18AWG 2 Conductor Solid Shielded FPLR (Riser) Fire Alarm Cable Blue | 1000ft

The 18AWG 2 Conductor Solid Shielded FPLR (Riser) Fire Alarm Cable Blue | 1000ft is designed for professional fire alarm, life-safety, and low-voltage installations requiring shielded, riser-rated wiring. Featuring 18AWG solid conductors, a 2-conductor configuration, integrated shielding, an FPLR rating, and a 1000-foot bulk length, this fire alarm cable is well suited for commercial, institutional, and multi-story building projects.

The 18AWG solid conductor construction provides a consistent wiring solution for compatible fire alarm and low-voltage circuits where 18-gauge cable is specified. Integrated shielding helps reduce electromagnetic and radio-frequency interference (EMI/RFI), making this cable useful in pathways near electrical equipment and other potential sources of signal interference.

Rated FPLR (Fire Power-Limited Riser), this shielded fire alarm wire is designed for vertical riser spaces and other locations where FPLR-rated cable is permitted by applicable building and fire codes. It is a practical option for routing compatible fire alarm circuits between floors and through approved vertical pathways.

The 1000-foot bulk length supports large installations and multiple cable runs, while the blue jacket provides quick visual identification to help distinguish circuits and simplify cable organization during installation and maintenance.

Key Features:

• 1000-foot shielded fire alarm cable
• 18AWG solid conductors
• 2-conductor configuration
• Integrated shielding
• Helps reduce EMI/RFI interference
• FPLR riser-rated construction
• Designed for power-limited fire alarm circuits
• Suitable for approved vertical riser applications
• Blue jacket for cable identification
• Ideal for commercial and institutional life-safety systems

Choose the 18AWG 2 Conductor Solid Shielded FPLR (Riser) Fire Alarm Cable Blue | 1000ft for installations requiring 18AWG 2-conductor shielded riser fire alarm wire with added protection against electrical interference.