Standard Wire & Cable Co.

MECHANICAL, ENVIRONMENTAL & FLAME CHARACTERISTICS: Crush Resistance EIA-455-41 2, 000 Newtonscm Impact Resistance EIA-455-25 2, 000 Impacts with 1.6 newton-meter Flexure EIA-455-104 2, 000 Cycles minimum Minimum Bend Radius Long-term - No Load 10 x Cable diameter Minimum Bend Radius Short-term - Load 15 x Cable diameter Operating Temperature -20° C to 70° C Storage Temperature -40° C to 80° C UL Rated Type OFNR Flame Resistance UL 1666 Passed USES: Riser wiring, office wiring, and computer room wiring. PRODUCT FEATURES: 900 µm tight buffered fibers. Color coded for easy termination. Flame-retardant. UL listed for code compliance

MATERIALS: -30 Conforms to SAE-AS817651, unlined. -31 Conforms to SAE-AS817651, lined with standard adhesive. -32 Conforms to SAE-AS817651, lined with high performance adhesive. COLOR: Black. USES: Heat shrinkable materials are supplied in an expanded form and cover a wide dynamic range, reducing the need to stock a large inventory of sizes. There are 9 sizes of strain relief boots for a range of shell sizes from 6 to 48. Heat shrinkable molded shapes provide mechanical protection and strain relief for connectors and can be used to form breakouts. The combination of heat shrinkable tubings and molded shapes provides an encapsulated wire harness assembly for maximum environmental protection.

CONDUCTOR: Solid bare copper. INSULATION: PVC. CONSTRUCTION: Parallel conductors. JACKET: PVC. COLOR: White.* VOLTAGE: 300 V 150 V. UL: CM CL2 CL3 (R). USES: For use as burglar alarm wire and as telephone station wire. Good for surface installation in factories, commercial buildings, and homes in compliance with the National Electric Code, NEC article 725 type CL3 or NEC article 800 type CM, as applicable.

CONDUCTOR: Solid bare copper. INSULATION: Polyethylene. CONSTRUCTION: Unshielded, cabled. JACKET: PVC. COLOR: Gray.* VOLTAGE: 300 V 150 V. UL: CM CL2 CL3 (R). USES: Public address systems, burglar alarm systems, unbalanced intercom systems, interconnecting cables, remote control circuits, and low voltage relay control systems in compliance with the National Electric Code, NEC article 725 type CL3 or NEC article 800 type CM, as applicable.

CONDUCTOR: Solid bare copper. INSULATION: FEP. JACKET: Low smoke PVC 75° C. COLOR: Blue.* VOLTAGE: 300 V UL: CMP CONSTRUCTION: Twisted pairs, varying lays to minimize cross talk, each pair is banded with insulation color mating conductor, nylon rip cord, cabled. These cables are ETL verified to EIATIA 568B.2-1. Swept tested up to 600 MHz.. USES: Provides bandwidth required for multimedia, broadband video, analog video and other future applications. Pair Colors: WBL with BL, WOR with O, WGR with GR, WBR with BR.

MATERIALS: -30 Conforms to SAE-AS817651, unlined. -31 Conforms to SAE-AS817651, lined with standard adhesive. -32 Conforms to SAE-AS817651, lined with high performance adhesive. COLOR: Black.

RIAL: Semi-rigid, flame-retardant, polyolefin, per SAE-AS817651. DESIGN: Meets or exceeds Navsea Diagram No. 803-5001027. USES: Heat shrinkable boots can be used for cable splices, breakouts, transitions, and any applications requiring water tightness. They provide excellent insulation, corrosion and weather resistance, as well as abrasion and mechanical protection.

MATERIALS: -30 conforms to SAE-AS817651, unlined. -31 conforms to SAE-AS817651, lined with standard adhesive. -32 conforms to SAE-AS817651, lined with high performance adhesive. COLOR: Black.

• No. of Cond.2
• AWG Size24
• Jacket Thickness0.025 in 0.635 mm

MATERIALS: -30 Conforms to SAE-AS817651, unlined. -31 Conforms to SAE-AS817651, lined with standard adhesive. -32 Conforms to SAE-AS817651, lined with high performance adhesive. COLOR: Black. USES: Heat shrinkable materials are supplied in an expanded form and cover a wide dynamic range, reducing the need to stock a large inventory of sizes. There are 9 sizes of strain relief boots for a range of shell sizes from 6 to 48. Heat shrinkable molded shapes provide mechanical protection and strain relief for connectors and can be used to form breakouts. The combination of heat shrinkable tubings and molded shapes provides an encapsulated wire harness assembly for maximum environmental protection.