Document pGpDOpgnXGznD09JgBGo1bvD

RBB 00094 SC-ELEC-00039 FIRE RESISTANT CONTROL CABLE THE NEED THE PROBLEM THE SOLUTION To protect the community from loss of power due to fire in public utilities. To provide control cables for crit ical circuits and computer con trols in public utility generating stations. Continental Wire uses Teflon* -- the modern material that does not burn -- for both insulation and jacket on their control cables. Teflon will withstand temperatures of 400F for continuous service. Teflon covered control cables offer additional features of interest to the engineers responsible for the operation of public utility generating stations: ELECTRICAL STABILITY continuous operation to +400F INCREASED RELIABILITY Teflon has almost universal chemical inert ness -- completely resistant to corrosives and lubricants high abrasion and excellent cut-through resistance will support emergency current overloads under conditions which cause other insula tions to disintegrate CONVENIENCES color coding smaller diameter Continental's Teflon insulated control cables are available in sizes from 20 through 12. Where desired, the conductors can be twisted into pairs and shielded. A typical Continental-designed 4 conductor No. Id Teflon covered control cable, recently supplied to a large utility company, had the following characteristics: DC Conductor Resistance at 25C: Dielectric Constant: Insulation*. Cold Bend: 4.85 ohms/ft. 2.2 max. 5000 megohms/1000 ft. -55C The York office will provide detailed specifications and pricing information for specific requirements. * Registered duPont Trademark Continental Wire&Cable has been solving special cable problems -- filling customers' needs for more than 20 years. Our design and management team is experience in all phases of wire and cabl production. Total number of man years'experience is more than4QQ. Continental's total manufacturing area exceeds 235,000 square feet TEST FACILITIES 100% wet dielectric resting Flexing, bending and impact testing at fern* perature extremes f00% critical electrical and physical char acteristics testing R and D laboratory RBB 00095 J housing the latest cable and wire equipment, a wide variety of test facilities, and special product de velopment laboratories. In addi tion, the facilities and advanced technical, testing and research personnel of Gulton Industries (In cluding 275 graduate scientists ond engineers) is available to Conti nental Wire & Cable. MANUFACTURING FACILITIES o Extrusion cooting Textile braiding Winding fine copper strands into protective metal shielding Planetary cabling of up to 100 conductors or groups of conductors FIRE RESISTANT CABLES ADDITIONAL CONTINENTAL CABLES FOR PUBLIC UTILITIES FOR POWER FOR CONTROL FOR APPARATUS FOR PIPE HEATING FOR INSTRUMENTATION FOR SWITCHBOARDS FOR COMPUTERS FOR TEMPERATURE MONITORING FOR RADIATION AGS "5P AIA AVA AVS SRA PE SRG Asbestos, glass braid, silicone treated Asbestos, asbestos braid 600 volt Asbestos, V.C., asbestos braid 600-5000 volt Asbestos, V.C., cotton braid 600-5000 volt Silicone rubber, asbestos braid Polyethylene, cross-linked polyethylene Silicone rubber, gloss braid 20/10 PN T SNA AVA Teflon Silicone Cross-lene TAGT Polyethylene, PVC {acket Polyethylene, Nylon PVC jacket 600-1000 volt Polyvinyl chloride PVC, asbestos, braid Asbestos, V.C., asbesto* braid TFE or FEP : Rubber insulated with braids orsheath as required- Cross-linked polyethylene, PVC or Hypo Ion jacket Teflon, asbestos, glass braid 250 C VG Silicone AA Varnished glass tapes, glass or nylon braid Rubber insulated with braids or sheath Asbestos insulation, asbestos braid Silicone rubber. Teflon, asbestos, reftosil Coaxial cables^ special construction for customers' requirements TA AVB TBS Teflon SIS Asbestos, PVC, cotton braid Asbestos, V.C., cotton braid PVC, cotton braid Single or muftiple conductor Cross-linked polyethylene Teflon PVC With Teflon or PVC jacket, shielded where required Asbestos Silicone Teflon PVC Thermocouple or thermocouple extension leads Inorganic insulations, single and multiconductor RBB 00096 FIRE RESISTANT CABLES FOR MODERNIZATION INCREASED CURRENT CARRYING CAPACITY IN SMALLER CABLE DIAMETER riMSNTEROANcDCED#*tt -UtCAMiCD SILICON! tutK*5LA'SS {IN#CRJ> T* A Comparison of Ampacities and Diameters for Silicone-Glass Reinforced Cables versus Butyl Neoprene Insulations SILICONE RUBBER-GLASS REINFORCED POWER CABLES Voltage: 600 and 5000 Ambient: 40C SIZE MCM OVERALL DIAMETER - inches 90*C Butyl Insulation Silicone Rubber Glass Reinforced Insulation 600 V 5000V 600V 5000 V AMPACITY - amperes 90C Butyl Insulation Silicone Rubber Glass Reinforced insulation Possible Increase in Current 500 600 700 750 800 900 1000 1.14 1.25 1.32 1.35 1.38 1 .44 1 .51 T .31 1.38 1.45 1.49 1.54 1.63 1.72 1.035 1.115 1.185 1.220 1.250 1.315 1.375 1.135 1.215 1.285 1.320 1.350 1.415 1.475 393 435 471 489 503 531 560 485 23% 540 24% 585 24% 608 24% 631 25% 672 26% 711 27% Represented by: Csitinntil Win !> CahVi Bnisioi Cotolog Wl07b Gulton Gufcon Industries Inc. York, Pennsylvania 17405 Tel. (717) 792-2644 TWX510-657-4847 RBB 00097