Lapp SC 2.1 UL Installation Wire - 4160205-100 [100 Meters] - White

'UL 70°' indicates that the wire is recognized by Underwriters Laboratories (UL) and is rated for use up to a temperature of 70°C. However, the product description also notes a processing and operating temperature range of -40°C to +90°C, so always refer to the full specifications for your application.

The PVC insulation offers some protection, but it is generally recommended for use in dry or protected environments. For prolonged outdoor exposure or harsh weather conditions, consult the product specifications or consider wires with enhanced UV or weather resistance.

The nominal conductor diameter (0.98mm) is the average diameter of a single conductor strand, while the nominal conductor cross-section (0.75mm²) is the total cross-sectional area of all conductor strands combined. This total area determines the wire's current-carrying capacity.

With a 750V rating, it is suitable for many power supply applications, but you must ensure the 0.75mm² cross-section is adequate for the current demands of your specific application and complies with all relevant electrical codes.

The product title indicates '100 Meters' for the Lapp SC 2.1 UL 4160205 variant.

This specific variant (4160205) is white. Other color options like Grey, Red, Blue, Violet, and Green/Yellow are available in different LAPP SC 2.1 UL variants.

Verify that the wire is correctly terminated at both ends and that the connection is secure. Check for breaks in the conductor strands or damage to the insulation that may have compromised the connection.

Ensure that all connections are tight and properly crimped or screwed. Loose connections are a common cause of intermittent issues. Inspect for corrosion on the conductor strands or terminal points.

Use a wire stripper with adjustable depth settings or a stripper specifically designed for fine-stranded wire. Practice slow, controlled movements to avoid cutting into the conductor.

While this wire is designed for flexibility, extremely tight bends may still be challenging. Ensure the installation path allows for the minimum bend radius. For applications requiring more flexibility, consider wires with a higher conductor class.