Genesis Cable 10025001 22/2 Stranded Zip Cord White

Product Description

The GENESIS CABLE 10025001 is a 22 AWG 2-conductor stranded zip cord designed for low-voltage security and alarm wiring applications. The two conductors are bonded in a parallel zip configuration, making field separation and termination fast and straightforward. Stranded construction provides flexibility during routing through conduit, along framing, or across finished surfaces. The white jacket blends with standard interior trim and is suited for surface-run installations. Licensed alarm installers and low-voltage technicians are the primary trades that work with this cable.

This cable is used in residential and light commercial security system installations, including door and window contact wiring, motion detector runs, glass-break sensor leads, and panel-to-device homerun wiring. The 22 AWG stranded conductors handle the signal-level current demands of typical alarm zone circuits. The zip cord format is a common choice when pulling through tight spaces or stapling along baseboards and door frames where a round jacketed cable would be unnecessary bulk.

Key Features

• 22 AWG stranded conductors for flexibility and easy termination
• 2-conductor zip cord configuration for quick field splitting
• White jacket finish for clean surface-mounted installs
• Designed for low-voltage security and alarm signal circuits
• Sold as a single roll per unit

Compatibility

Designed as an OEM-style replacement and standard-supply cable for residential and light commercial low-voltage security alarm systems requiring 22 AWG 2-conductor stranded wiring.

Installation Notes

Low-voltage alarm cable of this type is typically installed by licensed alarm technicians or low-voltage contractors. Verify local code requirements for plenum-rated versus non-plenum cable before installing in air-handling spaces. Secure cable runs with appropriate staples or cable clips rated for low-voltage wire to avoid jacket damage. Do not route alongside high-voltage conductors without maintaining the separation required by NEC Article 725.