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PVC-insulated flexible wire
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- Product Description
-
Uses(JB8734-2012, GB/T5023-2008)
This product is suitable for connecting household appliances, small power tools, instruments, meters, and power & lighting devices operating at AC voltages of 450/750V and below.
Operating temperature
The RV-90 type must not exceed 90°C, while others should stay below 70°C. The installation temperature must be no lower than 0°C.
Model, Name
Model Name RV Copper-core PVC-insulated flexible connecting wire RGB Copper-core PVC-insulated flat flexible connecting wire RVS Copper-core PVC-insulated stranded flexible wire SVR Copper-core PVC-insulated indoor decorative lighting circuit flexible wire RVV Copper-core PVC-insulated PVC-sheathed round flexible connecting wire RVV-90 Copper-core heat-resistant 90°C PVC-insulated PVC-sheathed round flexible connecting wire RV-90 Copper-core heat-resistant 90°C PVC-insulated flexible connecting wire RVVB Copper-core PVC-insulated PVC-sheathed flat flexible connecting cable Specifications, Dimensions, and Technical Parameters
RV 300/500V
Nominal Cross-Section (mm²)
Core Wire Structure / Wire Diameter (mm)
Average Outer Diameter (mm)
Reference weight (kg/km)
At 20°C, conductor resistance ≤ (Ω/km)
Lower limit min
Maximum limit max
0.5
16 divided by 0.2
2.1
2.5
9.1
26.0
0.75
24 divided by 0.2
2.2
2.7
12.2
19.5
1.0
32 divided by 0.2
2.4
2.8
15.1
13.3
RV 450/750V
Nominal Cross-Section (mm²) Core Wire Structure / Wire Diameter (mm) Average Outer Diameter (mm) Reference weight (kg/km) At 20°C, conductor resistance ≤ (Ω/km) Lower limit min Maximum limit max 1.5 30 / 0.25 2.8 3.4 21.5 13.3 2.5 49 ÷ 0.25 3.4 4.1 24.5 7.98 4 56 / 0.30 3.9 4.8 51.8 4.05 6 84 / 0.30 4.4 5.3 74.7 3.30 10 84 divided by 0.40 5.7 6.8 124 1.91 16 134 divided by 0.40 6.7 8.1 188 1.21 25 210 / 0.40 8.4 10.2 295 0.780 35 294 / 0.40 9.7 11.7 400 0.554 50 420 ÷ 0.40 11.5 13.9 547 0.386 70 356 / 0.50 13.2 16.0 771 0.272 95 484 / 0.50 15.1 18.2 1010 0.206 120 612 / 0.50 16.7 20.2 1239 0.161 150 765 divided by 0.50 18.6 22.5 1544 0.129 185 942 / 0.50 20.6 24.9 1900 0.106 240 1224 / 0.50 23.5 28.4 2478 0.0801 RVB 300/300V
Nominal Cross-Section (mm²) Core Wire Structure / Wire Diameter (mm) Average Outer Diameter (mm) Reference weight (kg/km) At 20°C, conductor resistance ≤ (Ω/km) Lower limit min Maximum limit max 0.5 16 divided by 0.2 2.5 × 5.0 3.0 × 6.0 11.0 39.0 0.75 24 divided by 0.2 2.7 × 5.4 3.2 × 6.4 14.4 26.0 RVS 300/300V
Nominal Cross-Section (mm²)
Core Wire Structure / Wire Diameter (mm)
Average Outer Diameter (mm)
Reference weight (kg/km)
At 20°C, conductor resistance ≤ (Ω/km)
2 × 0.5
28 divided by 0.15
6.0
28.8
39.0
2 × 0.75
43 divided by 0.15
6.2
35.4
26.0
SVR 300/300V
Nominal Cross-Section (mm²) Core Wire Structure / Wire Diameter (mm) Average Outer Diameter (mm) Reference weight (kg/km) At 20°C, conductor resistance ≤ (Ω/km) Lower limit min Maximum limit max 0.5 16 divided by 0.2 2.3 2.7 9.1 39.0 0.75 24 divided by 0.2 2.4 2.9 12.2 26.0 RVV RVV-90 300/300V
Nominal Cross-Section (mm²) Core Wire Structure / Wire Diameter (mm) Average Outer Diameter (mm) Reference weight (kg/km) At 20°C, conductor resistance ≤ (Ω/km) Lower limit min Maximum limit max 2 × 0.5 16 divided by 0.2 4.6 or 3.0 × 4.9 5.9 or 3.7 × 5.9 31.5 39.0 2 × 0.75 24 divided by 0.2 4.9 or 3.2 × 5.2 6.3 or 3.9 × 6.4 40.0 26.0 3 × 0.5 16 divided by 0.2 4.9 6.3 40.6 39.0 3 × 0.75 24 divided by 0.2 5.2 6.7 51.8 26.0 RVV RVV-90 300/500V
Nominal Cross-Section (mm²)
Core Wire Structure / Wire Diameter (mm)
Average Outer Diameter (mm)
Reference weight (kg/km)
At 20°C, conductor resistance ≤ (Ω/km)
Lower limit min
Maximum limit max
2 × 0.75
24 divided by 0.2
5.7 or 3.7 × 6.0
7.2 or 5.2 × 7.6
50.0
26.0
2 × 1
32 divided by 0.2
5.9
7.5
57.8
19.5
2 × 1.5
30 / 0.25
6.8
8.6
74.7
13.3
2 × 2.5
49 ÷ 0.25
8.4
10.6
120.0
7.98
3 × 0.75
24 divided by 0.2
6.0
7.6
63.1
26.0
3 × 1
32 divided by 0.2
6.3
8.0
74.0
19.5
3 × 1.5
30 / 0.25
7.4
9.4
102.0
13.3
3 × 2.5
49 ÷ 0.25
9.2
11.4
162.0
7.98
4 × 0.75
24 divided by 0.2
6.6
8.3
78.5
26.0
4 × 1
32 divided by 0.2
7.1
9.0
97.5
19.5
4 × 1.5
30 / 0.25
8.4
10.5
133.0
13.3
4 × 2.5
49 ÷ 0.25
10.1
12.5
204.0
7.98
5 × 0.75
24 divided by 0.2
7.4
9.3
96.9
26.0
5 × 1
32 divided by 0.2
7.8
9.8
115.0
19.5
5 × 1.5
30 / 0.25
9.3
11.6
158.0
13.3
5 × 2.5
49 ÷ 0.25
11.2
13.9
249.0
7.98
Technical Performance
5.1 Finished insulated wires and finished electric cables, after being immersed in room-temperature water at 20+5°C for at least 1 hour, must withstand the AC voltage test specified in Table 1.1.7.
5.2 The wires feature excellent electrical insulation, mechanical strength, and non-flammability, ensuring reliable quality, ease of use, and long-lasting durability.
5.3 The surface of the insulation or sheath of finished wires shall bear continuous markings indicating the manufacturer's name, model, and voltage rating.Experiment Name
Experimental Project
Subcategory
Wire rated voltage
300/500V
450/750V
Finished Insulated Conductor Voltage Test
Test Voltage (V): Based on Insulation Thickness
0.6 mm and below
1500
–
0.6 mm and above / Over 0.6 mm
2000
2500
Voltage application time not less than (min)
5
5
Finished Wire Voltage Testing
Test voltage
2000
2500
The voltage application time shall not be less than
5
5
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1113, Building B, Lianchuang No.1, Yuhua District, Shijiazhuang City, Hebei Province, China
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