Product Description
1. Brief introduction
PVC insulated wires belong to the series of laying electric wires, which is mainly suitable for laying at the fixed places. It is widely used as connectors of drive, lighting, electric equipments, instrument and telecommunication equipments with rated voltage 450/750Vor below. Part of the plastic wires are used at the equipment with AC rated voltage 300/300V or below.
2. Standards
The products adopt GB 5023.11997450/750V or below PVC insulated electric wires, JB 8734.15-1998450/750V or under PVC insulated cables, electric wires and flexible wires and Q/ZEL 02-2002Piastic insulated electric wires and cables. GB 5023.17-1997 is identical to IEC227, and type are same as the stipulation of IEC, technical specification is just the same, and more we have extended the range of the type to fit for the requirement of the consumers.
PVC insulated wires belong to the series of laying electric wires, which is mainly suitable for laying at the fixed places. It is widely used as connectors of drive, lighting, electric equipments, instrument and telecommunication equipments with rated voltage 450/750Vor below. Part of the plastic wires are used at the equipment with AC rated voltage 300/300V or below.
2. Standards
The products adopt GB 5023.11997450/750V or below PVC insulated electric wires, JB 8734.15-1998450/750V or under PVC insulated cables, electric wires and flexible wires and Q/ZEL 02-2002Piastic insulated electric wires and cables. GB 5023.17-1997 is identical to IEC227, and type are same as the stipulation of IEC, technical specification is just the same, and more we have extended the range of the type to fit for the requirement of the consumers.
|
Type
|
Name
|
Laying place and requirement
|
Long term working temperature
|
|
227IEC01/05
BV BLV |
Copper conductor PVC insulated wires
|
Fixed laid indoors,conduits etc.
|
70
|
|
Aluminum Conductor PVC insulated wires
|
|||
|
227IEC07
BV-90 |
Heat resistant copper conductor PVC insulated wires at 90
|
Mainly be laid at the places of high temperature environment and can be laid indoors,conduits.
|
90
|
|
BVR
|
Copper conductor PVC insulated flexible wire
|
Be for laying permanent place where flexible required
|
70
|
|
227IEC10
BW |
Copper conductor PVC insulated PVC sheathed round wires
|
Fixed laid,fit for the places with high mechanical protection and moisture place.Can be laid in the air or underground.
|
70
|
|
BLW
|
Aluminum conductor PVC insulated PVC sheathed round wires
|
||
|
BWB
|
Copper conductor PVC insulated PVC Sheathed flat wires
|
||
|
BLWB
|
Aluminum conductor PVC insulated sheathed flat wires
|
||
|
227IEC02RV
227IEC06RV |
Copper conductor PVC insulated flexible connector
|
Mainly used at middle and linht stylemoving electronics,home appliances,power and lighting and the places where flexible required.
|
70
|
|
227IECC42
RVB |
Copper conductor PVC insualted flat flexible connector
|
||
|
RVS
|
Copper conductor PVC insulated flexible twisting connector wire
|
||
|
227IEC52
RW 227IEC53 RW |
Copper conductor PVC insulated PVC sheated round flexible connector(light and common type)
|
Comprehensive Data of BV Wire
|
Nominal
sectional area mm 2 |
Conductor
No/Dia. mm |
Nominal
Insulated thick mm |
Max overall
Dia. mm |
Condcutor
Resistance at 20 |
Min insulated
resistance at 70MΩ/km |
Weight
Kg/km |
|
0.5
|
1/0.80
|
0.6
|
2.4
|
36.0
|
0.015
|
8.1
|
|
0.75
|
1./0.97
|
0.6
|
2.6
|
24.5
|
0.012
|
10.6
|
|
1
|
1/1.13
|
0.6
|
2.8
|
18.1
|
0.011
|
13.2
|
BVBLV(BV-90)450/750
|
Nominal section
(mm2)
|
Number/diameter of core
(mm)
|
Maximum outer diameter
(mm2)
|
Reference weight
(Kg/km)
|
Conductor resistance at 20℃
≤(Ω/km)
|
||
|
copper
|
aluminum
|
aluminum
|
copper
|
|||
|
1.5(A)
|
1/1.38
|
3.3
|
20.3
|
-----
|
-----
|
12.1
|
|
1.5(B)
|
7/0.52
|
3.5
|
21.6
|
-----
|
-----
|
12.1
|
|
2.5(A)
|
1/1.78
|
3.9
|
31.6
|
17
|
11.80
|
7.41
|
|
2.5(B)
|
7/0.68
|
4.2
|
34.8
|
-----
|
-----
|
7.41
|
|
4(A)
|
1/2.25
|
4.4
|
47.1
|
22
|
7.39
|
4.61
|
|
4(B)
|
7/0.85
|
4.8
|
50.3
|
------
|
-----
|
4.61
|
|
6(A)
|
1/2.76
|
4.9
|
65
|
29
|
4.91
|
3.08
|
|
6(B)
|
7/1.04
|
5.4
|
71.2
|
----
|
----
|
3.08
|
|
10
|
7/1.35
|
7.0
|
119
|
62
|
3.08
|
1.83
|
|
16
|
7/1.70
|
8.0
|
179
|
78
|
1.91
|
1.15
|
|
25
|
7/2.04
|
10.0
|
281
|
118
|
1.20
|
0.727
|
|
35
|
7/2.52
|
11.5
|
381
|
156
|
0.868
|
0.524
|
|
50
|
19/1.78
|
13.0
|
521
|
215
|
0.641
|
0.387
|
|
70
|
19/2.14
|
15.0
|
734
|
282
|
0.443
|
0.268
|
|
95
|
19/2.52
|
17.5
|
962
|
385
|
0.320
|
0.193
|
|
120
|
37/2.03
|
19.0
|
1180
|
431
|
0.253
|
0.153
|
|
150
|
37/2.25
|
21.0
|
1470
|
539
|
0.206
|
0.124
|
|
185
|
37/2.52
|
23.5
|
1810
|
666
|
0.164
|
0.0991
|
|
240
|
61/2.25
|
26.5
|
2350
|
857
|
0.125
|
0.0754
|
BVVB. BLVVB300/500V
|
Nominal section
(mm2)
|
Number/diameter of core
(mm)
|
Maximum outer diameter
(mm2)
|
Reference weight
(Kg/km)
|
Conductor resistance at 20℃
≤(Ω/km)
|
|||
|
aluminum
|
copper
|
copper
|
aluminum
|
copper
|
aluminum
|
||
|
2*0.75
|
2*1/0.97
|
-----
|
4.6*7.0
|
43.7
|
-----
|
24.50
|
-----
|
|
2*1.0
|
2*1/1.13
|
-----
|
4.8*7.4
|
51.0
|
-----
|
18.10
|
-----
|
|
2*1.5
|
2*1/1.38
|
-----
|
5.4*8.4
|
65.9
|
-----
|
12.10
|
-----
|
|
2*2.5
|
2*1/1.78
|
6.2*9.8
|
6.2*9.8
|
95.7
|
64.9
|
7.41
|
11.8
|
|
2*4
|
2*7/0.85
|
6.8*11.0
|
7.2*11.5
|
146.0
|
80.7
|
4.61
|
7.39
|
|
2*6
|
2*7/1.04
|
7.4*12.0
|
8.0*13.0
|
200.0
|
104
|
3.08
|
4.91
|
|
2*10
|
2*7/1.35
|
9.6*16.0
|
9.6*16.0
|
323.0
|
177
|
1.83
|
3.08
|
|
3*0.75
|
3*1/0.97
|
-----
|
4.6*9.4
|
62.6
|
-----
|
24.50
|
-----
|
|
3*1.0
|
3*1/1.13
|
-----
|
4.6*9.8
|
74.3
|
-----
|
18.10
|
-----
|
|
3*1.5
|
3*1/1.38
|
------
|
5.4*11.5
|
95.6
|
-----
|
12.10
|
-----
|
|
3*2.5
|
3*1/1.78
|
6.2*13.5
|
6.2*13.5
|
140
|
93.9
|
7.41
|
11.8
|
|
3*4
|
3*7/0.85
|
7.0*15.0
|
7.4*16.5
|
220
|
123
|
7.41
|
7.39
|
|
3*6
|
3*7/1.04
|
7.4*17.0
|
8.0*18.0
|
295
|
153
|
4.61
|
4.91
|
|
3*10
|
3*7/1.35
|
9.6*22.5
|
9.6*22.5
|
485
|
261
|
1.83
|
3.08
|