Alpha Wire Hookup Wire PVC Series Red Hook Up Wire, 16 AWG 26 x, 0.25 mm core strands, 30 m, 3077 RD005

Belden Hook-up Wire PVC Series Hook Up Wire, 1.3mm² Cross Sectional Area, Red Sheath - 3077 RD005

This hook-up wire is designed for a variety of electrical and electronics applications. It features a single-core construction with a cross-sectional area of 1.3mm², making it suitable for both domestic and industrial use. The PVC insulated wire comes in a vivid red colour and is 30m in length, which facilitates multiple installations without unnecessary joins.

Features & Benefits

• Constructed using tinned copper for improved conductivity
• Rated for high voltages up to 600 VRMS
• Operates effectively within a temperature range of -40°C to +105°C
• PVC insulation provides durability and resistance to environmental factors
• Complies with UL1015 standards ensuring reliability in use
• Flexible design allows easy routing in confined spaces

Applications

• Utilised in automotive wiring harnesses
• Ideal for use in control panels and automation systems
• Suitable for connecting components in appliances
• Employed in commercial building wiring tasks

What types of environments can it operate in effectively?

The wire is designed to function efficiently in a wide temperature range, from -40°C to +105°C, allowing it to be used in various challenging environments, including industrial settings where extreme temperatures may exist.

How does the wire's insulation contribute to its performance?

The PVC insulation enhances durability, offering resistance to moisture and abrasion, which helps to maintain performance over time and reduces the risk of electrical faults.

Can this wire be used for high voltage applications?

Yes, it is rated for a maximum of 600 VRMS, making it suitable for high voltage applications in both commercial and industrial sectors.

What makes this hook-up wire suitable for automation systems?

Its single-core structure and flexibility allow for easy installation and routing in automated systems, ensuring minimal interference and maximising efficiency in electronic circuitry.