Alpha Wire 1181/60C SL005 Многожильный промышленный кабель

Belden Alpha Essentials Communication & Control Series Control Cable, 60 Cores, 0.35mm² Cross Sectional Area - 1181/60C SL005

This control cable is designed specifically for communication and control applications where flexibility and performance are essential. With a length of 30m, it features 60 cores and a cross-sectional area of 0.35mm², making it ideal for a wide range of industrial environments. The cable is constructed with a PVC sheath and operates at a nominal voltage of 300V.

Features & Benefits

• Unscreened design for minimal interference in low-noise environments
• Tinned copper conductors provide excellent conductivity and corrosion resistance
• Operates effectively in temperatures from -20°C to +80°C
• High-performance rating ensures reliable electrical and mechanical performance
• Lightweight construction facilitates easier installation and handling
• PVC insulation offers protection against abrasions and environmental factors

Applications

• Used for control and signal wiring within automation systems
• Suitable for data transmission in office machines and security systems
• Ideal for instrumentation and low-voltage circuits
• Commonly employed in intercom and sound systems

What type of materials are used in its construction?

The cable comprises stranded tinned copper conductors with PVC insulation and a grey PVC sheath, providing durability and protection against external factors.

How does the temperature rating affect its usability?

The cable’s operational temperature range of -20°C to +80°C allows it to function effectively in various environmental conditions, ensuring consistent performance in different settings.

Is there a specific application where this cable excels?

It is particularly effective in control cabinets and for interconnecting components in complex automation systems due to its robust design and reliable performance.

What is the significance of having 60 cores in this control cable?

The multiple cores provide greater flexibility in connecting various devices simultaneously, allowing for more complex systems and reducing the need for multiple cables.

How does the unscreened design benefit signal integrity?

An unscreened design is suitable for low-noise environments where electromagnetic interference is minimal, ensuring clear signal transmission without the additional weight of shielding.