Câble métallique

Texte verbatim extrait du PDF original du chapitre (1940–). Le catalogue d'origine est en anglais ; les tableaux de spécifications peuvent s'afficher imparfaitement — le PDF reste la source autoritative.

rn WIRE
RDN \ I CENTER
CORE BN .
Vii . . Yj
WHI A/
| il) OF WIRE ROPES
| A wire rope may be defined as a flexible organ
which serves to transmit a pulling force over
any distance to perform either a hauling, hois-
ting or suspending work.
i] iA In order to achieve the necessary flexibility to
| il fy fulfill its function, the rope is made up of various
| af WIRE ROPE elements called wires and strands.
| j A rope is composed of a given number of strands
1 laid in one or more layers around an axial member
| | called the core. The core can be made of hemp,
' synthetic fibre or steel.
Each strand is made up of a given number of wires
laid helically in one or more layers around a central
The component parts of a wire rope wire or textile fibre called the '’center”’.

Sead s s
OILFIELD LOGGING
ROD AND TUBING LINES SLACK LINE SISTEMS
6 x 25 FW + FC (or IWRC) SKY LINE OR SLACK LINE
6 x 26WS + FC(orIWRC) | Regular Lay 6 x 25FW+IWRC _ Regular Lay
6 x 31 FW + FC (or IWRC)
18 x 7FC Non-rotating MAIN LINE
6 x 19S + IWRC
ROD HANGER LINE
. 6 x 26WS + IWRC | Reguies Lay
6x19S+FC Regular Lay
SAND LINES HAULBACK OR STRAW LINE
6 x 19S + IWRC
6x 7+FC Regular Lay 6 x 26WS + IWRC | Regular Lay
DRILLING LINES - CABLE TOOLS
6 x 21FW+FC Rewuter Lx CHOKER
6x19S+FC 9 y 6 x 25FW+IWRC | po oiar La
6 x 31 FW +IWRC 9 y
CASING LINES - CABLE TOOLS
6 x 25FW + FC(orlWRC) Regular Lay
DRILLING LINES - CORING AND SLIM ARCH LOGGINGS
L TARY RIGS
ie ‘een s. IWRC ARCH LINE
6 x 25 FW + IWRC | Regular Lay 6 x 31FW+IWRC Regular Lay
DRILLING LINES - LARGE ROTARY RIGS CHORER
6 x 25 FW + IWRC |
6 x 19S + IWRC Regular Lay
6 x 21 FW + IWRC | Regular Lay 6 x 31 FW + IWRC
WINCH LINES
6 x 21 FW + IWRC BOOM LOADINGS
6 x 31FW+IWRC | Regular Lay BOOM LINE
6 x 36WS + IWRC 6x 25FW+IWRC_ Regular Lay
LOADING LINE
HORSEHEAD PUMPING - UNIT LINES
6 x 25FW + IWRC
6 x 37 Cross Lay + IWRC 6 x 26WS + IWRC Regular Lay
18 x 7+ IWRC Regular Lay
8 x 19S + IWRC SWING LINE
6 x 25FW + IWRC
OFFSHORE ANCHORAGE LINES 6 x 26WS + IWRC | pao Sa
6 x 19S + IWRC TONG LINE
6 x 37 Cross Lay + IWRC
6 x 47WS + IWRC 9 y
6 x 36WS + IWRC TL
6 x 41 FW + IWRC apapecheeeille INE
6 x 26WS + IWRC | Regular Lay
MAST RAISING LINES
6 x 25FW + IWRC GUY LINE
6 x 37 Cross Lay + IWRC | aero OY 6 x 19S + IWRC Regular Lay
TORPEDO LINES een FW + IWRC
5x5+FC | Regular Lay
5x 7+FC 6 x 31 FW +1WRC

WAGON SCRAPERS
MINING 6 x 25 FW +IWRC. Regular or Lang Lay
DERRICKS
SHAFTS HOIST ROPES
HOIST ROPES 6 x 25 FW + FC
6x 19S +FC 6 x 26WS + FC Regular Lay
6 x 41FW + FC
6 x 25 FW + FC Regular or Lang Lay 17 x 7+ FC Non-rotatin
6 x 26WS + FC 9
6 x 36WS + FC BOOM HOIST ROPES
17 x 7+ FC (or IWRC) Non-rotating. 6 x 25FW+IWRC_ Regular or Lang Lay
GUIDE ROPES SWING ROPES
Locked coil rope. . . ss Ww Hi fc | Regular Lay
INCLINES AND SLOPES DRAG SCRAPERS
HAULAGE ROPES HAUL BACK ROPES
6x 7+FC 6x19S +IWRC
6x19S+FC Regular or Lang Lay 6 x 25FW + IWRC | Regular or Lang Lay
6 x 23FW+ FC
PULL IN ROPE OR LOAD ROPES
6x 19S IWRC
SLUSHERS 6 x 25 FW 1 IWRC | Regular or Lang Lay
SLUSHERS ROPES
é : ae + IWRC | Regular Lay SHOVELS
HOIST ROPES
6x 25FW +IWRC
DRAGLINES 6x 36WS +IWRC Lang Lay
DRAG HOIST ROPES 6x41 FW +IWRC
6x25FW +IWRC 6 x 49 SWS + IWRC
6x 41FW +IWRC
6x 47WS +IWRC Lang Lay CROWD AND RETRACT ROPES
6 x 49 SWS + IWRC 6x 25FW +IWRC
; 6x 41 FW +IWRC Lang Lay
DRAG ROPES 6 x 49 SWS + IWRC
6 x 25 FW + IWRC
6 x 41 FW + IWRC Lang Lay BOOM HOIST ROPES
6 x 47 WS + IWRC 6 x 25 FW + IWRC Lang Lay or Reg. Lay
BOOM HOIST ROPES oe
6 x 25 FW +IWRC
6 x 41 FW + IWRC | Reguiar or Lang Lay 6x 19S +IWRC | ae aes
BUCKET DUMP ROPES 6 x 25 FW + FC
6 x 25FW+IWRC_ Regular or Lang Lay CLAMSHELLS
BACKHOES HOLDING AND CLOSING ROPES
DIGGING ROPES 6 x 25 FW + IWRC
6 x 25 FW + IWRC Regular or Lang La ox Wo TW | rang Fay or Reg. bay
6 x 26WS + IWRC | 9 ghey
BOOM HOIST ROPES
BOOM HOIST ROPES 6 x 25 FW +IWRC Lang Lay or Reg. Lay
6 x 25 FW + IWRC Regular or Lang Lay
6 x 26 WS + IWRC TAG ROPES
TOPPING ROPES 6 x 25 FW + IWRC L L Reg. L
6 x 25FW +IWRC_ Regular or Lang Lay 6 x 36 WS + IWRC | ~279 bay Orseg. Lay

eee pee? a s
INDUSTRIAL MARINE
BLAST FURNACES STANDING RIGGINGS
SKIP HOIST AND BELL ROPES STAYS AND SHROUDS
6 x 25 FW + IWRC 6 x 7+ FC (or SWR)
6 x 26WS + IWRC | ee let aren LAG Ey 6 x 19S + FC (or SWR) | Regular Lay
HOT METAL AND LADLE CRANES RUNNING RIGGINGS
MAIN HOIST ROPES RUNNER
6 x 26WS + IWRC 6x 19+ FC
6 x 36 WS + IWRC Regular Lay 6 x 37+ FC
8 x 36WS + IWRC 6x 36WS+FC_ | Regular Lay
6 x 26WS + FC
STRIPPER CRANES
HOIST ROPES TOPPING LIFT
6 x 24+7FC |
6 x 26WS + IWRC Regular Lay
6 x 36WS + IWRC Regular Lay 6 x 30+ 7FC
8 x 36WS + IWRC
MOORING ROPES
SOAKING PIT CRANES 6 x 37+ FC | Regular Lay
MAIN HOIST ROPES 6 x 24+7FC
6 x 26WS + IWRC
6 x 36WS + IWRC | Regular Lay HAWSERS
8 x 36WS + IWRC 6 x 24+7FC Regular L
6 x 30+7FC Bower har
OVERHEAD TRAVELING CRANES
MAIN HOIST ROPE AND AUXILIARY HOIST SLIPWAYS
ROPES 6 x 36WS + IWRC
6 x 19 Cross Lay + FC 6 x 41WS + IWRC Regular or Lang Lay
6x19S+FC 6 x 41 FW + IWRC
6 x 26WS + FC Regular Lay
6 x 36WS + FC
6 x 37 Cross Lay + FC
17 x 7+ FC Non-rotating
AIRCRAFT
AIRCRAFT CABLES
7x7 Cross Lay Regular Lay
7 x 19 Cross Lay

conghesey’ owes
ALY
HOISTING
HARBOUR CRANES
SINGLE PART
17x 7+ FC Non-rotating
17 x 19S + FC Non-rotating
34 x 7+ FC (or IWRC) Non-rotating
TRANSPORTATION ee
6 x 26WS + FC
ER TRAMWAYS 6 x 36WS + FC Regular Lay
AERIAL PASSENG 8 x 36WS + (5X 7x1)
BI-CABLE
TRACK ROPES TOWER CRANES
Locked coll ropes 17x 7+ FC Non-rotating
HAULAGE ROPES 17 x 17S + FC Non-rotating
6x 7+FC 17 x 19S + FC Non-rotating
6x 19S+FC | Lang Lay 34x 7+ FC Non-rotating
FREIGHT TRAMWAYS ELEVATORS
BI-CABLE SUSPENSION AND ANCILLARY ROPES
TRACK ROPES 6 x 19 Cross Lay + FC
Locked coil ropes 6x19W+FC
HAULAGE ROPES 6 x 26WS + FC Regular Lay
6 x 19Cross Lay +FC | Lang Lay 8 x 19W + FC
MONOCABLE
MONOCABLE ROPES FISHING
19 FC Lang La
ome a = TRAWLERS
CHAIR LIFTS AND SKI LIFTS TRAWLING ROPES
MONOCABLE ROPES 6 x 19 Cross Lay + FC
6x 7+FC 6x7S+FC Regular Lay
6x 175+ FC 6 x 26WS + FC
6x 19S+FC any Maly S.156
6 x 25 FW + FC
S.156 is the trade-mark for the fishing rope we have
SUSPENSION BRIDGES specially designed for trawling purposes.
Strand1 x 37 Its main features are:
Strand1 x 61 1. The raw material out of which these ropes are
Strand 1 x 127 made is carefully selected and the wires are sub-
Locked coil rope mited to the most severe mechanical and chemical
tests.
2. All the wires belong to our EXTRA GALVANI-
ZED CLASS.
PURSE SEINERS
PURSE SEINING
6 x 24+ 7 FC Regular Lay

BX? GLASS A GA OOM ROPES
6x7 (+6 +FC 6x70 +8+ Wee
B X19 GHASSHO PGA OM BOP RS
6x17 (14+84+48) SEALE +FC 6 x 19 (146+ 12) CROSS LAY + FC
6 x 19 (146412) CROSS LAY + pola 6 x 19 (14+9+9) SEALE + FC
6 x 19 (14+9+9) SEALE + IWRC 6 x 21 (1 +5.5 + 10) FILLER WIRE + FC

Cr LORGUASSIBICATIONSRORES
6 x 21 (145.5410) FILLER WIRE+IWRC 6 X 25 (1 + 6.6 + 12) FILLER WIRE + FC
6 x 25 (1 +66 + 12) 6 x 26 (1 4545.5 + 10)
FILLER WIRE + IWRC WARRINGTON SEALE + FC

6 x 26 (145+45.5+10) WARRINGTON SEALE + IWRC
BXB~ GHASS MAGA OOM ROP
6 x 36 (+74 7.7414) 6 x 36 (14+747.7+4 14) .
WARRINGTON SEALE + FC WARRINGTON SEALE + IWRC

6 x 37 11 +6 +12 4+ 18) 6 x 41 4 +8 + 8.8 + 16)
CROSS LAY +FC FILLER WIRE + FC

6 x 41 4 +8 48.8 + 16) 6 x 41 (1 +84 8.8 + 16)
FILLER WIRE + IWRC WARRINGTON SEALE + FC
6 x 41 (1 +8 + 8.8 + 16) 6 x 43 (1 4+6 49.9 + 18)
WARRINGTON SEALE + IWRC FILLER WIRE + FC

6 x 43 (1 +6 + 9.9 + 18) 6 x 47 (14+64+8+48.8 + 16)
| FILLER WIRE + IWRC WARRINGTON SEALE + FC

. 6 x 47 146484 8.8 + 16)
WARRINGTON SEALE + IWRC

NONSROPARINGAWIRER ORES
36 x 7 (1+6)+FC 18 x7 a+6+FC 17 x7 1+6)+FC

ete eee pth
18 x 19 (+949) SEALE + IWRC 34 x7 (1+6)+FC
PAN GUSARS SHOR ANN DBI ORES

SRIROIDAIRORES
37 (1+6+12+418) WIRES
| ersceren

LOCKEDICONRRORES
Type — OZ Type — OZZ Type — OZZZ Type — OVZ
SRECIATIBRORES
8 x 36 WARRINGTON SEALE + IWRC
8 x 36 (1 +7+7.7+14) WARRINGTON SEALE + FC
DIE PAg SE GEAR ERR ORES
8x19 14+94+94+8x704+H4+8xXx34+1X70+6 ee
ler ORES
6 x 4x19 (14949) SEALE + FC
8x4x19 (4949) SEALE + FC

N 0 M N A L 6 x 7 Classification/ Bright (Uncoated), Fiber Core
Nominal Diameter Approxiraate Mass Nominal Strength*
ST R E N G H T S Improved Plow Steel**
0 r inches mm Ib/ft kg/m tons metric tonnes
Y% 6.4 0.09 0.14 2.64 2.4
WIRE ROPE Ke 8 0.15 0.22 4.10 3.72
¥% 9.5 0.21 0.31 5.86 5.32
Ae 11.5 0.29 0.43 7.93 7.2
Y% 13 0.38 0.57 10.3 9.35
%e 14.5 0.48 0.71 13.0 11.8
% 16 0.59 0.88 15.9 14.4
% 19 0.84 1.25 22.7 20.6
Ve 22 1.15 1.71 30.7 27.9
1 26 1.50 2.23 39.7 36.0
1% 29 1.90 2.83 49.8 45.2
1% 32 2.34 3.48 61.0 55.3
1% 35 2.82 4.23 73.1 66.3
1% 38 3.38 5.03 86.2 78.2
6 x 7 Classification/ Bright (Uncoated), IWRC
Nominal Diameter Approximate Mass Nominal Strength*
Improved Plow Steel**
inches mm lb/ft kg/m tons metric tonnes
% 6.4 0.10 0.15 2.84 2.58
Ke 8 0.16 0.24 4.41 4.0
% 9.5 0.23 0.34 6.30 5.72
Ae 11.5 0.32 0.48 8.52 7.73
2) 13 0.42 0.63 11.1 10.1
%e 14.5 0.53 0.79 14.0 12.7
% 16 0.65 0.97 17.1 15.5
% 19 0.92 1.37 24.4 22.1
*To convert to Kilonewtons % 22 1.27 1.89 33.0 29.9
(KN), multiply tons (nominal 1 26 1.65 2.46 42.7 38.7
wee ee oe 29 2.09 3.11 53.5 48.5
** Available with galvanized 1% 32 2.57 3.82 65.6 59.5
wires at strengths 10% lower
than listed, or at equivalent a
strengths on special request. 1% 35 3.12 4.64 78.6 71.3
1% 38 3.72 5.54 92.7 84.1

SEC
6 x 19 Classification/ Bright (Uncoated), Fiber Core
Nominal Diameter Approximate Mass Nominal Strength*
Improved Plow Steel**
inches mm lb/ft kg/m tons metric tonnes
% 6.4 0.11 0.16 2.74 2.49
he 8 0.16 0.24 4.26 3.86
¥% 9.5 0.24 0.35 6.10 5.53
As 11.5 0.32 0.48 8.27 7.50
Y 13 0.42 0.63 10.7 9.71
%e 14.5 0.53 0.79 13.5 12.2
% 16 0.66 0.98 16.7 15.1
% 19 0.95 1.41 23.8 21.6
h 22 1.29 1.92 32.2 29.2
1 26 1.68 2.5 41.8 37.9
1% 29 2.13 3.17 52.6 47.7
1% 32 2.63 3.91 64.6 58.6
1% 35 3.18 4.73 77.7 70.5
1% 38 3.78 5.63 92.0 83.5
1% 42 4.44 6.61 107 97.1
1% 45 5.15 7.66 124 112
1% 48 5.91 8.8 141 128
2 52 6.72 10.0 160 145
2% 54 7.59 11.3 179 162
2% 57 8.51 12.7 200 181
2% 60 9.48 14.1 222 201
2% 64 10.5 15.6 244 221
2% 67 11.6 17.3 268 243
2% 70 12.7 18.9 292 265
*To convert to Kilonewtons (kN), multiply tons (nominal strength) by 8.896;
1 lb = 4.448 newtons (N).
** Available with galvanized wires at strengths 10% lower than listed, or at equivalent
strengths on special request.

6 x 19 Classification/ Bright (Uncoated), IWRC
Nominal Approximate
Diameter Mass Nominal Strength*
Improved Extra Imp.
Plow Steel** Plow Steel**
metric metric
inches mm lb/ft kg/m tons tonnes tons tonnes
Y% 6.4 0.12 0.17 2.94 2.67 3.40 3.08
oe 8 0.18 0.27 4.58 4.16 5.27 4.78
H% 9.5 0.26 0.39 6.56 5.95 7.55 6.85
As 11.5 0.35 0.52 8.89 8.07 10.2 9.25
Y% 13 0.46 0.68 11.5 10.4 13.3 12.1
%e 14.5 0.59 0.88 14.5 13.2 16.8 15.2
% 16 0.72 1.07 17.7 . 16.2 20.6 18.7
% 19 1.04 1.55 25.6 23.2 29.4 26.7
22 1.42 2.11 34.6 31.4 39.8 36.1
1 26 1.85 2.75 44.9 40.7 51.7 46.9
1% 29 2.34 3.48 56.5 51.3 65.0 59.0
1% 32 2.89 4.30 69.4 63.0 79.9 72.5
1% 35 3:5 5.21 83.5 75.7 96.0 87.1
1% 38 4.16 6.19 98.9 89.7 114 103
1% 42 4.88 7.26 115 104 132 120
1% 45 5.67 8.44 133 121 153 139
1% 48. 6.5 9.67 152 138 174 158
2 52 7.39 11.0 172 156 198 180
2% 54 8.35 12.4 192 174 221 200
2% 57 9.36 13.9 215 195 247 224
2% 60 10.4 15.5 239 217 274 249
2% 64 11.6 17.3 262 238 302 274
2% 67 12.8 19.0 288 261 331 300
2% 70 14.0 20.8 314 285 361 327
*To convert to Kilonewtons (kN), multiply tons (nominal strength) by 8.896;
1 lb = 4.448 newtons (N).
** Available with galvanized wires at strengths 10% lower than listed, or at equivalent
strengths on special request.

6 x 37 Classification/ Bright (Uncoated), Fiber Core
Nominal Strength*
Nominal Diameter Approximate Mass Improved Plow Steel**
inches mm lb/ft kg/m tons metric tonnes
% 6.4 0.11 0.16 2.74 2.49
Ye 8 0.16 0.24 4.26 3.86
% 9.5 0.24 0.35 6.10 5.53
te 11.5 0.32 0.48 8.27 7.50
Y 13 0.42 0.63 10.7 9.71
Ae 14.5 0.53 0.79 13.5 12.2
% 16 0.66 0.98 16.7 15.1
% 19 0.95 1.41 23.8 21.6
% 22 1.29 1.92 32.2 29.2
1 26 1.68 2.50 41.8 37.9
1% 29 2.13 3.17 52.6 47.7
1% 32 2.63 3.91 64.6 58.6
1% 35 3.18 4.73 77.7 70.5
1% 38 3.78 5.63 92.0 83.5 ‘
1% 42 4.44 6.61 107 97.1
1% 45 5.15 7.66 124 112
1% 48 5.91 8.8 141 128
2 52 6.72 10.0 160 145
2% 54 7.59 11.3 179 162
2% 57 8.51 12.7 200 181
2% 60 9.48 14.1 222 201
2% 64 10.5 15.6 244 221
2% 67 11.6 17.3 268 243
2% 70 12.7 18.9 292 265
2% 74 13.9 20.7 317 287
3 77 15.1 22.5 344 312
3% 80 16.4 24.4 371 336
3% 83 17.7 26.3 399 362
*To convert to Kilonewtons (kN), multiply Note: For four of the listed diameters,
tons (nominal strength) by 8.896; 1 Ib= 4" through {e” with two-operation
4.448 newtons (N). strands, the given nominal strengths
** Available with galvanized wires at will be reduced by approximately
strengths 10% lower than listed, or at SYM.
equivalent strengths on special request.

6 x 37 Classification/ Bright (Uncoated), IWRC
Nominal Strength*
Improved Extra Imp.
Nominal Approximate Plow Steel** Plow Steel**
___Diameter Mass metric metric
inches mm lb/ft kg/m tons tonnes tons tonnes
Y% 6.4 0.12 0.17 2.94 2.67 3.4 3.08
6 8 0.18 0.27 4.58 4.16 5.27 4.78
x% 9.5 0.26 0.39 6.56 5.95 7.55 6.85
Ae 11.5 0.35 0.52 8.89 8.07 10.2 9.25
Y 13 0.46 0.68 11.5 10.4 13.3 12.1
eo 14.5 0.59 0.88 14.5 13.2 16.8 15.2
Ys 16 0.72 1.07 17.9 16.2 20.6 18.7
% 19 1.04 1.55 25.6 23.2 29.4 26.7
Ve 22 1.42 2.11 34.6 31.4 39.5 36.1
1 26 1.85 2.75 44.9 40.7 51.7 46.9
1% 29 2.34 3.48 56.5 51.3 65.0 59.0
1% 32 2.89 4.30 69.4 63.0 79.9 72.5
1% 35 3.50 5.21 83.5 75.7 96.0 87.1
1% 38 4.16 6.19 98.9 89.7 114 103
1% 42 4.88 7.26 115 104 132 120
1% 45 5.67 8.44 133 121 153 139
1% 48 6.5 9.67 152 138 174 158
2 52 7.39 11.0 172 156 198 180
2% 54 8.35 12.4 192 174 221 200
2% 57 9.36 13.9 215 195 247 224
2% 60 10.4 15.5 239 217 274 249
2% 64 11.6 17.3 262 238 302 274
2% 67 12.8 19.0 288 261 331 300
23% 70 14.0 20.8 314 285 361 327
2% 74 15.3 22.8 341 309 392 356
3 77 16.6 24.7 370 336 425 386
3% 80 18.0 26.8 399 362 458 415
3% 83 19.5 29.0 429 389 492 446
3% 86 21.0 31.3 459 416 529 480
3% 90 22.7 33.8 491 445 564 512
3% 96 24.3 36.2 523 458 602 528
3% 103 26.0 38.7 557 505 641 581
*To convert to Kilonewtons (kN), multiply Note: For four of the listed diameters,
tons (nominal strength) by 8.896; 1 Ib= Y%"” through 4," with two-operation
4.448 newtons (N). strands, the given nominal strengths
** Available with galvanized wires at will be reduced by approximately
strengths 10% lower than listed, or at SAM.
equivalent strengths on special request.

6 x 61 Classification/ Bright (Uncoated), IWRC
Nominal Strength*
Improved Extra Imp.
Nominal Approximate Plow Steel Plow Steel
Diameter Mass =
hho metric metric
inches mm lb/ft kg/m tons tonnes tons tonnes
1 26 1.85 2.75 42.8 38.8 49.1 44.5
1% 29 2.34 3.48 53.9 48.9 61.9 56.2
1% 32 2.89 4.30 66.1 60.0 76.1 69.0
1% 35 3.50 6.59 79.7 72.3 91.7 83.2
1% 38 4.16 6.19 94.5 85.7 109 98.9
1% 42 4.88 7.62 111 101 127 115
1% 45 5.67 8.44 128 116 146 132
1% 48 6.50 9.67 146 132 168 152
2 52 7.39 11.0 165 150 190 172
2% 54 8.35 12.4 186 169 214 194
2% 57 9.36 13.9 207 188 239 217
2% 60 10.40 15:5 230 209 264 240
2” 64 11.6 17.3 254 230 292 265
2% 67 12.8 18.3 279 253 321 291
2% 70 14. 20.8 305 277 350 318
2% 74 15.3 22.8 333 302 382 347
3 77 16.6 24.7 360 327 414 376
3% 83 19.5 29.0 419 380 483 438
3% 86 21.0 31.3 451 409 518 470
3u% 90 22.7 33.8 483 438 555 503
3% 96 26.0 38.7 549 498 632 573
4 103 29.6 44.1 620 562 713 647
4% 109 33.3 49.6 694 630 799 125
44 115 37.4 55.7 772 700 888 806
4% 122 41.7 62.1 853 774 981 890
5 128 46.2 68.8 937 850 1078 978
*To convert to Kilonewtons (kN), multiply tons (nominal strength) by 8.896;
1 Ib — 4.448 newtons (N).

6 x 91 Classification/ Bright (Uncoated), IWRC
Nominal Strength*
Improved Extra Imp.
Nominal Approximate Plow Steel Plow Steel
Diameter Mass ——————— SSS SSS
— SS metric metric
inches mm lb/ft kg/m tons tonnes tons tonnes
2 52 7.39 11.0 157 142 181 164
2% 54 8:35 12.4 176 160 203 184
2% 57 9.36 14.0 197 179 227 206
2% 60 10.4 15.5 218 198 251 228
2% 64 11.6 17.3 242 220 277 251
2% 67 12.8 19.0 265 240 305 217
2% 70 14.0 20.8 290 263 333 302
3 77 16.6 24.7 342 310 393 357
3% 83 19.5 29.0 399 362 458 415
3% 90 22.7 33.8 458 415 527 478
3% 96 26.0 38.7 522 474 600 544
4 103 29.6 44.1 589 534 677 614
4% 109 33.3 49.6 660 599 759 689
4% 115 37.4 55.7 734 666 844 766
4% 122 41.7 62.1 810 787 932 846
5 128 46.2 68.7 891 808 1024 929
5% 134 49.8 74.1 974 884 1120 1016
5Y% 140 54.5 81.1 1060 962 1219 1106
5% 146 59.6 88.7 1148 1041 1320 1198
6 153 65.0 96.7 1240 1125 1426 1294
*To convert to Kilonewtons (kN), multiply tons (nominal strength) by 8.896;
1 1b = 4.448 newtons (N).

WEIGHT AND BREAKING LOAD OF 6x 19 CLASSIFICATION
ROUND STRAND ROPE
eee
F tesroor [erm | wasrroor | x0 | eter recess rere aT
Breaking loads shown are subject to a minus tolerance of 5% Weights and breaking loads shown are in accordance with Standard
Number G4 of the Canadian Standards Association
WEIGHT AND BREAKING LOAD OF
6 x 37 CLASSIFICATION ROUND STRAND ROPE
KG/m KG/m Tons 2000 Lbs. | Tonnes (métric) | Tons 2000 Lbs. | Tonnes (métric)
i ewe ee we ene ee ee ee ae eee
46. | ae pe | ee ae a a
ye es |e ee ae ee eee
Pras [nsf go [as | | as | 7s | _¢8_1|_eo_| 728 |
[1a {127 | 39 | 58 | 43 | 64 | 100 | 91 | 107
lene | a |e | 73 | S|] | |g | 12.16 _|
se [se eo ee oo se ans [tee 606
isa | to, | ar | toe | ef a | ee | se | ae ate
i 7 | me [te | a | ta [es [aoe Pere [sea eee |
p+ [asa [ass [20 | aro | 25} _ses_1_asa_|_ta4_} a5
Iya [206 | 196 | 29 | 216 | 322 | 490 | 445 | sae | 477 |
l—taya | ate | 242 | a6 | 266 | 39 | 610 | 553 | 655 | 594 |
a8 [oe ee ase eee [a ee are | ooo” rae
rae | saa [sao | 520 | ee | 0 | oo | ae | eer [er
- see | as [aoe | eos | aso | oro | toss |r | te | tos
ps4 | us jars | ror_| sate |g | 1 | ee
5.45 ato | 600 | 893 | 1420 | 120 | 1626 | 138. |
r—2 | sos | 620 | 022 | 682 | 1015 | 1550 | 141. | 1666 | 151. |
ae Ss Se a ee
sa | ee | ee ee ee
700 | i172 | tae | 20 | 1920 | 230 | 266 | 3150 | 26 |
[ s__{ ez | ssz0 | age | tera_{_sass_| ound _|_si_|}-_s7_}_s4. __
[3-1/4 | 825 | 18.80 20.35
Breaking loads shown are subject to a minus tolerance of 5% Weights and breaking loads shown are in accordance with Standard
Number G4 of the Canadian Standards Association

North American British European

denomination denomination | denomination
UNGALVANIZED: UNGALVANIZED:
(= Uncoated = bright)
Mild Plow Special Improved Patent = 140/159 kgf/mm? =
200.000/220.000 Ibs. sq. inch. 89/101 long tons/sq. inch. (89/101 long tons/sq. inch.)
Plow Best Plough = 160/179 kgf/mm? =
220.000/240.000 Ibs. sq. inch. 100/110 long tons/sq. inch. (102/114 long tons/sq. inch.)
Improwed Plow Special Improved Plough = 180/199 kgf/mm? =
240.000/280.000 Ibs. sq. inch. 110/120 long tons/sq. inch. (115/126 long tons/sq. inch.)
Extra Improved Plow Extra Special Impr. Plough = 200/219 kgf/mm? =
280.000/310.000 Ibs. sq. inch. 120/130 long tons/sq. inch. (127/139 long tons/sq. inch.)
GALVANIZED: GALVANIZED:
Plow Special Improved Patent = 140/159 kgf/mm? =
200.000/220.000 Ibs. sq. inch. 89/101 long tons/sq. inch. (89/101 long tons/sq. inch.)
Improved Plow Best Plough = 160/179 kgf/mm? =
220.000/240.000 Ibs. sq. inch. 100/110 long tons/sq. inch. (100/110 long tons/sq. inch.)
DRAWN-GALVANIZED: GALVANIZED:
Mild Plow Special Improved Patent = 140/159 kgf/mm? =
200.000/220.000 Ibs. sq. inch. 89/101 long tons/sq. inch. (89/101 long tons/sq. inch.)
Plow Best Plough = 160/179 kgf/mm? =
220.000/240.000 Ibs. sq. inch. 100/110 long tons/sq. inch. (102/114 long tons/sq. inch.)
Improved Plow Special Improved Plough = 180/199 kgf/mm? =
240.000/280.000 Ibs. sq. inch. 110/120 long tons/sq. inch. (115/126 long tons/sq. inch.)
Extra Improved Plow Extra Special Impr. Plough = 200/219 kgf/mm? =
280.000/310.000 Ibs. sq. inch. 120/130 long tons/sq. inch. (127/139 long tons/sq. inch.)

D = Tread Diameter of Sheave
d = Nominal Diameter of Rope
Wire rope construction 140/155 Kg/mm? | 155/170 Kg/mm? 170/185 Kg/mm?2
1. Ropes of cross lay construction D/d D/d D/d
6x 7(1+6)+1 40 43 48
6x 19 (1+ 6+ 12)+1 28 30 33
6 x 37 (1+ 6+ 12+ 18) +1 20 22 24
6 x 61 (1+6+ 12+ 18+ 24) +1 17 18 20
8x 19 (1+6+ 12)+1 23 25 28
18x 7(1+6)+1 34 37 41
36 x 7 (1+ 6) +1 27 29 32
ll. Ropes of equal lay construction D/d D/d D/d
6x 19 (1+9+9) S+1 . 30 34 37
8x19(1+9+9) Sx1 25 27 30
6 x 26(1+5+ 55+ 10)W-S+1 26 28 30
6 x 36 (1+7+ 7.7+ 14) W-S+1 23 25 28
6x 41 (1+8+ 88+ 16)W-S+1 18 20 22
6x 19 (1+6+ 66) W+1 28 30 33
6 x 21 (14+5.5+10) F-W+1 28 30 33
6 x 25 (1+ 66+ 12) F-W+1 24 26 29
6 x 41 (1+ 8+8.8 + 16) F-W + 1 20 22 24
8 x 25 (1+ 6.6+4 12) F-W+1 20 22 24
ee eee ee a a eee ere eer

perrace ~~
DIMENSIONS*
Nominal Groove Radius
Rope Diameter New Worn
inches mm inches mm inches mm
Y 6.4 135 3.43 129 3.28
Ye 8.0 .167 4.24 .160 4.06
% 9.5 201 3.11 .190 4.83
Ke 11 .234 5.94 .220 5.59
% 13 a7 6.88 .256 6.50
%e 14.5 .303 7.70 .288 7,32
Ys 16 334 8.48 320 8.13
% 19 401 10.19 380 9.65
% 22 468 11.89 440 11.18
1 26 543 13.79 513 13.03
1% 29 .605 1537 S77 14.66
1% 32 669 16.99 639 16.23
1% 35 .736 18.69 .699 17.75
1% 38 .803 20.40 .759 19.28
1% 42 876 22.25 833 21.16
1% 45 .939 23.85 897 22.78
1% 48 1.003 25.48 959 24.36
2 52 1.085 27.56 1.025 26.04
2% 54 1.137 28.88 1.079 27.41
2% 58 1.210 30.73 1.158 29.29
2% 60 1.271 32.28 1.199 30.45
2% 64 1.338 33.99 1.279 32.49
2% 67 1.404 35.66 1.339 34.01
23% 71 1.481 37.62 1.409 35.79
2% 74 1.544 39.22 1.473 37.41
“Values given are applicable to grooves in 3 17 1.607 40.82 1.538 39.07
Sheaves and drums; they are not 3% 80 1.664 42.27 1.598 40.59
generally suitable for pitch design since 3% 83 1.731 43.97 1.658 42.11
this may involve other factors. 3% 87 1.807 45.90 1.730 43.94
3% 90 1.869 47.47 1.794 45.57
Further, the dimensions do not applyto 9.2
traction-type elevators; in this 3% 96 1.997 50.72 1.918 48.72
circumstance, drum-and sheave-groove 4 103 2.139 54.33 2.050 52.07
tolerances should conform to the elevator 4% 109 2.264 57.51 2.178 55.32
manufacturer's specifications. 4% 115 2.396 60.86 7.298 58.37
. 4% 122 2.534 64.36 2.434 :
Modern drum design embraces ———e__ °° eS
extensive considerations beyond the 5 128
2.663 .64 2.557
scope of this publication. It should also 5% 135 2.804 ° on 2691 pen
be noted that drum grooves are now 51% 141 2 :
produced with a number of oversize = Lia mee 71.55
: 5% 148 3.074 78.08 2.947 74.85
dimensions and pitches applicable to 6 154 3.198 81.23 3.075 #811
certain service requirements. : ‘ "

WIRE ROPE SOCKET- PourRED SPELTER OR RESIN
WIRE ROPE SOCKET -SWAGED
A A (SSS SSS SS SSS SS SS SSS
MECHANICAL SPLICE - LOOP OR THIMBLE
‘© SSB
WEDGE SOCKET
iss” rw! e:
CLIPS - NUMBER OF CLIPS VARIES WITH ROPE SIZE AND CONSTRUCTION
CT. KELESSTSS SS SST SSS SS SS SESS SSS SESS
LOOP OR THIMBLE SPLICE - HAND TUCKED
INK TAPERED TAPERED
= BECKET & WELDED END WITH
END LOOP

TERMINAL EFFICIENCIES (aeproximate)
Efficiencies are based on nominal strengths
i eee
Efficiency
Type of Termination Rope with IWRC* Rope with FC**
ed ee eee eee
Wire Rope Socket (Spelter or Resin) 100% 100%
Swaged Socket (Regular Lay Ropes Only) 100% (Not established )
Mechanical Spliced Sleeve
1” dia. and smaller 95% 92% %
Greater than 1” dia. through 2” 92% % 90%
Greater than 2” dia. through 312” 90% (Not established)
Loop or Thimble Splice—Hand Spliced (Tucked)
(Carbon Steel Rope)
Ye" thru 24%” 80% 80%
Loop or Thimble Splice—Hand Spliced (Tucked)
(Stainless Steel Rope)
Wedge Sockets***
(Depending on Design) 75% to 90% 75% to 90%
Clips***
(Number of clips varies with size of rope) 80% 80%
*IWRC = Independent Wire Rope Core **FC = Fiber Core
***Typical values when applied properly. Refer to fittings
manufacturers for exact values and method.

Nad awe
_ LIFTING
q Sar Grommet _ ;
REQ SN Gi » oa GY a
Sug SSqq, i f % y } / h f
Loop-Thimble f x Wx
— Loop-Thimble-Hook = = =
2%) Loop & Loop Sling Basket Hitch Sliding Choker Hook
fr Loop-Thimble
‘ ~ and Shackle
eer ey
ae Loop-Slip- : len”
See —_—ithru Thimbie PR Sy t
(N,t208-open Socket { } | f
- j \ \ Bardon Choker Sling
=, Choker Sli \ \%
~ Nex.__Loop-Closed Socket Slip-thru Thimble j \ 4
Crescent-Thimble € a) \
Thimble-Hook © =
2-Leg Bridle Sling

Metrics units English units CONVERS ICH Nominal diameter ate a ;
Ito tol me ee °
mm Inches 0.03937 25.40 2 5]
m Feet 3.281 0.3048 3 ls
m Yards 1.0934 0.9144 ‘ Sp
m Fathoms 0.5468 1.8288 6 vi
km Statute Miles 0.6214 1.609 7 ®/50
km Naut. Miles (knots) 0.5391 1.855 : "i
m/sec Feet/min. 196.8 0.00508 11 hs
mm? sq. inches 0.00155 645.16 12 _
dm® Cubic feet 0.03532 28.33 13 1,
ms Cubic yards 1.308 0.764 be hs
g Ounces 0.03505 28.35 18 ny,
kg Lbs. 2.2046 0.4536 19 2/;,
kg Cwts. 0.01968 50.80 20 8/6
t Tons 0.984 1.016 = ile
kg/m Lbs. per foot 0.672 1.488 26 1 he
kg/m Lbs. per yard 2.016 0.4961 28 13/,
kg/mm? Tons p. sq. inch 0.635 1.57487 32 11/4
kg/mm? Lbs. p. sq. inch 1,422.31 0.0007031 2 10
GRADES OF AMERICAN STEELS
kg/mm? 1000L.b.s./p.s.i,
~ See
re ee eee
ptt tt Pee
183 116 260 | | | | | Imp, m || Pe EY
SECC era ael Lt LEDs
Sew wp + Peet ft tt |
s pitt tT |} Pee
2 155 98 220 Pt fen §r0) pS
E pf em ET tT
SEE ete he
ow wt oH titi ttt tt
Pt} Tt yt | | Pree ET
PET ETT ETE tT te tt Te yt ey
.010 .050 100 150 .200inch
0,25 1,27 2,54 3,81 5,08 mm
Diameter of wire

ROPE PRODUCTS /‘3x % a rye
ay ey De Al if ~ a. A
ACCE ORIES ' tay 3 j a | V4 4
Anchor and pennant lines for semi-submersibles, ; A J a aoe
drilling rigs and Offshore work-units. | a =. nil
| ee L) ‘ a Bs ~,B “y ~ 2 : 2 by
fF breaking max.cont.| approx.| —giaee ene lace Se
load me- length weight or’ Vi Or OO PR BS
| in. | mm. | tric tons. mtr. kg/mtr.
2 52.3 | 171.5 8250 10.60 All rope-and steel wire rope-fittings can be
2-1/4} 58.- | 213.3 6750 13.20 supplied.
2-1/2| 64.4 | 260.5 5470 16.10
2-3/4} 70.7 | 316.- 4500 19.50
3 77.2 | 377.5 3800 23.20 Drilling lines for Off- and On-shore drilling rigs
3-1/4} 83.7 | 444.7 3240 27.50 (constr. 6 x 19 Seale/iwrc).
3-1/2] 90.- | 510.- 2800 31.60
4 103.- Pos quality —_ alae P breaking | max.cont.| approx.
load me- | length weight
in. | mm. tric tons. | mtr. kg/mtr.
Lifting slings for general purpose in 6- and 8-
strand-constructions, and special heavy lifting a a ies aa ree
slings in cable laid constructions for module- 1-3/8 | 36.3 82.3 5200 5.13
installation. 1-1/2 | 39.3 | 97.7 4400 6.08
1-5/8 | 43.5 | 117.8 3660 7.34
breaking ; 1-3/4 | 46.4 | 136 3050 8.48
GABLE-LAID load me- Approx. weight According to API standards
Pin, | mm: | tric tons. kg/mtr.
4 101 470 34.-
A Lid i. pe” Nylon Mooring lines for the largest single point
6-1/2 166 1280 927 moorings and towing springs.
4/2 at ace 122.5 Towing lines for all types of towing up to the most
8 203 1900 138.5 powerful ocean-going tugs. Modern rope-
IPS-quality construction. Can be supplied in ungalvanized
: finish, standard galvanisation as well in extra
Note: higher loads on demand. galvanised and in the grades: PS - IPS - EIPS.

= ; fOy FV
Bul
Jal
Material: Sockets shall be of Cast Steel and to ASTM
A-148 Grade 80-50 specification.
Testing: At the request of the customer any of the following
tests may be conducted on 100% of production runs:
(a) Full radiographed to Specification ASTM E-466 or
(b) Full Ultrasonic Testing
(c) Full Magnetic Particle Testing in accordance with
ASTM E-109-63
Finishes:
(a) Painted
(b) Zinc Coated - to Canadian C.S.A. Specification G-164 or
to ASTM A-153 Class A.

Part No. Strand J M Vv Y Wt
090-0207 Diam. in in in in in Ib
27711 | Wel Yel 2a [Te] 4
Pesnems {Wa al Pal Se wel ee Poe
| o90-0261 | 7ie 87, | 9 Val 4 fT 3 7%, [1 7%, | 72 7%, | 37%, | 17%, | |
(ogo-0289 [| 37;6 77a [10 S7ref 4 17,1 4 [2 1 Mel 77] 337%, [2 | 15]
Fo90-0305 | 7g 1  |[TI"7e| 5 | 4 12 711 Alt | 4%)2% | 23]
Te Teel eae Le A a [2% | 80
1 3/yp 11/4 66 ST A ef 5 el 2 7a) 43]
090-0234 | 7 "71g 1 *7e/18 '7af 7 1721 7 [3 [2 Ti 7[ 6 721 3 7] 80)
| og0-0252 [I 7i6 1 37,[21 '7f 8 7,1 9 Ta P27 37,, 7 13 37,[120
) [VO 4 7, | 2 7g (2 17g | 7 37,[ 4 17, | 182]
2'/ig 2 %g{[23 '72] 9 110 [4 7%) | 27 6[2 7) 7 37,1 4 7, [ 182)
107, {11 [5 | 2 7/s|2 374] 8 721 4 3/4 | 250,
11172 [11 17, | 5 7%, | 3 17e[2 77] 9 [5 (322)
12 1/7, | 12 [6 376g (3 T9371 5 37, [430]
[090-0449 [2 77, 3 | 30 */{12 '7,|12 | 6 7, | 3 */g[3 7g|10 [6 |435)
090-0467 | 31/7, 3 7,| 32 17,113 7,
090-0485 [3 °/, 3 17,134 9/4/14
15 113 7, | 7 172 | 4 4,43 "7,112 17,1 7 1780)
090-0528 1577 ]14 7418 [4 7ie/3 7el13 | 7 7 [798]

Sead =?
WIRE ROP f)
STOPPER Wh
DESCRIPTION Ta Aiea \
The ‘Stopper’ grips and holds steel rope without \ lg aE | \A . «=
causing kinks or in any way damaging the rope. “a las 4 mm 4
Load at the fixing end is transferred by means of a 4 Fees a. ?
bridle chain to the two shackles of the stopper. a 7 | >
Acting on the wedge principle the stopper is * yi y :
simple in use. For attaching to a rope all that is / * » ze A)
necessary is for the stopper to be opened and 4 a vi 4
the wedge fully withdrawn. The stopper is then j \ ‘A \
closed round the steel rope, the hinged keep plate *y
closed and locking pin pushed into position. The Wh ’
wedge is lightly tapped into position so that \¥ \
when load is applied to the rope the wedge action iN
automatically tightens. The stopper can only be ; \
loosened by removing the locking pin. “y
The stopper is designed so that it can be opened ad y '
and closed by one man using only a hammer. All Vy
moving parts are retained in such a manner that y\
although when the stopper is opened these parts : y
are still attached and need only knocking back ‘ 7 Vin
into position for operation. ei Wy
Stopper with keep plate open.
RANGE OF ROPE | APPROX.
SIZE WEIGHT | PROOF | RECOM- STOPPER AND SHACKLE DIMENSIONS
Part No. INCL. LOAD | MENDED mm
Dia. Cire. BRIDLE SW.l. | Ay} B Cc D E F G ,H
mm. nominal kg. tonnes tonnes |mm.| mm. | mm. | mm. | mm. | mm. | mm. | mm.
090-0019 | 54-56 | 63-7 370.3 559|1372| 1931 | 241 | 356 | 498 | 167] 89
090-0023 | 22-28 | 3 -33 23.2 20 10 198| 737 | 935 | 93 | 132 | 183] 55 | 32
eal al lal ld a
090-0025 8-12 | 1-14 3.7 1.5 0.75 | 84| 330] 414 | 40 | 56 | 77 | 31 | 16

WIRE STOPPERS 3° - aa
Wire stoppers are especially de-  gmemy = mi |, SSNS
signed for floating docks, floating gins, ' ib
pontoons and are used in conjunction with o r
towing winches to hold wires with dia- it tl
meters of up to 50 mm. The wire stoppers ey SS alates 4) i =
can be delivered with either one or two. =| LOK, —~ = fay =
pressing levers. yi : ROAD ;
ee Pee
mis tas ee Tht]... tiill = Se a
Quick Release Wire Clamps are especially designed for tugs and launches to bring the mooring
lines to mooring points. The clamps are designed to accept wires with diameters from 20 mm up to 140 mm
holding force 15 tons. Only one single movement is required to release the line either by hand or remote
control. Quick Release Wire Clamps, the ideal time saving equipment!
Section LL ee ms,
| PATS 065A _ ta :
© (OES eee Lee Te
r+ @ aii | Li Maen | i ii a
ce i an ee eZ a
SSS INS SSS ESS SSS ES - !

vel -
HYDRAULIC TYPE aa fi}
faassen LD.
MODEL CAPACITY DIMENSIONS WEIGHT
12”x 3%"x 6" hig 21 Ibs.
KT Trig 33 Ibs.
18¥2”x 5”x 8” high 65 Ibs.
t aie
, A IMPACT TYPE
a eee (HAMMER ACTION)
za coon K-1086
MODEL CAPACITY HEIGHT BASE WEIGHT
pe Tm Tree
a Pe [| tm Te tm tts

Nf 735 AVOCA AVENUE, DORVAL, QUE., CANADA, HSP 1G4 TEL. 514-631-9815 TELEX 05-822633
THE NEW SYSTEM OF I
i _ Patents Applied For |
The DYNALUBE Wire Rope [2 =a | Hh wt
Lubricating System has been C= =a. gia i
specifically designed so thatina ‘SS = 1 En) | es
single pass a wire rope can have: f au =| |
1. Its outer surface scraped clean. if 4 Ei if! —
2. Lubricant pressure-injected i. a
without spillage or wastage, to ie ~<a /
the very core of the rope thus ! Al i 7 be i) ie
removing the corrosion- ha (ts Hy,
creating moisture. i ; i 2 1
3. Lubricant applied smoothly «Cl t i
and uniformly to the surface of | | : = i
the rope. ha! Se VS,
All the above can be achieved | A ~ |
with rope-travel speed of up to tt = _— !
3,500 metres per hour, depending | ve a : tn ( =
on diametre of rope, etc. \ Si +7 i) ho
f Why
A wire rope is a complicated and carefully designed piece of equipment
but, as such, it is extremely vulnerable to mis-use and abuse. All
Manufacturers of wire rope are adamant that ~-@ffective lubrication is
vital...and is an overwhelming consideration.’

Que
(Flying Dutchman)
The ideal, time-saving way of retrieving or shifting heavy anchors after marker buoys have been lost.
Indispensable where strong currents or excessive water depth make diver re-installation of a pennant line
impossible.
Downtime and expenditures because of the shifting operation is cut to a minimum since the clamp is
designed to slide freely along anchor cables until the ideal retrieval point is reached. Force applied to the
pennant line will close the jaws immovably around the anchor cable which is bent along a shaped saddle
designed specifically to give an acceptable, non-damaging bending radius to expensive anchor lines.
. Lever Pennantline
Guide rolls
DED LRRRRIASERAS EE’
Jaws Be YY
Holding force in the locked position has been tested at 80 000 Ibs.
Interchangeable jaws make one clamp universal for anchor cables ranging in diameter from 2 to 37/2 ins.
A single clamp will lift anchors weighing up to 70 000 Ibs.
Safeguard your anchor-handling operations on offshore floating equipment by keeping an anchor retrieval
clamp always in store.
PROVEN IN ACTUAL SERVICE
EASY TO HANDLE DIMENSIONS
WEIGHT ABOUT 2 000 LBS (depending on size)
Patents Applied For
, CTY nade
le Ps / “di:
y ay = i y TAN Aj,
ig “we A \ La EN ws
L 9 tr SS VP) wy
Wy 1 WY N Iw 7h, b \ FRR
SH SSX eee LS hk a
CE  — ee 3 TD a

© 60 to 200 ton capacities

® Single, double, triple, quadruple, sextuple

arrangements

@ With or without integral capstan

® Free standing capstans
a | lee QUICK RELEASE
pp | eS eee en ae

ce = 4 \ Oe ce etomnseomnnie « * wet. _ —— ee is °
REMOTE ELECTRIC, HYDRAULIC RELEASE 3 Se g=2) 1S ee ae
“ LOAD MONITORING SYSTEMS
AND TRANDUCER PINS
——rS—ti‘COeéCOSOSOOSOOS ie ye
MOORING BUOYS AND MOORING BUOY: HEAD ASSEMBLIES

QUICK RELEASE
TOWING HOOKS
Typical hook arrangements on ship deck
HARBOUR HOOK TOWING HOOK
Top view ship
PA 4 1 {I = ~ ~. Deck house
WW ES KA 8 7 ~ Type: DCX
\\ \ Type:pev SS Type: TxV Yh L.
SS _ a = with doubles operating O_o
oy oo hook with rail track ee
| aed nak with towing support _
PIE |

A WIDE VARIETY OF
QUICK RELEASE DEVICES
Quick Release Wire Clamps SS? as oe —~——
a 4 P Chain Hooks
Shock absorbers
hh. Quick Release Towing Hooks
Complete mooring buoy head assemblies . f a

A WIDE VARIETY OF
QUICK RELEASE DEVICES
Quick Release devices for retaining ball clutches 4,
(4 i = ae Harbour Hooks with keeper and parallel springs
Quick Release devices for pipe layers f ‘
XN \ Flying Dutchman Anchor Wire Clamps

“BETTER” COMMERCIAL QUALITY
PREFORMED — STEEL — CABLE
SPECIFICATIONS
me feet ee | =]
Weight in Breaking
Diameter Diameter in Lbs. Per Strength Strength
in Inches Millimeters M/Ft. in Lbs. in Lbs.
2 es es Rs © es Ses ee 375
© eo oo See a ee Se See ee 270
2) SS Daa ee ee 8.5 es ee ee
S22 | SSROn Se See a) ee ee ee ee ee eee ae
hn ee ee i ie
ee Ses es ee es ae ee ee ee eee ee
poe Sei Se eS ee ee ee ee ee ee
[ova] CT Sg S| T8300 =S 8,300
psa epee
2S 2 ee eS oe ee a ee ee ee ee
[ye] CT St S| To] 0
Se eee ee es es ee ee ee ee eee
re] CT StS CT SCT 00S
$5 IS eS Se Ss eS SS SS a ee ee ee
raz] SCT SsCs|C to? S| 6300S] 8800
ES SS | Sees es ee Ee
PaeC| St SSCdS(C ($Cmt),«S— | SHS 56D] 5000
1 ES BS eS Se ee ee ee ee ee ee
fim | SCT St Ss | 8.200 S| 8200
22 SS ee SS SS ee Ee ee ee es ee
Pim TST St Sst] 7.000 S| KO
50 SG Se Se ee ee ee Se ee ee
Bee. SS SS ee a Ss ee eee ee ee eee ee
Pe] CTC tg S|] s S| 12500
SSE Ee SS ee Soe ee a ee ee See Se ee
Poe] TCdEC tS] 9800 =| 9,000
2o 22 ESS ee 8 a SS ea ee ee ee ee ee eee
3/8 Pos S| S860 =| 12,000
SoS ee ae ee SS es ee ee ed ee ee
[ie] St SSC*d;:CS stg] 356 S| S600 =| 16,300
ee Sees ee Se Se a ee ee ee ee ee ee
Pe | SS S| Sx =| 590] 6,100 =| 28,500
Sa ee aa ee es Se Se ee ee ee ee
fr ae| SS tSSC*dT:~Ssxtgownc, =| .0sz_—s | 6.000 += | 9.600

TYPE 305 PREFORMED NON-MAGNETIC STAINLESS STEEL CABLE
Type 305 Stainless Steel Cable is manufactured to meet U.S.
Government Military Specification MIL-C-18375A Cable, Steel (Corrosion Resistant Non-Magnetic)
Flexible, Preformed (For Aeronautical Use).
(MIL-C-18375A does not include any 1 x 7 or 1 x 19 nor does it include 3/64” 7 x 7 construction.
We list these added sizes and constructions for commercial or marine applications only.)
TYPE 316 EXTRA CORROSION RESISTANT STAINLESS STEEL
High strength type 316 Stainless Steel Cable has excellent corrosion resistance yet breaking
strengths are almost as high as type 302. If you require high corrosion resistance and high strength,
type 316 high strength will fill your needs. (Regular type 316 cable priced on request.)
SPECIFICATIONS
Weight in Breaking Breaking
| me | meee | | Be | | Se |
in Inches Millimeters Construction M/Ft. in Lbs. in Lbs.
Ce es ees © See Bee Ee ee | See ee eS
Se ae ee Cs BE "ae BS | ee
Pie P8608
aa ee eee
S825 | ee Bee See Bes ee BS ee ee AS
ee ee ee | ee Be | es Se ee ee ey |
v2 | Tet S| 8H 1,155
3/32 2 7 ( 980
BeSt: | Hee Cees | ee Be A a ee ee
Poet 885,060
po xig T3001 670
aes 2 Be Sees Bees Bes * ees Be ee SS
Po zz | tg 803808285
Ges Bae Ree Bee es * eee Se ee
Bets. |) Fee = Rees SS ee ee ee ee
Pie |S tg 8400
}- ie | __s8__} _t__| ___ 4g {5.400
Pozzo’ 8336300
Eee | Bae Bae | ee BA * Ss ee ee RE
Po zz_ | Tig 8G 8800S | 8D
ics | Ce aces | Bees MMe Ree ees ie See ee
poe tg 8574508200
ess | Bee Sees | ES Es" ee Pe eS ee
Poe tg Tt 90088
nS | ees ees | Ee Se ea BS ee es
Paz PTC? 7,250
Ce kee eee | Meme eee Res Se ee ere edo
Po vie |B tg Tt eT 500 T1500 CC”
Ee ee eee Bee Be Sih Bee Gee SS Eee
Pie |S | T7600 88H
pee fe Sa ee ee eee
Po 88 60 12,600
Eee | Bees Bees ee Sa ee SSE Ee
| 6 | tg | 356 | 14,900 15,980 CS
ean) ae ee ee ee ee aS a eS
pie |S xtgiwrc | 590s |S 4,300 =] S790
ae ee ee Ee a” LE es es ae
[| htc fT 0s2_ | 42,900 T8600

WIRE ROPE: STEEL, (STAINLESS STEEL) PREFORMED
NONROTATING, FOR AIRCRAFT RESCUE HOIST AND
CARGO HANDLING (WINCHING) TO MIL-W-83140
This specification covers the requirements for nonrotating, preformed stainless steel wire rope
for aircraft rescue hoist and cargo handling winching applications. The wire rope shall be furnished
in the following types: Type 1, 19 x 7, Nonrotating for aircraft rescue hoist. Type II, 10 x 7, (7 x 19
IWRC) Nonrotating for cargo handling (winching).
Nominal Tolerance Allowable Approximate
Wire Rope Construction (Plus Only) Diameter ing Strength 1000 Feet
| in| mm Pin [mm | in | mm |||
[ saz | 397 | i%7 | os | 203 | ow | az | 2i60 | sezo | 45 | 204 |
[ais | 476 | ix7 | oo9 | 29 | oi | 83 | 3,330 | 15i40 | 65 | 295 |
[wa [| se | im7 | oo | 254 | oo | S08 | 4500 | 2050 | 86 | 390 |
| waz_{ 556 | wt | oo | 254 | oa | 508 | 4500 | 20050 | a6 | 390 |
[am | 635 | ix | ow [ 305 [| oz | 533 | 5760 [26180 | 110 | 500 |
| sé | 794 | ix7 | 01 | 406 | oz | 610 | 8100 | 36820 | 173 | 786 |
[ae | 952 | i97 | 02 | 50s | oa | 686 | 10800 | 49000 | m3 | 1100 |
[ie | iar | 17 | 02 | 635 | os | 64 | 20520 | 93270 | 458 | 2080 |
[oe [| iso | ix | 09 | 762 [| ow | 106 [ 31500 [ 14sig0 | 715 | 3250 |
+(7x19IWRC) Type II
MONEL CABLE
Monel Cable is more resistant to corrosive atmospheres than most commercial
metals. Applications for Monel Cable exist when the cable must operate in salt water, citric juices,
food acids, alkaline substances, or pickling and acid solutions.
Str. Lbs. Per M/Ft. Str. Lbs. Per M/Ft. Str. Lbs. Per M/Ft.
4) 2 Oe Oe Se ee ee Ss Se ee | eS ee
rine | te | as | a3 | | | | | |__|
Ls a ba ee poe eh on
we | az | 0 | a | 6 | 33 [wows | wo | | MG i254
[Ria ee ea er ee
| aie | 5 | 1900 | 7 | 1950 | 75 | mciss9 | 995 | 45 | MC 18864 |
2s eS ee ae ee ee ee
ia | 65 | aa | 125 | 3500 | 135 | wo2so7a | i750 | 80 | MC 25064 |
ae 2 ae ee ee a Se a Se ee ee
r se | 8 | saw | 198 | saso_| _zi0 | osia7 | 2760 | 120 | _MG1064_|
[3a ss [7650 [m0 [ras [a0 | wc arr | 39s [ws | wo sTse8 |
| mie | {10400 | 360 —|_—t0,700_—| =~ 385 | mc aza7a | 5.400 | 225 | MC 43864 |
[ia [a7] 13600 [47s [13950 [505 | mo soora | 70s | 300 | me sooet_|
[aneoo [738 | ngo0 [vas weeesre | in000 [a waza |
| 34 | ign [eso | 060 | a.aoo | igo» mcsoma [| | CT

| ary
SERIES FAA SPECIFICATIONS
Classification. The wire rope covered in this specification shall be of the following:
TO MIL-W-83420B
TYPE I - NON-JACKETED WIRE ROPE
Composition A - Carbon Steel, Tin or Zinc Coated
Construction and Physical Properties of Type |, Composition A
Diameter Of On Diameter Increase Of ing Strength Weight Per
Wire Rope Construction (Plus Only) Diameter Composition A 100 Feet
| in| mm | [in | mm | in | mm | ts | ke | ibs | ke |
| wae | 9 | a7 | oo | 152 | oo | 152 | to | 498 | 016 | 007 |
| 36h | ig | a7 || «203, «|= ooS | «os, «| «Sa | «Shs | ss |S
[aa [| tig | m7 (| oos_—| 203 | 008 =| 203 | 20 [ i224 | oa | 019 |
ine | 159 | m7 (| —ono «|= asa | = 009 =| wag || Sato]? |e |
[ is [ iso | mo | or | 24 | oo | 29 | 480 | 277 | 075 | 0% |
a | 28 | m7 | oe | 20s | on | am | sw | «73 | 160 | on
[a [ 2 [me | oi | a0] oo | a | tooo | «36 | am | ore |
[ie | 318 | mo | om | 356 | on | 279 | 2000 | 972 | 29 | 131 |
[saz | 37 | mio | oe | 406 | 107 | 432 | 2800 | i270. | 450 | 204 |
ae | 476 | m9 | os | 457 | o19 | 483 | 4200 | 195 | 650 | 295 |
[wa [| 556 | mo | 18 | 457 | 020 | 508 | 5600 | 2540 | 860 | 390 |
[im | 63% | mo | o8 | 457 | oa | 533 | 7000 | 3175. | 00 | 499 |
[92 | 7a | mo | ozo | 508 | 023 | se | 8000 | 3672 | 139 | 630 |
[se | 794 | mio | o2z | 559 | oz | 610 | 9800 | 4445. | 17.30 | 785
[aa ase [mms | 026 | 660 | 0a | 606 | 140 | osm‘ aso | Oo
TYPE I - NON-JACKETED WIRE ROPE
Composition B - Corrosion Resistant Steel
Construction and Physical Properties of Type |, Composition B
Diameter Of On Diameter Increase Of ing Strength Weight Per
Wire Rope (Plus Only) Diameter Composition B 100 Feet
in| mm | in | mm | in | mm | bs | we | tos | ke |
raz] 79 | ox | oo | 152 | oo | as | wo | 498 | 016 | 007 |
rae | iso | a7 | 008 | 203 | 008 | 203 | 230 | 1043 | 033 | 015 |
rae | 119 | m7 | 008 | 203 | oo8 | 203 | 20 | za | oa | 019 |
rine | 159 | m7 | oro | 254 | 009 | 229 | 480 |  az7_ | 075 | om |
rime | iso | mio | .o10 | 254 | 009 | 22 | 480 | 277 | 075 | 0% |
ra | 238 | mm | ow | 305 | ow | 2 | 920 | 473 | 160 | 072 |
[32 | 238 | mo | ow | 305 | oo | 2 | 92 | 473 | 1m | 079 |
rae | aie | mo | om | 356 | on | 279 | 1760 | 7983 | 290 | 131 |
sa | ao7_| mo | o1 | 406 | 107 | 432 | 2400 | oe. | 450 | 20 |
rane | 476 | m9 | oe | 457 | 019 | 483 | 3700 | 167% | 650 | 295 |
7a | sso | mio | o1 | 457 | ov | sos | 5000 | 2268 | 860 | 390 |
[aa | 63 | mo | oe | 457 | oz | 533 | 6400 | 2903 | 00 | 499 |
gaz | 74 | mio | 020 | 50s | oz | see | 7,900 | 3698 | 1390 | 630 |
r se | 79 | mo | oz | soo | ov | 610 | 9000 | 4082 | 17.30 | 785 |
[3a | ose | mo | 02 | 60 | 027 | 686 | 12000 | seas. | 2430 | 1100 |
* Denotes Stock Item.
When ordering: List diameter, construction and Part No.

gauss ows
SERIES FAA SPECIFICATIONS
TO MIL-W-83420B
TYPE Il - JACKETED WIRE ROPE
Composition A - Carbon Steel, Tin or Zinc Coated
Construction and Dimensional Properties of Type II, Composition A
Including Wire Rope Jacketed Tolerances
Diameter Of Diameter Of Jacket 0.D. Thickness Weight Per
Wire Rope Jacket (Plus Only) (Reference) 100 Feet
[in | mm [in | mm | in { mm | in { mm | ths. [| kg
Sal Ss). wt ee ie a ee
[aes | 119 | 37 | 1/6 | 159 | 010 | 254 | 008 | 203 | 043 | 019 |
So ee Ss ee ee a Se
r 36s | 119 | mm ‘| s/s _| 200 | o12 | 305 | 016 | 406 | 076 | 0.34 |
2 22 Sa aes eS Se Se a a ee
[ime | 159 | m7 | We | 318 | om | 356 | os | 7a7 [| 118 | 053 |
Se is ms. | wa | ee ee eT oe
[wis {| 189 | mg | 1a | 318 | om | 356 [031 | 7a7 | 118 | 053 |
= 22s 3 eS ee 2 ee ee
r_3az_ | 238 | m7 | s/3z_| 397 | 016 | 406 | 031 | 787 | 218 | 099 |
Saws | ee ee ne oe
[332 | 238 | mig | _/32_| 397 | 16 | 406 | on | 77 | 232 | 105 |
=, 22S 2eS) 2 Se SSS ae ee
rs | 397 | mig _—«|—s72_| ~=—856 | «|| os] a7 | 60 |
Sw na ee a ae ee
[36 | 476 | mig | is | 635 | 018 | 457 | on | 7e7 | 7.75 | 351 |
=e Se Se) Se See ee ee ee
waz | 586 | ig «| ~S—va2_—«|~S7t | ~—020 | 508 | oan s|7)_(| 976 |
ee a es a ra
ria | 635 | mg | 5/6 | 794 | 020 | 508 | 031 _[ 77 [ 1230 [ 558 |
eis ms | aa a ese
[92 | 74 | mg | 13/az_| 103 | oa | 10 | 063 | 160 | 1618 [ 734 |
7 ee A 77 CX
3,982 | mg | 12 | i127 | oo { 686 | 063 [ 160 [| 2720 | 124 |
SERIES FAA SPECIFICATIONS
Composition B - Corrosion Resistant Steel
Construction and Dimensional Properties of Type II, Composition B
Diameter Of Diameter Of Jacket 0.D. Thickness Weight Per
Wire Rope Construction Jacket (Plus Only) (Reference) 100 Feet
[in | mm [in| mm | Sin S| mm | in =~] mm | ths, S|
es Se ee ee See Se ie ee ee ee ee
[364 | 19 | x7 SS] Sts =| | ono T2508 | 203, | 0s |
7a | 18 ft fe re ee ee
| 3/64 | 119 | m7 —*| ~—'5/64_—| ~—2.00_—~«|S iz | 305 |e =| 406 S|]
S22. 2 oes ae ee a ee a
[wie | iso | a7 | =e | 3.8 | ona 356 | 03187 |e | 053
2S Saas a a a SS ee ee ae a ee
[wis | 159 | mg | 18 | 318 | 014 [356 | 031 [787 [ 118 | 053 |
SS 2S SS a Se ee eee ee
| 3/32 | 238 | m7 —'| —5/32_| 3.97 | 016 | 406 { 031 | 787 | 218 | 099 |
2 ee ee ee ae ee ae ee ee ee
[3/32 | 238 | m9 | ~—5/32_—*d|— 3.9706 || 81787232 | 105
Ss ee ee a a eS ee
| s/2_| 397 | mig | 7/32_| 556 | 018 | 457 | 031 | 787 | 610 | 277 |
Sap as es aoe ee es ee
[3/6 | 476 | mig | 4 | 6.35 | 018 | 457 | 031 | 787 | 7.75 | 351 |
ie ke | ae | ae a ee eo ea
maz | 586 | mig | _9/az_| 714 | 020 | 508 | 031 | 787 | 976 | 443 |
[a se is vee eee soos | iso [iss [ese |
[14 | 635 | mig | 5/6 | 7.94 | 020 | 508 | 031 | 787 [| 1230 | 558 |
ee ee eee a a ee ee eee ee
[932 | 714 | mig | 13/32 | 103 | 02 | 610 | 063 | 160 | 1618 | 7.34 |
v6 | 7M | my | Ae | ti [ome Teo | oes | ico | isso | 88
* Denotes Stock Item.
When ordering: List diameter, construction and Part No.

| BAY

PHOSPHOR BRONZE CABLE AND WIRE ROPE

SPECIFICATIONS
ex? een
M/Ft. Str. Lbs. Str. Lbs. M/FR.
=i oe Be as ee es | ee ee eet eee eee
pe i a et an es
So 1 be ie Be ee > Ee ee ee ee ee eee.
| a | 6s | 220 | os SPT taSO| S|
peed So a a een a
| 38 | 95 | 5000 | 235 ‘| pS | 170 |
So eee he ee Ee ee ee | 4380 | 230
| 96 | 43 | 10,800 | es ee ee ee
| 58 {| 159 | 13.200 | 656 =| | S| S840 |S 80
ou So Jie 9 SS ae Sie Sees Se) Ee Bee eee
ve | sz | os | 9 | eo |» | x5 | 20
eee ee
Pane | 5 | iso | 66 | 1 | | 7m | 4
Sei. Ses Bese LES a es ee ee ee ee ed ee eee
| sie | 8 | 3670 | 175 | 3950 | 19 | 207 | 120 |
3a [8s a0 [se sooo | eee
ie | | 700 | ws] «| S| tom |
28 De TES a ee ees Sees eee Be Se
| oie | 143 | 150 | 5 | | | 6500 =| 390 |
Psa ist | 19960 | 100 | | | tao | 600
Eee ee ee
Pins [ | 6060 | 310
Pans [wa | saw | s09
| 5 | 159 | 12500 | 630

ss EATING LIMITED

All sizes and constructions available coated with nylon, vinyl, polyethylene, polypropy-
lene, polyurethane, teflon, hytrel or any plastic required. y

Diameter f

| inte [tem [rer | reas |e | ae |v |e ane [rae |e [ss [sa |e [ve [ons|
| ime [| e |e] ef fetet | ot fy Py

a ee eS Ee ee ee ie eS ee ee y |
[| vis =| ce | ef e@ 7 fof yo ft fee fet TT) OE
oS ee Ee ee ee ee Be i a IS ee ae i

| i [|e [ele | {| | | ft [fe fet yy |
Soe ee A SS ee ee SS SRS l
yas) SE se ae Be a Res ee
| 76 | usr |e | oT TT Te erga
lee wi ee re lh ae el
Listed above are the standard sizes and constructions of Galvanized Aircraft cables and Stainless Steel cables that are
available plastic coated. 7

Each size and construction is available coated to the outside diameter noted.

Each size and construction is available in any of the plastic compounds listed above.

EERE RR nn nn nn nnn nnn nner SSS
TILLER CABLE AND OTHER MARINE CABLES
New LOLON® coated tiller cable. Other popular types listed below. Reels of 250, 500, and 1,000 ft.
individually boxed. 2,500, 5,000 and 10,000 ft. reels (bulk) are most economical.
GALVANIZED TILLER CABLE, STAINLESS STEEL
VINYL COATED AND LOLON® “B” 7 x 7 CONSTRUCTION
COATED COATED WITH WHITE VINYL
SPECIFICATIONS (90 DUROMETER)
MANUFACTURED TO EXCEED BIA SPECS. For Yacht Life Lines, Luff Wires, Etc.
0.D. Type ; Inner 0.D. Breaking Weight
of of Standard 4 Cable of Strength Per
Coating Plastic Packaging A ; Diameter Coat. in Lbs. M/Ft.
* Denotes Stock Item. Breaking Strength 920 Ibs. 3
NOTE: Tiller cable. Coated with Lolon® "B’” meets BIA specification. SS Be
(Copy of specification sent on request.)

In addition to the above, W.J.Keating supplies the marine trade with cable for standing rigging, running rigging,
steering, life lines, hand rails, luff cable, center board cables, fishing leaders, trolling strand, down rigger cable or any
other cables used on boats.

K-KORE® AND K-FLEX® CABLE LOOS PATENT NO. 4,034,547
THE CABLE “WITH THE ARAMIDDLE®”
LIGHTER, STRONGER AND LESS EXPENSIVE IN SMALLER DIAMETERS
SPECIFICATIONS
STAINLESS K-KORE® DESIGNED en STAINLESS K-FLEX® CABLE
FOR STANDING RIGGING OR Reig FOR RUNNING RIGGING OR
GUYING APPLICATIONS | } APPLICATIONS REQUIRING FLEXIBILITY
Pee | eee eee
Strength Lbs. Per ie Strength Lbs. Per
in Pounds M/Ft. il HII in Pounds M/Ft.
rsa] «| 390 | 0 | sessie | / (
va [6s | 980 | | SK 25012* | ||
// GALVANIZED K-FLEX® CABLE FOR
[sie [8 | 15000 [150 | sk 31312* | WINCHES OR APPLICATIONS
[ae {95 | zoo =| mo | skarsiz_ | | REQUIRING FLEXIBILITY
K-Kore® and K-Flex® Cables can be satis- | ee Ee ee eC
factorily terminated with Castlok® Termi- l
nals. For more information on Castlok® write | saz] 4 | 330 | 35 | GK 15662 |
for Cable and Hardware Tools Catalog No.
Sih: CHET = [ae [ss [600 Ts | ox 21962 |
K-KORE? [| 65 | 8000 | a0 | ox 2082
TORPEDO LINES
Torpedo Lines are used by the petroleum and mining industries for lowering
recording instruments or explosives into wells or drillings. Torpedo Lines are
manufactured to meet API Specification 9A, (For Wire Rope) Section 7 (For
Torpedo Lines), 22nd Edition dated January 1976.
Torpedo Lines are supplied in two constructions (see
below) and are available in improved plow steel drawn — galvanized wire
only. They are right lay, regular lay and preformed. Both constructions are
available packaged in any multiple of 500 feet as specified in API 9A Section 7.9.
SPECIFICATIONS
5 x 5 CONSTRUCTION 5 x 7 CONSTRUCTION
coms femme BS [me | em | tee [pm | EL ee |
Diameter Strength Wet. Diameter Diameter in Strength Wet.
in Inches in Lbs. M/ft. in Inches Millimeters in Lbs. M/ft.
[saz [| *# T2000 || 5655 | az | 4 | ao || oc tses7
[ans [ 5 | 260 | 498 | cc ieass |
= [im [65 | samo | 55 | comsos7 |
* Denotes Stock Item.

CASTLOK® wire rope terminals
Triumph of advanced resin technology, totally new terminal simplicity.
HOW DOES IT WORK?
The Castlok® terminal has been made possible by the advances of modern resin technology. The
unlaid rope end is locked into a cast resin plug, which grips the entire surface of each separate wire.
This provides an enormous gripping surface rather than a number of pressure points (which tend to
weaken the wire) as in most other terminals. The plug and chamber are conical, with a predeter-
mined angle of taper, so that the harder the cable is pulled, the more tightly the wires are gripped.
The ‘‘coke bottle’ shape of the unlaid wires resists any tendency to pull by unscrewing since the in-
ner wires are spiralled oppositely to the outer wires, the result is the strongest, simplest to use, most
durable terminal ever designed.
The Castlok fitting, resin and complete instruc- Push the cable through the narrow end of the Retract cable into sleeve until the end is at the
tions are packaged in a Poly Pack bag. If you do sleeve, expose 2 to 3 inches of wire beyond the bottom of the threads. (As shown in cutaway.)
not plan to assemble Castlok within a short period, end. Unlay the strands for approximately 3/4”
we recommend you refrigerate our resin. turn.
Inject resin into the threaded opening until the Screw the stud into the sleeve to the end of the Results! A termination capable of holding the
sleeve is filled to the top of the threads. thread. This forces the resin into and around the breaking strength of the cable, accomplished in a
cable and locks the threads into place. (As shown few minutes without special tools.
in cutaway.)
WRITE FOR COMPLETE BROCHURE

WIRE ROPE ASSEMBLIES
& FITTINGS

SWAGED TERMINALS
COMMERCIAL STANDARD

Jaw End K-1087 Available in Carbon Steel or Stainless Steel.

Eye End K-1088 Available in Carbon i or Stainless Steel.

Rod End _«x-1os9

Available in Carbon Steel or Stainless Steel.

Hook End x-1090 Available in Carbon Steel only. Also available with safety latch.

WIRE ROPE ASSEMBLIES
& FITTINGS
MILITARY STANDARD
Th readed Aircraft Fitting (MS21 259) Available in Stainless Steel Only.
Threaded Aircraft Fitting (MS21260)  avaitabie in stainiess Steel only.

Aircraft Jaw Fitting (MS20667) Available in Stainless Steel only.

Aircraft Eye F itting (MS20668) Available in Stainless Steel only.

SN ead awe
Available in Stainless Steel only. Ball and Shank fittings are
Ball & Shank (MS20664) available for larger diameter wire ropes on request.
Ball & Double Shank (MS20663) Available in Stainless Steel only.
ene
Breaking Strengths and Weights
Galvanized Aircraft and Stainless Steel Cable
Dia. Breaking Str. Weight Breaking Str. Weight Breaking Str. Weight Breaking Str. Weight § Break- | Weight
in in in in in ing Str. in
inches Gal. s/S Lbs. Gal. s/s Lbs. Gal. s/S Lbs. Gal. s/S Lbs. s/S Lbs.
wo] —| of -|—-[|-[-{-|-]-]-|-]T-| =|
800 See ee
6300 102 [s600 | 5000 | 86 ff 4100] 86 |
| — [10700 | 170_|  — | —_|
-——[aeo00 | aie § — | — | — J — | 6500 | 342 |
[= [saro0 [sas _f — | — | — B — [1300 [ 440 |
Data covering larger diameters available on request.

AN 100 THIMBLES i -
SPECIFICATIONS
Cold Rolled Ss , AWM | dL
Steel Stainless . vee NAT 4
To Fit Zinc Plated Steel Wt eS ne
Cable Dia. Loos Loos Dimensions Per gga neat, Te ‘ Ar .
in Inches Part No. Part No. A B Cc D E F 1,000 :
37/64-1/16-5/64-3/32 | AN 100-3 *| AN 100-C3 * | .360 | 43/64 | 3/16] 3/32 | .032 | 5/64] 15 | AN thimbles come in either cold-rolled
steel (zinc plated) or stainless steel
| __ 5/32 | AN 1005 *| AN loocs * | 400 | 51764 | 7/32[11/64 | .032 | 7/64] 6 | (natural finish). Fit cable diameters
| _3/16 | AN 1006 *| aNiooce *| 500] 1 | 5/16|13/64 | .032 [11/64] 98 | from 1/16” to 3/8” to meet the most
| _ 1732-174 __| AN 1008 *| AN Lo0ce * | 700 | 1-13/32 | 13/32 [17/64 | 032 [1164] 15 _| demanding marine, aircraft or industri-
| _9732-5/16 | AN 100-10* | AN 1o0-c1o* | 900 |1-51/64 | 7/16 [21/64 |.040 | 7/32] 35 | al requirements. AN Thimbles meet all
[378 | AN 10012*| AN oo-ci2® | 1.000[ 2 | 578 [25764 |.060 [17/64] 85 | Military Specifications.
TYPE 316,
HEAVY DUTY STAINLESS STEEL THIMBLES
To Fit Comparison and Comparison
Cable AN
Dia. ll Type (E)
[090-0546 | 3/32” | 118 | 393 | 196 | 866 | .590 | 039 | 032” [| 4 | 43 |
[090-0430 | 5/2” | 196 | 472 | 295 | 1.062 [70s | 047 | 032” [| 11 | 6 | ;
[ogo-oase | 3/16” | 236 | sil | 334 | 1.259 | 826 | 059 | 032” | 22 | 98 | —4 ms
[og0-o476| 14" | 275 | 590 | 393 | 1496 | 1.023 | oso | 032" | 264 | 15 | <% ae Y
[os0-oaga | 9/32 | 314 | 74s | 433 | 7m | 1220 | 078 | oa” | 44 | 35 | S =
090-0519 | sie | 354 | 866 | Sir | 1968 | 1456 | 078 | oso” | 504 | 35 | A pul
o90-osa7 | 3/8 | 393 | 948 | 551 | 2283 | 1614 | 098 | ogo” | a8 | 85 | s
foso-osss [iva | sor [iim | 669 | 2755 [ 2007] 18 | [i628 | | /

NOTE: EY 18-3 will fit 1/16” Wire Rope, EY 18-6 will fit 7/32” Wire Rope ‘ : |
NET CLIPS

NET CLIPS were designed specifically
for use on steel cables. They are used —
by the U.S. Navy and Coast Guard to B \ 7 o . ;
fabricate safety nets and have found AY | r \ | Jp .
wide acceptance whenever wire rope rN <7 aly
nets are needed. The one size available OR A ex i)
will accept ‘‘cross-overs” of 7 x 7 or 7 x “ 7 J EO" - 7, € =
19 construction cable in unjacketed LIS +
cable diameters of 5/32, 3/16, and Kip Can
1/4”. Jacketed cables with outside F
diameters of 5/32, 3/16, 1/4, and re ? :
5/16” can also be used. Net clips are m4 r |
available in Heavy Zinc Plated Carbon “~ <LD S | a
Steel and Stainless Steel. Order by => a | es ro i
Part No. Description M Sets baw 4 —
fT [Te[>el»[e]*ye[*]if>][*[+[« [eo
TOOL TO APPLY NET CLIPS — PART NO. 1-N WEIGHT EACH 10 LBS.
% Denotes Stock Item.
When ordering: Specify Loos Part No. and diameter of cable hardware is to fit.

FORGED FITTINGS
CLEVIS SOCKET ASSEMBLY EYE SOCKET ASSEMBLY
WEIGHT 2
WEIGHT ;
/16 hor 3
14 J i 5 21 Sipe
if 49.94 K-5038
1% 49.98 K-5042
OVAL EYE SOCKET
ASSEMBLY
STUD SOCKET ASSEMBLY
- WEIGHT fe
sh, 85 y Ye 61 ps
Yg 1.0 " he 76 Af
he 1.8 = ¥ .98 Beathi
"% 2.0 4 he 1.58 aN
Yq 6.2 : Yg 3.20
UP 91 = Vy 6.29 3
1% 30.63 - - 1 16.03 f
1% 55.72 7 1%, 34.00 4: }
1% 55.33 eer re
OVAL EYE SWIVEL SOCKET ASSEMBLY
AVAILABLE IN SELF-COLOURED STEEL OR GALVANIZED

Pe TING LIMITED
OPEN BODY CLEVIS AND SOCKET TURNBUCKLE
Also Available as Double Socket Turnbuckle...Factory Quote
Boo
Vy 12” 2.75 h
hg 6" 2.36 4
che 9" 2.69
She 12” 3.00 ¢
yp, 12" 4.13
7he 6" 4.69 |
the 9" 5.44 |
he 12" 6.13 j
Vp 6" 4.69 |
Vp 9" 5.44 |
¥, 18” 25.55
1Y% 18” 72.62 K-5045
1% 24” 79.62
1%, 18” 74.39
1%, 24" 81.39
13% 24" 121.02
1% 24" 123.63
COUPLING ASSEMBLY nore | wean
K-5046 uP 10.330

AVAILABLE IN STEEL, OR CADMIUM PLATED STEEL
STAINLESS STEEL OR BRONZE
CLEVIS SOCKET ASSEMBLY EYE SOCKET ASSEMBLY
Oe WEIGHT ae © 1288 | were 3
ag 0781 "16 0625 |
‘6 218 hg 203 4 .
ag 438 i vA 375 i ,
56 625 6 5 gE i
K-5066 zt K-5067 =
STUD SOCKET ASSEMBLY OVAL EYE SWIVEL
SOCKET ASSEMBLY
Ys 094 eA, The 2.23 [ }
he .203 4 i aa re]
z¢ UP 11.02 -
he 1.8 BH 13/4 92.67

ie ATING LIMITED
ROLLER BEARING SWIVELS
CLEVIS AND SOCKET
TONS | WEIGHT
he 1% 4.19 fe
7 3 a > Se cee
16 : s alla, 4 ‘isin. |
5h 5 15.87 et
Vy BY, 19.62
EYE AND EYE
sz 288] seo
TONS | WEIGHT
” the 3 7.12
gS Ys 3 7.00
J o4 15 37.62
EYE AND CLEVIS
| $85 seo
TONS | WEIGHT
h 3 9.00 ti ae
NEEDLE THRUST BEARING SWIVELS
Round Nose Type - No Projecting Pins
CLEVIS AND SOCKET
fe | 188 | wea
sae eEEEE. TONS | WEIGHT
K-5065 Vee % 535