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Steel ropes
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Assortment


kanat_15
Steel rope, rope, type LC SINGLE
CONSTRUCTION 1x19(1+6+12)
GOST 3063 (similar to DIN 3053, DIN EN 12385-10, ISO 2408)
Application: ropes for cableways,
ropes for cranes, automotive,
Lightning protection

Rope diameter, mm Approximate weight of 1000 m lubricated rope, kg Tensile strength, N/mm2
1570 1670 1770
Breaking load, N
theoretic minimum theoretic minimum сtheoretic minimum
1,0 5,2 - - - - 1055 950
1,1 6,3 - - - - 1285 1145
1,2 7,5 - - - - 1530 137
1,3 8,8 - - - - 1795 1600
1,4 10,1 - - - - 2080 1860
1,5 11,6 2115 1900 2245 2015 2380 2135
1,7 14,9 2725 2450 2895 2595 3065 2750
1,8 16,6 3040 2730 3230 2900 3420 3075
2,0 20,8 3790 3410 4030 3615 4265 3830
2,6 32,3 5910 5310 6280 5640 6650 5880
3,0 46,5 8495 7640 9025 8110 9560 8145
3,3 54,6 9970 8945 10550 9525 11200 9845
3,6 63,2 11550 10300 12250 11000 13000 11450
4,0 82,5 15050 13500 16000 14400 16950 14950
4,6 104,5 19050 17150 20250 18150 21450 18900
5,0 129,8 23650 21200 25100 22550 26600 23350
5,6 156,9 28600 25650 30350 27300 32150 28250
6,1 186,0 33950 30500 36100 32450 38200 33800
6,6 218,5 39850 35800 42350 38050 44850 39600
7,1 253,0 46200 41550 49100 44100 52000 45850
7,6 290,5 53000 47650 56300 50550 59650 52750
8,1 330,0 60300 54200 64050 57600 67800 59950
8,6 372,5 68050 61200 72300 65000 76550 67700
9,1 417,5 76250 68600 81000 72850 85800 75900
10,0 519,0 94600 85100 100500 94100 106000 93500
11,0 627,4 114000 102000 121500 109000 128500 112500
12,0 746,0 136000 122000 144500 129000 153000 134000
13,0 873,0 159000 143000 169000 151500 179000 158000
14,0 1050,0 184500 166000 196000 176000 207500 183500
15,0 1160,0 212000 190000 225000 202000 238500 210500
16,0 1320,0 241000 216500 256000 226000 271000 236500
17,0 1490,0 272000 244500 289000 255500 306000 267500
19,0 1855,0 339500 305000 361000 318500 382000 334000

Acc. to the customer's request the production of steel ropes with other tensile strength is allowed. The breaking loads for steel ropes with tensile strength wich has been not specified in the table are roughly on 6% higher than breaking loads of previous tensile strength.

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