SYSTON 22/2 Fire Security Burglar Station Sound Alarm Control Cable Wire, Solid Copper Riser-Rated CMR/CL3R Unshielded UL/ETL Listed, UV Resistant for Indoor/Outdoor Low Voltage Application - 1000 FT

<p>SYSTON CABLE TECHNOLOGY Security, Control,&nbsp;Sound &amp; Alarm&nbsp;Cable&nbsp;22&nbsp;AWG 2 Solid Conductors Unshielded&nbsp;Riser Rated - CMR, CL3R, FT4, Sun Res</p> <p>Conductor:&nbsp;Solid Bare Copper</p> <p>Number of Conductors: 2 (Twisted)</p> <p>Size: 22&nbsp;AWG</p> <p>Insulation:&nbsp;Premium Polyolefin (Flame Retardant&nbsp;&amp; RoHS Compliant)</p> <p>Rip Cord:&nbsp;Applied Longitudinally Under Jacket</p> <p>Jacket:&nbsp;Premium PVC (Flame-Retardant, Sunlight&nbsp;Resistant&amp; RoHS Compliant)</p> <p>Nominal Cable Diameter (in):&nbsp;0.110</p> <p>Temperature Rating (oF):&nbsp;Installation: +32 to +140&nbsp;&nbsp;Storage &amp; Operation: -4 to +167</p>

• Multiple Applications: Wiring Fire Alarm, Security Burglar Alarm, Public Address Systems, Intercoms, Telephone Stations, Communications, Instrumentation, Access Control, Nurse Call, Security and Other Low Voltage Circuits that are Power-Limited Applications.
• Pure Copper Conductors: Our control cable is built with solid bare copper conductors, providing maximum conductivity and reliability to ensure that your systems run smoothly.
• CMR (Riser-Rated): Our cable is designed with your safety in mind. It features a CMR/CL3R/FT4 (Riser-Rated) flame-retardant rating that provides peace of mind in case of fire. This type of cable is commonly used in commercial projects where enhanced fire safety requirements are needed, exceeding the basic fire safety rating of CM cables.
• Strict Standard: Standard compliances and certifications - NEC: 725 & 800, UL Standard: UL 13 & UL 444, Flame Rating: NFPA 262 (Plenum), CSA-C22.2 No.2556 (FT6), UL and/or ETL listed and RoHS compliant.
• 300V (CL3) Power-Limited Circuit Cable: Our cable is rated at 300 volts and classified as a Class-3 (CL3) Power-Limited Circuit Cable, capable of carrying a surge of up to 300 watts. This makes it a reliable choice that reduces risk of electrical shock for even the most demanding application.