Executive Standard
This product is made according to the standard entitled GB9331 (IEC-365).
Usage
It is suitable for the power, lighting and general control devices of various ships and other over-water buildings like offshore oil platforms and its rated voltage is 0.6/KV.
Model and Name
| Model | Name |
| CJV 92 / DA | XLPE Insulated, PVC sheathed steel wire braided armored PVC outer sheath marine power cable DA type , SA model , SB -type |
| CJS / SC | XLPE insulation, the flame retardant polyolefin sheathed shipboard power cable SC -type |
| CJS80/SC | XLPE insulation, the flame retardant jacket bare copper wire braid armored marine power cable SC -type |
| CJS90/SC | XLPE insulation, the flame retardant polyolefin sheath bare wire braided armored marine power cable SC -type |
| CJ8S/SC | XLPE insulation, the flame retardant jacket bare copper wire braid armored flame retardant sheathed shipboard power cable SC -type |
| CJ9S/SC | XLPE insulation, the bare wire braided sheath flame retardant halogen-free flame-retardant polyolefin sheathed armored marine power cable SC -type |
| Item | Code | Description |
| series | CE | EPR insulated shipboard control power cables |
| CJ | XLPE insulated shipboard power cable | |
| CV | PVC insulated shipboard power cable | |
| CS | Silicone rubber insulated shipboard power cable | |
| CX | Natural a rubber insulated shipboard power cable | |
| inner sleeve | V | PVC |
| F | Neoprene | |
| H | CSM | |
| ( Omitted ) | Without armor | |
| armored | 8 | Copper braid |
| 9 | Steel braided | |
| 2 | Double steel | |
| 3 | Round wire |
| Structural features of cable | Outside diameter of cable B | The minimum Internal bending radius |
| Metal braided armored | Any value | 6D |
| Non- armored type | D ≤ 25 | 4D |
| D> 25 | 6D |
③ The lowest temperature for laying cable
It is -15℃ for the PVC sheath while -20℃ for others.
Combustion characteristics
④Combustion Characteristics of the Cable
Single-vertical flame-retardant (/ DA) cables can withstand the single-vertical burning test specified by GB12666.2 (IEC332-1).
Bunched flame-retardant (/ SA) cables can withstand the bunched burning test specified by GB12666.5 (IEC332-3).
LSF bunched flame-retardant (/ SB) cables can withstand the bunched burning test prescribed by GB12666.5 (IEC332-3), and the concentration of smoke when burned is in line with the corresponding regulations of GB12666.7 (IEC1034) while the HCL content of the combustion gases precipitated should be no more than 100mg / g which is in line with the standard entitled IEC754-1.
LSF bunched flame-retardant (/ SC) cables can withstand the bunched burning test prescribed by GB12666.5 (IEC332-3), and the concentration of smoke when burned is in line with the corresponding regulations of GB12666.7 (IEC1034). Besides, the PH value of the combustion gases precipitated is supposed to be no less than 4.3, while the conductivity ≤10μS/mm is in compliance with the required index of IEC754- 2.
⑤ Assumed Flow of Cable: four cables are to be laid in the ambient temperature at 45 ℃, and the conductor’s temperature should be controlled within the calculated values of the allowable working temperature continuously.
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