18AWG 4 Conductor Solid Shielded FPLP (Plenum) Fire Alarm Cable Red | 1000ft

The 18AWG 4 Conductor Solid Shielded FPLP (Plenum) Fire Alarm Cable Red | 1000ft is designed for professional fire alarm, life-safety, and low-voltage installations requiring shielded, 4-conductor plenum-rated wiring. Featuring 18AWG solid conductors, integrated shielding, FPLP construction, and a 1000-foot bulk length, this fire alarm cable is well suited for commercial, institutional, and large-scale building projects.

Its 4-conductor configuration provides additional wiring flexibility by allowing multiple compatible connections to be carried within a single cable. Integrated shielding helps reduce electromagnetic and radio-frequency interference (EMI/RFI), making this cable a practical choice for pathways near electrical equipment and other potential sources of signal interference.

Rated FPLP (Fire Power-Limited Plenum), this shielded fire alarm wire is designed for installations in plenum spaces and other locations where FPLP-rated cable is required by applicable building and fire codes. This construction supports installation within approved environmental air-handling spaces commonly found in commercial facilities.

The 1000-foot bulk length provides ample cable for extensive installations and multiple runs, while the red jacket offers high visibility for easier identification during installation, troubleshooting, and system maintenance.

Key Features:

• 1000-foot bulk shielded fire alarm cable
• 18AWG solid conductors
• 4-conductor configuration
• Integrated cable shielding
• Helps reduce EMI/RFI interference
• FPLP plenum-rated construction
• Designed for power-limited fire alarm circuits
• Suitable for approved plenum-space installations
• Red jacket for quick cable identification
• Ideal for commercial fire alarm and life-safety systems

Choose the 18AWG 4 Conductor Solid Shielded FPLP (Plenum) Fire Alarm Cable Red | 1000ft for installations requiring 18AWG 4-conductor shielded plenum fire alarm wire with added protection against electrical interference.