West Penn Wire 452BK1000 22 Awg Shielded Security Cable

Product Description

The WEST PENN WIRE 452BK1000 is a single-pair, 22 AWG stranded shielded security cable with a PVC jacket. It is designed for low-voltage signal transmission in security, access control, and alarm system installations. The stranded conductor construction provides flexibility for routing through conduit or tight pathways, while the foil shield reduces electromagnetic interference (EMI) that can degrade signal integrity. Licensed security installers and low-voltage technicians are the primary trades who work with this cable type.

This cable is suited for residential and light commercial security system installations, including intrusion detection panels, door and window contacts, motion sensors, and access control readers. The PVC jacket provides protection against abrasion and moisture in typical indoor environments. It is sold as a single unit (EA) and is commonly pulled in new construction and retrofit security projects where a shielded, flexible two-conductor run is required.

Key Features

• Single-pair (1P) configuration for dedicated signal runs
• 22 AWG stranded conductors for flexibility and ease of termination
• Foil shield reduces EMI and signal noise on low-voltage circuits
• PVC jacket provides abrasion resistance and basic moisture protection
• Designed for security and alarm system low-voltage applications

Compatibility

Designed as a standard stranded shielded security cable suitable for use with low-voltage security panels, access control systems, and alarm devices that accept 22 AWG two-conductor shielded input wiring.

Installation Notes

Installation should be performed by a licensed low-voltage or security technician in accordance with applicable local codes and NFPA 72 requirements where applicable. De-energize all connected panels and devices before making terminations. Maintain the shield drain wire connection at one end only to avoid ground loops on signal circuits. Avoid routing parallel to high-voltage power conductors to preserve the shielding effectiveness.