JIS C 3410 Shipboard Electrical Cable

• Type: Insulated
• Conductor Type: Stranded
• Application: Overhead, Heating, Underground
• Conductor Material: Tinned Annealed Stranded Copper
• Sheath Material: Fa-Dpyc/Tpyc/Spyc
• Material Shape: Round Wire
• Range of Application: Flame Retardant
• Certification: ISO9001, CE, CCC, RoHS, VDE
• Brand: Feiya
• Model No.: Naval Cable
• Conductor Standard: IEC 60228
• Armor: Galvanized Steel Wire Braid
• Cabling: Insulated Conductors Shall Be Cabled
• OEM&ODM: Yes
• Sheath: Lsoh
• Rated Voltage: 100-700V
• Certificates: ISO14001 9001, CCC, Ce, UL
• Diameter: 0.2-100mm
• Color: Red Green Yellow Black Blue
• Length: 100m Per Reel or Customized
• Fire Resistant: Mica Tape on Request
• Filler: Polypropylene/Rope/Tape(PP)/Paper
• Usage: Marine, Naval or Offshore Onshore, Shipboard
• Voltage Rated: 0.6/1kv 1.8/3kv 3.6/6kv 6/10kv 8.7/15kv
• Transport Package: Wooden Box Packing or Pallet Shipping Containers
• Specification: Conductor nominal section mm2:0.75;1.0;1.5;2.5;4;6
• Trademark: Fengda
• Origin: Tianjin, China
• HS Code: 8544421900

Product Description

XLPE insulation low smoke halogen free shipboard symmetric telecommunication cable


 

Construction:

Conductor		Tinned annealed stranded circular copper,class 2 IEC60228
Insulation	R	EP-rubber, IEC 60092-360 (EPR)
Lay up / Shielding		Cores are laid up together. Cores are identified by Brown, Black or Grey threads under and over the metallic screen on each conductor
Inner covering	F	Flame retardant and halogen-free thermoset compound
Tape over inner covering		PET tape
Armour/screen	O	Tinned annealed copper wire braid
Tape over armour/screen		PET tape
Outer sheath	U	Flame retardant, halogen-free and mud resistant thermoset compound, SHF2(IEC 60092-360)

1.Executive Standard
Q/XYT 17.3-2009 (Chinese standard) Shipboard power, control and instrument loop cables.
Part 4: Shipboard control cables for rated voltage 0.15/0.25kV
IEC60092-376 shipboard control cables.
 
 
2.Application Characteristics
(1)   The allowed long-duration maximum working temperature of cable conductor is 90°C.
(2)   The laying temperature of cable shall not be less than 0°C.
(3)   The recommended allowed bending radius shall be:
For Metal braided armoured cable: 6 times value of the outer diameter.
For non-armoured cable with outer diameter exceeding25mm: 6 times value of the outer diameter.
For non-armoured cable with outer diameter below 25 mm: 4 times of the outer diameter
 
 
 3.Lifting and Storage of Cable
(1)   During conveying, the cable and cable drum shall not be damaged and do not push the cable drum directly from the truck. The cable drum shall not be conveyed or stored flat.
(2)   Please don't throw the cable drum or cable ring with cable winded from high space. During conveying, the cable drum must be put stable and fixed using suitable method to prevent from mutual collision or falling over.
(3)   Before conveying or rolling the cable drum, it must be fixed and cable whereon must be winded tightly. When rolling, follow the arrowhead on the cable drum or cable winding direction.
(4)   During storage the cable drum, package and label shall be complete, and the end capping shall be tight. Once any defect is found, immediately dispose of it. In the area where the cable is stored, no water log is allowed.
 
4. Installation and laying of cables
   (1) When laying, tension should be uniform to avoid twist of the cable. If the cable is twisted, insulation core may be cracked and twisted which consequently causes accident.
   (2) When preparing the cable head, strictly follow state codes regarding power construction to use specialized tools.
   (3) When installing, once any mechanical damage of the cable is found, please do conduct relevant checks for the cable to see whether the cable insulation is damaged subject to conditions.
   (4) Before the laying, checks shall be conducted according to following requirements:
     a) Model: specification and voltage of the cable shall be consistent with the design.
     b) The cable exterior shall have no damage and have good insulation, and the cable shall be tested and proven qualified.
      c) Length of each cable shall be calculated according to design and actual route, reasonably arrange each tray of cable to reduce cable joints.
     d) Cable installation in charged area, should have security arrangements.
Model,description and application
 

Model	Combustion characteristic	Description
CKEPJ	SC	Copper core EPR insulator no halogen low smoke flame retardant shipboard control cable with thermosetting sheath
CKEPJ86	SC	Copper core EPR insulator copper wire braided and armoured no halogen low smoke flame retardant shipboard control cable with thermoplastic sheath
CKEPJ96	SC	Copper core EPR insulator steel wire braided and armoured no halogen low smoke flame retardant shipboard control cable with thermoplastic sheath
CKJPJ	SC/NSC	Copper core XLPE insulator no halogen low smoke flame retardant shipboard control cable with thermosetting sheath
CKJPJ85	SC/NSC	Copper core XLPE insulator copper wire braided and armoured no halogen low smoke flame retardant shipboard control cable with thermosetting sheath
CKJPJ95	SC/NSC	Copper core XLPE insulator steel wire braided and armoured no halogen low smoke flame retardant shipboard control cable with thermosetting sheath
CKJPF	SC/NSC	Copper core XLPE insulator no halogen low smoke flame retardant shipboard control cable with thermoplastic sheath
CKJPF86	SC/NSC	Copper core XLPE insulator copper wire braided and armoured no halogen low smoke flame retardant shipboard control cable with thermoplastic sheath
CKJPF96	SC/NSC	Copper core XLPE insulator steel wire braided and armoured no halogen low smoke flame retardant shipboard control cable with thermoplastic sheath