Belden 5541PT 0011000 Multi-Paired Cables - 2 FS PR #22 FHDPE FRPVC
Discover the exceptional performance and reliability of the Belden 5541PT 0011000 Multi-Paired Cables, designed specifically for demanding applications in industrial and commercial environments. This high-quality cable features 2 pairs of twisted conductors, each made from 22 AWG (American Wire Gauge) stranded copper, ensuring optimal signal integrity and minimal attenuation over long distances.
Key Features: - Multi-Paired Design: The 2 FS PR configuration effectively minimizes crosstalk, enhancing data transmission for various applications such as telecommunications, audio, and control systems. - High-Density Polyethylene (FHDPE) Insulation: The durable FHDPE insulation provides excellent resistance to moisture and environmental factors, ensuring longevity and reliability in both indoor and outdoor installations. - Flame Retardant PVC Jacket: The FRPVC outer jacket not only protects the internal conductors from physical damage but also meets stringent fire safety regulations, making this cable ideal for use in commercial buildings and other critical environments. - Versatile Applications: Perfect for use in data networking, security systems, and industrial automation, the Belden 5541PT cable is engineered to support a wide range of applications while delivering robust performance and reliability.
Whether you're upgrading your infrastructure or installing a new system, the Belden 5541PT 0011000 Multi-Paired Cables are engineered to meet the highest standards of quality and performance. Trust in Belden's reputation for excellence and experience superior connectivity today.
Specifications: - Conductor Type: Stranded Copper - Conductor Gauge: 22 AWG - Cable Configuration: 2 Pair - Insulation Material: FHDPE - Jacket Material: FRPVC - Application: Suitable for indoor and outdoor use, including telecommunications, audio, and control systems.
Choose Belden 5541PT 0011000 for your next project and ensure reliable performance, safety, and efficiency with every connection.
