CN204480742U

CN204480742U - A kind of high temperature resistant compensating cable

Info

Publication number: CN204480742U
Application number: CN201520177145.9U
Authority: CN
Inventors: 陆润
Original assignee: Anhui Rui Haolan Industry Co Ltd
Current assignee: Anhui Rui Haolan Industry Co Ltd
Priority date: 2015-03-27
Filing date: 2015-03-27
Publication date: 2015-07-15
Anticipated expiration: 2025-03-27

Abstract

The utility model discloses a kind of high temperature resistant compensating cable, it is made up of conductor cable core, drainage core and four layers of external protection.Four layers of external protection are followed successively by zinc-plated nickel from inside to outside and mould copper strips superpacket belt, tin-coated copper strip armouring pe sheath layer, neoprene pe sheath layer and chlorosulfonated polyethylene sheath layer; conductor cable core is silver-plated annealing nickel conductor cable core; arrange two groups; be extruded in zinc-plated nickel and mould copper strips superpacket belt inside, described silver-plated annealing nickel conductor cable core inside extrudes 12 groups of silver-plated annealing nickel conductor thread cores, two silver-plated annealing nickel wire drainage silks and two groups of zinc-plated annealing nickel metal hoses.This kind of cable has fire-resistant, low temperature, oil resistant and corrosion resistant feature, also has good ageing-resistant feature.

Description

A kind of high temperature resistant compensating cable

Technical field

The utility model belongs to field of cables, particularly relates to a kind of high temperature resistant compensating cable.

Background technology

Cable is a kind of conductive media, is widely used in petrochemical industry, the fields such as boats and ships.Cable is normally by the cable of several or the stranded similar rope of several groups of wires [often organizing at least two]; but the inner conductor of cable and external protection structure varied; according to different field need especially can be different; now; there is a kind of cable; transform, be suitable for temperature measuring device electric energy transmitting.

Utility model content

In order to increase the practicality of prior art, the purpose of this utility model is to provide a kind of fire-resistant, low temperature, oil resistant and corrosion resistant high temperature resistant compensating cable.

The utility model is taked following technical scheme to realize: a kind of high temperature resistant compensating cable, it is by conductor cable core, drainage core and four layers of external protection composition, four layers of external protection are followed successively by zinc-plated nickel from inside to outside and mould copper strips superpacket belt, tin-coated copper strip armouring pe sheath layer, neoprene pe sheath layer and chlorosulfonated polyethylene sheath layer, conductor cable core is silver-plated annealing nickel conductor cable core, arrange two groups, be extruded in zinc-plated nickel and mould copper strips superpacket belt inside, described drainage core arranges two groups, be extruded in zinc-plated nickel and mould copper strips superpacket belt inside, often organize drainage thread core inner and extrude two zinc-plated aluminum-alloy wire drainage silks, described silver-plated annealing nickel conductor cable core inside extrudes 12 groups of silver-plated annealing nickel conductor thread cores, two silver-plated annealing nickel wire drainage silks and two groups of zinc-plated annealing nickel metal hoses, outer wrapping one deck zinc-plated aluminium wire braiding armour of 12 groups of silver-plated annealing nickel conductor thread cores of silver-plated annealing nickel conductor cable core inside, one deck ethylene-propylene rubber ethene insulating barrier, one deck aluminium strip armouring second propylene restrictive coating and one deck low smoke and zero halogen pe sheath layer, two silver-plated annealing nickel wire drainage silks are evenly extruded between ethylene-propylene rubber ethene insulating barrier and aluminium strip armouring second propylene restrictive coating, two groups of zinc-plated annealing nickel metal hoses are evenly extruded in ethylene-propylene rubber ethene insulating barrier, between aluminium strip armouring second propylene restrictive coating and low smoke and zero halogen pe sheath layer.

Conductor outer wrapping in described silver-plated annealing nickel conductor thread core one deck ethylene-propylene rubber polyethylene layer.

The utility model has following beneficial effect in sum: this kind of cable has fire-resistant, low temperature, oil resistant and corrosion resistant feature, also has good ageing-resistant feature.

Accompanying drawing explanation

Fig. 1 is the utility model cross-sectional structure schematic diagram.

Embodiment

As shown in Figure 1, a kind of high temperature resistant compensating cable, it is by conductor cable core, drainage core and four layers of external protection composition, four layers of external protection are followed successively by zinc-plated nickel from inside to outside and mould copper strips superpacket belt 2, tin-coated copper strip armouring pe sheath layer 3, neoprene pe sheath layer 4 and chlorosulfonated polyethylene sheath layer 5, conductor cable core is silver-plated annealing nickel conductor cable core 1, arrange two groups, be extruded in zinc-plated nickel and mould copper strips superpacket belt 2 inside, described drainage core 6 arranges two groups, be extruded in zinc-plated nickel and mould copper strips superpacket belt 2 inside, often organize drainage core 6 inside and extrude two zinc-plated aluminum-alloy wire drainage silks, described silver-plated annealing nickel conductor cable core 1 inside extrudes 12 groups of silver-plated annealing nickel conductor thread cores 11, two silver-plated annealing nickel wire drainage silks 16 and two groups of zinc-plated annealing nickel metal hoses 17, outer wrapping one deck zinc-plated aluminium wire braiding armour 12 of 12 groups of silver-plated annealing nickel conductor thread cores 11 of silver-plated annealing nickel conductor cable core 1 inside, one deck ethylene-propylene rubber ethene insulating barrier 13, one deck aluminium strip armouring second propylene restrictive coating 14 and one deck low smoke and zero halogen pe sheath layer 15.

Embodiment: two silver-plated annealing nickel wire drainage silks 16 are evenly extruded between ethylene-propylene rubber ethene insulating barrier 13 and aluminium strip armouring second propylene restrictive coating 14, and two groups of zinc-plated annealing nickel metal hoses 17 are evenly extruded between ethylene-propylene rubber ethene insulating barrier 13, aluminium strip armouring second propylene restrictive coating 14 and low smoke and zero halogen pe sheath layer 15.

Further, the conductor outer wrapping in described silver-plated annealing nickel conductor thread core 11 one deck ethylene-propylene rubber polyethylene layer.

Outer wrapping one deck ethylene-propylene rubber ethene insulating barrier 13 of described zinc-plated aluminium wire braiding armour 12, outer wrapping one deck aluminium strip armouring second propylene restrictive coating 14 of described ethylene-propylene rubber ethene insulating barrier 13, outer wrapping one deck low smoke and zero halogen pe sheath layer 15 of described aluminium strip armouring second propylene restrictive coating 14.

The above is the utility model embodiment, therefore all equivalences done according to structure, feature and the principle described in the utility model application range change or modify, and are included in the utility model patent claim.

Claims

1. a high temperature resistant compensating cable, it is by conductor cable core, drainage core and four layers of external protection composition, it is characterized in that: four layers of external protection are followed successively by zinc-plated nickel from inside to outside and mould copper strips superpacket belt, tin-coated copper strip armouring pe sheath layer, neoprene pe sheath layer and chlorosulfonated polyethylene sheath layer, conductor cable core is silver-plated annealing nickel conductor cable core, arrange two groups, be extruded in zinc-plated nickel and mould copper strips superpacket belt inside, described drainage core arranges two groups, be extruded in zinc-plated nickel and mould copper strips superpacket belt inside, often organize drainage thread core inner and extrude two zinc-plated aluminum-alloy wire drainage silks, described silver-plated annealing nickel conductor cable core inside extrudes 12 groups of silver-plated annealing nickel conductor thread cores, two silver-plated annealing nickel wire drainage silks and two groups of zinc-plated annealing nickel metal hoses, outer wrapping one deck zinc-plated aluminium wire braiding armour of 12 groups of silver-plated annealing nickel conductor thread cores of silver-plated annealing nickel conductor cable core inside, one deck ethylene-propylene rubber ethene insulating barrier, one deck aluminium strip armouring second propylene restrictive coating and one deck low smoke and zero halogen pe sheath layer, two silver-plated annealing nickel wire drainage silks are evenly extruded between ethylene-propylene rubber ethene insulating barrier and aluminium strip armouring second propylene restrictive coating, two groups of zinc-plated annealing nickel metal hoses are evenly extruded in ethylene-propylene rubber ethene insulating barrier, between aluminium strip armouring second propylene restrictive coating and low smoke and zero halogen pe sheath layer.

2. high temperature resistant compensating cable according to claim 1, is characterized in that: the conductor outer wrapping in described silver-plated annealing nickel conductor thread core one deck ethylene-propylene rubber polyethylene layer.