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Erse 130-H/HSLH Control Cable, 7 x 1.50 mm², Cca Rated, 500 m
The Erse 130-H/HSLH control cable is a high-performance, halogen-free solution engineered for demanding industrial environments. With its 7-core configuration and a cross-section of 1.50 mm², this cable is designed to provide consistent signal transmission and reliable monitoring in complex automation systems. The cable features a durable grey outer sheath and is manufactured to meet stringent Cca fire safety standards, ensuring enhanced protection in fixed installations.
The primary benefit of this control cable lies in its halogen-free construction, which significantly reduces the release of toxic gases and smoke in the event of a fire, making it an essential choice for public buildings and industrial facilities with high safety requirements. Its robust design ensures long-term durability and resistance to environmental stress, while the 500-meter length offers sufficient capacity for extensive wiring projects in control panels and machine engineering applications. The precise 7-core layout facilitates organized and efficient installation, supporting complex signaling needs without compromising on signal integrity.
This cable is designed for fixed installations and is not intended for applications requiring constant movement, high-flexibility, or continuous bending, such as in robotic arms or drag chains. It is also not suitable for direct burial or outdoor environments without additional protective conduit or shielding.
The cable should be installed by qualified personnel in accordance with local electrical regulations. When stripping the outer sheath, ensure that the internal conductors remain undamaged. The cable is intended for fixed routing within cable trays, conduits, or wall-mounted systems. Ensure that the bending radius is maintained according to standard industrial practices to prevent internal damage to the cores during installation.
For optimal performance and safety, always ensure that the cable is not subjected to mechanical tension or excessive heat beyond its rated operating temperature. Regularly inspect the cable runs in high-traffic areas to ensure the outer sheath remains intact and free from physical damage.
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