RS PRO Control Cable, 7 Cores 2.5 mm² 13 AWG, 50 m, Screened Stranded, Grey Polyvinyl Chloride Sheath

LAPP Control Cable, 7 Cores, 2.5 mm² Cross Sectional Area - 38101598

This control cable is a premium-quality multicore electrical cable designed for a range of industrial applications. It features seven cores, with a cross-sectional area of 2.5 mm², ensuring efficient transmission of electrical power. The cable is constructed with a copper conductor and encapsulated in a grey PVC sheath, providing durability and flexibility, crucial for dynamic environments. With a length of 50m, it is suitable for various installations while maintaining optimal performance.

This control cable is a premium-quality multicore electrical cable designed for a range of industrial applications. It features seven cores, with a cross-sectional area of 2.5 mm², ensuring efficient transmission of electrical power. The cable is constructed with a copper conductor and encapsulated in a grey PVC sheath, providing durability and flexibility, crucial for dynamic environments. With a length of 50m, it is suitable for various installations while maintaining optimal performance.

Features & Benefits

• Screened construction minimises electrical interference• Flame retardant properties enhance safety in installations• Operating temperature range from -40°C to +80°C supports versatility• Flexible design allows for easy routing and installation• Tinned copper braid ensures strong shielding against environmental factors

• Screened construction minimises electrical interference

• Flame retardant properties enhance safety in installations

• Flame retardant properties enhance safety in installations

• Operating temperature range from -40°C to +80°C supports versatility

• Operating temperature range from -40°C to +80°C supports versatility

• Flexible design allows for easy routing and installation

• Flexible design allows for easy routing and installation

• Tinned copper braid ensures strong shielding against environmental factors

• Tinned copper braid ensures strong shielding against environmental factors

Applications

• Used in automation systems for precise control functions• Ideal for use in electrical installations in machinery• Suitable for connections in mechanical equipment requiring flexibility• Effective in environments where flame retardant materials are necessary• Effective for powering control circuits in industrial

• Used in automation systems for precise control functions

• Ideal for use in electrical installations in machinery

• Ideal for use in electrical installations in machinery

• Suitable for connections in mechanical equipment requiring flexibility

• Suitable for connections in mechanical equipment requiring flexibility

• Effective in environments where flame retardant materials are necessary

• Effective in environments where flame retardant materials are necessary

• Effective for powering control circuits in industrial

• Effective for powering control circuits in industrial

What is the conductor material and why is it important?

The conductor material is copper, which offers excellent electrical conductivity and efficiency, enhancing performance in power transmission.

The conductor material is copper, which offers excellent electrical conductivity and efficiency, enhancing performance in power transmission.

How does the cable's sheath material contribute to its durability?

The PVC sheath provides resistance against chemicals and oils, ensuring longevity and reliability in challenging environments.

The PVC sheath provides resistance against chemicals and oils, ensuring longevity and reliability in challenging environments.

What flexibility does this cable offer compared to standard cables?

Due to its design, this cable can bend without compromising performance, making it easier to install in tight spaces and complex layouts.

Due to its design, this cable can bend without compromising performance, making it easier to install in tight spaces and complex layouts.

What factors influence the maximum operating temperature of this cable?

The cable's construction materials determine its temperature limits, allowing it to operate safely in environments with high heat while maintaining its integrity and performance.

The cable's construction materials determine its temperature limits, allowing it to operate safely in environments with high heat while maintaining its integrity and performance.