Southwire 9910570608 RG59 Coaxial Cable 74 Ohm 22 Awg

Product Description

The SOUTHWIRE 9910570608 is an RG59 coaxial cable rated at 74 ohms impedance with a 22 AWG steel center conductor. It is sold in 1-foot cut increments with a minimum cut length of 250 feet from a 1,000-foot coil. The PVC jacket measures 0.242 inches in overall outside diameter and is rated for a maximum operating temperature of 140 degrees F. A 95-percent braid shield coverage provides reliable signal protection in low-frequency video and analog signal distribution applications. Licensed electricians and low-voltage contractors are the primary installers of this cable type.

This RG59 coaxial cable is suited for residential and light commercial low-voltage wiring applications including closed-circuit video, analog CCTV, and baseband video runs. The black PVC jacket is appropriate for in-wall or conduit-routed installations. The cable ships as a 1,000-foot coil with a 250-foot minimum cut quantity, making it practical for both single-zone and multi-drop installations where exact footage is required.

Key Features

• 74-ohm impedance rating matched to standard RG59 analog video equipment
• 22 AWG steel center conductor with 95-percent braid shield coverage
• 0.242-inch overall outside diameter with black PVC jacket
• Maximum operating temperature of 140 degrees F
• Sold in 1-foot cut increments with a 250-foot minimum cut length
• ETL Dual Listed, RoHS Compliant (2011/65/EU), and UL 1581 rated

Compatibility

Designed as an RG59-type coaxial cable for use with 74-ohm analog video and low-voltage signal distribution systems in residential and light commercial installations.

Installation Notes

Installation should be performed by a licensed electrician or qualified low-voltage contractor in accordance with applicable NEC requirements for coaxial and low-voltage wiring. De-energize all connected equipment before terminating or splicing the cable. Use compression or crimp-style F-connectors rated for RG59 to maintain consistent impedance at termination points. Avoid sharp bends and pinching during routing to prevent impedance discontinuities or shield damage.