ELECTRIC CABLE 9.1.1 CABLE APPLICATION All cables throughout the vessel shall be approved by the Classification Society except for special purposes require the use of particular type cables such as coaxial cables, compensating cables, cables supplied together with equipment, network cables etc. which shall comply with recognized industry standard. In general, cables shall be of flame retardant, halogen-free and complied with IEC 332-3/A. In addition, fire resistant cables (IEC 60331-1) shall be used according to the requirement of Rules. Cables shall be of ethylene propylene rubber (EPR) or cross-linked polyethylene (XLPE) insulation, with metal wire braiding armour (steel or copper wire braided), polychloroprene (PCP) / polyolefin (PO) sheath low-smoke halogen-free marine cables, or equivalent marine cables. Special cables such as coaxial cables, compensating cables, etc. shall be used where necessary. Cables with metal shield shall be used for the communication devices and other electronic circuits where anti- interference requirement exist. For portable appliances, flexible cable or cord shall be used. Power cables to be avoided to lay with control cables in the same cable tray as far as possible, 50mm to be reserved between different cables.9.1.2 CABLE INSTALLATION All cables shall be installed according to Builder's practice and in compliance with the requirement of the Classification Society. In general, cables running in groups shall be fixed on hot-dipping type steel hangers or trays. The cables shall be secured with steel hoops or nylon binding tapes, except for that cables shall be secured with stainless steel hoops on part exposed to the weather. Where the cables are exposed to mechanical damage, they shall be protected with steel pipe or cover. Where cables passing through watertight decks or bulkheads, watertight cable glands or deck tube or other appropriate methods shall be employed. Where cables passing through non-water-tight decks and bulkheads or beams etc., shall be chosen on such position where the hull strength not shall be damaged. Suitable bushing orcoaming with round edge shall be used for their protection. The cables passing between engine room and fore part of the vessel shall be laid in cargo hold or other suitable spaces. Penetration of fire protection bulkheads or decks of steel structures shall be protected by steel pipes, cable glands or coaming stuffed with fire resistant compound according to the fire protection class and number of cables. The cables installed under the engine room lower floor shall be protected with flexible conduit or steel pipe. In rooms and inner passages, where lining walls over steel walls and ceiling over overheads are provided, cables shall be concealed behind the lining walls and over the ceiling, and where only lining walls no steel walls, cables shall be concealed between the lining walls as far as practicable.
ELECTRIC CABLE 9.1.1 CABLE APPLICATION All cables throughout the vessel shall be approved by the Classification Society except for special purposes require the use of particular type cables such as coaxial cables, compensating cables, cables supplied together with equipment, network cables etc. which shall comply with recognized industry standard. In general, cables shall be of flame retardant, halogen-free and complied with IEC 332-3/A. In addition, fire resistant cables (IEC 60331-1) shall be used according to the requirement of Rules. Cables shall be of ethylene propylene rubber (EPR) or cross-linked polyethylene (XLPE) insulation, with metal wire braiding armour (steel or copper wire braided), polychloroprene (PCP) / polyolefin (PO) sheath low-smoke halogen-free marine cables, or equivalent marine cables. Special cables such as coaxial cables, compensating cables, etc. shall be used where necessary. Cables with metal shield shall be used for the communication devices and other electronic circuits where anti- interference requirement exist. For portable appliances, flexible cable or cord shall be used. Power cables to be avoided to lay with control cables in the same cable tray as far as possible, 50mm to be reserved between different cables.9.1.2 CABLE INSTALLATION All cables shall be installed according to Builder's practice and in compliance with the requirement of the Classification Society. In general, cables running in groups shall be fixed on hot-dipping type steel hangers or trays. The cables shall be secured with steel hoops or nylon binding tapes, except for that cables shall be secured with stainless steel hoops on part exposed to the weather. Where the cables are exposed to mechanical damage, they shall be protected with steel pipe or cover. Where cables passing through watertight decks or bulkheads, watertight cable glands or deck tube or other appropriate methods shall be employed. Where cables passing through non-water-tight decks and bulkheads or beams etc., shall be chosen on such position where the hull strength not shall be damaged. Suitable bushing orcoaming with round edge shall be used for their protection. The cables passing between engine room and fore part of the vessel shall be laid in cargo hold or other suitable spaces. Penetration of fire protection bulkheads or decks of steel structures shall be protected by steel pipes, cable glands or coaming stuffed with fire resistant compound according to the fire protection class and number of cables. The cables installed under the engine room lower floor shall be protected with flexible conduit or steel pipe. In rooms and inner passages, where lining walls over steel walls and ceiling over overheads are provided, cables shall be concealed behind the lining walls and over the ceiling, and where only lining walls no steel walls, cables shall be concealed between the lining walls as far as practicable.<br>
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