verope
  • Ordinary right hand lay
  • Ordinary left hand lay
  • Galvanized
  • Bright
  • Compacted strands
  • Double parallel lay construction
  • Swaged
  • Not to be used with swivel

Wire rope construction: Veropower 8 is a rotary swaged 8-strand, non-rotation-resistant rope in parallel lay construction with compacted outerstrands and a rope core covered with a plastic layer.  It provides the highest breaking strength of all non rotation-resistant wire ropes and offers superior resistance to drum crushing.

Features:
- All strands are compacted and rotary swaged.
- Extremely high breaking strength and is very resistant against abrasion.
- Suitable for multi layer spooling systems with guided loads.
- fully lubricated

ISO 4309
Rope Category No:
Up to 40mm RCN.09, 41-46mm RCN.11, > 46mm RCN.13.

  • Marking: According to standard
  • Standard: EN 12385-4
  • Warning: May not be used with a swivel.
  • Tolerance Ø: 2% - 4%
  • Overhead cranes
  • Mobile port crane
  • Offshore crane
  • Loading crane
  • Crawler crane
  • Container crane
  • Piling crane
  • Tower crane
  • Ladle crane
  • STS crane
Veropower 8[new]_225mm
Select a row from the table below, then click the add to quote button
Part Code Diameter
mm
Steel Area
mm²
Min. breakingforce
kN
1960 N/mm²
Min. breakingforce
kN
2160 N/mm²
Weight
kg/100m
01.B13V8P120G 12 84 147.4 158.8 72
01.B13V8P130G 13 99 173 186.4 84
01.B13V8P140G 14 115 200.6 216.2 98
01.B13V8P150G 15 132 230.3 248.2 112
01.B13V8P160G 16 150 262 282.3 128
01.B13V8P170G 17 170 296.8 318.7 144
01.B13V8P180G 18 190 331.6 357.3 161
01.B13V8P190G 19 212 369.5 398.1 180
01.B13V8P200G 20 235 409.4 441.2 199
01.B13V8P210G 21 259 451.3 486.4 220
01.B13V8P220G 22 284 495.3 533.8 241
01.B13V8P230G 23 310 541.4 583.4 264
01.B13V8P240G 24 338 589.5 635.3 287
01.B13V8P250G 25 367 639.6 689.3 311
01.B13V8P260G 26 397 691.8 745.6 337
01.B13V8P270G 27 428 746.1 804 363
01.B13V8P280G 28 460 802.4 864.7 391
01.B13V8P290G 29 493 860.7 927.5 419
01.B13V8P300G 30 528 921.1 992.6 448
01.B13V8P310G 31 564 983.5 1.066 479
01.B13V8P320G 32 601 1.048 1.129 510
01.B13V8P330G 33 639 1.115 1.201 542
01.B13V8P340G 34 678 1.183 1.275 576
01.B13V8P350G 35 719 1.254 1.351 610
01.B13V8P360G 36 760 1.326 1.429 646
01.B13V8P380G 38 847 1.478 1.593 719
01.B13V8P400G 40 939 1.637 1.765 797
01.B13V8P420G 42 1.035 1.805 1.946 879
01.B13V8P440G 44 1.136 1.981 2.135 964
01.B13V8P450G 45 1.188 2.072 2.233 1,009
01.B13V8P460G 46 1.241 2.166 2.334 1,054
01.B13V8P480G 48 1.352 2.358 2.541 1,148
Diameter Total number Outer strands Number of visible broken outer wires at discard (1) Average (6)
relevant rope parts: see footnote (2) relevant rope parts: see footnote (3/4) Fill- Spin- Weight- Elasticity modulus  Elongation
Ø of wires number of wires Classes M1 to M4 or class unknown(5) All classes factor at 20% of MBL under 3% of MBL
Ordinary lay Lang's lay Ordinary and Lang'slay
mm     6 x d 30 x d 6 x d 30 x d 6 x d 30 x d N (mm2) %
8-42 327 208 9 18 4 9 18 36 0.747 0.85 0.87 90000 0.15
43-48 367 248 10 21 5 10 20 42 0.747 0.85 0.87 90000 0.15
49-60 407 288 12 24 6 12 24 48 0.747 0.85 0.87 90000 0.15
                           
(1) A counted broken wire always has two ends. (counted as one wire)
(2) Shall be applied exclusively to those sections of rope running only over steel sheaves and/or spooling on a single-layer drum. The wire breaks are randomly distributed.
(3) Shall be applied exclusively to those sections of rope spooling on a multi-layer drum.
(4)The values apply to deterioration that occurs at the cross-over zones and interference between wraps due to fleet angle effects (and not to those sections of rope which only work in sheaves and do not spool on the drum).
(5) Twice the number of broken wires listed may be applied to ropes on mechanisms whose classification is known to be M5 to M8.
(6) All values are averages over different diameter, lay direction and wire grades.