Fire Alarm Cable Riser 18/4 1000Ft Spool
Fire Alarm Cable Riser 18/4 1000Ft Spool
Fire Alarm Cable Riser 18/4 1000Ft Spool
Fire Alarm Cable Riser 18/4 1000Ft Spool
Fire Alarm Cable Riser 18/4 1000Ft Spool
Fire Alarm Cable Riser 18/4 1000Ft Spool

Fire Alarm Cable Riser 18/4 1000Ft Spool

216-184/R
$209.55

Fire Alarm Cable, 18 AWG 4 CONDUCTOR Solid Bare Copper, FPLR (RISER) Unshielded.

Color
  • Blue
  • Red
  • Yellow

Description

Features:

FPLR (Power-Limited Fire Alarm Riser Cable)

Fire protective signal circuit

18 AWG 4 Conductor Solid Bare Copper Conductors

ETL Listed, RoHS Compliant

1000 ft Spool

Applications: Smoke alarms and detectors, pull boxes, burglar alarms, addressable fire alarm systems

Description:

The Fire Alarm Cable, 18 AWG 4 CONDUCTOR Solid Bare Copper, FPLR (RISER) Unshielded is a type of electrical cable that is designed for use in fire alarm systems. It consists of four solid bare copper conductors that are 18-gauge in diameter, and it is enclosed in a riser-rated jacket. The cable is unshielded, which means that it does not have any additional shielding to protect against electromagnetic interference.

The FPLR designation indicates that it is a riser-rated cable that is suitable for use in vertical riser applications, such as in multi-story buildings. The solid bare copper conductors provide excellent conductivity, which is critical for ensuring that the fire alarm system operates correctly in an emergency situation.

The unshielded design of this cable means that it is not protected against electromagnetic interference, so it should not be used in areas with high levels of electromagnetic activity.

Overall, the Fire Alarm Cable, 18 AWG 4 CONDUCTOR Solid Bare Copper, FPLR (RISER) Unshielded is a high-quality, reliable cable that is well-suited for use in commercial fire alarm systems in vertical riser applications. Its riser-rated jacket makes it suitable for use in multi-story buildings, while its solid bare copper conductors provide excellent conductivity for reliable performance. However, due to its unshielded design, it should not be used in areas with high levels of electromagnetic interference.

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