BS 7870-6.2:1999:2004 Edition
$167.15
LV and MV polymeric insulated cables for use by distribution and generation utilities – Specification for 0.6/1 kV and 1.9/3.3 kV power cables with special fire performance for use in power stations – XLPE or HEPR insulated and PVC sheathed cables
Published By | Publication Date | Number of Pages |
BSI | 2004 | 40 |
PDF Catalog
PDF Pages | PDF Title |
---|---|
1 | BRITISH STANDARD |
2 | Committees responsible for this British�Standard |
3 | Contents |
7 | 1 Scope 2 References 2.1 Normative references 3 Voltage designation 4 General requirements 4.1 Identification of cores |
8 | 4.2 Thickness of bedding 4.3 Cable marking |
9 | 4.4 Additional test requirements |
10 | 5 Cables without metallic covering |
11 | 6 Cables with metallic covering 6.1 Code designation 6.2 Rated voltage 6.3 Construction |
12 | 6.4 Tests |
13 | Table 1 Requirements for the non�electrical tests for�90�°C insulation |
14 | Table 1 Requirements for the non�electrical tests for�90�°C insulation |
15 | Table 2 Requirements for the non�electrical tests for polyvinyl chloride bedding and sheathing compounds |
16 | Table 2 Requirements for the non�electrical tests for polyvinyl chloride bedding and sheathing compounds |
17 | Table 3 Schedule of tests |
18 | Table 3 Schedule of tests Table 4 Single�core�600/1�000�V cables with stranded copper or aluminium conductors |
19 | Table 5 Single�core�600/1�000�V cables with solid aluminium conductors |
20 | Table 6 (Spare) Table 7 Two�core�600/1�000�V cables with copper conductors |
21 | Table 8 Two�core�600/1�000�V cables with solid aluminium conductors |
22 | Table 9Three�core�600/1�000�V cables with copper conductors |
23 | Table 10 Three�core�600/1�000�V cables with solid aluminium conductors |
24 | Table 11 Four�core�600/1�000�V cables with copper conductors |
25 | Table 12 Four�core�600/1�000�V cables with solid aluminium conductors |
26 | Table 13 Four�core�600/1�000�V cables with reduced neutral conductor and with stranded copper conductors Table 14 Five�core�600/1�000V cables with stranded copper conductors |
27 | Table 15 Single�core�1�900/3�300�V cables with circular stranded copper or aluminium conductor Table 16 Three�core�1�900/3�300�V cables with stranded copper conductors |
28 | Table 17 Three�core�1�900/3�300�V cables with solid aluminium conductors Table 18 600/1�000�V armoured auxiliary cables with stranded copper conductors |
29 | Table 19 Maximum resistance of conductor and armour for single�core cable having aluminium wire armour |
30 | Table 20 Maximum resistance of conductor and armour for two�, three�, four� and five�core cables having wi… |
31 | Table 21 Maximum resistance of conductor and armour for single�core cables having solid aluminium conducto… Table 22 Maximum resistance of conductors and armour for two�, three�, and four�core cables having solid a… |
32 | Table 23 Maximum resistance of conductor and armour for�600/1�000�V auxiliary cables with copper conductors Table 24 Gross cross�sectional areas of armour wires for single�core�600/1�000�V cables having aluminium w… |
33 | Table 25 Gross cross�sectional area of armour wires for two�, three�, four� and five�core�600/1�000�V cabl… |
34 | Table 26 Gross cross�sectional area of aluminium strip armour for single�, two�, three� and four�core�600/… Table 27 Gross cross�sectional area of armour for�600/1�000V auxiliary cables with copper conductors Table 28 Diameter of round wire armour |
35 | Table 29 Mass of zinc coating Table 30 Compatibility test |
36 | Annex A (informative) Guide to use A.1 Scope A.2 Object A.3 Recommendations for use A.3.1 Permissible application A.3.2 Voltage ratings Table A.1 Selection of cables for a.c. systems |
37 | A.4 Recommendations for storage, transport and disposal A.4.1 Storage A.4.2 Transport A.4.3 Scrap cable — incineration A.4.4 Cable end sealing A.5 Recommendations for cable laying and installation A.5.1 General A.5.2 Environmental conditions |
38 | A.5.3 Pulling tensions A.5.4 Bending radii A.5.5 Cable installation A.6 Tests after installation Table A.1 Test voltage after installation |
39 | Bibliography |