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Erse 130-H/HSLH Control Cable, 25 x 1.5 mm², Cca Rated, 500 m
The Erse 130-H/HSLH is a professional-grade halogen-free control cable engineered for demanding industrial automation and signal transmission applications. With 25 individual conductors, each featuring a cross-section of 1.5 mm², this cable provides robust connectivity for complex electrical systems. The cable is designed with a Cca fire safety rating, making it a reliable choice for environments where stringent fire protection standards are mandatory. Supplied on a 500-meter spool, it is well-suited for large-scale fixed installations in both industrial facilities and public infrastructure.
This control cable offers exceptional safety performance due to its halogen-free construction and Cca fire rating, which significantly reduces smoke density and toxic gas emission in the event of a fire. The high core count allows for efficient management of multiple control signals within a single, durable hose-shaped cable. Its robust design ensures long-term stability and signal integrity, minimizing the risk of downtime in critical electrical systems. The grey outer sheath provides a professional appearance while offering protection against environmental factors in fixed installations.
This cable is not intended for applications requiring high mechanical flexibility or constant movement, such as robotic arms or drag chains, as it is designed specifically for fixed installations. It is also not suitable for direct burial or underwater use unless additional protective conduit is employed.
The cable should be installed by qualified personnel in accordance with local electrical regulations. When routing the cable, ensure that the minimum bending radius is respected to prevent damage to the internal conductors. The cable is intended for fixed installation, meaning it should be properly secured using cable trays, conduits, or wall clips. Ensure that all connections are made using appropriate terminals and that the cable is protected from sharp edges or excessive heat sources.
For optimal performance and safety, always ensure that the cable is not subjected to mechanical stress or vibration beyond its design specifications. Regularly inspect connections in high-vibration environments to maintain signal integrity.
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