• Fg7r / Fg7or- Flexible or Rigid Low Voltage Control Cable Without Fire Propagation and Low Emission of Corrosive Gas Signal Control Instrumentation Cable
  • Fg7r / Fg7or- Flexible or Rigid Low Voltage Control Cable Without Fire Propagation and Low Emission of Corrosive Gas Signal Control Instrumentation Cable
  • Fg7r / Fg7or- Flexible or Rigid Low Voltage Control Cable Without Fire Propagation and Low Emission of Corrosive Gas Signal Control Instrumentation Cable
  • Fg7r / Fg7or- Flexible or Rigid Low Voltage Control Cable Without Fire Propagation and Low Emission of Corrosive Gas Signal Control Instrumentation Cable
  • Fg7r / Fg7or- Flexible or Rigid Low Voltage Control Cable Without Fire Propagation and Low Emission of Corrosive Gas Signal Control Instrumentation Cable
  • Fg7r / Fg7or- Flexible or Rigid Low Voltage Control Cable Without Fire Propagation and Low Emission of Corrosive Gas Signal Control Instrumentation Cable

Fg7r / Fg7or- Flexible or Rigid Low Voltage Control Cable Without Fire Propagation and Low Emission of Corrosive Gas Signal Control Instrumentation Cable

Type: Insulated
Conductor Type: Stranded
Application: Overhead, Underground
Conductor Material: Copper
Sheath Material: PVC
Insulation Material: Hepr
Samples:
US$ 1/Meter 1 Meter(Min.Order)
| Request Sample
Customization:
Diamond Member Since 2019

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Manufacturer/Factory & Trading Company

Basic Info.

Model NO.
FG7R / FG7OR
Material Shape
Round Wire
Range of Application
Flame Retardant
Certification
ISO9001, CE, CCC, RoHS, VDE
Brand
Fengda
Color
Black Red Yellow, According to Voltage Level
Whether It Is Environmentally Friendly
Yes
Whether Quality Inspection
Provide Inspection Certificate
Standard
Customized According to Specified National Standar
OEM/ODM
Accepted
Core
Single Core and Multicore
Transport Package
Standard Export Packaging
Specification
International General Specifications
Trademark
Fengda
Origin
Tianjin, China(Mainland)
HS Code
8544492100
Production Capacity
100000/Day

Product Description

Introduction
1 Can be customized according to requirements.
2 Independent brand recruitment agency.
3 High quality, ISO 9001, CCC, CE, RoHS certified.
4 ODM&OEM is available.
 
Application

Suitable for the supply and transport of commands and/or signals in industry, construction sites, in housing. For use outdoor and indoor. For installation in brickwork, metal structures, gangways, pipes, ducts or similar closed systems.Allowed for underground laying also unprotected.

 Functional characteristics 

  • Rated voltage Uo/U: 0,6/1 kV
  • Max. operating temperature: 90°C
  • Min. operating temperature: -15°C (without mechanical shocks)
  • Max. short circuit temperature: 250°C

  Description 

  • Conductor: class 5, flexible, plain copper wire
  • Insulation: rubber compound, G7 quality
  • Filler: thermoplastic, penetrating between the cores (only in multi-core cables)
  • Sheath: PVC, Rz quality
  • Colour: grey

Installation conditions 

  • Minimum installation temperature: 0°C
  • Recommended minimum bending radius: 4 times the cable diameter
  • Recommended maximum tensile stress: 50 N/mm² of the cross-section of the copper

Type of the cables

Single-core
 
 
Formation
 
Approx. conductor Ø
 
Average insulation thickness
 
Average sheath thickness
 
Max. external Ø
Max. electrical resistance at 20°C  
Approx. cable weight
     
 
Current rating A
   
               
in air a 30°C
 
in pipe in air
at 30°C
 
buried at 20°C
buried pipe at 20°C
n° x mm2 mm mm mm mm /km kg/km    
                K = 1 K = 1,5 K = 1 K = 1,5
1 x 1,5 1,5 0,7 1,4 6,7 13,3 43 24 20 26 24 23 21
1 x 2,5 2,0 0,7 1,4 7,2 7,98 54 33 28 34 31 29 27
1 x 4 2,5 0,7 1,4 7,8 4,95 68 45 37 43 40 38 35
1 x 6 3,0 0,7 1,4 8,4 3,30 91 58 48 55 51 48 44
1 x 10 4,0 0,7 1,4 9,4 1,91 140 80 66 73 68 64 59
1 x 16 5,0 0,7 1,4 10,4 1,21 190 107 88 96 89 83 77
1 x 25 6,2 0,9 1,4 12,2 0,780 280 141 117 124 115 108 100
1 x 35 7,4 0,9 1,4 13,6 0,554 370 176 144 150 139 131 121
1 x 50 8,9 1,0 1,4 15,4 0,386 510 216 175 186 173 162 150
1 x 70 10,5 1,1 1,4 17,3 0,272 700 279 222 229 212 199 184
1 x 95 12,2 1,1 1,5 19,4 0,206 905 342 269 270 250 234 217
1 x 120 13,8 1,2 1,5 21,4 0,161 1140 400 312 312 289 271 251
1 x 150 15,4 1,4 1,6 23,8 0,129 1420 464 355 356 330 310 287
1 x 185 16,9 1,6 1,6 26,0 0,106 1725 533 417 401 371 349 323
1 x 240 19,5 1,7 1,7 29,2 0,0801 2360 634 490 471 436 409 379
1 x 300 23,0 1,8 1,8 32,0 0,0641 2820 736 - 533 493 463 429
1 x 400 26,5 2,0 1,9 36,5 0,0486 3700 868 - 621 575 540 500
1 x 500 (*) 28,5 2,2 2,1 37,1 0,0384 4605 998 - 705 650 610 560
1 x 630 (*) 33,0 2,4 2,3 42,2 0,0287 6125 1151 - 823 762 716 663
(*) = This formation is without IMQ certificate Permissible current rating values are according to:
  • three-phase circuit
  • laying depth of 0,8 m for buried cables
    N.B. K=1: resistivity of the ground equal to 1,0 K·m/W K=1,5: resistivity of the ground equal to 1,5 K·m/W  
Two-core
 
 
Formation
 
Approx. conductor Ø
 
Average insulation thickness
 
Average sheath thickness
 
Max. external Ø
Max. electrical resistance at 20°C  
Approx. cable weight
     
 
Current rating A
   
               
in air at 30°C
 
in pipe in air
at 30°C
 
buried at 20°C
buried pipe at 20°C
n° x mm2 mm mm mm mm /km kg/km    
              K = 1 K = 1,5 K = 1 K = 1,5
2 x 1,5 1,5 0,7 1,8 12,0 13,3 120 26 22 28 26 25 23
2 x 2,5 2,0 0,7 1,8 13,0 7,98 150 36 30 37 35 32 30
2 x 4 2,5 0,7 1,8 14,2 4,95 195 49 40 48 45 41 39
2 x 6 3,0 0,7 1,8 15,4 3,30 250 63 51 60 56 52 49
2 x 10 4,0 0,7 1,8 17,3 1,91 365 86 69 80 76 70 66
2 x 16 5,0 0,7 1,8 19,4 1,21 510 115 91 105 99 91 86
2 x 25 6,2 0,9 1,8 23,0 0,780 760 149 119 135 128 118 111
2 x 35 7,4 0,9 1,8 25,7 0,554 1010 185 140 166 156 144 136
2 x 50 8,9 1,0 1,8 29,3 0,386 1390 225 175 205 193 178 168
Permissible current rating values are according to:
  • two-phase circuit for two-core cables
  • laying depth of 0,8 m for buried cables
     
N.B. K=1: resistivity of the ground equal to 1,0 K·m/W K=1,5: resistivity of the ground equal to 1,5 K·m/W
 
Three-core
 
 
Formation
 
Approx. conductor Ø
 
Average insulation thickness
 
Average sheath thickness
 
Max. external Ø
Max. electrical resistance at 20°C  
Approx. cable weight
     
 
Current rating A
   
               
in air at 30°C
 
in pipe in air
at 30°C
 
buried at 20°C
buried pipe at 20°C
n° x mm2 mm mm mm mm /km kg/km    
              K = 1 K = 1,5 K = 1 K = 1,5
3 x 1,5 1,5 0,7 1,8 12,5 13,3 135 23 19 23 22 20 19
3 x 2,5 2,0 0,7 1,8 13,6 7,98 170 32 26 30 29 27 25
3 x 4 2,5 0,7 1,8 14,9 4,95 230 42 35 39 37 34 32
3 x 6 3,0 0,7 1,8 16,2 3,30 300 54 44 50 47 43 41
3 x 10 4,0 0,7 1,8 18,2 1,91 445 75 60 67 63 58 55
3 x 16 5,0 0,7 1,8 20,6 1,21 640 100 80 88 83 76 72
3 x 25 6,2 0,9 1,8 24,5 0,780 950 127 105 113 107 99 93
3 x 35 7,4 0,9 1,8 27,3 0,554 1280 158 128 139 131 121 114
3 x 50 8,9 1,0 1,8 31,2 0,386 1780 192 154 172 162 149 141
3 x 70 10,5 1,1 1,9 35,6 0,272 2474 246 194 212 200 184 174
3 x 95 12,2 1,1 2,0 40,0 0,206 3160 298 233 251 237 218 206
3 x 120 13,8 1,2 2,1 44,4 0,161 4020 346 268 290 274 252 238
3 x 150 15,4 1,4 2,3 49,5 0,129 5240 399 300 332 313 288 272
3 x 185 16,9 1,6 2,4 55,2 0,106 6365 456 340 373 352 324 306
3 x 240 19,5 1,7 2,6 61,9 0,0801 8270 538 398 439 414 382 360
3 x 300 22,0 1,8 2,8 68,0 0,0641 10210 621 - - - - -
Permissible current rating values are according to:
  • three-phase circuit for three-core cables
  • laying depth of 0,8 m for buried cables
     
N.B. K=1: resistivity of the ground equal to 1,0 K·m/W K=1,5: resistivity of the ground equal to 1,5 K·m/W
 
Four-core
 
 
Formation
 
Approx. conductor Ø
 
Average insulation thickness
 
Average sheath thickness
Max. exter- nal
Ø
Max. electrical resistance at 20°C  
Approx. cable weight
     
 
Current rating A
   
               
in air at 30°C
 
in pipe in air
at 30°C
 
buried at 20°C
buried pipe at 20°C
n° x mm2 mm mm mm mm /km kg/km    
              K = 1 K = 1,5 K = 1 K = 1,5
4 x 1,5 1,5 0,7 1,8 13,4 13,3 155 23 19 23 22 20 19
4 x 2,5 2,0 0,7 1,8 14,6 7,98 205 32 26 30 29 27 25
4 x 4 2,5 0,7 1,8 16,0 4,95 275 42 35 39 37 34 32
4 x 6 3,0 0,7 1,8 17,5 3,30 365 54 44 50 47 43 41
4 x 10 4,0 0,7 1,8 19,8 1,91 550 75 60 67 63 58 55
4 x 16 5,0 0,7 1,8 22,4 1,21 790 100 80 88 83 76 72
4 x 25 6,2 0,9 1,8 26,8 0,780 1200 127 105 113 107 99 93
3x35+25 7,4/6,2 0,9/0,9 1,8 29,2 0,554/0,780 1520 158 128 139 131 121 114
3x50+25 8,9/6,2 1,0/0,9 1,8 32,4 0,386/0,780 2015 192 154 172 162 149 141
3x70+35 10,5/7,4 1,1/0,9 1,9 37,0 0,272/0,554 2800 246 194 212 200 184 174
3x95+50 12,2/8,9 1,1/1,0 2,1 42,0 0,206/0,386 3635 298 233 251 237 218 206
3x120+70 13,8/10,5 1,2/1,1 2,2 46,9 0,161/0,272 4695 346 268 290 274 252 238
3x150+95 15,4/12,2 1,4/1,1 2,4 52,5 0,129/0,206 6060 399 300 332 313 288 272
3x185+95 16,9/12,2 1,6/1,1 2,5 57,3 0,106/0,206 7150 456 340 373 352 324 306
3x240+150 19,5/15,4 1,7/1,4 2,7 65,5 0,0801/0,129 9310 538 398 439 414 382 360
3x300+150 22,0/15,4 1,8/1,4 2,9 70,8 0,0641/0,129 11420 621 455 - - - -
Permissible current rating values are according to:
  • three-phase circuit
  • laying depth of 0,8 m for buried cables
     
N.B. K=1: resistivity of the ground equal to 1,0 K·m/W K=1,5: resistivity of the ground equal to 1,5 K·m/W
 
Five-core
 
 
Formation
 
Approx. conductor Ø
 
Average insulation thickness
 
Average sheath thickness
 
Max. external Ø
Max. electrical resistance at 20°C  
Approx. cable weight
     
 
Current rating A
   
               
in air at 30°C
 
in pipe in air
at 30°C
 
buried at 20°C
buried pipe at 20°C
n° x mm2 mm mm mm mm /km kg/km    
              K = 1 K = 1,5 K = 1 K = 1,5
5G1,5 1,5 0,7 1,8 14,4 13,3 180 23 19 23 22 20 19
5G2,5 2,0 0,7 1,8 15,6 7,98 235 32 26 30 29 27 25
5G4 2,5 0,7 1,8 17,3 4,95 320 42 35 39 37 34 32
5G6 3,0 0,7 1,8 18,9 3,30 430 54 44 50 47 43 41
5G10 4,0 0,7 1,8 21,5 1,91 650 75 60 67 63 58 55
5G16 5,0 0,7 1,8 24,4 1,21 965 100 80 88 86 76 72
5G25 6,2 0,9 1,8 29,3 0,780 1460 127 105 113 107 99 93
5G35 7,4 0,9 1,8 32,8 0,554 1980 158 128 139 131 121 114
5G50 8,9 1,0 2,0 38,2 0,386 2930 192 154 172 162 149 141
Permissible current rating values are according to:
  • three-phase circuit
  • laying depth of 0,8 m for buried cables
     
N.B. K=1: resistivity of the ground equal to 1,0 K·m/W K=1,5: resistivity of the ground equal to 1,5 K·m/W
 
Multi-core / signalling and control
 
Formation (*)
 
Approx. conductor Ø
 
Average insulation thickness
 
Average sheath thickness
 
Max. external Ø
Max. electrical resistance at 20°C  
Approx. cable weight
   
 
Current rating A
 
 
n° x mm2
 
 
mm
 
 
mm
 
 
mm
 
 
mm
 
 
/km
 
 
kg/km
 
in air at 30°C
 
in pipe in air
at 30°C
buried pipe at 20°C
                K = 1 K = 1,5
7G1,5 1,5 0,7 1,8 15,4 13,3 220 13 11,5 18,5 16
10G1,5 1,5 0,7 1,8 18,7 13,4 300 13 11,5 18,5 16
12G1,5 1,5 0,7 1,8 19,3 13,4 330 11 9,5 14,5 12,5
16G1,5 1,5 0,7 1,8 21,1 13,4 420 11 9,5 14,5 12,5
19G1,5 1,5 0,7 1,8 22,1 13,4 470 9 8 13 11,5
24G1,5 1,5 0,7 1,8 25,4 13,5 575 9 8 13 11,5
7G2,5 2,0 0,7 1,8 16,8 7,98 305 17,5 15,5 24 21
10G2,5 2,0 0,7 1,8 20,6 8,06 415 17,5 15,5 24 21
12G2,5 2,0 0,7 1,8 21,3 8,06 470 13,5 12 20 17,5
16G2,5 2,0 0,7 1,8 23,3 8,06 605 13,5 12 20 17,5
19G2,5 2,0 0,7 1,8 24,5 8,06 680 12 10,5 16 14
24G2,5 2,0 0,7 1,8 28,3 8,10 835 12 10,5 16 14
(*) also available without the green/yellow
N.B. Permissible current rating values are according to:
  • all conductors are charged (except for the green/yellow).
  • laying depth of 0,8 m for buried cables
   
N.B. K=1: resistivity of the ground equal to 1,0 K·m/W K=1,5: resistivity of the ground equal to 1,5 K·m/W
 
Fg7r / Fg7or- Flexible or Rigid Low Voltage Control Cable Without Fire Propagation and Low Emission of Corrosive Gas Signal Control Instrumentation Cable
Fg7r / Fg7or- Flexible or Rigid Low Voltage Control Cable Without Fire Propagation and Low Emission of Corrosive Gas Signal Control Instrumentation Cable
Fg7r / Fg7or- Flexible or Rigid Low Voltage Control Cable Without Fire Propagation and Low Emission of Corrosive Gas Signal Control Instrumentation Cable
Fg7r / Fg7or- Flexible or Rigid Low Voltage Control Cable Without Fire Propagation and Low Emission of Corrosive Gas Signal Control Instrumentation Cable
Fg7r / Fg7or- Flexible or Rigid Low Voltage Control Cable Without Fire Propagation and Low Emission of Corrosive Gas Signal Control Instrumentation Cable
Fg7r / Fg7or- Flexible or Rigid Low Voltage Control Cable Without Fire Propagation and Low Emission of Corrosive Gas Signal Control Instrumentation CableFg7r / Fg7or- Flexible or Rigid Low Voltage Control Cable Without Fire Propagation and Low Emission of Corrosive Gas Signal Control Instrumentation Cable

 

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