Lapp ÖLFLEX SERVO FD Control Cable, 8 Cores 0.18 mm² 25 AWG, 50 m, Screened Stranded, Green Polypropylene Sheath

LAPP ÖLFLEX SERVO FD Series Control Cable, 50m Length, 0.18mm² Cross Sectional Area - 0036924

This control cable is engineered for robust performance in automation, electronics, and mechanical environments. It features an 8-core design, making it ideal for high-speed applications. With a cross-sectional area of 0.18mm² and a length of 50m, this screened control cable excels in high-acceleration settings, providing a dependable connection for servo motors and other critical components.

This control cable is engineered for robust performance in automation, electronics, and mechanical environments. It features an 8-core design, making it ideal for high-speed applications. With a cross-sectional area of 0.18mm² and a length of 50m, this screened control cable excels in high-acceleration settings, providing a dependable connection for servo motors and other critical components.

Features & Benefits

• Flame retardant properties enhance safety in installations• Minimum bend radius of 7.5 x diameter for flexible routing• High voltage rating of 30V and current rating of 3A• Designed to minimise interference with screened construction

• Flame retardant properties enhance safety in installations

• Minimum bend radius of 7.5 x diameter for flexible routing

• Minimum bend radius of 7.5 x diameter for flexible routing

• High voltage rating of 30V and current rating of 3A

• High voltage rating of 30V and current rating of 3A

• Designed to minimise interference with screened construction

• Designed to minimise interference with screened construction

Applications

• Connecting servo controllers to encoders and resolvers• Suitable for use in cable chains and machine parts• Ideal for transfer and production lines in various industries• Used in environments requiring high acceleration and dynamic performance

• Connecting servo controllers to encoders and resolvers

• Suitable for use in cable chains and machine parts

• Suitable for use in cable chains and machine parts

• Ideal for transfer and production lines in various industries

• Ideal for transfer and production lines in various industries

• Used in environments requiring high acceleration and dynamic performance

• Used in environments requiring high acceleration and dynamic performance

What is the maximum operating temperature for this cable?

It can operate at temperatures up to +90°C, making it suitable for high-temperature applications in various industrial settings.

It can operate at temperatures up to +90°C, making it suitable for high-temperature applications in various industrial settings.

How does the screened design contribute to its overall performance?

The screened design reduces electromagnetic interference, allowing for clearer signal transmission and enhanced reliability in critical applications.

The screened design reduces electromagnetic interference, allowing for clearer signal transmission and enhanced reliability in critical applications.

What materials are used in the construction of this control cable?

The outer sheath is comprised of PUR (polyurethane) for flexibility and resistance, while the inner insulation utilises polypropylene.

The outer sheath is comprised of PUR (polyurethane) for flexibility and resistance, while the inner insulation utilises polypropylene.

Can this cable withstand exposure to oils?

Yes, it is specifically designed to be oil resistant, ensuring it maintains integrity when exposed to various industrial oils and lubricants.

Yes, it is specifically designed to be oil resistant, ensuring it maintains integrity when exposed to various industrial oils and lubricants.

What is the significance of the conductor stranding used?

The extra fine tinned copper stranding facilitates improved flexibility and conductivity, which is crucial in applications requiring continuous motion.

The extra fine tinned copper stranding facilitates improved flexibility and conductivity, which is crucial in applications requiring continuous motion.