Reporte Seccion Despachos4
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Transcript of Reporte Seccion Despachos4
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ITALO
Bodega de despachos
Time = 02:32 p.m. Date = 11/03/2015Ref: 502089.339
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Page 2
Project NotesProject NotesProject Notes
Evaluacion linea de vida bodega despachos 2 cubiertas.
Project Notes
Evaluacion linea de vida bodega despachos 2 cubiertas.
Project Notes
Evaluacion linea de vida bodega despachos 2 cubiertas.
Project Notes
Evaluacion linea de vida bodega despachos 2 cubiertas.
Project Notes
Evaluacion linea de vida bodega despachos 2 cubiertas.
Project Notes
Evaluacion linea de vida bodega despachos 2 cubiertas.
Time = 02:32 p.m. Date = 11/03/2015Ref: 502089.339
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Page 3
Customer:Customer:Customer:Customer:Customer:Customer:Customer: User:User:
ING. DIANARIVERA
SUPER SAFETY
SA
User:
ING. DIANARIVERA
SUPER SAFETY
SA
System Layout - Summary
Total length of system = 55.63 m
Total number of spans = 10Number of plain spans = 7Number of 45 degree bends = 0Number of 90 degree bends = 3
Total length of system = 55.63 m
Total number of spans = 10Number of plain spans = 7Number of 45 degree bends = 0Number of 90 degree bends = 3Longest span 3) = 12.00 mShortest span 1) = 6.00 m
Total length of system = 55.63 m
Total number of spans = 10Number of plain spans = 7Number of 45 degree bends = 0Number of 90 degree bends = 3Longest span 3) = 12.00 mShortest span 1) = 6.00 mInitial tension in cable = 0.80 kN
Total length of system = 55.63 m
Total number of spans = 10Number of plain spans = 7Number of 45 degree bends = 0Number of 90 degree bends = 3Longest span 3) = 12.00 mShortest span 1) = 6.00 mInitial tension in cable = 0.80 kNCable material is 8 mm 7x7 Stainless steel cable fitted with Unigrab for 8 mm
Total length of system = 55.63 m
Total number of spans = 10Number of plain spans = 7Number of 45 degree bends = 0Number of 90 degree bends = 3Longest span 3) = 12.00 mShortest span 1) = 6.00 mInitial tension in cable = 0.80 kNCable material is 8 mm 7x7 Stainless steel cable fitted with Unigrab for 8 mmstainless steel cable mobile attachement deviceForce management in line units at both ends
Total length of system = 55.63 m
Total number of spans = 10Number of plain spans = 7Number of 45 degree bends = 0Number of 90 degree bends = 3Longest span 3) = 12.00 mShortest span 1) = 6.00 mInitial tension in cable = 0.80 kNCable material is 8 mm 7x7 Stainless steel cable fitted with Unigrab for 8 mmstainless steel cable mobile attachement deviceForce management in line units at both ends
Time = 02:32 p.m. Date = 11/03/2015Ref: 502089.339
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Page 4
Layout Details
1 6.00 m Normal span 2 0.54 m Left hand 90 degree bend
1 6.00 m Normal span 2 0.54 m Left hand 90 degree bend
3 12.00 m Normal span
1 6.00 m Normal span 2 0.54 m Left hand 90 degree bend
3 12.00 m Normal span 4 6.00 m Normal span
1 6.00 m Normal span 2 0.54 m Left hand 90 degree bend
3 12.00 m Normal span 4 6.00 m Normal span 5 0.54 m Right hand 90 degree bend
6 6.00 m Normal span
1 6.00 m Normal span 2 0.54 m Left hand 90 degree bend
3 12.00 m Normal span 4 6.00 m Normal span 5 0.54 m Right hand 90 degree bend
6 6.00 m Normal span 7 6.00 m Normal span
1 6.00 m Normal span 2 0.54 m Left hand 90 degree bend
3 12.00 m Normal span 4 6.00 m Normal span 5 0.54 m Right hand 90 degree bend
6 6.00 m Normal span 7 6.00 m Normal span 8 0.54 m Right hand 90 degree bend
1 6.00 m Normal span 2 0.54 m Left hand 90 degree bend
3 12.00 m Normal span 4 6.00 m Normal span 5 0.54 m Right hand 90 degree bend
6 6.00 m Normal span 7 6.00 m Normal span 8 0.54 m Right hand 90 degree bend
9 12.00 m Normal span A
1 6.00 m Normal span 2 0.54 m Left hand 90 degree bend
3 12.00 m Normal span 4 6.00 m Normal span 5 0.54 m Right hand 90 degree bend
6 6.00 m Normal span 7 6.00 m Normal span 8 0.54 m Right hand 90 degree bend
9 12.00 m Normal span A 10 6.00 m Normal span B
Span number Length Type Users
Time = 02:32 p.m. Date = 11/03/2015Ref: 502089.339
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User Details
Total number of users = 2Total number of users = 2Highest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9Total number of users = 2Highest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9
Lowest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9Mass of user = 100 kgm
Total number of users = 2Highest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9
Lowest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9Mass of user = 100 kgmFaller is a user in a harness
Total number of users = 2Highest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9
Lowest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9Mass of user = 100 kgmFaller is a user in a harnessLanyard is Webbing Lanyard with a length of 1.80 m
Total number of users = 2Highest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9
Lowest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9Mass of user = 100 kgmFaller is a user in a harnessLanyard is Webbing Lanyard with a length of 1.80 mBraking force = 6.0 kNLanyard shock absorber type = Non-Uniline lanyard shock absorber
Total number of users = 2Highest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9
Lowest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9Mass of user = 100 kgmFaller is a user in a harnessLanyard is Webbing Lanyard with a length of 1.80 mBraking force = 6.0 kNLanyard shock absorber type = Non-Uniline lanyard shock absorberUser's D-ring is 1.6 m above the walkway
Total number of users = 2Highest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9
Lowest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9Mass of user = 100 kgmFaller is a user in a harnessLanyard is Webbing Lanyard with a length of 1.80 mBraking force = 6.0 kNLanyard shock absorber type = Non-Uniline lanyard shock absorberUser's D-ring is 1.6 m above the walkway
Total number of users = 2Highest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9
Lowest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9Mass of user = 100 kgmFaller is a user in a harnessLanyard is Webbing Lanyard with a length of 1.80 mBraking force = 6.0 kNLanyard shock absorber type = Non-Uniline lanyard shock absorberUser's D-ring is 1.6 m above the walkway
Total number of users = 2Highest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9
Lowest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9Mass of user = 100 kgmFaller is a user in a harnessLanyard is Webbing Lanyard with a length of 1.80 mBraking force = 6.0 kNLanyard shock absorber type = Non-Uniline lanyard shock absorberUser's D-ring is 1.6 m above the walkway
Positions of users
Total number of users = 2Highest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9
Lowest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9Mass of user = 100 kgmFaller is a user in a harnessLanyard is Webbing Lanyard with a length of 1.80 mBraking force = 6.0 kNLanyard shock absorber type = Non-Uniline lanyard shock absorberUser's D-ring is 1.6 m above the walkway
Positions of users
User A User B
Total number of users = 2Highest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9
Lowest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9Mass of user = 100 kgmFaller is a user in a harnessLanyard is Webbing Lanyard with a length of 1.80 mBraking force = 6.0 kNLanyard shock absorber type = Non-Uniline lanyard shock absorberUser's D-ring is 1.6 m above the walkway
Positions of users
User A User BOn span number 9 10
Total number of users = 2Highest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9
Lowest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9Mass of user = 100 kgmFaller is a user in a harnessLanyard is Webbing Lanyard with a length of 1.80 mBraking force = 6.0 kNLanyard shock absorber type = Non-Uniline lanyard shock absorberUser's D-ring is 1.6 m above the walkway
Positions of users
User A User BOn span number 9 10From left end of span 6.00 m 3.00 m
D-Ring above system 1.60 m 1.60 m
Total number of users = 2Highest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9
Lowest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9Mass of user = 100 kgmFaller is a user in a harnessLanyard is Webbing Lanyard with a length of 1.80 mBraking force = 6.0 kNLanyard shock absorber type = Non-Uniline lanyard shock absorberUser's D-ring is 1.6 m above the walkway
Positions of users
User A User BOn span number 9 10From left end of span 6.00 m 3.00 m
D-Ring above system 1.60 m 1.60 mSystem above walkway 0.00 m 0.00 m
Total number of users = 2Highest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9
Lowest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9Mass of user = 100 kgmFaller is a user in a harnessLanyard is Webbing Lanyard with a length of 1.80 mBraking force = 6.0 kNLanyard shock absorber type = Non-Uniline lanyard shock absorberUser's D-ring is 1.6 m above the walkway
Positions of users
User A User BOn span number 9 10From left end of span 6.00 m 3.00 m
D-Ring above system 1.60 m 1.60 mSystem above walkway 0.00 m 0.00 m
Total number of users = 2Highest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9
Lowest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9Mass of user = 100 kgmFaller is a user in a harnessLanyard is Webbing Lanyard with a length of 1.80 mBraking force = 6.0 kNLanyard shock absorber type = Non-Uniline lanyard shock absorberUser's D-ring is 1.6 m above the walkway
Positions of users
User A User BOn span number 9 10From left end of span 6.00 m 3.00 m
D-Ring above system 1.60 m 1.60 mSystem above walkway 0.00 m 0.00 m
Total number of users = 2Highest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9
Lowest user = A at whose D-ring is 1.60 m ABOVE the system datum on span number 9Mass of user = 100 kgmFaller is a user in a harnessLanyard is Webbing Lanyard with a length of 1.80 mBraking force = 6.0 kNLanyard shock absorber type = Non-Uniline lanyard shock absorberUser's D-ring is 1.6 m above the walkway
Positions of users
User A User BOn span number 9 10From left end of span 6.00 m 3.00 m
D-Ring above system 1.60 m 1.60 mSystem above walkway 0.00 m 0.00 m
Time = 02:32 p.m. Date = 11/03/2015Ref: 502089.339
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Page 6
Schematic view of system after arrest
Note 1: When calculating minimum clearance distances, consideration should be given to obstacles beneath the work area
Note 2: Both structural anchors must be capable of withstanding a load of the highest MAL times a safety factor of 2 in accordance with EN795
Time = 02:32 p.m. Date = 11/03/2015Ref: 502089.339
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Page 7
Graphical Representation of Arrest History
Time = 02:32 p.m. Date = 11/03/2015Ref: 502089.339
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Page 8
Project: ITALORef: Bodega de despachos
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of System
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 m
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kN
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limit
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Maximum arrest force (MAF) is within the safe limit
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Maximum arrest force (MAF) is within the safe limit
Left Energy Absorber did not deploy
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Maximum arrest force (MAF) is within the safe limit
Left Energy Absorber did not deployRight Energy Absorber deployed by 99 mm
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Maximum arrest force (MAF) is within the safe limit
Left Energy Absorber did not deployRight Energy Absorber deployed by 99 mm
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Maximum arrest force (MAF) is within the safe limit
Left Energy Absorber did not deployRight Energy Absorber deployed by 99 mm
Maximum deflectionsMaximum dynamic deflection of the cable = 1.09 m
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Maximum arrest force (MAF) is within the safe limit
Left Energy Absorber did not deployRight Energy Absorber deployed by 99 mm
Maximum deflectionsMaximum dynamic deflection of the cable = 1.09 m
Maximum drop measured from cable datum to D-ring = 3.36 m (for user A)
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Maximum arrest force (MAF) is within the safe limit
Left Energy Absorber did not deployRight Energy Absorber deployed by 99 mm
Maximum deflectionsMaximum dynamic deflection of the cable = 1.09 m
Maximum drop measured from cable datum to D-ring = 3.36 m (for user A)Maximum drop measured from walkway to user's feet = 5.26 m (for user A)
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Maximum arrest force (MAF) is within the safe limit
Left Energy Absorber did not deployRight Energy Absorber deployed by 99 mm
Maximum deflectionsMaximum dynamic deflection of the cable = 1.09 m
Maximum drop measured from cable datum to D-ring = 3.36 m (for user A)Maximum drop measured from walkway to user's feet = 5.26 m (for user A)
Clearance Requirements
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Maximum arrest force (MAF) is within the safe limit
Left Energy Absorber did not deployRight Energy Absorber deployed by 99 mm
Maximum deflectionsMaximum dynamic deflection of the cable = 1.09 m
Maximum drop measured from cable datum to D-ring = 3.36 m (for user A)Maximum drop measured from walkway to user's feet = 5.26 m (for user A)
Clearance RequirementsMinimum clearance required below walkway level = 6.26 m (for user A)
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Maximum arrest force (MAF) is within the safe limit
Left Energy Absorber did not deployRight Energy Absorber deployed by 99 mm
Maximum deflectionsMaximum dynamic deflection of the cable = 1.09 m
Maximum drop measured from cable datum to D-ring = 3.36 m (for user A)Maximum drop measured from walkway to user's feet = 5.26 m (for user A)
Clearance RequirementsMinimum clearance required below walkway level = 6.26 m (for user A)
Minimum clearance required below anchorage level = 6.26 m (for user A)
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Maximum arrest force (MAF) is within the safe limit
Left Energy Absorber did not deployRight Energy Absorber deployed by 99 mm
Maximum deflectionsMaximum dynamic deflection of the cable = 1.09 m
Maximum drop measured from cable datum to D-ring = 3.36 m (for user A)Maximum drop measured from walkway to user's feet = 5.26 m (for user A)
Clearance RequirementsMinimum clearance required below walkway level = 6.26 m (for user A)
Minimum clearance required below anchorage level = 6.26 m (for user A)
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Maximum arrest force (MAF) is within the safe limit
Left Energy Absorber did not deployRight Energy Absorber deployed by 99 mm
Maximum deflectionsMaximum dynamic deflection of the cable = 1.09 m
Maximum drop measured from cable datum to D-ring = 3.36 m (for user A)Maximum drop measured from walkway to user's feet = 5.26 m (for user A)
Clearance RequirementsMinimum clearance required below walkway level = 6.26 m (for user A)
Minimum clearance required below anchorage level = 6.26 m (for user A)
Minimum clearance includes a safety margin of 1.00 m
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Maximum arrest force (MAF) is within the safe limit
Left Energy Absorber did not deployRight Energy Absorber deployed by 99 mm
Maximum deflectionsMaximum dynamic deflection of the cable = 1.09 m
Maximum drop measured from cable datum to D-ring = 3.36 m (for user A)Maximum drop measured from walkway to user's feet = 5.26 m (for user A)
Clearance RequirementsMinimum clearance required below walkway level = 6.26 m (for user A)
Minimum clearance required below anchorage level = 6.26 m (for user A)
Minimum clearance includes a safety margin of 1.00 m
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Maximum arrest force (MAF) is within the safe limit
Left Energy Absorber did not deployRight Energy Absorber deployed by 99 mm
Maximum deflectionsMaximum dynamic deflection of the cable = 1.09 m
Maximum drop measured from cable datum to D-ring = 3.36 m (for user A)Maximum drop measured from walkway to user's feet = 5.26 m (for user A)
Clearance RequirementsMinimum clearance required below walkway level = 6.26 m (for user A)
Minimum clearance required below anchorage level = 6.26 m (for user A)
Minimum clearance includes a safety margin of 1.00 m
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Maximum arrest force (MAF) is within the safe limit
Left Energy Absorber did not deployRight Energy Absorber deployed by 99 mm
Maximum deflectionsMaximum dynamic deflection of the cable = 1.09 m
Maximum drop measured from cable datum to D-ring = 3.36 m (for user A)Maximum drop measured from walkway to user's feet = 5.26 m (for user A)
Clearance RequirementsMinimum clearance required below walkway level = 6.26 m (for user A)
Minimum clearance required below anchorage level = 6.26 m (for user A)
Minimum clearance includes a safety margin of 1.00 m
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Maximum arrest force (MAF) is within the safe limit
Left Energy Absorber did not deployRight Energy Absorber deployed by 99 mm
Maximum deflectionsMaximum dynamic deflection of the cable = 1.09 m
Maximum drop measured from cable datum to D-ring = 3.36 m (for user A)Maximum drop measured from walkway to user's feet = 5.26 m (for user A)
Clearance RequirementsMinimum clearance required below walkway level = 6.26 m (for user A)
Minimum clearance required below anchorage level = 6.26 m (for user A)
Minimum clearance includes a safety margin of 1.00 m
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Maximum arrest force (MAF) is within the safe limit
Left Energy Absorber did not deployRight Energy Absorber deployed by 99 mm
Maximum deflectionsMaximum dynamic deflection of the cable = 1.09 m
Maximum drop measured from cable datum to D-ring = 3.36 m (for user A)Maximum drop measured from walkway to user's feet = 5.26 m (for user A)
Clearance RequirementsMinimum clearance required below walkway level = 6.26 m (for user A)
Minimum clearance required below anchorage level = 6.26 m (for user A)
Minimum clearance includes a safety margin of 1.00 m
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Maximum arrest force (MAF) is within the safe limit
Left Energy Absorber did not deployRight Energy Absorber deployed by 99 mm
Maximum deflectionsMaximum dynamic deflection of the cable = 1.09 m
Maximum drop measured from cable datum to D-ring = 3.36 m (for user A)Maximum drop measured from walkway to user's feet = 5.26 m (for user A)
Clearance RequirementsMinimum clearance required below walkway level = 6.26 m (for user A)
Minimum clearance required below anchorage level = 6.26 m (for user A)
Minimum clearance includes a safety margin of 1.00 m
Customer:Calculated on 11/03/2015 02:32:53 p.m.
Description of SystemTotal length of system = 55.63 m
8 mm 7x7 Stainless steel cable + Unigrab for 8 mm stainless steel cable + Uniline webbing
Longest span = 12.00 mShortest span = 6.00 m
Initial tension in cable = 0.80 kNTotal number of users = 2
Highest user was positioned with his D-ring 1.60 m ABOVE the system datum
Maximum ForcesMAL = Maximum arrest load at left end of system = 1.48 kN
MAL = Maximum arrest load at right end of system = 14.99 kN
MAF = Maximum arrest force in lanyard = 6.00 kNMaximum tension in cable = 18.64 kN
Maximum cable tension is within the safe limitBoth MALs are within the safe limit
Maximum arrest force (MAF) is within the safe limit
Left Energy Absorber did not deployRight Energy Absorber deployed by 99 mm
Maximum deflectionsMaximum dynamic deflection of the cable = 1.09 m
Maximum drop measured from cable datum to D-ring = 3.36 m (for user A)Maximum drop measured from walkway to user's feet = 5.26 m (for user A)
Clearance RequirementsMinimum clearance required below walkway level = 6.26 m (for user A)
Minimum clearance required below anchorage level = 6.26 m (for user A)
Minimum clearance includes a safety margin of 1.00 m
Calculations approved by _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 11/03/2015
Time = 02:32 p.m. Date = 11/03/2015Ref: 502089.339
