Alpha Wire Xtra-Guard FLEX Performance Cable Multi-Core Industrial Cable, 5 Cores 16 AWG, Screened, 305 m, Grey

Belden Xtra-Guard FLEX Performance Cable Series Multicore Industrial Cable, 5 Cores, 16AWG Conductor size - 901605CY SL005

This multicore industrial cable is designed for robust performance in demanding environments. With five cores made from bare copper, it maintains excellent electrical conductivity while being insulated with durable nylon. It features a grey sheath and comes in a length of 305 m, making it an ideal choice for various electrical applications that require reliable and flexible industrial wiring.

This multicore industrial cable is designed for robust performance in demanding environments. With five cores made from bare copper, it maintains excellent electrical conductivity while being insulated with durable nylon. It features a grey sheath and comes in a length of 305 m, making it an ideal choice for various electrical applications that require reliable and flexible industrial wiring.

Features & Benefits

• Complies with CE, CSA, and UL standards for safety• Rated for 600V, ensuring reliable electrical performance• High-temperature operation up to 90°C for versatile use• Screened multicore cable offers superior protection against interference• Tinned copper braid shield provides enhanced durability and coverage• Constructed to withstand dynamic and static temperature conditions

• Complies with CE, CSA, and UL standards for safety

• Rated for 600V, ensuring reliable electrical performance

• Rated for 600V, ensuring reliable electrical performance

• High-temperature operation up to 90°C for versatile use

• High-temperature operation up to 90°C for versatile use

• Screened multicore cable offers superior protection against interference

• Screened multicore cable offers superior protection against interference

• Tinned copper braid shield provides enhanced durability and coverage

• Tinned copper braid shield provides enhanced durability and coverage

• Constructed to withstand dynamic and static temperature conditions

• Constructed to withstand dynamic and static temperature conditions

Applications

• Utilised for flexible power distribution in automation systems• Ideal for wiring in harsh industrial settings• Suitable for machinery and equipment requiring screened communication• Used in electrical installations needing high-temperature performance

• Utilised for flexible power distribution in automation systems

• Ideal for wiring in harsh industrial settings

• Ideal for wiring in harsh industrial settings

• Suitable for machinery and equipment requiring screened communication

• Suitable for machinery and equipment requiring screened communication

• Used in electrical installations needing high-temperature performance

• Used in electrical installations needing high-temperature performance

What is the significance of the cable’s insulation type?

The nylon insulation offers high resistance to abrasion and chemical exposure, enhancing its longevity in industrial environments.

The nylon insulation offers high resistance to abrasion and chemical exposure, enhancing its longevity in industrial environments.

How does the tinned copper braid shield benefit the cable's performance?

The braid shield provides extensive coverage against electromagnetic interference, ensuring stable signal transmission and reducing noise.

The braid shield provides extensive coverage against electromagnetic interference, ensuring stable signal transmission and reducing noise.

What temperature extremes can this cable handle?

It can operate within a range of -30°C to 90°C, making it suitable for both static and dynamic applications in varying climates.

It can operate within a range of -30°C to 90°C, making it suitable for both static and dynamic applications in varying climates.

What are the implications of the cable's 600V rating?

The 600V rating indicates its capability to perform safely under high voltage conditions, making it suitable for demanding electrical applications.

The 600V rating indicates its capability to perform safely under high voltage conditions, making it suitable for demanding electrical applications.