LAPP160243Lapp Olflex Classic 100 SY 4 Core SY Control Cable 0.75 mm², 50m, Screened
LAPP ÖLFLEX CLASSIC 100 SY Series Control Cable, 4 Core Electrical Cable, 0.75mm² Cross Sectional Area - 160243
This control cable is designed for various applications within automation, electronics, and mechanical industries. The 4 core control cable features screened protection with a 0.75mm² cross-sectional area, ensuring efficient performance. Additionally, its armoured design offers enhanced durability, while the grey PVC sheath protects against environmental factors.
Features & Benefits
- Contains finely stranded bare copper wires for flexibility
- Screened design reduces electromagnetic interference
- PVC insulation ensures reliability in high-temperature environments
- Galvanised steel braid adds extra robustness and durability
- Rated for 300/500 V for versatile usage
Applications
- Ideal for plant construction due to its robust design
- Suitable for machine building involving heavy-duty requirements
- Used in heating and air-conditioning systems for reliable control
- Effective in environments with heightened mechanical stress
What are the maximum and minimum operating temperatures for this cable?
The cable operates effectively within a temperature range of -40°C to +80°C, making it suitable for various industrial applications.
How does the construction of this cable mitigate interference issues?
The screened design incorporates a galvanised steel braid, which helps to reduce electromagnetic interference and enhance signal integrity in sensitive applications.
Can it handle occasional flexing during use?
Yes, it is designed for both fixed installations and occasional flexing, with minimum bending radii of 6 x outer diameter and 20 x outer diameter respectively.
Is this cable suitable for applications requiring high mechanical resistance?
Absolutely, its armoured construction and steel wire braiding provide enhanced mechanical protection, making it suitable for environments where physical stress is a concern.
Standards
VDE 0295, Part 5