Fdef-40 Opper Core Ethylene Propylene Rubber Insulated Chloroprene Rubber Sheath Twisted Flexible Wind Power Cable

• Type: Insulated
• Conductor Type: Stranded
• Application: Wind Turbine Generator System
• Conductor Material: Copper
• Sheath Material: Rubber
• Insulation Material: Silicone Rubber
• Model NO.: FDEF-40
• Material Shape: Round Wire
• Range of Application: Wind Turbine Generator System
• Certification: ISO9001, CE, UL, CCC, RoHS, VDE
• Brand: Feiya
• OEM: Yes
• Designation: 450/750V
• Transport Package: Wooden Box Packing or Pallet Shipping Containers
• Specification: copper
• Trademark: Feiya
• Origin: China
• HS Code: 854449210
• Production Capacity: 80000 Meter/Meters Per Month

Product Description

Wind power cable Fdgg 40 0.6/1kv Silicon Rubber Insulated Silicon Rubber Sheath Cold/Twisted Resistant Cable for Wind Power Cable
 

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

This product is suitable for wind turbine generator system middle turbine and the installation of fixed tower or similar systems with twist resistant environment, can adapt to different weather conditions and special occasions, and has the characteristics of use in the cold, high temperature and high humidity in special environment.

Special cable for wind power generator in addition to meet the performance of ordinary cable, also must meet the basic requirements of small bending radius, frequent torsion, the wind power generator cable used in climate condition is bad, commonly used in China's northern region, the climate was cold, and the larger temperature difference between day and night, so the cable must also meet the environment the temperature of -45ºC to 50ºC, running temperature conditions for -40ºC and 50ºC.

Type and Designation

Model	Ratd voltage	Designation
FDEF-25	450/750V	Copper core ethylene propylene rubber insulated neoprene sheathed twisted resistant flexible cable for wind power generation
FDEF-40		Copper core ethylene propylene rubber insulated chloroprene rubber sheath cold resistant twisted resistant flexible cable for wind power generation
FDES-25	450/750V 0.6/1kV	Copper core ethylene propylene rubber insulated thermoplastic elastomer sheathed twisted resistant flexible cable for wind power generation
FDES-40		Copper core ethylene propylene rubber insulated thermoplastic elastomer sheath cold resistant twisted resistant flexible cable for wind power generation
FDES-55		Copper core ethylene propylene rubber insulated thermoplastic elastomer sheathed Severe cold resistant twisted resistant flexible cable for wind power generation
FDGG-40	0.6/1kV	Copper core silicon rubber insulated silicon rubber sheath cold resistant twisted resistant flexible cable for wind power generation
FDGG-55		Copper core silicon rubber insulated silicon rubber sheath severe cold resistant twisted resistant flexible cable for wind power generation
FDEG-40	0.6/1kV	Copper core ethylene propylene rubber insulated silicon rubber sheath cold resistant twisted resistant flexible cable for wind power generation
FDEG-55		Copper core ethylene propylene rubber insulated silicon rubber sheath severe cold resistant twisted resistant flexible cable for wind power generation

 Spec. and size

Type	Core No.	Nominal section (mm²)
FDEF-25 FDEF-40 FDES-25 FDES-40 FDES-55 FDGG-40 FDGG-55 FDEG-40 FDEG-55 FDEH-25 FDEH-40 FDEH-55	1	1.5 ~ 400
	2	1.0 ~ 35
	3	1.0 ~ 300
	4	1.0 ~ 300
	5	1.0 ~ 300
	3+1	4 ~ 300
	6~36	1.5 ~ 4

Technical performance

1.The conductor shall comply with the requirements of fifth kinds of soft round stranded conductors specified in GB/T 3956-2008
2.The highest operating temperature of Conductor: ethylene propylene rubber insulation 70ºC, 90ºC; silicone rubber insulation 90ºC.
3.The finished cable shall be to withstand the normal temperature torsion test and the low temperature torsion test specified in Appendix B of GB/T 29631-2013.
4.The finished cable shall be able to withstand weight test as specified in Appendix C of GB/T 29631-2013.
5.The finished cable shall be able to withstand the low temperature bending test specified in Appendix D of GB/T 29631-2013.