Polyvinyl Chloride Insulated Electronic Wire (UL AWM Series)

Executive Standards
This product follows internationally leading technical specifications for appliance wiring material (AWM):
- UL 758: Standard for Appliance Wiring Material (general specification).
- UL 1581: Reference Standard for Electrical Wires, Cables, and Flexible Cords.
- Complies with RoHS and REACH environmental directives.

Common Models and Voltage Ratings
According to model differences, the electronic wire is divided into single-core and multi-core constructions to meet different wiring environment needs:

1. Single-core electronic wire:
   - UL 1007: Rated voltage 300 V, widely used for internal wiring of general electronic products.
   - UL 1015: Rated voltage 600 V, with a thicker insulation layer offering higher mechanical strength.
   - UL 1032 / UL 10269: Rated voltage 1000 V, suitable for internal wiring of high-voltage industrial equipment and power systems.

2. Multi-core electronic wire (sheathed wire):
   - UL 2464: Rated voltage 300 V, multi-core construction, commonly used for computer signal transmission and security systems.
   - UL 2586 / UL 2587: Rated voltage 600 V, suitable for complex environments requiring voltage withstand and electromagnetic shielding.

Product Specification Range
The conductor uses high-quality annealed copper wire or tinned copper wire, with the following specification range:
- Single-core specifications: 22 AWG – 500 kcmil.
- Multi-core specifications: 24 AWG – 4/0 kcmil.
- The conductor construction is generally Class 5 or Class 6 flexible conductor, ensuring very good bending flexibility.

Core Technical Parameters
1. Rated temperature: Typically 80 °C, 90 °C, or 105 °C (customized according to specific UL label requirements).
2. Rated voltage (U): 300 V / 600 V / 1000 V.
3. Flame retardant performance: Passes the UL VW-1 and CSA FT1 vertical flame tests, with sound self-extinguishing properties.
4. Electrical performance: The insulation layer has a uniform wall thickness, ensuring stable voltage withstand capability and insulation resistance.

Cable Structural Characteristics
- High-quality conductor: Available in bare copper or tinned copper conductor. The tinned conductor effectively resists oxidation and enhances solderability, making it particularly suitable for high-humidity environments.
- High-performance PVC insulation: Uses specially modified polyvinyl chloride material, featuring acid and alkali resistance, oil resistance, moisture resistance, and mould resistance, with bright colours for easy identification.
- Shielding construction (optional): Multi-core models (such as the shielded version of UL 2464) can be configured with aluminium foil wrap or copper wire braided shielding to effectively suppress electromagnetic interference (EMI).

Applicable Scenarios
- Household appliances: Internal circuit connections for refrigerators, air conditioners, washing machines, and microwave ovens.
- Consumer electronics: Computer mainframes, monitors, power adapters, and peripheral control circuits.
- Industrial automation: Internal wiring of control cabinets, connections for variable frequency drives, and signal transmission between PLC modules.
- Lighting systems: Connections between LED lamp drivers and light sources.

Product Advantages Summary
1. High cost-effectiveness: PVC material is mature and stable, offering significant cost advantages in large-scale applications.
2. Easy installation: The cable is flexible with a compact outer diameter, making it easy to route and secure within confined equipment enclosures.
3. Reliable processing: The adhesion between the insulation layer and the conductor is moderate, not only facilitating mechanical stripping but also ensuring that the insulation does not shrink or melt during soldering.
4. Complete specifications: Corresponding models are available from micro-current signal wires to large cross-section power wires, providing one-stop selection support for customers.