West Penn Wire D25293GY1000 Shielded Data Cable 1000 Ft

Product Description

The WEST PENN WIRE D25293GY1000 is an 18 AWG, 2-pair shielded data-grade stranded security cable supplied in a 1000-foot quantity. Designed for low-voltage signal transmission in security and data applications, this cable features a foil or braid shield to reduce electromagnetic interference along the run. The stranded conductor construction improves flexibility during installation in conduit, cable trays, or open plenum pathways. Security integrators, low-voltage technicians, and licensed electricians working on access control, alarm, or data systems will find this cable suited to demanding commercial and residential installations.

This cable is intended for use in security, alarm, and data-grade wiring applications where shielded, stranded conductors are required. Typical install scenarios include access control panels, intrusion detection systems, intercom wiring, and similar low-voltage signal circuits. The 1000-foot spool length supports large commercial runs or multiple residential jobs from a single order. It falls within the security stranded shielded product category, making it appropriate wherever that cable type is specified by a system designer or AHJ.

Key Features

• 18 AWG stranded conductors for improved flexibility and pull strength
• 2-pair configuration supports multiple signal or power circuits in one jacket
• Shielded construction reduces electromagnetic and radio-frequency interference
• Data-grade rating for reliable signal integrity in security and control applications
• 1000-foot spool minimizes splices on long commercial runs

Compatibility

Designed as a data-grade shielded stranded security cable suitable for low-voltage access control, alarm, and signal wiring systems requiring 18 AWG 2-pair shielded cable.

Installation Notes

Installation should be performed by a licensed low-voltage technician or electrician in accordance with NEC Article 725 and any applicable local codes governing low-voltage signaling cable. De-energize all connected equipment and panels before terminating conductors. Maintain shield continuity and terminate the drain wire to the grounding point specified by the system manufacturer. Avoid routing parallel to high-voltage conductors to preserve the cable shield's effectiveness.