Alpha Wire 782401 Series Red 0.2 mm² Hook Up Wire, 24 AWG, Solid, 100ft, PVC Insulation, 782401 RD005

This hook-up wire is a versatile electrical solution suitable for a variety of applications. Designed with a cross-sectional area of 0.2mm², this round wire features a solid core made of tinned copper, ensuring excellent conductivity. The wire is insulated with durable PVC, exhibiting a sheath colour in red, and is supplied in a length of 30 m. Designed to operate within temperature extremes of -40°C to +105°C, it meets rigorous standards including BS and CSA, making it a reliable choice for various electrical tasks.

• Solid core construction ensures durability and strength
• PVC insulation provides excellent protection against environmental factors
• Rated for a maximum voltage of 600V for high power applications
• Tinned copper enhances conductivity and reduces corrosion risk
• Compliance with BS 1015 standards ensures quality and safety
• Available in vibrant red for easy identification in wiring setups

• Utilised in various automation systems for reliable connections
• Applied in electrical panel wiring for enhanced safety
• Employed in mechanical equipment harnesses to ensure efficient operation
• Perfect for use in DIY electronics projects requiring strong connectivity

This wire can handle voltages up to 600V, making it suitable for high power applications, ensuring safe and effective performance in various electrical tasks.

The PVC insulation effectively protects against environmental factors, enhancing the wire's durability and ensuring consistent performance even in harsh conditions.

It's crucial to ensure that the installation environment fits within the temperature range of -40°C to +105°C to prevent any potential damage to the wire's insulation or conductivity.

While suitable for various environments, it's best applied in controlled settings or within protective enclosures to maximise the lifespan of the PVC insulation against UV exposure and moisture.

As a 24 AWG wire, it strikes a balance between flexibility and conductivity, making it ideal for intricate wiring tasks without compromising on efficiency or electrical resistance.