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Thin walled heat-resistant polyvinyl chloride insulated automotive wire

· Rated Voltage: DC 60V / AC 30V

· Heat Resistance Class: 125℃, temperature range from -40℃ to 125℃ (Class C)

· Application Scenario: Primary wire for low-voltage circuit harnesses in automotive engine compartments

· Performance Features: Heat-resistant, with excellent and balanced overall performance, and high cost-effectiveness

Consulting Product
Product Details

Thin-Walled Heat-Resistant Polyvinyl Chloride (PVC) Insulated Automotive Wire (QB-C-PVC)

1. Basic Parameters

· Rated Voltage: DC 60V / AC 30V

· Heat Resistance Class: 125℃, temperature range from -40℃ to 125℃ (Class C)

· Application Scenario: Primary wire for low-voltage circuit harnesses in automotive engine compartments

· Performance Features: Heat-resistant, with excellent and balanced overall performance, and high cost-effectiveness

2. Material / Structure

· Conductor: Bare copper or tinned (X) copper wire, adopting regular stranding (A), irregular bunch stranding (B), or flexible stranding (C).

· Insulation: Coated with heat-resistant polyvinyl chloride plastic (PVC insulation layer).

3. Standards / Specifications

· Performance: Complies with GB/T 25085-2010

· Color and model: Complies with QC/T 414-2016

4. Structural Dimensions (Key Data in Table, with "Nominal Cross-Section" as the Core Dimension)

Nominal Cross-Section (mm²)

Conductor (Number of Strands / Maximum Single Wire Diameter / Maximum Outer Diameter)

Maximum Conductor Resistance (at 20℃, mΩ/m)

Minimum Insulation Thickness (mm)

Wire Outer Diameter (Minimum / Maximum, mm)

0.22

7 strands, maximum outer diameter 0.70mm

Bare copper: 84.8; Tinned copper: 86.5

0.20

1.10 / 1.20

0.35

Multiple structures available, maximum outer diameter 0.90mm

Bare copper: 54.4; Tinned copper: 55.5

0.20

1.20 / 1.30

0.5

Multiple structures available, maximum outer diameter 1.00mm

Bare copper: 37.1; Tinned copper: 38.2

0.22

1.40 / 1.60

0.75

Multiple structures available, maximum outer diameter 1.20mm

Bare copper: 24.7; Tinned copper: 25.4

0.24

1.70 / 1.90

1

Multiple structures available, maximum outer diameter 1.35mm

Bare copper: 18.5; Tinned copper: 19.1

0.24

1.90 / 2.10

1.5

Multiple structures available, maximum outer diameter 1.70mm

Bare copper: 12.7; Tinned copper: 13.0

0.24

2.20 / 2.40

2

Multiple structures available, maximum outer diameter 2.00mm

Bare copper: 9.42; Tinned copper: 9.69

0.28

2.50 / 2.80

2.5

Multiple structures available, maximum outer diameter 2.20mm

Bare copper: 7.60; Tinned copper: 7.82

0.28

2.70 / 3.00

3

Multiple structures available, maximum outer diameter 2.40mm

Bare copper: 6.15; Tinned copper: 6.36

0.32

3.10 / 3.40

4

Multiple structures available, maximum outer diameter 2.80mm

Bare copper: 4.71; Tinned copper: 4.85

0.32

3.40 / 3.70

6

Multiple structures available, maximum outer diameter 3.30mm

Bare copper: 3.14; Tinned copper: 4.02

0.32

4.00 / 4.30

8

Multiple structures available, maximum outer diameter 4.30mm

Bare copper: 2.38; Tinned copper: 3.23

0.32

4.60 / 5.00

10

Multiple structures available, maximum outer diameter 4.50mm

Bare copper: 1.82; Tinned copper: 2.52

0.48

5.30 / 6.00

16

Multiple structures available, maximum outer diameter 5.80mm

Bare copper: 1.16; Tinned copper: 1.85

0.52

6.40 / 7.20

25

Multiple structures available, maximum outer diameter 7.20mm

Bare copper: 0.743; Tinned copper: 1.18

0.52

7.90 / 8.70

35

Multiple structures available, maximum outer diameter 8.50mm

Bare copper: 0.527; Tinned copper: 0.757

0.64

9.40 / 10.40

(Note: The "Conductor" column includes details such as the number of strands and maximum single wire diameter for different stranding structures. The "Insulation" and "Wire Outer Diameter" columns specify the thickness and size range. Corresponding parameters can be queried according to specific specifications.)