Cables: Electric, Flame Resistant related categories
 | 14 AWG 2/C - 37/CSHIELDED Type FR-XLP CSPE
Applications
Control or signal cable for important circuits in industrial plants and station control cable for electric utilities where flame resistance is essential. Suitable for the operation and interconnection of protective devices; rated circuit voltage 600 volts; recommended for operation at 90 deg. C. maximum continuous conductor temperature in wet or dry locations. Cables may be installed in open air, in ducts or conduits, in tray or trough, and are suitable for direct burial. Utility grade, meets or exceeds all UL requirements.
Construction
Stranded coated copper conductors. The insulation shall be either fire retardent ethylene propylene rubber (FREP) or fire retardant cross-linked Polyethylene (FRXLPe). Method 1-Table K1 color-coded, conductors twisted with suitable fillers, helically applied copper tape shield, CSPE jacket overall, surface printed.
Standards
1) TC Type Tray Cable per Article 340 of the NEC.
2) Individual conductors pass UL Standard 44 and the VW-1 vertical flame test.
3) Individual conductors approved as Type XHHW.
4) Cables Pass IEEE-383 ribbon burner flame test.
5) Overall jacket approved as Sunlight Resistant.
6) Cables meet requirements of ICEA Pub. No. S-66-524, NEMA Pub. No. WC7, Cross-linked Polyethylene Insulated Wire and Cable. |
 | 12 AWG FR-XLPCPE Jacket, 600 Volts2/C - 37/C
Applications
As flame-retardant multi-conductor control, signal or power cables rated 600 volts, 90 Deg. C. in wet or dry locations. Specifically approved for installation in cable trays per Article 336 of the NEC. Also approved for use in Class 1 remote-control and signaling circuits per Article 725 of the NEC. Type TC cable is suitable for use in Class I and II, Division 2 hazardous locations. Cables may be installed in air, in ducts or conduits, in tray or trough, and are suitable for direct burial.
Construction
Stranded uncoated copper conductors, 30 mils FR-XLPE flame-retardant crosslinked polyethylene insulation, color coded, two conductors flat, three or more conductors twisted with suitable fillers where necessary to make round, cable tape, CPE jacket overall, surface printed.
Standards
1) Listed by UL as Type TC per Standard 1277 for Tray Cables.
2) Cables UL listed for Direct Burial.
3) Individual conductors pass UL VW-1 flame test.
4) Individual conductors UL listed as Type XHHW-2 (14-10 AWG) or 90 Deg. C. Rated conductors (16 AWG).
5) Overall jacket UL listed as Sunlight Resistant.
6) Cables with grounding conductor UL listed for Open Wiring.
7) Cables pass IEEE-383 ribbon burner flame test and ICEA 210,000 BTU/hour test.
8) Cables pass IEEE1202/CSA FT4 (70,000 BTU/hr) cable tray flame test (14-10 AWG).
9) Cables meet requirements of ICEA S-73-532, NEMA WC70 for Control Cables. Notes
Cables may be supplied with an insulated ground and marked ′′Open Wiring′′.
Standard color coding is Method 1 for NEC applications per Appendix E, Table E-2 of ICEA S-73-532 (TECH I006). This color coding method omits white and green from the color sequence. A white or green conductor can be supplied on request. An optional Helically applied copper tape shield, longitudinally corrugated copper shield, or Mylar Aluminum Foil with Drain Wires is available upon request.
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 | 12 AWG FR-XLPPVC Jacket, 600 Volts2/C - 37/C
Applications
As flame-retardant multi-conductor control, signal or power cables rated 600 volts, 90 Deg. C. in wet or dry locations. Specifically approved for installation in cable trays per Article 336 of the NEC. Also approved for use in Class 1 remote-control and signaling circuits per Article 725 of the NEC. Type TC cable is suitable for use in Class I and II, Division 2 hazardous locations. Cables may be installed in air, in ducts or conduits, in tray or trough, and are suitable for direct burial.
Construction
Stranded uncoated copper conductors, 30 mils FR-XLPE flame-retardant crosslinked polyethylene insulation, color coded, two conductors flat, three or more conductors twisted with suitable fillers where necessary to make round, cable tape, PVC jacket overall, surface printed.
Standards
1) Listed by UL as Type TC per Standard 1277 for Tray Cables.
2) Cables UL listed for Direct Burial (14-10 AWG).
3) Individual conductors pass UL VW-1 flame test.
4) Individual conductors UL listed as Type XHHW-2 (14-10 AWG) or 90 Deg. C. Rated conductors (16 AWG).
5) Overall jacket UL listed as Sunlight Resistant and Oil Resistant II.
6) Cables pass IEEE-383 ribbon burner flame test and ICEA 210,000 BTU/hour test.
7) Cables pass IEEE1202/CSA FT4 (70,000 BTU/hr) cable tray flame test (14-10 AWG).
8) Cables meet requirements of ICEA S-73-532, NEMA WC70 for Control Cables. Notes
Cables designated (w/g) contain an additional bare copper grounding conductor, same size a circuit conductors, and are UL listed for Open Wiring.
Standard color coding is Method 1 for NEC applications per Appendix E, Table E-2 of ICEA S-73-532 (TECH I006). This color coding method omits white and green from the color sequence. A white or green conductor can be supplied on request (Table E1 or K1).
Cables available with either a Cu Tape shield or LC shield upon request.
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| 12 AWG 2/C - 37/CSHIELDED Type FR-XLP CSPE
Applications
Control or signal cable for important circuits in industrial plants and station control cable for electric utilities where flame resistance is essential. Suitable for the operation and interconnection of protective devices; rated circuit voltage 600 volts; recommended for operation at 90 deg. C. maximum continuous conductor temperature in wet or dry locations. Cables may be installed in open air, in ducts or conduits, in tray or trough, and are suitable for direct burial. Utility grade, meets or exceeds all UL requirements.
Construction
Stranded coated copper conductors. The insulation shall be either fire retardent ethylene propylene rubber (FREP) or fire retardant cross-linked Polyethylene (FRXLPe). Method 1-Table K1 color-coded, conductors twisted with suitable fillers, helically applied copper tape shield, CSPE jacket overall, surface printed.
Standards
1) TC Type Tray Cable per Article 340 of the NEC.
2) Individual conductors pass UL Standard 44 and the VW-1 vertical flame test.
3) Individual conductors approved as Type XHHW.
4) Cables Pass IEEE-383 ribbon burner flame test.
5) Overall jacket approved as Sunlight Resistant.
6) Cables meet requirements of ICEA Pub. No. S-66-524, NEMA Pub. No. WC7, Cross-linked Polyethylene Insulated Wire and Cable. |
| 10 AWG 2/C - 37/CSHIELDED Type FR-XLP CSPE
Applications
Control or signal cable for important circuits in industrial plants and station control cable for electric utilities where flame resistance is essential. Suitable for the operation and interconnection of protective devices; rated circuit voltage 600 volts; recommended for operation at 90 deg. C. maximum continuous conductor temperature in wet or dry locations. Cables may be installed in open air, in ducts or conduits, in tray or trough, and are suitable for direct burial. Utility grade, meets or exceeds all UL requirements.
Construction
Stranded coated copper conductors. The insulation shall be either fire retardent ethylene propylene rubber (FREP) or fire retardant cross-linked Polyethylene (FRXLPe). Method 1-Table K1 color-coded, conductors twisted with suitable fillers, helically applied copper tape shield, CSPE jacket overall, surface printed.
Standards
1) TC Type Tray Cable per Article 340 of the NEC.
2) Individual conductors pass UL Standard 44 and the VW-1 vertical flame test.
3) Individual conductors approved as Type XHHW.
4) Cables Pass IEEE-383 ribbon burner flame test.
5) Overall jacket approved as Sunlight Resistant.
6) Cables meet requirements of ICEA Pub. No. S-66-524, NEMA Pub. No. WC7, Cross-linked Polyethylene Insulated Wire and Cable. |
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