West Penn Wire D25510GY1000 22 Awg 2-conductor Shielded Data Cable

Product Description

The WEST PENN WIRE D25510GY1000 is a 22 AWG, 2-conductor stranded shielded computer data cable supplied in a 1000-foot put-up and finished in gray. The stranded conductor construction provides flexibility during routing and pulling, while the overall shield suppresses electromagnetic interference that can corrupt low-voltage data signals. This cable is suited for security, access control, and general-purpose data transmission applications where signal integrity over longer runs is a priority. Licensed low-voltage and security systems installers are the typical end users for this product type.

This cable is used in commercial and residential low-voltage installations including security alarm systems, access control wiring, intercom runs, and general-purpose shielded data circuits. The 1000-foot continuous reel length reduces the need for mid-run splices, making it practical for larger projects or new construction pulls. Its gray jacket is a common choice for in-wall or plenum-adjacent routing where color coding by application is standard practice on the job site.

Key Features

• 22 AWG stranded conductors for flexibility during installation pulls
• Overall shield for EMI and RFI rejection on data signal runs
• 1000-foot continuous put-up minimizes field splices on large jobs
• Gray jacket supports standard low-voltage color-coding practices
• Categorized as security stranded shielded cable for access control and alarm applications

Compatibility

Designed as a standard stranded shielded 22 AWG 2-conductor data cable for use in low-voltage security, access control, and computer data wiring systems.

Installation Notes

Installation should be performed by a licensed low-voltage or security systems technician in accordance with applicable local codes and NEC Article 725 for Class 2 and Class 3 remote-control and signaling circuits. Power down or de-energize any connected equipment before terminating conductors. Maintain the shield continuity and terminate the drain wire to a proper ground point at one end to avoid ground loops. Avoid routing this cable in direct contact with high-voltage conductors without appropriate separation or conduit.