) PLACE+ADJUST RETIURN TO CR-1 F 1 / 6

Al T42 K24 T6 P3 T42 AO 0.17 1967.

TOTAL TMU 1967.

PAGE 488


461. TRANSPORT HANDRAIL FOR PIPE STAGING (AT SIDE SHELL) WITH (TOWER CRANEAT ANY WAYS CARPENTER

PER SECTION (16'LONG OF PIPE STAGING OFG: 3 12-FEB-82REPRESENTS ELAPSED TIME.

* REPRESENTS TRANSPORTING HANDRAIL FROM* . . . HR-PILE TO SIDE SHELL.* DISTANCES FROM CRANE-REST TO HR-PILE AND* . . . FROM HR-PILE TO SIDE SHELL ARE* . . . AVERAGE DISTANCES FROM WAY 740'X120' * MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6

C-OPER BEGINGS AT CR-1

1 TRANSPORT HANDRAIL FROM HR-PILE USING CRANE WITH HOOK+SLING TOSIDE-SHELL ( ON PIPE STAGING ) PLACE+ADJUST RETIURN TO CR-1 F 1 /

Al T42 K24 T10 P3 T42 A0 0.17 2033.

TOTAL TMU 2033.

463. TRANSPORT STAGING PLANK FOR SIDE SHELL (BTWN 2 PIPE STAGING SECTIONS)WITH (TOWER CRANE) AT ANY WAYS CARPENTER

PER STAGING PLANK OFG: 3 12-FEB-82REPRESENTS ELAPSED TIME* REPRESENTS TRANSPORTING BOARDS FROM* . . . BD-PILE T0 SIDE SHELL.* DISTANCES FROM CRANE-REST TO ED-PILE AND* . . . FROH BD-PILE TO SIDE SHELL ARE* . . . AVERAGE DISTANCES FROM WAY 740'X120'* MAXIMUM NUMBER OF BOARDS IN LIFT = 4C-OPER BEGINS AT CR-1

1 TRANSPORT BOARD FROM MI-PILE USING CRANE WITH HOOK+SLING TOSIDE-SHELL ( BTWN 2 PIPE STAGING SECTIONS ) PLACE+MANEUVER RETURN

CR-1 F 1 / 4Al T42 K24 T6 P16 T42 A0 0.25 3275.

TOTAL TMU 3275.


465. TRANSPORT HANDRAIL FOR SIDE SHELL (BTWN(TOWER CRANE) AT ANY WAYS CARPENTER

PER HANDRAIL OFG: 3 12-FEB-82REPRESENTS ELAPSESD TIME

2 PIPE STAGING SECTIONS) WITH

* REPRESENTS TRANSPORTING HANDRAIL FROM* . . . HR-PILE TO SIDE SHELL.* DISTANCES FROM CRANE-REST TO HR-PILE AND* . . . FROM HR-PILE TO SIDE SHELL ARE* . . .AVERAGE DISTANCES FROM WAY 740'X120'* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6

C-OPER REGINS AT CR-1

1 TRANSPORT HANDRAIL FROM HR-PILE USING CRANE WITH HOOK+SLING TO

TOTAL TMU 2033.

476. REMOVE HANDRAIL ON (NATERIAL PILE) WITH (TOWER CRANE) AT ANY WAYSCARPENTER


* REPRESENTS REMOVAL OF HANDRAIL FROM* . . . MATERIAL PILE AT WAY TO HANDRAIL PILE* . . . DISTANCES ARE AVERAGE DISTANCES FOR A* . . . WAY 740'X120'.* MAXIMUM NUMBER OF HANDRAIL IN LIFT = 6* TOWER CRANE IS USED FOR REMOVAL.

CARP-3 BEGINS AT HATL-PILE

1 CARP-3 GET+SLIDE WITH BEND HANDRAIL ( ONTO BOLSTER ) AT MATL-PILEAl B6 G3 M3 X0 I0 A0 1.00 130.

2 C-OPER TRANSPORT HANDRAIL FROM MATL-PILE USING CRANE WITH HOOK+SLINGTO HR-PILE PLACE+ADJUST RETURN TO CR-1 F 1 / .6

Al T42 K24 T1O P3 T42 A0 0.17 2033.

TOTAL TMU 2163.


477. REMOVE STANCHION ON (MATERIAL PILE) WITH (TOWER CRANE) AT ANY WAYSCARPENTER


* REPRESENTS REMOVAL OF STANCHION FROM* . . . NATERIAL FILE AT WAY TO BIN-2* . . . DISTANCES ARE AVERAGE DISTANCES FOR A* . . . WAY 740'X120'.* MAXIMUM NUMBER OF STANCHION IN LIFT = 6* TOWER CRANE IS USED FOR REMOVAL,


1 CARP-3 GET+PLACE WITH BEND STAN FROM MATL-PILE T0 HATL-PILE ( STACUP FOR TRANSPORTING )

Al B6 G3 Al B0 P3 A0 1.00 140.2 C-OPER TRANSPORT STAN FROM MATL-PILE USING CRANE WITH HOOK+SLING T

BIN-2 PLACE+ADJUST RETURN TO CR-1 F 1 / 6A1 T42 K24 T6 F3 T42 A0 O.17 1967.

TOTAL TMU 2107.

478. REMOVE STAGING PLANK ON PIPE STAGING (AT SIDE SHELL) WITH (TOWER CRANAT ANY WAYS CARPENTER

PER STAGING PLANK OFG: 3 16-FEB-82REPRESENTS ELAPSED TIME* REPRESENTS REMOVAL OF BOARDS FROM PIPE* . . . STAGING AT SIDE SHELL TO BOARD PILE* . . . DISTANCES ARE AVERAGE DISTANCES FOR A* . . . WAY 740'X120'.* MAXIMUM NUMBER OF BOARDS IN LIFT = 4* TOWER CRANE IS USED FOR REMOVAL.C-OPER BEGINS AT CR-1

1 C-OPER TRANSPORT BOARD FROM SIDE-SHELL USING CRANE WITH HOOK+SLINGTO BD-PILE PLACE+MANEUVER RETURN TO CR-1 F 1 / 4

A1 T42 K24 T6 P16 T42 A0 0.25 3275.

TOTAL TMU 3275.

PAGE 491


479.

480.

REMOVE BRACE ON (HATERIAL FILE) WITH (TOWER CRANE) AT ANY WAYSCARPENTER

PER BRACE OFG: 3 16-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS REMOVING BRACES FROM MATERIAL* . . . PILE AT WAY TO BRACE PILE.* . . . DISThNCES ARE AVERAGE DISTANCES FOR A* . . . WAY 740'X120'.* MAXIMUM NUMBER OF BRACES IN LIFT = 60* TOWER CRANE IS USED FOR REMOVAL.


1 CARP-3 GET+SLIDE WITH BEND BRACE ( ONTO BOLSTER ) AT HATL-PILEAl B6 G3 M3 X0 I0 A0 1.00 1.30.

2 C-OPER TRANSPORT BRACE FROM HATL-PILE USING CRANE WITH HOOK+SLING TO BRACE-PILE PLACE+ADJUST RETURN TO CR-1 F 1 / 6

Al T42 K24 T6 P3 T42 A0 0.17 1967.

TOTAL TMU 2097.

REMOVE END RAIL (END PIECE) ON (MATERIAL PILE) WITH (TOWER CRANE) ATANY WAYS CARPENTER

PER END RAIL (END PIECE) OFG: 3 16-FEB-82REFRESENTS ELAPSED TIME* REPRESENTS REMOVING END PIECES FROM* . . . MATERIAL PILE AT WAY T0 END-PC-RACK.* . . . DISTANCES ARE AVERAGE DISTANCES FOR A* . . . WAY 740'X120'.* MAXIMUM NUMBER OF END PIECES IN LIFT = 3* TOWER CRANE IS USED FOR REMOVAL.


1 CARP-3 GET+SLIDE WITH BENDAl B6

2 C-OPER TRANSPORT END-PIECEHOOK+SLING TO END-PC-RACK

Al T423 CARP-3 GET+MANIPULATE WITH

A42 B6

END-F’IECE ( ONTO BOLSTER ) AT MATL-PILEG3 M3 X0 IO A0 1.00 130.FROM MATL-PILE USING CRANE WITHPLACE+MANEUVER RETURN TO CR-1 F 1 / 3K24 T6 P16 T32 A0 O.33 4033.REND END-PIECE AT END-PC-RACK AND ALIGNG3 M10 X0 I10 A0 1.00 710.

TOTAL TMU 4873.


486. TRANSPORT END RAIL (END PIECE) ON (END-PIECE RACK) WITH (TOWER CRANEAT ANY WAYS CARPENTER


* REPRESENTS TRANSPORTING END PIECES FROM* . . . END-PC-RACK TO MATL-PILE.* DISTANCES FROM CRANE REST TO END-PC-RACK* . . . AND FROM END-PC-RACK TO HATL-PILE ARE* . . . AVERAGE DISTANCES ON A WAY 740'X120'* MAXIMUM NUMBER END-PCS IN LIFT = 3* . . . THERE ARE 2 LIFTS DONE PER SECTION OF* . . . PIPE STAGING (16'LONG),


1 C-OPER TRANSPORT END-PIECE FROM END-PC-RACK USING CRANE WITHHOOK+SLING TO HATL-PILE PLACE+ADJUST RETURN TO END-PC-RACK F 1 /

A1 T32 K24 T6 P3 T6 A0 0.17 1200.2 C-OPER TRANSPORT END-PIECE FROM END-PC-RACK USING CRANE WITH

HOOK+SLING TO HATL-PILE PLACE+ADJUST RETURN TO CR-1 F 1 / 6Al T3 K24 16 P3 T42 A0 0.17 1317

TOTAL TMU 2517.


132.

9.

10.

455.

COMBINED SUB-OF

HOOK-UF/UNHOOK AND IGNITE/EXTINGUISH TORCH FOR BURNING WITH HANDAT TANK CARPENTER

CREW SIZE = 6 (3 CARPS ABOVE DECK AND 3 BELOW). RATE IN ELAPSED TIME.HULT BY 6 TO OBTAIN TOTAL TIME.

PER 8-HR SHIFT AND (1) CUT OFG: 4 20-NOV-81* THE FOLLOWING IS INCLUDED IN THIS SUBOP:

* --2 HOOK-UPS AND 2 UNHOOKS PER (l). . . . .* . . . 8-HR SHIFT* --(1) OCCURRENCE FOR IGNITE AND . . . . .* . . . EXTINGUISH TORCH* --TO DETERMINE THE FREQ OF THE SUB-OP. . .* . . . FRO NUMBER OF CUTS >1, USE THE . . . . .* . . . FORMULA: FREQ = 1+ [(N-1) X .231] . . . .

* . . . WHERE 'N' = THE NUMBER OF CUTS(BURNS)TOTAL TMU 2900.0

Combined sub-operation elements Freq. TMU-------------- ----------------- ----- -----

HOOK-UP AND UNHOOK TORCH ON MANIFOLD WITH WRENCH AT SHIP

8.00 2240.0IGNITE AND EXTINGUISH TORCH FOR BURNING WITH HAND AT TANK

1.00 660.0-----

Total TMU 2900.0



* REPRESENTS GETTING BOARD ON BOLSTERS SO* . . . THAT THE CRANE CAN TRANSPORT IT

CARP-3. BEGINS AT SIDE-SHELL

1 CARP-3 GET+SLIDE BOARD AT BD-PILE AND ADJUST ( ON BOLSTERS )A32 B6 G3 M3 X0 I6 A0 1.00 500.

TOTAL TMU 500.


457. SET UP STAGING PLANK ON PIPE STAGING (AT SIDE SHELL) WITH HAND AT ANYWAYS CARPENTER

PER STAGING PLANK OFG: 3 12-FEB-82REPRESENTS ELAPSED TIME.

* REPRESENTS CARPENTERS SPREADING BOARDS* . . . ON PIPE STAGING SECTION (16'LONG).* . . . CARPENTERS HAVE TO CLIMB UP AND DOWN* . . . THE PIPE STAGING TO SPREAD THE BOARDS* . . .(SEE SEPARATE ANAYLSIS FOR CLIMBING).CARP-1 BEGINS AT END-PC-1

1 CARP-1 AND CARP 2 GET+SLIDE WITH BEND WITH 1 STEP BOARD ATSIDE-SHELL AND ALIGN

A3 B6 G3 M3 X0 I10 A0 1.00 250.

TOTAL TMU 250.

458. MAKE READY STANCHION FOR (TRANSPORTING) WITH HAND AT ANY WAYS CARPENTPER STANCHION OFG: 3 12-FEB-82

REPRESENTS ELAPSED TIME* REPRESENTS GETTING STANCHION READY TO BE* . . . TRANSPORTED.

CARP-3 BEGINS AT BSI-PILE

1 CARP-3 GET+PLACE STAN FROM BIN-2 TO BIN-2A16 B6 G3 Al B0 P3 A0 1.00 290.

TOTAL TMU 290.


460. SET UP STANCHION ON PIPE STAGING (AT SIDE SHELL) WITH WRENCH AT ANYWAYS CARPENTER

PER SECTION (16'LONG) OF PIPE STAGING OFG: 3 12-FEB-82REPRESENTS ELAPSED TIME.

* REPRESENTS SETTING UP STANCHIONS ON PIPE* . . . STAGING.* . . . CARPENTERS INSTALL SIMULTANEOUSLY.* . . . CARPENTERS ARE STILL ON PIPE STAGING


1 CARP-1 GET+PLACE WITH BEND STAN FROM END-PC-2 TO END-PC-1 AND INSERT( INTO END PIECE )

A6 B6 G3 A6 B0 P3 A1 1.00 250.2 CARP-2 GET+PLACE WITH BEND WITH 3 STEPS STAN FROM END-PC-2 TO

END-PC-3 AND INSERT ( INTO END PIECE ) SIMO<A6 B6 G3 A6 R0 P3 Al > 1*OO 0.

3 CARP-1 GET+PLACE 2 BOLTS FROM CARP-1 TO END-PC-1 WITH KNEEL ANDINSERT BOLT ( INTO STANCHION ) PF 2 ( 6 7 )

Al B0 G3 Al B16 (P3 Al ) 1.00 290.4 CARP-2 GET+PLACE 2 BOLTS FROM CARP-2 TO END-PC-3 WITH KNEEL AND

INSERT BOLT ( INTO STANCHION ) PF 2 ( 6 7 ) SIMO<Al B0 G3 Al B16 (P3 Al )> 1.00 0 .

5 CARP-1 FASTEN 2 NUTS AT END-PC-1 13 WRIST-TURNS USING HANDSAl )B0 G1 A0 B0 (Pl Al F24 )A0 B0 P0 A0 (2) 1.00 540.6 CARP-1 FASTEN 2 NUTS AT END-PC-1 4 ARM-STROKES USING WRENCH-1 ASIDE

TO CARP-1A1 B0 G1 A0 B0 (P3 Al F24 )A1 B0 P1 A0 (2) 1.00 600.7 CARP-2 FASTEN 2 NUTS AT END-PC-3 13 WRIST-TURNS USING HANDS SIMO<A1 B0 G1 A0 B0 (P1 Al F24 )A0 B0 P0 A0 > 1.00 0.8 CARP-2 FASTEN 2 NUTS AT END-PC-3 4 ARM-STROKES USING WRENCH-2 ASIDE

TO CARP-2 SIMO<Al BO G1 A0 B0 (P3 Al F24 )Al B0 P1 A0 > 1.00 0.

TOTAL THU 1680.

PAGE 496


462. SET UP HANDRAIL (ON PIPE STAGING (AT SIDE SHELL) WITH HAND AT ANY WAYCARPENTER

PER SECTION (16'LONG) OF PIPE STAGING OFG: 3 12-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS CARPENTERS INSTALLING* . . . HANDRAIL THRU EYELETS IN STANCHIONS.* . . . CARPENTERS DON’T WORK SIMULTANEOUSLY.* . . . WELDING DONE IN A SEPARATE SUB-OP.


1 CARP-1 GET+SLIDE WITH BEND HANDRAIL AT END-PC-3 AND ALIGN ( THRU STANCHION EYELETS ) PF 2 ( 4 5 6 7 )

A10 36 G3 (M3 X0 I10 A0 ) 1.00 450.2 CARP-2 GET+SLIDE WITH BEND HANDRAIL AT END-PC-1 AND ALIGN ( THRU

STANCHION EYELETS ) PF 2 ( 4 5 6 7 )A10 B6 G3 (M3 X0 I10 A0 ) 1.00 450.

TOTAL TMU 900

464. SET UP STAGING PLANK FOR SIDE SHELL (BTWN 2 PIPE STAGING SECTIONS) WHAND AT ANY WAYS CARPENTER

PER STAGING PLANK OFG: 3 12-FEB-82REPRESENTS ELAPSED TIME* REPRESENTS CARPENTERS SPREADING BOARDS* . . . BETWEEN PIPE STAGING SECTIONS.* . . . THERE IS A 16' GAP BETWEEN SECTIONS.* . . . CARF’ENTERS HAVE TO CLIMB UP AND DOWN* . . . THE PIPE STAGING TO SPREAD THE BOARDS* . . .(SEE SEPARATE ANAYLSIS FOR CLIMBING)CARP-1 BEGINS AT SECTION-1

1 CARP-1 AND CARP 2 GET+SLIDE WITH BEND) WITH 1 STEP BOARD ATSIDE-SHELL AND ALIGN

A3 B6 G3 H3 X0 I10 A0 1.00 250.

TOTAL TMU 250.


466. SET UP HANDRAIL FOR SIDE SHELL (BTWN 2 PIPE STAGING SECTIONS) WITH HANDAT ANY WAYS CARPENTER


* REPRESENTS CARPENTERS INSTALLING* . . . HANIIRAIL ON EXISTING HANDRAIL.* . . . CARPENTERS DON'T WORK SIMULTANEOUSLY.* . . . WELDING DONE IN A SEPARATE SUB-OP.


1 CARP-1 GET+PLACE WITH BEND HANDRAIL FROM SECTION-1 TO SECTION-2 ANDRETURN TO SECTION-1 ( TACKING DONE UPON PLACEMENT ) PF 2 ( 6 )

Al B6 G3 A10 B0 (P3 )A10 (2) 1.00 360.2 CARP-2 GET+PLACE WITH BEND HANDRAIL FROM SECTION-2 To SECTION-1 AND

RETURN TO SECTION-2 ( TACKING DONE UPON PLACEMENT ) PF 2 ( 6 )Al B6 G3 A10 B0 (P3 )A10 (2) 1.00 360.

TOTAL TMU 720.

469. TEAR DOWN HANDRAIL FOR SIDE SHELL (BTWN 2 PIPE STAGING SECTIONS) WITHTORCH AT ANY WAYS CARPENTERS

PER SECTION OFG: 3 15-FEB-82REPRESENTS ELAPSED TIME* REPRESENTS TEARING DOWN HANDRAIL ON PIPE* . . .STAGING (BTMN 2 SECTIONS). A TORCH IS * . . . USED TO BURN THE HANDRAIL OFF. THE* . . .HANDRAIL IS THROWN TO THE HATERIAL* . . . PILE, CARPENTERS REMOVE 2 HANDRAIL* . . . PIECES BEFORE MOVING TO NEXT SECTION.CARP-1 BEGINS AT SECTION-1

1 CARP-1 PULL TORCH AT SECTION-1Al B0 G1 Ml X0 I0 A0 1.OO 30.

2 CARP-1 OPERATE TORCH AT SECTION-1 PTIME 0.26 M ( BURN OFF HANDRAIL:2 CONNECTIONS PER HANDRAIL ) F 4

Al B0 G1 M6 X42 I0 A0 4.00 2000. 3 CARP-2 GET+HOLD HANDRAIL FROM SECTION-2 TO CARP-2 F 2 SIMO

<Al B0 G3 A1 B0 P0 A0 > 2.00 0.4 CARP-2 HOLD+THROW HANDRAIL FROM CARP-2 TO HATL-PILE F 2

A0 B0 G0 A1 B0 P0 A0 2.00 20.5 CARP-1 PULL TORCH AT SECTION-2

A10 B0 G1 M1 X0 IO A0 1.00 120.

TOTAL TMU 2170.

PAGE 498


470. TEAR DOWN HANDRAIL FOR PIPE STAGING (AT SIDE SHELL) WITH HAND AT ANYWAYS CARPENTER

PER SECTION (16'LONG) OF PIPE STAGING OFG: 3 15-FEB-82REPRESENTS ELAPSED TIME

* REPRESENTS TEARING DOWN HANDRAIL ON PIPE* . . . STAGING (BTWN 2 STANCHIONS). THE* . . . HANDRAIL IS THROWN TO THE MATERIAL* . . .PILE, CARPENTERS REMOVE 2 HANDRAIL* . . . PIECES BEFORE MOVING TO NEXT SECTION.CARP-1 BEGINS AT END-PC-I

1 CARP-1 GET+SLIDE HANDRAIL AT END-PC-3 ( OUT OF 2 STANCHION SLEEVESAND ADJUST PF 2 ( 4 5 6 7 )

A10 R0 G3 (H3 X0 16 A0 ) 1.00 31O.2 CARP-1 HOLD+THROW HANDRAIL FROM CARP-1 TO MATL-PILE

A0 B0 G0 Al B0 P0 A0 1.00 10.3 CARP-2 GET+SLIDE HANDRAIL AT END-PC-1 ( OUT OF 2 STANCHION SLEEVES

AND ADJUST PF 2 ( 4 5 6 7 )A10 BO G3 (H3 X0

4 CARP-2 HOLD+THROW HANDRAIL FROM CARP-2A0 B0 G0 Al B0

16 A0 ) 1.00 310.TO HATL-PILEP0 A0 1.00 10.

TOTAL TMU 640

PAGE 499


471. TEAR DOWN STANCHION ON PIPE STAGING (AT SIDE SHELL) WITH WRENCH AT ANYWAYS CARPENTER

PER SECTION (16'LONG) OF PIPE STAGING OFG: 3 16-FER-82REPRESENTS ELAPSED TIME

* REPRESENTS TEARING DOWN STANCHION ON* . . . SECTION OF PIPE STAGING (l6'LONG).* . . . CARPENTERS WORK SIMULTANEOUSLY.* . . . STANCHIONS ARE THROWN TO HATERIAL* . . . PILE.CARP-1 BEGINS AT END-PC-1

1 CARP-1 LOOSEN WITH KNEEL 2 NUTS AT END-PC-l 1 ARM-STROKE USINGWRENCH-1 AND HOLD

A1 B16 G1 A0 B0 (P3 A1 L3 )A0 B0 F0 A0 (2) 1.00 320.2 CARP-1 HOLD+LOOSEN 2 NUTS AT END-PC-1 13 WRIST-TURNS USING WRENCH-1

ASIDE TO CARP-1A0 B0 G0 A0 B0 (P3 Al L24 )A1 B0 P1 A0 (2) 1.00 580.3 CARP-2 LOOSEN WITH KNEEL 2 NUTS AT END-PC-3 1 ARM-STROKE USING

WRENCH-2 AND HOLD SIMO<Al B16 G1 A0 B0 (P3 A1 L3 )AO BO PO A0 > 1.00 0.4 CARP-2 HOLD+LOOSEN 2 NUTS AT END-PC-3 13 WRIST-TURNS USING WRENCH-2

ASIDE TO CARP-2 SIMO<A0 B0 G0 A0 B0 (P3 Al L24 )A1 B0 P1 A0 > 1.00 0.5 CARP-1 GET+REMOVE 2 BOLTS FROM END-PC-1 TO CARP-1 F 2

Al 30 G3 Al B0 P1 A0 2.00 120.6 CARP-2 GET+REMOVE 2 BOLTS FROM END-PC-3 TO CARP-2 F 2 SIMO

<Al BO G3 Al BO P1 AO > 2.OO 0.7 CARP-1 THROW 2 NUTS AND BOLTS FROM CARP-1 TO MATL-PILE WITHOUT BEND

Al B0 G1 A1 B0 P0 A0 1.00 30.8 CARP-2 THROW 2 NUTS AND BOLTS FROM CARP-2 TO HATL-PILE WITHOUT BEND

SIMO<Al BO Gt Al B0 P0 A0 > 1.00 0.

9 CARP-1 GET+THROW STAN FROM END-PC-1 TO MATL-PILE WITHOUT BENDAl B0 G3 Al B0 P0 A0 1.00 50.

10 CARP-2 GET+THROW STAN FROM END-PC-3 TO MATL-PILE WITHOUT BEND SIMD<Al B0 G3 Al B0 P0 A0 > 1.00 0.

TOTAL TMU 1100.


472. TEAR DOWN STAGING PLANK FOR SIDE SHELL (BTWN 2 PIPE STAGING SECTIONS)WITH HAND AT ANY WAYS CARPENTER


* REPRESENTS TEARING DOWN BOARDS BETWEEN 2* . . . PIPE STAGING SECTIONS. THERE IS A 16'* . . . GAP BETWEEN SECTIONS. BOARDS ARE* . . . STACKED SO THE CRANE CAN TRANSPORT* . . . THEM, CARPENTERS WORK SIMULTANEOUSLY.CARP-1 BEGINS AT SECTION-l

1 CARP-1 AND CARP 2 GET+MANIPULATE WITH BEND WITH 1 STEP BOARD ATSECTION-1 ( STACK BOARDS )

A3 B6 G3 M10 X0 IO A0 1.00 220.

TOTAL TMU 220.

473. TEAR DOWN STAGING PLANK ON PIPE STAGING (AT SIDE SHELL) WITH HAND ATANY WAYS CARPENTER

PER STAGING PLANK OFG: 3 16-FEB-S2REPRESENTS ELAPSED TIME* REPRESENTS TEARING DOWN BOARDS ON PIPE

* . . . STAGING SECTION (16'LONG). BOARDS ARE* . . . STACKED SO THE CRANE CAN TRANSPORT* . . . THEM, CARPENTERS WORK SIMULTANEOUSLY.


TOTAL TMU 220.

PAGE 501

umtri 71196 - dtic · 2011-05-13 · umtri 71196 final report back-up .data. for temporary staging...

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