Aerial bundled cable (ABC) 4*70+25+25
Mabna Tavan’s three-phase aerial bundled cable is produced in the standard size of 4*70+25+25 , and this cable size must be used in Tavanir approval projects. Due to the use of aluminum conductors in the construction of this type of fireproof electric cable, it is necessary to use it correctly depending on the distance and amperage required, and in cases where it is necessary to use higher sizes, this should be done.
Product Description
Mabna Tavan’s three-phase aerial bundled cable is produced in the standard size of 4*70+20+25 , and this cable size must be used in Tavanir approval projects. Due to the use of aluminum conductors in the construction of this type of fireproof electric cable, it is necessary to use it correctly depending on the distance and amperage required, and in cases where it is necessary to use higher sizes, this should be done. 70 aerial self-supporting cables with aluminum conductors can provide the following amperage according to the three-phase electricity table at different distances from 50 to 500 meters.
Self-supporting aluminum aerial cables are included in the group of low-pressure electric cables. The market demand has caused the production and sales of this type of aerial cable to be significant in statistics.
Aerial bundled cable is used in electricity distribution overhead lines and masts and poles of transmission lines and above ground level, and because of its easy installation in power grids, it has attracted many fans.
The structure of the 6-wire aerial bundled cable is as follows:
- Three strings for phases
- A string for null
- A retaining string
- A string for the passage phase (lighting)
This category of aluminum electric cables is widely used for street lighting.
Row | The name of the cable strand | Technical Specifications | the unit | Mandatory level or type | |
1 | phase and zero | Standard / according to Tawanir standard | ** | BS 7870 | |
2 | the keeper | Rated voltage | KV | 0.6 / 1 | |
3 | phase and zero | The number of phase and neutral conductor strings | number | 19 | |
4 | phase and zero | The diameter of the strands forming the conductor before irradiating | mm | 2. 2 | |
5 | phase and zero | Diameter of compressed conductor (without insulation) | mm | At least | 9. 7 |
Maximum | 10. 2 | ||||
6 | phase and zero | Approximate weight per unit length of conductor string | kg/km | With insulation | 182 |
phase and zero | No insulation | 248 | |||
7 | phase and zero | The insulation material of the strands | ** | XLPE | |
8 | phase and zero | Insulation color of strings | ** | Black | |
9 | phase and zero | Maximum thickness of continuous extruded insulation | mm | 1. 8 | |
10 | phase and zero | Minimum point thickness of extruded insulation | mm | 2. 2 | |
11 | phase and zero | Minimum average value of extruded insulation thickness | mm | 1. 52 | |
12 | phase and zero | To twist the cables to the holder | ** | right turn | |
13 | phase and zero | For twisting the last layer of conductor wires | ** | round left | |
14 | phase and zero | the height of the thorn | mm | 0. 4 | |
17 | Lighting | The number of phase and neutral conductor strings | number | 7 | |
18 | Lighting | The diameter of the strands forming the conductor before irradiating | mm | 2. 2 | |
19 | Lighting | Diameter of compressed conductor (without insulation) | mm | At least | 5. 8 |
Lighting | Maximum | 6. 1 | |||
20 | Lighting | Approximate weight per unit length of conductor string | kg/km | With insulation | 67 |
Lighting | No insulation | 100 | |||
22 | Lighting | The insulation material of the strands | ** | XLPE | |
23 | Lighting | Insulation color of strings | ** | Black | |
24 | Lighting | Maximum thickness of continuous extruded insulation | mm | 1. 4 | |
25 | Lighting | Minimum point thickness of extruded insulation | mm | 1. 7 | |
26 | Lighting | Minimum average value of extruded insulation thickness | mm | 1. 16 | |
27 | Lighting | To twist the cables to the holder | ** | right turn | |
28 | Lighting | For twisting the last layer of conductor wires | ** | round left | |
29 | the keeper | Nominal cross-sectional area | mm² | 25 | |
30 | the keeper | The number of strands forming the conductor | ** | 7 | |
31 | the keeper | The diameter of the strands forming the conductor before heating | mm | 1. 93 | |
32 | the keeper | Full wire diameter (without insulation) | mm | At least | 5. 7 |
Maximum | 5. 9 | ||||
33 | the keeper | The diameter of the complete wire (with insulation and bon, including the barb) | mm | At least | 8. 8 |
Maximum | 9. 3 | ||||
34 | the keeper | Approximate weight of wire without insulation | kg/km | 160 | |
35 | the keeper | Approximate weight of wire with insulation | kg/km | 187 | |
36 | the keeper | The breaking force limit of the holding wire | kg/kn | 33. 8 | |
37 | the keeper | The minimum average thickness of the insulation (not including the spine) | mm | 1. 2 | |
38 | the keeper | The maximum average thickness of the insulation (not including the spine) | mm | 1. 5 | |
39 | the keeper | The maximum point thickness of the insulation | mm | 1. 1 | |
40 | the keeper | The insulation material of the strands | mm | XLPE | |
41 | the keeper | Insulation color of strings | ** | Black | |
42 | the keeper | Twisting direction of the outer layer of the holding wire | ** | round left | |
43 | The whole cable | Weight of cable assembly | kg/km | 1259 |
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Additional Information
Brand | Mabna Tavan |
---|---|
Type | Aluminum |
unit of measure | Meter |
Cover | Yes |
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