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

The 18AWG 2 Conductor Solid Shielded FPLR (Riser) Fire Alarm Cable | Red | 1000ft provides a professional wiring solution for fire alarm, life safety, and compatible low-voltage signaling systems. Featuring 18AWG solid conductors, a 2-conductor configuration, shielded construction, FPLR riser rating, and a 1000-foot bulk length, this cable is designed for organized installations throughout commercial, institutional, and other professional environments.

The cable’s shielded construction helps reduce the effects of electromagnetic and radio-frequency interference (EMI/RFI), making it useful for compatible signaling applications where maintaining signal integrity is an important installation consideration.

Its FPLR (Fire Power-Limited Riser) rating is designed for fire alarm installations in vertical riser spaces and other locations where FPLR-rated cable is permitted by applicable building and fire codes. The 18AWG solid conductor configuration provides a practical option for permanent fire alarm and low-voltage wiring runs within compatible systems.

Supplied in a 1000-foot bulk length, the cable gives installers ample material for larger projects, multiple device runs, renovations, and system expansions while allowing each run to be cut to the required length. The red jacket provides high visibility and easy cable identification within organized wiring pathways.

Key Features:

• 18AWG fire alarm cable
• 2-conductor solid construction
• Shielded cable design
• Helps reduce EMI/RFI interference
• FPLR riser-rated fire alarm cable
• 1000-foot bulk cable length
• Red jacket for easy identification
• Suitable for compatible fire alarm and life safety systems
• Designed for professional riser cabling installations
• Ideal for commercial and institutional low-voltage projects

Build organized fire alarm infrastructure with the 18AWG 2 Conductor Solid Shielded FPLR (Riser) Fire Alarm Cable | Red | 1000ft, combining shielded construction, riser-rated performance, and bulk installation flexibility.