C4408ST.84.02

Multiple conductor cables are widely used in the electrical industry, and the C4408ST.84.02 is one of the most popular models. This cable is specifically designed for use indoors, due to its high flame retardant rating. It is also recommended for applications that require heavy mechanical load tolerance, such as in steel mills or mining operations.

The C4408ST.84.02 cable consists of eight solid single-strand copper conductors. These conductors are arranged in four pairs, with each pair twisted around a common outer sheath. The pairs are also shielded with a foil shield that is integrated into the outer sheath. This provides additional protection against interference and adds to the flexibility of the cable. The insulation between the conductors is a polyethylene (PE) material, which is UL approved and rated for up to 600 volts.

The C4408ST.84.02 cable is typically used in applications that require a multiconductor cable with a heavy load capacity and an extra layer of protection. This includes the mining industry, factories, and steel mills. It is also used to link AC power tools, and heavy machinery. The main advantage of the C4408ST.84.02 cable is its flexibility. It can bend and stretch without damage due to the robust outer sheath, foil shield, and PE insulation. This allows it to be used in a variety of applications and locations, even those with restricted space and tight corners.

In addition to its flexibility, this cable is UL certified to meet the safety requirements set by Underwriters Laboratories. The C4408ST.84.02 is rated for temperatures up to -40C to 90C and is designed to resist electric shock, water, vibration, and UV radiation. Its foil shield also offers extra protection against electromagnetic interference.

Overall, the C4408ST.84.02 is one of the most popular multiple conductor cables available. Its flexibility and robust design make it well suited for a variety of indoor applications, from factories and steel mills to linking AC power tools. The integrated foil shield also offers additional protection against interference and helps to ensure reliable operation in electromagnetically noisy environments.