d n a s r t n S i o & t a e i n p o m R r e T e r i W
Wire Rope & Str Strand and Termina erminations tions W i r T e e R r m o p i n e a & t i o S n s t r a n d
CHOICE OF WIRE ROPE TERMINATIONS The choice of the correct wire rope termination is second in importance only to the selection of the most suitable wire rope for a particular application. In addition, the attachment of terminations to ropes should be carried out with the necessary skill and equipment to ensure that the load can be effectively transferred from the rope to the termination. When ropes are being replaced the terminations should be checked to ensure they are in good mechanical order before re-use.
WARNING • Wire Rope Rope Terminations Terminations must be applied to the correct size and construction of wire rope. • Wire Rope Rope Terminations Terminations must must always be fitted in accordance with any manufacturers recommendations. • Incorrect use or application of Wire Rope Terminations Terminations can result in an unsafe condition, which could lead to property damage, serious injury or death. • Special Special purpose purpose or high technolo technology gy wire ropes ropes such as Casar may exceed the capacity of standard terminations. • Swage Swage Fittings Fittings must always always be swaged swaged by a competent competent person using a suitable wire rope press and dies in accordance with the manufacturers recommendations.
Page No.
Type of Wire Rope Termination
Typi Ty pica call Te Tens nsil ile e
Resi Re sist stan ance ce to
Ease Ea se of Fi Fitt ttin ing g
Effi Ef fici cien ency cy (% (%))
Vibr Vi brat atio ion n & Im Impa pact ct
in Fi Fiel eld d
59
Nobles Stud-End Swage Fittings
Up to 100
Good
-
59
Nobles Crane Rope End Fittings
Up to 100
Good
-
60
Crosby Open Swage Sockets
Up to 100
Good
-
61
Crosby Closed Swage Sockets
Up to 100
Good
-
62
Nobles Open Swage Sockets
Up to 100
Good
-
63
Nobles Closed Swage Sockets
Up to 100
Good
-
64
Crosby Open Spelter Sockets
100
Fair
Good
65
Crosby Closed Spelter Sockets
100
Fair
Good
66
Rope Block Snub Nosed Spelter Sockets
100
Fair
Good
66
Rope Block Closed Wedge Sockets
80
Fair
Very Good
67
Wirelock Socket Capping Compound
100
Fair
Very Good
68
Crosby “Terminator” Wedge Sockets
80
Fair
Very Good
69
Crosby “Super Terminator” Wedge Sockets
75 -90
Fair
Excellent
72
Wire Rope Grips
80 - 85
Good
Very Good
64
Wire Rope & Strand Terminations NOBLES THREADED SWAGE FITTINGS
d n a r s t n S i o & t a e i n p o m R r e T e r i W
Nobles standard Stud End Swage Fittings are designed for general purpose wire rope and are as per the dimensions below. If the standard fittings are not suitable for a given application we can manufacture stud end fittings to order. Non-standard stud end fittings should be specified as follows: • Thread size and series • Wrench grips • Locking holes • Surface fi nish • Thread length • Capacity suitability for the wire rope to be used (6 x 19 to 6 x 49 IWRC 1770 - Type tests required for other ropes) Stock Code
L B A
D S
Rope Size (mm)
Thread Size A (mm)
B (mm)
D (mm)
L (mm)
S (mm)
Shank Dia. After Swage
Min Breaking Load (kN)
NWSTTH08
8
M16 (RH)
115
20
190
64
18
40.3
NWSTTH09
9
M16 (RH)
115
20
190
64
18
51.0
NWSTTH10
10
M16 (RH)
115
20
190
64
18
61.5
NWSTTH11
11
M24 (RH)
180
27
279
88
24
76.2
NWSTTH12
12
M24 (RH)
180
27
279
88
24
90.7
NWSTTH13
13
M24 (RH)
180
27
279
88
24
106.0
NWSTTH14
14
M24 (RH)
180
27
279
88
24
124.0
Nobles Threaded Swage Fitting Rigging Screws Threaded swage fittings may be fitted to rigging screws provided that compatibility is assured. The appropriate size rigging screw is one with a Grade L load rating, which matches the WLL of the rope assembly. Nobles standard Grade P rigging screws can be used but must be derated to Grade L capacity when a stud end is fitted. Rigging screws of different types and brand may have different thread tolerances and barrel lengths. Details of the barrels intended for use or sample barrels should be provided to ensure correct fitment. Nobles stud end swage fittings fittings have a thread tolerance that matches Nobles rigging screw barrels. Stud end swage fitting thread orientation should match the wire rope lay - i.e. RH thread for RHOL rope.
NOBLES CRANE ROPE END FITTINGS To suit CASAR Wire Ropes Stock Code
Suits CASAR Wire Rope Size (mm)
NSSF15
15
NSSF17
17
NSSF19
19
NSSF21
21
NSSF23
23
NSSF25
25
65
Wire Rope & Strand Terminations W i r T e e R r m o p i n e a & t i o S n s t r a n d
CROSBY OPEN SWAGE SOCKETS •
Forged from special bar quality carbon steel, suitable for cold forming.
•
Hardness controlled by spheroidize annealing.
•
Swage Socket terminations have an efficiency rating of 100% based on the catalogue strength of wire rope.
•
Stamp for identification after swaging without concern for fractures.
Crosby S-501 Swage Sockets are recommended for use on 6 x 19 - 6 x 41 IWRC 1770 or 1960 grade wire rope. Before using on any other construction or grade of rope the termination should be destruction tested to determine the adequacy of the assembly to be manufactured.
Crosby swage sockets incorporate a reduced machined area of the shank, which is equivalent to the proper after swage dimension. Before, swaging, this provides for an obvious visual difference in the shank diameter. After swaging, a uniform shank diameter is created allowing for a QUIC-CHECK® and permanent visual inspection opport unity. Designed to quickly determine whether the socket has been through the swaging operation and assist in field inspections, it does not eliminate the need to perform standard production inspections which include gauging for the proper after swage dimensions or proof load testing.
B
C
WARNING
L A
• Swage sockets must be applied to the correct size and construction of wire rope.
N
• Swage sockets must always be swaged by a competent person using a suitable wire rope press and dies in accordance with the manufacturers recommendations.
D
E
Stock Code
• Incorrect use or application of swage sockets can result in an unsafe termination, which could lead to property damage, serious injury or death.
H
Wire Rope Dia. (mm)
A
B
C
D
E
H
L
N (mm)
Max. After Swage Dia. (mm)
Weight each (kg)
(mm)
(mm)
(mm)
(mm)
(mm)
(mm)
(mm)
DOSTO11C
11-12
198
25
51
25
12
25
170
51
23.1
0.94
DOSTO13C
13
198
25
51
25
14
25
170
51
23.1
0.94
DOSTO14C
14
241
32
61
30
16
32
207
57
29.5
2.92
DOSTO16C
16
241
32
61
30
17
32
207
57
29.5
2.05
DOSTO20C
18-20
294
39
70
35
20
38
254
70
36.1
3.62
DOSTO22C
22
341
43
80
41
24
45
295
83
39.4
5.23
DOSTO25C
24-26
393
51
94
51
27
51
340
96
45.7
8.07
DOSTO28C
28
440
57
103
57
30
57
381
108
52.0
11.5
DOSTO32C
32
484
65
114
64
34
64
419
121
58.5
16.1
DOSTO35C
34-36
532
71
127
64
37
64
461
133
65.0
19.8
DOSTO38C
38-40
581
78
140
70
40
76
502
146
71.5
26.5
DOSTO44C
44
676
86
170
89
47
89
584
171
77.5
40.3
DOSTO50C
48-52
799
100
203
96
54
102
683
203
90.5
66.0
Maximum proof load shall not exceed 50% of 2160 grade wire rope MBL
66
Wire Rope & Strand Terminations CROSBY CLOSED SWAGE SOCKETS •
Forged from special bar quality carbon steel, suitable for cold forming.
•
Hardness controlled by spheroidize annealing.
•
Swage Socket terminations have an efficiency rating of 100% based on the catalogue strength of wire rope.
•
Stamp for identification after swaging without concern for fractures.
Crosby S-502 Swage Sockets are recommended for use on 6 x 19 - 6 x 41 IWRC 1770 or 1960 grade wire rope. Before using on any other construction or grade of rope the termination should be destruction tested to determine the adequacy of the assembly to be manufactured.
Crosby swage sockets incorporate a reduced machined area of the shank, which is equivalent to the proper after swage dimension. Before, swaging, this provides for an obvious visual difference in the shank diameter. After swaging, a uniform shank diameter is created allowing for a QUIC-CHECK® and permanent visual inspection opport unity. Designed to quickly determine whether the socket has been through the swaging operation and assist in field inspections, it does not eliminate the need to perform standard production inspections which include gauging for the proper after swage dimensions or proof load testing.
C
D
B
WARNING • Swage sockets must be applied to the correct size and construction of wire rope.
L
• Swage sockets must always be swaged by a competent person using a suitable wire rope press and dies in accordance with the manufacturers recommendations.
A F E
• Incorrect use or application of swage sockets can result in an unsafe termination, which could lead to property damage, serious injury or death.
H
Stock Code
Wire Rope Dia. (mm)
A
B
C
D
E
F
H
L (mm)
Max. After Swage Dia. (mm)
Weight each (kg)
(mm)
(mm)
(mm)
(mm)
(mm)
(mm)
(mm)
DOSTC11C
11-12
176
25
51
27
12
108
22
146
23.1
0.64
DOSTC13C
13
176
25
51
27
14
108
22
146
23.1
0.64
DOSTC14C
14
220
32
61
32
16
135
29
184
29.5
1.32
DOSTC16C
16
220
32
61
32
20
135
29
184
29.5
1.29
DOSTC20C
18-20
261
39
73
37
20
162
33
219
36.1
2.27
DOSTC22C
22
303
43
79
43
24
189
38
257
39.4
3.08
DOSTC25C
24-26
344
51
92
53
27
216
45
292
45.7
4.72
DOSTC28C
28
382
57
102
59
30
243
51
324
52.0
6.72
DOSTC32C
32
430
65
114
65
34
270
57
365
58.5
9.78
DOSTC35C
34-36
473
71
127
65
37
297
57
400
65.0
12.9
DOSTC38C
38-40
511
78
140
72
40
324
64
432
71.5
17.3
DOSTC44C
44
598
86
159
91
47
378
76
508
77.5
23.1
DOSTC50C
48-52
702
100
184
97
54
432
83
584
90.5
40.5
Maximum proof load shall not exceed 50% of 2160 grade wire rope MBL
67
d n a r s t n S i o & t a e i n p o m R r e T e r i W
Wire Rope & Strand Terminations W i r T e e R r m o p i n e a & t i o S n s t r a n d
NOBLES OPEN SWAGE SOCKETS Nobles Open and Closed Swage Sockets have been developed to suit different purposes. As such they ARE NOT designed with compatable interface dimensions. If this is a requirement then this should be specified at the time of order or Crosby sockets should be used. Nobles Open Swage Sockets are recommended for use on 6 x 19 - 6 x 36 IWRC 1770 grade wire rope (and strand) as designated in the table below. Before using on any other construction or grade of rope the termination should be destruction tested to determine the adequacy of the assembly to be manufactured. The difference between end fittings suitable for wire rope and strand is the swaged length. Nobles type testing has demonstrated that to reliably achieve the required strength the following minimum swaged lengths are required: •
7 x rope nominal diameter for wire ropes
•
10 x strand nominal diameter for strand
B
C
WARNING • Swage sockets must be applied to the correct size and construction of wire rope.
N
• Swage sockets must always be swaged by a competent person using a suitable wire rope press and dies in accordance with the manufacturers recommendations.
D
• Incorrect use or application of swage sockets can result in an unsafe termination, which could lead to property damage, serious injury or death
H
• Special purpose or high technology wire ropes such as Casar may exceed the capacity of standard swage fittings
Stock Code
Wire/Strand Dia. (mm)
B (mm)
C (mm)
D (mm)
H (mm)
N (mm)
Strand Suitable
Min Breaking Load (kN)
NWSTO08
8
20
36
18
23
46
YES
48.6
NWSTO09
9
20
36
18
23
46
YES
61.8
NWSTO10
10
20
36
18
23
46
NO
88.0
NWSTO11
11
29
47
22
30
73
YES
92.4
NWSTO12
12
29
47
22
30
73
YES
126.0
NWSTO13
13
29
47
22
30
73
YES
144.0
NWSTO14
14
29
47
22
30
73
YES
172.0
NWSTO16
16
33
64
27
38
77
YES
210.0
NWSTO18
18
39
64
30
46
101
YES
265.0
NWSTO20
20
39
64
30
46
101
YES
331.0
NWSTO22
22
44
78
36
49
110
NO
305.0
NWSTO24
24
51
87
39
51
120
NO
363.0
NWSTO26
26
51
87
39
51
120
NO
426.0
NWSTO28
28
57
106
48
68
133
NO
494.0
NWSTO32
32
64
107
56
68
137
NO
645.0
68
Wire Rope & Strand Terminations NOBLES CLOSED SWAGE SOCKETS
d n a r s t n S i o & t a e i n p o m R r e T e r i W
Nobles Open and Closed Swage Sockets have been developed to suit different purposes. As such they ARE NOT designed with compatable interface dimensions. If this is a requirement then this should be specified at the time of order or Crosby sockets should be used. Nobles Closed Swage Sockets are recommended for use on 6 x 19 - 6 x 36 IWRC 1770 grade wire rope or strand. Before using on any other construction or grade of rope the termination should be destruction tested to determine the adequacy of the assembly to be manufactured.
The difference between end fittings suitable for wire rope and strand is the swaged length. Nobles type testing has demonstrated that to reliably achieve the required strength the following minimum swaged lengths are required: •
7 x rope nominal diameter for wire ropes
•
10 x strand nominal diameter for strand
WARNING B
D
C • Swage sockets must be applied to the correct size and construction of wire rope. • Swage sockets must always be swaged by a competent person using a suitable wire rope press and dies in accordance with the manufacturers recommendations.
A
• Incorrect use or application of swage sockets can result in an unsafe termination, which could lead to property damage, serious injury or death
F H
• Special purpose or high technology wire ropes such as Casar may exceed the capacity of standard swage fittings
Stock Code
Strand Dia. (mm)
A (mm)
B (mm)
C (mm)
D (mm)
F (mm)
H (mm)
Min Breaking Load (kN)
NWSTCA08
8
152
24
60
26.5
109
24
48.6
NWSTCA09
9
167
24
60
26.5
124
24
61.8
NWSTCA10
10
179
24
60
26.5
136
24
88.0
NWSTCA11
11
179
24
60
26.5
136
24
92.4
NWSTCA12
12
187
24
60
26.5
144
24
126.0
NWSTCA13
13
250
36
90
32
150
28
144
NWSTCA14
14
260
36
90
32
160
28
172.0
NWSTCA16
16
280
36
90
32
180
28
210.0
NWSTCA18
18
300
36
90
32
200
28
265.0
NWSTCA20
20
361
42
98
32
193
28
368.0
NWSTCA22
22
385
45
98
32
223
30
442.0
69
Wire Rope & Strand Terminations W i r T e e R r m o p i n e a & t i o S n s t r a n d
CROSBY OPEN SPELTER SOCKETS •
Forged Steel Sockets up to 38mm, cast alloy steel from 40mm to 100mm.
•
Spelter socket terminations have an efficiency rating of 100%, based on the catalogue strength of the wire rope. Ratings are based on recommended use with 6 x 19 - 6 x 41, 1770 or 1960 grade FC or IWRC wire rope.
M
C
D
NOTE: All cast steel sockets 40mm and larger are magnetic particle and ultrasonic inspected.
L A
J
F H
Stock Code
Wire Rope Structural Dia. Strand (mm) Dia. (mm)
A
C
D
F
H
J
L
M
(mm)
(mm)
(mm)
(mm)
(mm)
(mm)
(mm)
(mm)
Weight each (kg)
DOMSO10C
8-10
-
123
21
21
13
43
57
45
38
0.59
DOMSO13C
11-13
-
141
25
25
14
48
64
51
48
1.02
DOMSO16C
14-16
12-13
171
32
30
18
57
76
64
57
1.63
DOMSO19C
18
14-16
202
38
35
21
67
89
76
67
2.64
DOMSO22C
20-22
18-19
235
45
41
24
83
102
89
80
4.38
DOMSO26C
24-26
20-22
268
51
51
29
96
114
102
96
7.03
DOMSO28C
28-30
24-26
300
57
57
32
105
127
117
105
9.75
DOMSO32C
32-35
28
335
64
64
38
121
140
127
121
14.1
DOMSO38C
38
30-32
384
76
70
41
133
152
152
137
21.4
DOMSO40C
40-42*
33-35
413
76
76
45
140
165
165
146
24.9
DOMSO44C
44-48*
36-40
464
89
89
51
162
191
178
165
37.2
DOMSO52C
50-54*
42-45
546
102
96
57
187
216
229
178
59
DOMSO58C
56-60*
46-48
597
114
108
64
210
229
254
197
76
-
64-67*
50-54
648
127
121
73
235
248
274
216
114
-
70-73*
56-62
692
133
127
79
267
279
279
229
143
-
75-80*
64-67
737
146
133
86
282
305
287
241
172
-
82-86*
70-73
784
159
140
92
302
330
300
254
197
-
88-92*
76-80
845
171
152
99
314
356
318
274
255
94-102*
-
921
191
178
108
346
381
343
318
355
-
* Cast Alloy Steel
Nobles Open Spelter Sockets -
114
-
1,098
228
203
127
-
457
412
381
652
-
152
-
1,290
260
267
135
-
615
435
460
710
-
178
-
1,701
355
308
197
-
711
635
590
2,014
70
Wire Rope & Strand Terminations CROSBY CLOSED SPELTER SOCKETS •
Forged Steel Sockets up to 38mm, cast alloy steel from 40mm to 100mm.
•
Spelter socket terminations have an efficiency rating of 100%, based on the catalogue strength of the wire rope. Ratings are based on recommended use with 6 x 19 - 6 x 41, 1770 or 1960 grade FC or IWRC wire rope.
d n a r s t n S i o & t a e i n p o m R r e T e r i W
C D
K B
NOTE: All cast steel sockets 40mm and larger are magnetic particle and ultrasonic inspected.
L A
F H
Stock Code
Wire Rope Structural Dia. Strand (mm) Dia. (mm)
A
B
C
D+
F
H
K
L
(mm)
(mm)
(mm)
(mm)
(mm)
(mm)
(mm)
(mm)
Weight each (kg)
DOMSC10C
8-10
-
125
16
43
25
13
43
18
52
0.34
DOMSC13C
11-13
-
140
18
51
30
14
51
22
59
0.68
DOMSC16C
14-16
12-13
162
21
67
36
18
67
25
65
1.13
DOMSC19C
18
14-16
194
27
76
42
22
70
32
78
1.92
DOMSC22C
20-22
18-19
226
33
92
49
25
83
38
91
3.28
DOMSC26C
24-26
20-22
254
37
105
59
29
96
45
103
4.76
DOMSC28C
28-30
24-26
283
40
114
65
32
105
51
116
6.46
DOMSC32C
32-35
28
309
41
127
71
38
119
57
129
8.95
DOMSC38C
38
30-32
355
49
137
81
41
132
63
155
13.24
DOMSC40C
40-42*
33-35
390
54
146
83
45
140
70
171
16.32
DOMSC44C
44-48*
36-40
445
56
171
96
51
162
76
198
25.96
DOMSC52C
50-54*
42-45
505
62
194
111
57
187
83
224
35.83
DOMSC58C
56-60*
46-48
546
70
216
127
67
210
92
248
47.62
-
64-67*
50-54
597
80
241
140
75
235
102
270
63.50
-
70-73*
56-62
645
80
273
159
80
259
124
286
99.79
-
75-80*
64-67
689
86
292
171
86
292
133
298
125
-
82-86*
70-73
743
102
311
184
92
311
146
311
142
-
88-92*
76-80
787
102
330
197
99
330
159
330
181
94-102*
-
845
108
362
216
108
362
178
356
246
-
* Cast Alloy Steel + Diameter of pin must not exceed pin used on Crosby Open Spelter Sockets (dimension D)
Nobles Short Top Closed Spelter Sockets -
51-54
-
442
45
184
108
57
-
60
175
30
-
57-61
-
462
50
210
130
64
-
70
190
37
71
Wire Rope & Strand Terminations W i r T e e R r m o p i n e a & t i o S n s t r a n d
SNUB NOSED SPELTER SOCKETS F E
•
High Alloy cast steel.
•
Spelter socket terminations have an efficiency rating of 100%, based on the catalogue strength of the wire rope. Ratings are based on recommended use with 6 x 19 - 6 x 41, 1770 or 1960 grade FC or IWRC wire rope.
•
Sockets are supplied blue painted as standard but galvanising is available on request.
C
B G
A
D Stock Code
DOMSC42S DOMSC48S DOMSC54S DOMSC60S DOMSC64S DOMSC75S DOMSC80S DOMSC86S DOMSC92S DOMSC102S DOMSC112S
Wire Rope Dia. mm
A
B
C
D
E
F
G
Weight
mm
mm
mm
mm
mm
mm
mm
kg
37-42 43-48 49-54 55-60 61-68 69-75 76-80 81-86 87-93 94-102 108-115
162 188 204 230 235 287 314 327 358 365 420
103 120 132 148 165 178 195 216 220 235 270
38 42 54 62 68 75 76 82 92 100 110
44 51 57 63 73 79 86 92 99 105 115
92 112 120 135 150 164 175 194 202 215 240
147 178 200 220 250 274 295 320 350 375 410
300 348 390 440 468 540 585 625 670 700 800
9 15 22 27 40 54 75 81 115 130 180
E D
Closed Wedge Socket
C
•
Quick demountable socket.
•
Basket and wedge in high alloy cast steel.
•
Generates an effeciency of 75-90%based on the breaking strength of 1960 grade wire rope.
•
Sockets are supplied blue painted as standard but galvanising is available on request.
B F A
Note: These sockets are a non stock item but are available on request.
Stock Code
-
MBL (tons) 40 55 75 90 110 125 150 170 225 280 360 425 460 625
Wire Rope Dia. mm
A
B
C
D
E
F
Weight
mm
mm
mm
mm
mm
mm
kg
18-19 20-22 24-26 27-29 30-32 34-36 37-39 40-42 43-48 49-52 54-58 61-64 72-76 81-86
220 225 290 325 360 400 500 600 640 720 775 900 1000 1125
100 225 130 145 160 180 240 310 325 375 400 470 500 550
34 42 50 60 68 68 72 80 90 100 110 120 130 135
40 47 55 70 75 75 80 90 100 110 120 130 150 165
90 110 125 152 165 165 185 210 225 245 265 290 330 360
254 267 340 385 428 468 572 680 730 820 885 1020 1130 1260
7 9 14 22 30 38 49 65 100 150 175 230 300 425
72
Wire Rope & Strand Terminations ®
WIRELOCK
WIRELOCK ®
Why choose WIRELOCK ?
WIRELOCK® is a two pack socket capping compound that has the following advantages: • • • • • • • • • • • •
• •
Because 1. WIRELOCK is a convenient and very simple system to use. There are no special preparations, no external heat is required and the system can even be used on site, at temperatures down to and slightly below 0°C.
No heat No acid No hazardous molten metal No long cooling/curing process No annealing of wires at socket neck No guessing of temperature No loss of lubricant at socket neck No special storage conditions No expensive equipment Provides 100% efficiency Improves fatigue life Is suitable for operation in extremes of temperature Is ideal for on site application Is approved by Lloyds Register of Shipping and Det Norske Veritas (D.N.V.)
2. Sockets, poured with WIRELOCK, can be put into service within 50 minutes, in a temperature range of 18°C to 24°C. 3. The use of WIRELOCK eliminates the need for heating socket assemblies, melting metal and handling the molten metal. It also has the advantage of being considerably lighter than white metal, making the subsequent handling of the socket easier. 4. WIRELOCK is currently used in conjunction with virtually all the commercially available sockets and ropes. Other nonstandard uses include short basket sockets, armoured cables and umbilical cables incorporating a strain member. 5. In common with most other resin systems WIRELOCK has no problem in coping with cold or extremely cold operating conditions, but does have a recommended upper operating limit of 115°C (a series of creep tests confirm, however, that WIRELOCK is much more efficient than zinc at 130°C). 6. WIRELOCK performs very well under the most hostile environments. The only exceptions being immersion in strong alkaline solutions, such as caustic soda, or strong acids. 7. The lack of heat, during the pouring process, means that there is no annealing of the wires and the grease within the rope at the neck of the socket remains intact. This decreases the chance of local, severe or internal corrosion in service.
Minimum amount of Wirelock required for a given size of wire rope socket Wire Rope Diameter (mm)
Volume (cc)
14-16
52
18-20
86
22
125
8. WIRELOCK has the approval of Lloyds Register of Shipping as a socketing system.
WARNING • Incorrect use of WIRELOCK can result in an unsafe termination which may lead to property damage, serious injury or death.
24-26
160
28
210
32-36
350
38
420
40
495
44-48
700
52
1,265
• Never use an assembly until the WIRELOCK has gelled and cured.
56-60
1,410
• Remove any non-metallic coating from the broomed area.
64
1,830
70
2,250
• Sockets with large grooves need to have those grooves filled before use with WIRELOCK.
76
3,160
• WIRELOCK® resin, in liquid state, is flammable.
83
3,795
89-92
4,920
• Chemicals used in this product can give off toxic fumes and can burn eyes and skin.
96
5,980
100-104
7,730
Stock Code
Pack Size (cc)
DOW0100
100
DOW0250
250
DOW0500
500
DOW1000
1,000
• Do not use WIRELOCK with stainless steel wire rope in salt water environment applications. • Use only soft annealed iron wire for seizing. • Do not use any other wire (copper, brass, stainless, etc) for seizing.
• Never use out-of-date material. • Use only in well-ventilated work areas. • Never breathe fumes directly or for extended time. • Always wear safety glasses to protect eyes. • Always wear gloves to protect hands and avoid direct contact with skin.
73
d n a r s t n S i o & t a e i n p o m R r e T e r i W
Wire Rope & Strand Terminations W i r T e e R r m o p i n e a & t i o S n s t r a n d
CROSBY TERMINATOR WEDGE SOCKETS Where a wedge type socket is fitted to a wire rope, the nominal diameter of the wire rope shall be equal to the nominal size of the wedge-type socket and the loaded end of the rope shall enter the socket body so that when loaded it will not bend where it leaves the socket body. Where wedge-type sockets are used with rotation resistant wire rope, extra care must be taken in the brazing of the ends or in serving the rope before fitting to prevent disturbance to the rope construction.
Inspection Before Use 1. Always inspect socket, wedge and pin before using. 2. Do not use any parts showing deformation, excessive wear, nicks, gouges or excessive corrosion. •
Basket is cast steel.
Care In Use
•
Individually magnetic particle inspected.
•
Pin diameter and jaw opening allows wedge and socket to be used in conjunction with open swage and spelter sockets.
1. Do not use modified or substitute parts and do not mix and match wedges or pins between models or sizes.
•
Secures the tail or “dead end” of the wire rope to the wedge, thus eliminates loss or “Punch out” of the wedge.
2. Repair minor nicks or gouges to socket or pin by lightly grinding until surfaces are smooth. Do not reduce original dimension more than 10%. Do not repair by welding.
•
Standard S-421 wedge socket can be retrofitted with the new style TERMINATOR wedge
3. Inspect permanent assemblies as required and frequently in severe operating conditions.
Crosby “Terminator” Wedge Sockets incorporate the QUIC-CHECK® “Go” and “No-Go” feature cast into the wedge.
4. Always select the proper wedge and socket for the wire rope size.
The wire rope should pass through the “Go” hole in the wedge and should NOT pass through the “No-Go” hole. •
Generates a minimum efficiency of 80% based on the breaking strength of grade 1960 wire rope.
•
Sizes range suits wire ropes 10 - 32mm
R C
S
G
Rope Backward
Wedge Backward
Tail Clipped to Live Line
Correct Method
D
WARNING A K
• Loads may slip or fall if the wedge socket is not installed correctly
L
• Read and understand the instructions before installing and using the wedge socket
H B
• Apply the first load to fully seat the wedge and wire rope in the socket. This load should be equal to or greater than the loads expected in use
P
• Do not interchange wedges between different brands and sizes
J
Stock Code
Wire Rope (mm)
A (mm)
B (mm)
C (mm)
D (mm)
G (mm)
H (mm)
J (mm)
K* (mm)
L (mm)
P (mm)
R (mm)
S (mm)
Weight each (kg)
DOWS10C
9-10
143
71
20.6
20.6
35
79
187
41
22
40
11.2
54
1.44
DOWS13C
11-13
173
90
25.4
25.4
41
98
222
31
27
49
12.7
62
2.79
DOWS16C
14-16
207
111
31.8
30.2
540
116
263
42
31
57
14.2
80
4.40
DOWS20C
18-19
248
122
38.1
35.1
62
136
306
55
36
67
16.8
92
6.58
DOWS22C
20-22
283
118
44.5
41.4
67
160
356
57
42
79
19.1
106
9.75
DOWS26C
24-26
324
129
51.0
51.0
65
178
403
69
51
96
22.4
118
13.9
DOWS28C
28
365
140
57.0
57.0
84
197
450
64
57
108
25.4
137
20.5
DOWS32C
30-32
406
202
66.5
63.5
91
–
–
86
64
121
26.9
148
26.1
Terminator assembly includes socket, wedge, pin and wire rope grip NOTE: For intermediate wire rope sizes, use next larger size socket * Nominal
74
Wire Rope & Strand Terminations CROSBY SUPER TERMINATOR The Crosby S-423T Super TERMINATOR is the first wedge socket designed to take advantage of the performance properties associated with high performance, high strength, compacted strand, rotation resistant wire ropes.
•
Meets or exceeds all ASME B30.26 requirements including: identification, ductility, design factor, proof load and temperature requirements. Importantly, they meet other critical performance criteria not addressed by ASME B30.26 including fatigue life, impact properties and material traceability.
•
Available with bolt, nut and cotter (S-423TB).
•
Terminations on most ropes have a minimum efficiency rating of 80% of the rope's catalogue breaking strength.
Basket is cast steel and individually magnetic particle inspected.
•
Patent pending design eliminates the difficulty of installing high performance, high strength, compacted strand, rotation resistant wire rope into a wedge socket termination.
Pin diameter and jaw opening allows wedge and socket to be used in conjunction with closed swage and spelter sockets.
•
Secures the tail or “dead end” of the wire rope to the wedge, thus eliminates loss or “punch-out” of the wedge.
•
Eliminates the need for an extra piece of rope and is easily installed.
•
The TERMINATOR wedge eliminates the potential breaking off of the tail due to fatigue.
•
The tail, which is secured by the base of the clip and the tension device, is left undeformed and available for reuse.
The Super TERMINATOR offers several advantages over traditional methods of wedge socket terminations. • • •
•
The innovative design will significantly increase the termination efficiency over existing wedge sockets available today.
Proper application of the Super TERMINATOR eliminates the “first load” requirement of conventional wedge socket terminations.
Additional features: •
Wire rope sizes available 14mm - 32mm
•
Available as a complete assembly, or as a wedge kit that can be retrofitted onto existing Crosby S-421 TERMINATOR wedge sockets.
•
Wedge accessories provided with a zinc finish.
NOTE: Due to the unique construction of various ropes, Crosby cannot make a broad general statement that all current and future design ropes, when properly assembled with the Super TERMINATOR will achieve a minimum 80% termination efficiency. Contact Nobles to determine efficiency rating for a specific rope.
WARNING • Loads may slip or fall if the wedge socket is not installed correctl y • Read and understand the instructions before installing and using the wedge socket • Do not interchange wedges between different brands and sizes
Stock Code
Wire Rope (mm)
Weight each (kg)
A (mm)
B (mm)
C (mm)
D (mm)
G (mm)
H (mm)
J* (mm)
K (mm)
L (mm)
P (mm)
R (mm)
S (mm)
DOWS16STC 14-16
210
114
31.8
30.2
54.1
117
313
175
31.0
57.2
14.2
82.6
5.8
DOWS20STC 18-19
251
132
38.1
35.1
62.0
136
373
194
35.6
66.5
16.8
92.2
8.8
DOWS22STC 20-22
286
149
44.5
41.4
68.3
156
431
241
42.4
79.5
19.1
109
13.1
DOWS26STC 24-26
325
167
50.8
50.8
74.7
179
471
264
51.1
95.3
22.4
119
17.8
DOWS28STC
365
176
57.2
57.2
85.9
198
539
300
57.4
108
25.4
138
25.9
415
219
66.5
63.5
90.7
238
612
352
59.4
114
26.9
168
40.2
28
DOWS32STC 30-32
Terminator assembly includes socket, wedge, pin, wire rope grip, tensioner, bolts and secondary retention wire NOTE: For intermediate wire rope sizes, use next larger size socket * Nominal
75
d n a r s t n S i o & t a e i n p o m R r e T e r i W
Wire Rope & Strand Terminations W i r T e e R r m o p i n e a & t i o S n s t r a n d
THIMBLES Ordinary Thimbles Nobles ordinary wire rope thimbles are supplied generally to AS 1138. They are manufactured from mild steel and are hot dip galvanised.
C
A
B
Stock Code
Wire Rope Diameter (mm)
A (mm)
B (mm)
C Maximum (mm)
DTHA08
8
22
34
12.5
DTHA10
10
26
38
14.3
DTHA13
12-14
31
45
19
DTHA16
16
41
62
22
DTHA20
18-20
50
75
28
DTHA22
22
55
88
30
DTHA24
24-26
70
108
35
DTHA28
28
75
112
38
DTHA32
32
95
133
41
DTHA36
36
105
152
48
DTHA40
38-42
120
170
54
DTHA44
44-46
126
180
60
DTHA48
48-50
130
190
67
DTHA51
52-60
140
240
70
Nobles Heavy Duty Thimbles Nobles manufacture a range of Heavy Duty Galvanised Thimbles. They are forged in our factory from carbon steel and are well suited to high cycle, high load applications such as crane ropes.
C
A
Stock Code
Wire Rope Diameter (mm)
A (mm)
B (mm)
C (mm)
NTAS22
22
58
98
33
NTAS26
24-26
68
102
43
NTAS28
28
71
106
37
NTAS32
32
73
125
49
B
Nobles Heavy Duty Stainless Steel Thimbles Nobles Heavy Duty Stainless Steel Thimbles are forged in 316 grade stainless steel and are ideal for fixed rigging in corrosive environments such as the commercial fishing industry. They are supplied in a zinc plated gold passivated finish.
Stock Code
Wire Rope Diameter (mm)
A (mm)
B (mm)
C (mm)
NTSS10
10
33
64
21
NTSS13
13
34
64
23
NTSS16
16
44
76
28
NTSS20
20
58
86
34
C
A
B
76
Wire Rope & Strand Terminations THIMBLES
d n a r s t n S i o & t a e i n p o m R r e T e r i W
Nobles Cast Hawser Thimbles Nobles Cast Hawser Thimbles are an ideal solution for Big Lift slings and Heavy Rigging required in the construction, mining and offshore industries. Stock Code
Wire Rope dia. mm
A mm
B mm
C mm
D mm
E mm
F mm
Weight kg
METHW40
42-45
120
185
62
202
270
48
10.2
METHW52
48-52
152
241
68
273
370
54
14.5
METHW56
54-58
180
300
82
318
435
63
24.0
METHW64
61-64
200
350
95
350
500
75
43.1
PTHW075
70-78
214
419
100
410
510
80
65.0
C
D A
F
B E
Solid Heart Thimbles Solid heart thimbles are commonly used to terminate crane ropes and are ideal where the thimble is required to interface directly with a rigging screw, turnbuckle or other rigging accessory where limited articulation is desired. Wire Rope Diameter (mm)
A (mm)
B (mm)
C (mm)
D (mm)
DTSA08
8
48
36
13
27
DTSA10
10
58
45
16
33
DTSA11
11
71
52
20
39
DTSA13
12
84
60
23
47
DTSA16
16
96
71
27
52
DTSA20
18-20
113
84
29
63
DTSA22
22
130
95
34
69
DTSA24
24
140
105
36
76
DTSA26
26
155
115
40
82
DTSA28
28
170
125
44
90
DTSA32
32
192
140
46
100
DTSA36
36
205
150
50
110
DTSA42
42
235
170
56
125
DTSA44
44
275
200
66
148
DTSA52
52-54
300
225
72
163
Stock Code
B
C
A
D
77
Wire Rope & Strand Terminations W i r T e e R r m o p i n e a & t i o S n s t r a n d
WIRE ROPE GRIPS - Not to be used for lifting The grips in a connection should be spaced along the wire rope at distances between adjacent grips of approximately six rope diameters, with the position of the grip nearest the end connection as shown.
TO AS 2076
When properly applied, wire rope grips afford a simple mechanical means of securing the end of a wire rope. They are appropriate for temporarily securing the end of a wire rope that may need to be shortened from the gripped end.
The sequence of tightening an assembly of wire rope grips on a wire rope connection after they have been correctly positioned is from the thimble outwards.
Inspection: A termination made with wire rope grips is to be inspected at regular intervals. The nuts may require further adjustment.
Correct method of fitting wire rope grips
Live Running Ropes: Wire rope grips shall not be used for making terminations on live running ropes (i.e. One that applies force to a moving object) nor where the rope is required to support persons or dangerous or substantial loads. Rope Lengthening: Wire rope grips should not be used where there is a likelihood of the rope having to be lengthened at that end. Lengthening would bring at least part of the rope on which the grip had been fastened into a position now subject to full load. The danger is that this part of the rope may have been damaged by the effects of fatigue or by pressure exerted by the grip.
Incorrect method of fitting wire rope grips The tightening torque applied to the nuts should always comply with any recommendations provided by the manufacturer; however, where recommendations are not provided by the manufacturer, the tightening torque applied to the nuts should comply with recommendations given in the table.
Method of Application: The efficiency of a wire rope termination made with wire rope grips depends on the number per connection, the correct placement on the rope, and the care and skill in the fitting and tightening of the grips.
Tightening Torque for Wire Rope Grips Wire Rope Grip Size (mm)
The number of wire rope grips per connection should not be less than the minimum specified in the table.
E
A B
Size of Bolt Min. Tightening Recommended Thread (mm) Torque (Nm) No. of Grips
8 10
8 10
6 16
3 3
12
12
24
3
14
12
35
4
16
16
50
4
18
16
65
4
22
16
100
4
26
20
135
5
28
20
160
5
32
20
210
6
G D
WARNING
A
• Wire rope grips should not be used for lifting purposes and are not intended for the permanent fastening of a rope that is subject to high dynamic loading.
H
• Where wire rope grips are fitted to rope constructed of higher grade wire than 1770 MPa IWRC, the assembly may need to be derated or additional grips may be required.
Typical Dimensions of Wire Rope Grips Stock Code
Nominal Size (mm)
Threa d Size A (mm)
B (mm)
D (mm)
E (mm)
G (mm)
H (mm)
DGSA08
8
M8
41
22
9
8
19
DGSA10
10
M10
49
27
10
10
23
DGSA13
13
M12
59
32
12
12
28
DGSA16
16
M14
77
41
17
14
32
DGSA20
20
M16
89
47
20
16
37
DGSA22
22
M20
108
58
23
20
46
DGSA26
26
M20
117
61
28
20
46
DGSA28
28
M22
127
66
30
22
51
DGSA32
32
M22
136
70
34
22
51
78
Wire Rope & Strand Terminations FERRULES
Standard Ferrule for machine swaging eyes in galvanised or black wire rope.
d n a r s t n S i o & t a e i n p o m R r e T e r i W
Can be swaged in the field using a handswage tool.
Nickel Plated Copper Hand Swage Ferrules
Aluminium Ferrules - DIN Grade 3093
Copper Hand Swage Ferrules
Stock Code
Size (mm)
Stock Code
Size (mm)
Stock Code
Size (mm)
Stock Code
Size (mm)
DFPM015
1.5
DFPM240
24
DFHCN015
1.5
DFHC016
1.6
DFPM020
2
DFPM260
26
DFHCN020
2
DFHC020
2
DFPM025
2.5
DFPM280
28
DFHCN025
2.5
DFHC025
2.5
DFPM030
3
DFPM300
30
DFHCN030
3
DFHC030
3
DFPM035
3.5
DFPM320
32
DFHCN035
3.5
DFHC032
3.2
DFPM040
4
DFPM340
34
DFHCN040
4
DFHC035
3.5
DFPM045
4.5
DFPM360
36
DFHCN050
5
DFHC040
4
DFPM050
5
DFPM380
38
DFHCN060
6
DFHC050
5
DFPM060
6
DFPM400
40
DFHCN064
6.4
DFHC060
6
DFPM065
6.5
DFPM420
42
DFHCN080
8
DFHC080
8
DFPM070
7
DFPM440
44
DFHCN100
10
DFHC100
10
DFPM080
8
DFPM450
45
DFPM090
9
DFPM460
46
DFPM100
10
DFPM480
48
DFPM120
12
DFPM500
50
Stock Code
Size (mm)
Stock Code
Size (mm)
DFPM130
13
DFPM520
52
DFSS015
1.5
DFSS060
6
DFPM140
14
DFPM540
54
DFSS020
2
DFSS070
7
DFPM160
16
DFPM560
56
DFSS025
2.5
DFSS090
9
DFPM180
18
DFPM600
60
DFSS030
3
DFSS100
10
DFPM200
20
DFPM640
64
DFSS035
3.5
DFSS130
13
DFPM210
21
DFPM660
66
DFSS040
4
DFSS160
16
DFPM220
22
DFPM720
72
DFSS045
4.5
DFSS180
18
DFPM230
23
DFPM780
78
DFSS050
5
DFSS200
20
Stainless Steel Ferrules - Metric
Standard Ferrule for machine swaging eyes in stainless steel wire rope.
For Flemish eye wire rope slings.
Crosby S-505 Steel Swaging Sleeve Copper Ferrules - DIN Grade 3093
Stock Code
Size (mm)
Stock Code
Size (mm)
Stock Code
Size (mm)
Stock Code
Size (mm)
DFCSW10
8
DFCSW30
30
DFCM015
1.5
DFCM080
8
DFCSW12
10
DFCSW32
32
DFCM020
2
DFCM090
9
DFCSW13
12
DFCSW36
34
DFCM025
2.5
DFCM100
10
DFCSW14
14
DFCSW38
38
DFCM030
3
DFCM110
11
DFCSW16
16
DFCSW44
44
DFCM035
3.5
DFCM120
12
DFCSW18
18
DFCSW52
52
DFCM040
4
DFCM130
13
DFCSW20
20
DFCSW56
56
DFCM050
5
DFCM140
14
DFCSW22
22
DFCSW58
58
DFCM060
6
DFCM160
16
DFCSW24
24
DFCSW64
64
DFCM065
6.5
DFCM180
18
DFCSW26
26
DFCSW75
75
DFCM070
7
DFCM200
20
DFCSW28
28
79
Wire Rope & Strand Terminations W i r T e e R r m o p i n e a & t i o S n s t r a n d
CABLE GRIPS A Cable Grip is a woven sleeve and eye which fits onto a cable to become an attachment point for hauling and/or securing the cable. Also referred to as a sock, stocking or puller.
Safety Factor A safety factor of at least 3:1 is recommended for general hauling applications where the correct grip has been correctly fitted. Using this as a guide, each hauling application should be evaluated on its own merit to determine an appropriate safety factor.
Operational Characteristics Because of its unique helical design the cable grip will immediately “shrink” onto the cable when fitted over the end of the cable. When load is applied to the cable grip, via the hauling rope, the effective grip increases in proportion to the axial load placed upon it. A properly selected and fitted cable grip, used under correct operating procedure, should never slip.
Grip Types Tubular These grips are of cylindrical construction of 1 to 5 plys (depending on strength requirements) with 1 of 3 eye styles for various applications. These are the most common type of grips and are fitted over the end of the cable.
Heat Shrink NCG grips are fitted with a medium wall glue lined heat shrink behind the ferrule to cover the protruding wires and reduce the risk associated will manual handling.
Identification All NCG Cable Grips are stamped on the ferrule with the NCG logo and their corresponding breaking strength, size range and serial number. Lace-Up
WARNING
These grips are a flat construction. This allows the grip to be wrapped around the cable at any position then secured by a lace. These grips are used where it is impractical to use a tubular grip which has to be fitted and removed over the end of the cable. Lace-up grips can also be used in the central portion of a hauling job to load share with a tubular grip. These grips are available in offset eye and double eye types.
NCG Cable Grips are NOT lifting devices. ALWAYS • Select the correct grip for the particular job. • Store in a clean dry environment. • Store monofilament nylon grips away from sunlight. • Store every grip before and after each pull. • Prepare cable ends by chamfering the end to approx. 30º. • Approximately 30mm from the mouth end of the grip it is recommended that anchoring or binding is used to guard against accidental release and ensure maximum reliability. It is also helpful to tape down securely the mouth end of the grip to reduce the risk of fouling.
NEVER • Use a grip of incorrect size or specification. • Use a damaged grip. • Push the mouth of any grip against flat surfaces. • Haul over abrasive surfaces, however if this is not possible ensure regular inspections of the grip.
Eye Styles Single Eye These are single eye, integrally woven on the central axis of the grip. These are used mainly for general cable hauling.
The Strength of Grips
Offset Eye
Strengths shown in tables are Ultimate Tensile Strengths tested on the mean cable diameter. Since field conditions offer such a magnitude of variable factors it is difficult to list a guaranteed strength. The main factors that will reduce the strength of a Cable Grip are uneven load on the strand, caused by irregularities in the cable end, and abrasion of the wires. Fitting an incorrect size grip will lead to premature failure. Further, always inspect a cable grip for signs of wear; a damaged grip should be replaced.
This style allows the cable to be passed through the grip so as to secure the grip at any point along the cable. It is used mainly for strain relief. Double Eye Again this eye type allows the cable to pass through the grip. The extra eye allows the cable to be lifted into position with one eye whilst the other eye is used to anchor the cable to a fixture.
80
Wire Rope & Strand Terminations CABLE GRIPS Tubular Cable Grips - Single Eye Single with Soft Eye (Thimble Eye also available) Two Ply Galvanised Strand
Stock Code
To Fit Cable Diameter (mm)
Grip Length (mm)
UTS (kN)
GSSC1010 GSSC1014
10 - 14 14 - 19
350 400
5 9
GSSC1019
19 - 28
500
15
GSSC1028
28 - 40
600
24
Alloy Ferrule
GSSC1040
40 - 55
800
35
Soft Eye
GSSC1055
55 - 75
900
62
GSSC1075
75 - 95
1000
98
GSSC1095
95 - 120
1200
133
GSSC1120
120 - 150
1400
187
GSSC1150
150 -190
1600
283
Stock Code
To Fit Cable Diameter (mm)
Grip Length (mm)
UTS (kN)
Galvanised Strand
GSSS1014 GSSS1019
14 - 19 19 - 28
500 600
9 15
Alloy Ferrule
GSSS1028
28 - 40
800
24
Soft Eye
GSSS1040
40 - 55
900
35
GSSS1055
55 - 75
1000
62
GSSS1075
75 - 95
1200
98
GSSS1095
95 - 120
1400
98
Stock Code
To Fit Cable Diameter (mm)
Grip Length (mm)
UTS (kN)
GSSO1010 GSSO1014
10 - 14 14 - 19
350 400
5 9
GSSO1019
19 - 28
500
15
GSSO1028
28 - 40
600
24
Alloy Ferrule
GSSO1040
40 - 55
800
35
Soft Eye
GSSO1055
55 - 75
900
62
GSSO1075
75 - 95
1000
98
GSSO1095
95 - 120
1200
133
GSSO1120
120 - 150
1400
187
GSSO1150
150 -190
1600
283
Stock Code
To Fit Cable Diameter (mm)
Grip Length (mm)
UTS (kN)
GSSD1010 GSSD1014
10 - 14 14 - 19
350 400
5 9
Lace Up Cable Grips - Offset Eye Two Ply
Tubular Cable Grips - Offset Eye Offset with Soft Eye (Thimble Eye also available) Two Ply Galvanised Strand
Tubular Cable Grips - Double eye Double with Soft or Thimble Eye (Thimble Eye also available) Two Ply
GSSD1019
19 - 28
500
15
Galvanised Strand
GSSD1028
28 - 40
600
24
Alloy Ferrule
GSSD1040
40 - 55
800
35
GSSD1055
55 - 75
900
62
GSSD1075
75 - 95
1000
98
GSSD1095
95 - 120
1200
133
GSSD1120
120 - 150
1400
187
GSSD1150
150 -190
1600
283
Thimble Eye
81
d n a r s t n S i o & t a e i n p o m R r e T e r i W
Wire Rope & Strand Terminations W i r T e e R r m o p i n e a & t i o S n s t r a n d
CABLE GRIPS Heavy Duty Tubular Cable Grips
Stock Code
To Fit Cable Diameter (mm)
Grip Length (mm)
UTS (kN)
GSSHD1004 GSSHD1006
4-7 6 - 11
300 350
5 8
GSSHD1010
10 - 14
350
15
GSSHD1014
14 - 19
400
20
GSSHD1019
19 - 28
500
37
GSSHD1028
28 - 40
600
54
GSSHD1040
40 - 55
800
62
GSSHD1055
55 - 75
900
80
GSSHD1075
75 - 95
1000
180
Stock Code
To Fit Cable Diameter (mm)
Grip Length (mm)
UTS (kN)
Galvanised Strand
GSSOBE010 GSSOBE014
10 - 14 14 - 19
700 800
1.7 3
Welded Ends
GSSOBE019
19 - 28
1000
5
GSSOBE028
28 - 40
1200
8
Single or Double with Soft or Thimble Eye (Thimble Eye also available) Double or Triple Ply Galvanised Strand Alloy Ferrule
Open Both Ends Tubular Cable Grips Two Ply
82
