CB-CP-74310118NP

Description

Professionally installing CCTV analog cameras will find the Paige CB-CP-74310118 premium Siamese combo cable ideal. It is best for projects that need both reliable video transmission and convenient power delivery in a single run. Built with a 500-foot length, this cable simplifies system setup. It also helps reduce clutter, installation time, and material costs. It is an ideal choice for security projects where dependable performance and clean routing matter.

At the core of the cable is a Siamese-style construction that combines an RG59/U coaxial video line with two 18 AWG stranded power conductors under one protective jacket. This integrated design allows installers to send video and power together.

Installers do not need separate cable runs. As a result, it is especially practical for surveillance systems with multiple cameras.

The result is a streamlined, efficient solution that supports both functionality and organization.

For strong signal quality, the cable features a 99% solid bare copper center conductor along with 95% copper-clad aluminum braid shielding. This construction helps maintain clear video transmission. At the same time, it reduces interference over longer distances. Additionally, paired with gas-injected foamed polyethylene insulation, the cable is engineered to support consistent performance. It also helps protect against signal degradation in demanding installations.

The Paige CB-CP-74310118NP also meets Type CL2R and CMR certification standards. This means its outer jacket is designed to comply with UL riser safety requirements. Therefore, this makes it suitable for running through walls and between floors in building installations where code compliance and fire safety are important. Its durable jacket construction adds an extra layer of confidence for professional integrators and contractors.

With a nominal impedance of 75 ohms and a capacitance rating of 15.8 pF/ft, this cable is optimized for analog CCTV applications. These applications require stable signal transfer and dependable power distribution.