High-temperature shielded cables can be customized to meet specific needs, such as adjusting the conductor cross-sectional area to accommodate different current loads or selecting different colored outer sheaths for easy line identification. In industrial applications, they are commonly used in high-temperature furnaces, steelmaking equipment, and boiler control systems; in the energy sector, they are widely used in solar inverters and wind power converters; and in rail transportation, these cables are responsible for the stable connection between train traction systems and signal transmission. Customized design allows for precise matching to the physical space and electrical parameter requirements of different equipment.
Strict safety regulations must be followed when installing high-temperature shielded cables. For example, avoid forcing wiring when the cable bending radius is less than the specified value to prevent damage to the internal structure; sufficient heat dissipation space must be provided in high-temperature environments to avoid localized overheating; and the integrity of the shielding layer should be checked regularly to ensure that anti-interference performance is not affected.
