Dây Cáp Điều Khiển Helukabel (N)SHTÖU-V | Chính Hãng – Giá Tốt Nhất
(N)SHTÖU-V |
Trailing cable |
Technical data
- Special trailing cable adapted to
DIN VDE 0250 part 814 - Temperature range
flexing -25°C to +80°C - Max. temperature at the conductor
during operation +90°C
in case of short circuit +250°C - Nominal voltage
U0/U 0,6/1 kV - Max. permissible operating voltage
Max. permissible operating voltage
– 3-Phase and single phase
operation 700/1200 V
– DC operation 900/1800 V - Test voltage
4 kV - Minimum bending radius
7,5x cable Ø
Cable structure
- Tinned copper conductor, to
DIN VDE 0295 cl.5, fine wire,
BS 6360 cl.5, IEC 60228 cl.5 - Core insulation of special rubber
compound type 3GI3 to
DIN VDE 207-20 - Core identification to DIN VDE 0293-308
- GN-YE conductor
- Cores stranded
- Depending on dimension/structure
with Kevlar fillers - Inner sheathof special rubber
compound type 5GM5 to
DIN VDE 0207-21 - Torsion protection between
inner and outer sheath - Outer sheath of special rubber
compound type 5GM5 to
DIN VDE 0207-21 - Sheath colour: yellow
Properties
- Designed and developed for
vertical reeling applications. - Resistant against
acids, fats, gazoline,
solvents and chemicals.
Tests
- Behaviour in fire
acc. to DIN VDE 0482-332-1-2 /
DIN EN 60332-2-1 / IEC 60332-1-2 - Oil resistant acc. to
DIN VDE 0473-811-404/DIN EN 60811-404
Note
- Permitted running speed up 180 m/min
- AWG sizes are approximate equivalent
values. The actual cross section is in mm².
Application
For vertical drum operation under extreme mechanical stress and on moving cable carrieres. Used as a rugged feeder to construction machines, conveyor, transport and crane systems in dry, damp, wet environments and outdoors. For applications which go beyond standard solutions we recommend that you fill out our especially developed questionnaire for reeling cables. Please read the installation instructions, see chapter “Technical Informations”.
CE = Product conforms with Low-Voltage Directive 2014/35/EU.
Downloads
Power supply Cable
Part no. | No.cores x cross-sec. mm² |
Outer Ø
min. – max. mm |
Cop. weight kg / km |
Weight
app. kg / km |
Tensile strain max. N |
AWG-No. |
---|---|---|---|---|---|---|
31040 | 3 G 1,5 | 10,9 – 13,6 | 45,0 | 191,0 | 130 | 16 |
31041 | 3 G 2,5 | 12,3 – 14,8 | 74,0 | 240,0 | 220 | 14 |
31042 | 3 G 4 | 14,9 – 17,6 | 115,0 | 362,0 | 360 | 12 |
31043 | 3 G 6 | 16,2 – 18,9 | 173,0 | 450,0 | 540 | 10 |
31044 | 3 G 10 | 19,6 – 22,6 | 288,0 | 682,0 | 900 | 8 |
31045 | 3 G 16 | 21,8 – 24,9 | 461,0 | 890,0 | 1440 | 6 |
31046 | 3 G 25 | 27,5 – 30,8 | 720,0 | 1200,0 | 2250 | 4 |
31047 | 3 x 50 + 3 G 25/3 | 36,9 – 40,6 | 1685,0 | 2810,0 | 4500 | 1 |
31048 | 3 x 70 + 3 G 35/3 | 40,4 – 44,4 | 2355,0 | 3760,0 | 6300 | 2/0 |
31049 | 3 x 95 + 3 G 50/3 | 46,6 – 50,8 | 3215,0 | 4700,0 | 8550 | 3/0 |
31050 | 3 x 120 + 3 G 70/3 | 50,8 – 55,2 | 4130,0 | 5950,0 | 10800 | 4/0 |
31051 | 3 x 150 + 3 G 70/3 | 55,4 – 60,0 | 4990,0 | 7050,0 | 13500 | 300 kcmil |
31052 | 3 x 185 + 3 G 95/3 | 60,8 – 65,7 | 6250,0 | 8800,0 | 16650 | 350 kcmil |
31053 | 3 x 240 + 3 G 120/3 | 68,8 – 74,0 | 8065,0 | 11700,0 | 21600 | 500 kcmil |
31054 | 4 G 1,5 | 11,8 – 14,5 | 58,0 | 220,0 | 180 | 16 |
31055 | 4 G 2,5 | 14,4 – 17,1 | 99,0 | 330,0 | 300 | 14 |
31056 | 4 G 4 | 16,2 – 18,8 | 158,0 | 440,0 | 480 | 12 |
31057 | 4 G 6 | 17,4 – 20,2 | 241,0 | 530,0 | 720 | 10 |
31058 | 4 G 10 | 24,4 – 21,3 | 404,0 | 835,0 | 1200 | 8 |
31059 | 4 G 16 | 24,7 – 27,9 | 642,0 | 1175,0 | 1920 | 6 |
31060 | 4 G 25 | 31,4 – 34,9 | 1005,0 | 1850,0 | 3000 | 4 |
31061 | 4 G 35 | 37,5 – 33,9 | 1344,0 | 2250,0 | 4200 | 2 |
31062 | 4 G 50 | 40,3 – 44,2 | 2010,0 | 3210,0 | 6000 | 1 |
31063 | 4 G 70 | 44,5 – 48,6 | 2687,0 | 4210,0 | 8400 | 2/0 |
31064 | 4 G 95 | 51,1 – 55,5 | 3646,0 | 5550,0 | 11400 | 3/0 |
31065 | 4 G 120 | 57,4 – 62,0 | 4605,0 | 7010,0 | 14400 | 4/0 |
31066 | 4 G 150 | 62,6 – 67,6 | 5765,0 | 8450,0 | 18000 | 300 kcmil |
31067 | 4 G 185 | 68,1 – 73,2 | 7110,0 | 10000,0 | 22200 | 350 kcmil |
31068 | 5 G 1,5 | 12,8 – 15,5 | 73,0 | 258,0 | 220 | 16 |
31069 | 5 G 2,5 | 15,5 – 18,2 | 124,0 | 389,0 | 370 | 14 |
31070 | 5 G 4 | 17,4 – 20,2 | 220,0 | 511,0 | 600 | 12 |
31071 | 5 G 6 | 19,6 – 22,7 | 317,0 | 688,0 | 900 | 10 |
31072 | 5 G 10 | 23,2 – 26,3 | 508,0 | 1002,0 | 1500 | 8 |
31073 | 5 G 16 | 26,7 – 30,2 | 768,0 | 1395,0 | 2400 | 6 |
31074 | 5 G 25 | 34,1 – 37,7 | 1200,0 | 2205,0 | 3750 | 4 |
31075 | 5 G 35 | 38,3 – 42,2 | 1680,0 | 2960,0 | 5250 | 2 |
31076 | 5 G 50 | 43,8 – 47,8 | 2400,0 | 3950,0 | 7500 | 1 |
31077 | 5 G 70 | 50,2 – 54,6 | 3360,0 | 5455,0 | 10500 | 2/0 |
Control Cable (Kevlar fillers)
Part no. | No.cores x cross-sec. mm² |
Outer Ø
min. – max. mm |
Cop. weight kg / km |
Weight
app. kg / km |
Tensile strain max. N |
AWG-No. |
---|---|---|---|---|---|---|
31078 | 49 G 1 | 31,0 – 34,5 | 470,0 | 1420,0 | 3450 | 18 |
31079 | 7 G 1,5 | 14,6 – 16,9 | 115,0 | 320,0 | 2318 | 16 |
31080 | 12 G 1,5 | 20,6 – 23,4 | 196,0 | 620,0 | 2540 | 16 |
31081 | 18 G 1,5 | 20,3 – 22,9 | 271,0 | 650,0 | 2810 | 16 |
31082 | 24 G 1,5 | 24,2 – 27,4 | 390,0 | 930,0 | 3080 | 16 |
31083 | 30 G 1,5 | 27,7 – 31,1 | 432,0 | 1190,0 | 3350 | 16 |
31084 | 36 G 1,5 | 27,9 – 31,3 | 518,0 | 1240,0 | 3620 | 16 |
31085 | 44 G 1,5 | 31,2 – 34,8 | 634,0 | 1530,0 | 3980 | 16 |
31086 | 48 G 1,5 | 31,8 – 35,4 | 691,0 | 1610,0 | 4160 | 16 |
31087 | 56 G 1,5 | 35,9 – 39,7 | 807,0 | 2020,0 | 4520 | 16 |
31088 | 7 G 2,5 | 17,5 – 19,8 | 168,0 | 480,0 | 2520 | 14 |
31089 | 12 G 2,5 | 23,8 – 26,7 | 308,0 | 915,0 | 2900 | 14 |
31090 | 18 G 2,5 | 23,4 – 26,2 | 451,0 | 945,0 | 3350 | 14 |
31091 | 24 G 2,5 | 28,2 – 31,1 | 615,0 | 1330,0 | 3800 | 14 |
31092 | 30 G 2,5 | 31,1 – 34,4 | 770,0 | 1615,0 | 4250 | 14 |
31093 | 36 G 2,5 | 31,3 – 34,7 | 866,0 | 1710,0 | 4680 | 14 |
31094 | 44 G 2,5 | 36,2 – 40,2 | 1057,0 | 2240,0 | 5250 | 14 |
31095 | 48 G 2,5 | 37,2 – 41,0 | 1153,0 | 2410,0 | 5550 | 14 |
31096 | 56 G 2,5 | 41,6 – 46,0 | 1344,0 | 2930,0 | 6150 | 14 |