Type: FDYGR, FDYGGR, FDKGGRP, FDGG, FDEG
Rated Voltage: 0.6/1kV, 1.8/3kV
  • information
APPLICATION:
These cables are used to transmit the power energy, control signal in wind turbine. Suitable for high temperature occasions.
STANDARD:
GB/T 29631-2013, IEC60502-1 , IEC60245 Shangshang specifications, or other standards on request.
CONSTRUCTION:

Type FDYGR (equivalent to type SiF)

  • Conductor: bare or tinned flexible copper wires, as per IEC60228 class 5.
  • Insulation: Silicone Rubber (SR)

Type FDYGGR, FDGG (equivalent to type SiHF)

  • Conductor: bare or tinned flexible copper wires, as per IEC60228 class 5.
  • Insulation: Silicone Rubber (SR)
  • Sheath: Silicone Rubber (SR)

Type FDKGGRP (equivalent to type MCBE-ECS)

  • Conductor: bare or tinned flexible copper wires, as per IEC60228 class 5.
  • Insulation: Silicone Rubber (SR)
  • Screen: Tinned copper wire braided (TCWB)
  • Sheath: Silicone Rubber (SR)

Type FDEG

  • Conductor: bare or tinned flexible copper wires, as per IEC60228 class 5.
  • Insulation: EPR
  • Sheath: Silicone Rubber (SR)

RANGE OF SIZE:

Type

Number of Cores

Nominal cross-sectional area

FDYGR

1-Core

0.5mm2~240mm2


FDYGGR
FDGG


1-Core

0.5mm2~300mm2

2-Core

0.5mm2~185mm2

3-Core

0.5mm2~150mm2

4-Core

0.5mm2~120mm2

5-Core

0.5mm2~95mm2


6-Core ~ 37-Core

0.5mm2~4mm2

FDKGGRP

2-Core ~ 37-Core

0.5mm2~4mm2

SPECIAL FEATURES :
  • Maximum permissible tensile load of conductor: 15N/mm2.
  • Oil resistant
  • Ozone resistant
  • UV resistant
  • Resistance to damp and heat
  • Salt mist resistant
  • Flame-retardant (IEC60332-1)
USAGE CHARACTERISTICS:

Max. conductor temp. in service
180℃

Max. short circuit temp. (5s)
250℃

Min. operating ambient temperature
-40℃

Min. bending radius
6 (×D)

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