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Ölflex® CLASSIC 110 缆普控制电缆 LAPP

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PVC CONTROL CABLES

The Ölflex® Classic 110 number coded range is similar to the colour coded

version and is therefore ideally suited for use as control, signal and power

cable in a variety of applications. Its high flexibility ensures easy installation

whilst the tough external sheathing will resist the effects of many acids, caustic

solutions and various oils.

Areas of use include machine tool engineering, plant installations, car

production lines, bottling plants and other automated production facilities.

SPECIFICATION

Cores are of electrolytic fine copper wire strands with a PVC-based insulation.

Cores laid up in black with white consecutive numbering. Outer sheath of a

special PVC-based compound in a silver-grey.

TECHNICAL DATA

Minimum bending

radius for flexing: 15x Cable Diameter

Temperature Range: Flexing: -5°C to +70°C

Static: -40°C to +80°C

Working Voltage: 300/500V

Conductor Stranding: T o IEC 60228 Class 5, VDE 0295 Class 5

Colour Code: Black cores, white numbers (VDE 0293)

In accordance with VDE Reg No. 7030 up to and including 60 cores

VDE Regulations:

No. of   coresPart No.No. of coresPart No.No. of coresPart No.
& mm² per   conductor & mm² per   conductor & mm² per   conductor 
2 X 0.511197522 X 1.0111985216 G 1.51119316
3 G 0.511190033 G 1.0111920318 G 1.51119318
3 X 0.511197533 X 1.0111985321 G 1.51119321
4 G 0.511190044 G 1.0111920425 G 1.51119325
4 X 0.511197544 X 1.0111985426 G 1.51119326
5 G 0.511190055 G 1.0111920532 G 1.51119332
5 X 0.511197555 X 1.0111985534 G 1.51119334
7 G 0.511190076 G 1.0111920641 G 1.51119341
7 G 0.511197577 G 1.0111920750 G 1.51119350
10 G 0.511190107 X 1.0111985761 G 1.51119361
12 G 0.511190128 G 1.0111920865 G 1.51119365
14 G 0.511190149 G 1.0111920980 G 1.51119380
18 G 0.5111901810 G 1.011192102 X 2.51119952
21 G 0.5111902112 G 1.011192123 G 2.51119403
25 G 0.5111902512 X 1.011198624 G 2.51119404
30 G 0.5111903014 X 1.011192145 G 2.51119405
35 G 0.5111903516 G 1.011192167 G 2.51119407
40 G 0.5111904018 G 1.0111921812 G 2.51119412
52 G 0.5111905218 X 1.0111986814 G 2.51119414
61 G 0.5111906120 G 1.0111922018 G 2.51119418
65 G 0.5111906520 X 1.0111987025 G 2.51119425
80 G 0.5111908025 G 1.0111922534 G 2.51119434
100 G 0.5111910026 G 1.0111922650 G 2.51119450
2 X 0.75111980234 G 1.011192343 G 4.01119503
3 G 0.75111910336 G 1.011192364 G 4.01119504
3 X 0.75111980340 G 1.011192405 G 4.01119505
4 G 0.75111910441 G 1.011192417 G 4.01119507
4 X 0.75111980450 G 1.0111925011 G 4.01119511
5 G 0.75111910556 G 1.011192563 G 6.01119603
5 X 0.75111980561 G 1.011192614 G 6.01119604
7 G 0.75111910765 G 1.011192655 G 6.01119605
7 G 0.75111980780 G 1.011192807 G 6.01119607
9 G 0.751119109100 G 1.011193003 G 10.01119613
10 G 0.7511191102 X 1.511199024 G 10.01119614
12 G 0.7511191123 G 1.511193035 G 10.01119615
12 X 0.7511198123 X 1.511199037 G 10.01119617
15 G 0.7511191154 G 1.511193044 G 16.01119624
16 X 0.7511191164 X 1.511199045 G 16.01119625
18 G 0.7511191185 G 1.511193057 G 16.01119627
21 G 0.7511191215 X 1.511199054 G 25.01119634
25 G 0.7511191257 G 1.511193075 G 25.01119635
26 G 0.7511191267 X 1.511199074 G 35.01119644
34 G 0.7511191348 G 1.511193085 G 35.01119645
41 G 0.7511191419 G 1.51119309

50 G 0.75111915010 G 1.51119310

61 G 0.75111916111 G 1.51119311

65 G 0.75111916512 G 1.51119312

80 G 0.75111918012 X 1.51119912

100 G 0.75111920014 G 1.51119314