Firezone R Single & Multi-Conductor High Temperature 600 Volt,14 AWG-4/0 Awg SpecificationML20199A025 |
Person / Time |
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Site: |
Prairie Island |
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Issue date: |
03/31/1995 |
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From: |
ROCKBESTOS CO. |
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To: |
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Shared Package |
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ML20198T458 |
List: |
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References |
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RSS-5-144, RSS-5-144-I05, RSS-5-144-I5, NUDOCS 9801270092 |
Download: ML20199A025 (10) |
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Category:GENERAL EXTERNAL TECHNICAL REPORTS
MONTHYEARML20217A9931999-09-30030 September 1999 NRC Regulatory Assessment & Oversight Pilot Program, Performance Indicator Data ML20211B5971999-07-31031 July 1999 Cycle 20 Voltage-Based Repair Criteria 90-Day Rept ML20196H8621999-06-30030 June 1999 NRC Regulatory Assessment & Oversight Pilot Program, Performance Indicator Data, June 1999 Rept ML20196F4081999-06-23023 June 1999 Revised Pages 71,72 & 298 to Rev 7 of NSPNAD-8102, Prairie Island Nuclear Power Plant Reload Safety Evaluation Methods for Application to PI Units ML20202J7711999-02-0404 February 1999 Simulator Certification Rept for Prairie Island Plant Simulation Facility,1998 Annual Rept ML20202G3761999-01-31031 January 1999 Non-proprietary Rev 7 to NSPNAD-8102-NP, Prairie Island Nuclear Power Plant Reload SE Methods for Application to PI Units ML20196D7341998-11-20020 November 1998 Third Quarter 1998 & Oct 1998 Data Rept for Prairie Island Isfsi ML20198P0571998-09-0303 September 1998 Rev 1 to 95T047, Back-up Compressed Air Supply for Cooling Water Strainer Backwash Valve Actuator ML20236R6481998-07-15015 July 1998 Metallurgical Investigation & Root Cause Assessment of Part Length CRDM Housing Motor Tube Cracking at PINGP Unit 2 - Preliminary Summary Rept ML20247E2671998-05-0505 May 1998 Rev 0 to Pingp,Units 1 & 2,Pressure & Temp Limits Rept (Effective Until 35 Efpy) ML20216H0341998-03-31031 March 1998 Cycle-19 Voltage Based TSP Alternate Repair Criteria 90-Day Rept ML20217D2041998-03-13013 March 1998 Rev 1 to 28723-A, Intake Canal Liquefaction Analysis Rept for Pingp,Welch,Mn ML20236P9801998-03-12012 March 1998 Rev 0 to 97FP02-DOC-01, Compliance Review of 10CFR50,App R, Section Iii.O RCP Lube Oil Collection Sys ML20216D0911998-03-0606 March 1998 Rev 0 to Prairie Island Generating Plant,Units 1 & 2, Pressure & Temp Limits Rept ML20236Q0021998-02-28028 February 1998 Final Rept, Prairie Island Fire IPEEE Technical Assessment ML20216D1171998-02-28028 February 1998 Non-proprietary Final,Rev 2 to Prairie Island,Units 1 & 2, COMS Setpoint Analysis ML20198N8401998-01-0606 January 1998 Non-proprietary Version of Prairie Island Unit 1 Cycle 19 Thimble Deletion Study ML20212B7941997-10-20020 October 1997 Final Rept for Maximum Allowable Primary to Secondary Leak Rate Using ML20141F2771997-06-30030 June 1997 Non-proprietary Rept NSPNAD-97002, Slb Methodology ML20141A9911997-03-0707 March 1997 Rev 1 to Prairie Island Unit 2 45 F Ultrasonic Exam Rept (3rd 10yr) ML20141A9791997-03-0707 March 1997 F Ultrasonic Exam Rept (3rd 10yr) ML20135A9451997-02-28028 February 1997 Spent Fuel Pool Dilution Analysis ML20135A9481997-02-28028 February 1997 NSP Prairie Island Units 1 & 2 Spent Fuel Rack Criticality Analysis Using Soluble Boron Credit ML20136F3921997-02-28028 February 1997 Response to NRC Addl Info Request ML20138G7791996-12-18018 December 1996 Rev 20 to Operational QA Plan ML20132F2951996-12-12012 December 1996 Rev 0 to NSPLMI-96001, Prairie Island Nuclear Generating Plant Ipeee ML20115E8921995-12-31031 December 1995 FERC Form 1:Annual Rept of Major Electric Utils,Licensees & Others for NSP (Minnesota) & (Wisconsin) ML20094P0351995-11-20020 November 1995 NSP PINGP Units 1 & 2 USNRC USI A-46 Resolution Seismic Evaluation Rept ML20094P0451995-11-15015 November 1995 Rev 0 of Vol I of VI of NSP PINGP Units 1 & 2 USNRC USI A-46 Resolution Ssel & Relay Evaluation Rept ML20199A0251995-03-31031 March 1995 Firezone R Single & Multi-Conductor High Temperature 600 Volt,14 AWG-4/0 Awg Specification ML20078N9531995-01-26026 January 1995 Simulator Certification Rept for Prairie Island Plant Simlation Facility 1994 Annual Rept ML20058M8411993-08-18018 August 1993 Plant,Sbo/Esu Project, Design Rept, Rev 2 ML20056H0451993-04-30030 April 1993 Transient Power Distribution Methodology ML20045C1841993-02-28028 February 1993 Criticality Analysis of Prairie Island,Units 1 & 2 Fresh & Spent Fuel Racks. ML20248L4081992-09-0101 September 1992 Annual Rept Review of Meteorological Data 1991 Monticello & Prairie Island Stations ML20092A6671992-01-14014 January 1992 App B Suppl to Generic Licensing Topical Rept EDR-1, Summary of Plant Specific Crane Data Supplied by Ederer Inc for NSP Co Praire Island Nuclear Generating Plant Units 1 & 2 Auxiliary Bldg Crane ML20086T5631991-12-20020 December 1991 Rev 1 to Prairie Island Nuclear Generating Plant Station Blackout/Electrical Safeguards Upgrade Project ML20092A6791991-12-18018 December 1991 Design Criteria for Lifting Sys for TN-40 Dry Storage Cask at Praire Island ML20067B7211991-02-28028 February 1991 Revised Prairie Island Large Break LOCA Calculation Using WCAP-10924,Vol 1,Addenda 4 Model Changes ML20067C9301991-02-0101 February 1991 Simulator Certification Rept for Prairie Island Plant Simulation Facility ML20058J8881990-10-15015 October 1990 Design Rept for Facility Station Blackout/Electrical Safeguards Upgrade Project ML20011D6991989-12-12012 December 1989 Addendum 1 to, Sacm Diesel Generator Qualification Rept. ML20248D6491989-09-29029 September 1989 Rev 0 to Societe Alsacienne De Consts Mecaniques De Mulhouse Diesel Generator Qualification Rept ML20245L2891989-05-25025 May 1989 Used Molded Case Circuit Breakers Installed in Safety- Related Applications, Addendum 1 to Safety Evaluation 252 ML20245G7711989-04-28028 April 1989 Untraceable Molded Case Circuit Breakers Installed in Safety-Related Application, Safety Evaluation 265 ML20248J8881989-03-31031 March 1989 Criticality Analysis of Prairie Island Units 1 & 2 Fuel Racks ML20245L2631988-11-11011 November 1988 Used Molded Case Circuit Breakers Installed in Safety- Related Applications, Safety Evaluation 252 ML20154Q8981988-09-21021 September 1988 Criteria for Determining Justification for Continued Operation When Encountering Major Discrepancies in 'As-Built' Safety-Related Equipment ML20151Q2201988-08-31031 August 1988 Demonstration of Conformance of Prairie Island Units 1 & 2 to App K & 10CFR50.46 for Large Break Locas ML20150F2771988-06-30030 June 1988 Rev 1 to Safety Evaluation of Increased Fq & Fdeltah 1999-09-30
[Table view] Category:TEXT-SAFETY REPORT
MONTHYEARML20217G4461999-09-30030 September 1999 Monthly Operating Repts for Sept 1999 for Pingp.With ML20217A9931999-09-30030 September 1999 NRC Regulatory Assessment & Oversight Pilot Program, Performance Indicator Data ML20217A1691999-09-22022 September 1999 Part 21 Rept Re Engine Sys,Inc Controllers,Manufactured Between Dec 1997 & May 1999,that May Have Questionable Soldering Workmanship.Caused by Inadequate Personnel Training.Sent Rept to All Nuclear Customers ML20216E7151999-08-31031 August 1999 Monthly Operating Repts for Aug 1999 for Pingp,Units 1 & 2. with ML20211D3981999-08-24024 August 1999 Safety Evaluation Supporting Requested Actions to Licenses DPR-42 & DPR-60,respectively ML20211C2531999-08-0404 August 1999 Unit 1 ISI Summary Rept Interval 3,Period 2 Refueling Outage Dates 990425-990526 Cycle 19 971212-990526 ML20210Q4891999-07-31031 July 1999 Monthly Operating Repts for July 1999 for Pingp,Units 1 & 2. with ML20211B5971999-07-31031 July 1999 Cycle 20 Voltage-Based Repair Criteria 90-Day Rept ML20209J1131999-07-15015 July 1999 Safety Evaluation of Topical Rept NSPNAD-8102,rev 7 Reload Safety Evaluation Methods for Application to PI Units. Rept Acceptable for Referencing in Prairie Island Licensing Actions ML20196H8621999-06-30030 June 1999 NRC Regulatory Assessment & Oversight Pilot Program, Performance Indicator Data, June 1999 Rept ML20209F9811999-06-30030 June 1999 Monthly Operating Repts for June 1999 for Prairie Island Nuclear Generating Plant,Units 1 & 2.With ML20196F4081999-06-23023 June 1999 Revised Pages 71,72 & 298 to Rev 7 of NSPNAD-8102, Prairie Island Nuclear Power Plant Reload Safety Evaluation Methods for Application to PI Units ML20195G5181999-05-31031 May 1999 Monthly Operating Repts for May 1999 for Prairie Island Nuclear Generating Plant,Units 1 & 2.With . Page 3 in Final Rept of Incoming Submittal Was Not Included ML20207B5931999-05-26026 May 1999 SER Accepting Licensee Proposed Alternative to ASME Code for Surface Exam (PT) of Seal Welds on Threaded Caps for Unit 1 Reactor Vessel Head Penetrations for part-length CRDMs ML20196L2501999-05-13013 May 1999 Rev 0 to PINGP Unit 1 COLR Cycle 20 ML20206L6191999-04-30030 April 1999 Monthly Operating Repts for Apr 1999 for Pingp,Units 1 & 2. with ML20205N1081999-03-31031 March 1999 Monthly Operating Repts for Mar 1999 for Pingp,Units 1 & 2. with ML20205Q5101999-03-15015 March 1999 Inservice Insp Summary Rept Interval 3,Period 1 & 2 Refueling Outage Dates 981109-1229 Cycle 19,970327-981229 ML20207J6951999-02-28028 February 1999 Monthly Operating Repts for Feb 1999 for Prairie Island Nuclear Generating Plant ML20202J7711999-02-0404 February 1999 Simulator Certification Rept for Prairie Island Plant Simulation Facility,1998 Annual Rept ML20202G3761999-01-31031 January 1999 Non-proprietary Rev 7 to NSPNAD-8102-NP, Prairie Island Nuclear Power Plant Reload SE Methods for Application to PI Units ML20207L2811999-01-31031 January 1999 Revised Monthly Operating Repts for Jan 1999 for Pingp,Units 1 & 2 ML20202J1731999-01-22022 January 1999 Safety Evaluation Concluding That NSP Proposed Alternative to Surface Exam Requirements of ASME BPV Code for CRD Mechanism Canopy Seal Welds Will Provide Acceptable Level of Quality & Safety ML20206P7861998-12-31031 December 1998 Monthly Operating Repts for Dec 1998 for Prairie Island Nuclear Generating Plant.With ML20205H0561998-12-31031 December 1998 Northern States Power Co 1998 Annual Rept. with ML20198J6441998-12-17017 December 1998 Rev 0 to PINGP COLR Unit 2-Cycle 19 ML20206N2731998-11-30030 November 1998 Monthly Operating Repts for Nov 1998 for Prairie Island Nuclear Generating Plant,Units 1 & 2.With ML20196D7341998-11-20020 November 1998 Third Quarter 1998 & Oct 1998 Data Rept for Prairie Island Isfsi ML20155K6301998-10-31031 October 1998 Monthly Operating Repts for Oct 1998 for Prairie Island Nuclear Generating Plant,Units 1 & 2.With ML20154H4061998-09-30030 September 1998 Monthly Operating Repts for Sept 1998 for Prairie Island Nuclear Generating Plant.With ML20202J7991998-09-30030 September 1998 Non-proprietary Version of Rev 3 to CEN-629-NP, Repair of W Series 44 & 51 SG Tubes Using Leaktight Sleeves,Final Rept ML20198P0571998-09-0303 September 1998 Rev 1 to 95T047, Back-up Compressed Air Supply for Cooling Water Strainer Backwash Valve Actuator ML20153B0761998-08-31031 August 1998 Monthly Operating Repts for Aug 1998 for Prairie Island Nuclear Generating Plant.With ML20237A3961998-08-11011 August 1998 Safety Evaluation on Westinghouse Owners Group Proposed Insp Program for part-length CRDM Housing Issue.Insp Program for Type 309 Welds Inadequate from Statistical Point of View ML20237A8171998-08-0505 August 1998 SER Related to USI A-46 Program GL 87-02 Implementation for Prairie Island Nuclear Generating Plant,Units 1 & 2 ML20236X8531998-07-31031 July 1998 Monthly Operating Repts for July 1998 for Prairie Island Nuclear Generating Plant ML20236R6481998-07-15015 July 1998 Metallurgical Investigation & Root Cause Assessment of Part Length CRDM Housing Motor Tube Cracking at PINGP Unit 2 - Preliminary Summary Rept ML20236R0771998-06-30030 June 1998 Monthly Operating Repts for June 1998 for Prairie Island Nuclear Generating Plant ML20249A5751998-05-31031 May 1998 Monthly Operating Repts for May 1998 for Prairie Island Nuclear Generating Plant ML20247G7011998-05-31031 May 1998 Metallurgical Investigation & Root Cause Assessment of Part Length CRDM Housing Motor Tube Cracking at Prairie Island Nuclear Generating Plant,Unit 2 ML20248M0561998-05-31031 May 1998 Rev 5 to CEN-620-NP, Series 44 & 51 Design SG Tube Repair Using Tube Rerolling Technique ML20247E2671998-05-0505 May 1998 Rev 0 to Pingp,Units 1 & 2,Pressure & Temp Limits Rept (Effective Until 35 Efpy) ML20247G2921998-04-30030 April 1998 Monthly Operating Repts for Apr 1998 for Prairie Island Nuclear Generating Plant ML20217M6901998-04-29029 April 1998 Safety Evaluation Accepting Methodology for Relocation of Reactor Coolant Sys P/T Limit Curves & LTOP Sys Limits Proposed by NSP for Pingp,Units 1 & 2 ML20216C6361998-03-31031 March 1998 Monthly Operating Repts for Mar 1998 for Prairie Nuclear Generating Plant Units 1 & 2 ML20216H0341998-03-31031 March 1998 Cycle-19 Voltage Based TSP Alternate Repair Criteria 90-Day Rept ML20217D2041998-03-13013 March 1998 Rev 1 to 28723-A, Intake Canal Liquefaction Analysis Rept for Pingp,Welch,Mn ML20236P9801998-03-12012 March 1998 Rev 0 to 97FP02-DOC-01, Compliance Review of 10CFR50,App R, Section Iii.O RCP Lube Oil Collection Sys ML20248L3931998-03-10010 March 1998 ISI Summary Rept Interval 3,Period 1 & 2 Refueling Outage Dates 971018-971212 Cycle 18,960303-971212 ML20216D0911998-03-0606 March 1998 Rev 0 to Prairie Island Generating Plant,Units 1 & 2, Pressure & Temp Limits Rept 1999-09-30
[Table view] |
Text
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t March 1995 RSS-5 144 -
Issue 5 Page 1 of 9 FIREZONE'R Single & Multi Conductor IEgh Temperature 600 Volt,14 AWG.4/0 AWG SPECIFICATION 1.0 SCOPE This speci5 cation covers single and multi-conductor power, control, and instrumentation cables designed for service at a maximum continuous operating temperature of125'C but with the special capability of operating at 1700'F as defmed by the ASTM E-119 test. The cable is suitable for installation in wet or dry locations indoors and outdoors in metal trays and conduit.
2.0 , GENERAL CONSTRUCTIONS All cables have heat, flame, rnoisture and radiation resistant insulation and jackets. One of the two electrical insulation layers is silicone rubber which meets the physical and electrical requirements ofICEA S 19-81.
3.0 CONDUCTORS Conductors are fle.<bly stranded high temperature specially clad copper.
4.0 INSULATION Multi layer construction of polymeric and inorganic materials. The polymeric (silicone rubber) layer meets the requirements specified in paragraph 11.0. Generilly resistant to acids, bases, salts and many solvents.
5.0 CIRCUlT IDENTIFICATION Circuit identification is accomplished by the use ofglass braid coverings with colored tracers, per Table I shown.
. . THE ROCKBESTOS COMPANY I *
- 20 Bradley Park Road P.O. Box 1102 . East Granby, CT 06026-1102 USA Tetephone
- 600 327-7625 Fax: 203-653 8301 9801270092 970814 .
PDR ADOCK 050002821 F PM f
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l March 1995 RSS-5-144 ,
Issue 5 Paga,2 of 9 5.0 CIRCUIT IDENTIFICATION (Continued)
TABLEI CIRCUIT IDEh"ITFICATION CONDUCTOR BACKGROUND IST TRACER 2ht TRACER NUhmER COLOR ,,. COLOR COLOR 1 White - -- -
2 White Black -
3 White Red -
4 White Green --
5 White Orange -
6 White Blue -
7 White Red Black NOTE: Brown tracer may be substituted for Grh when spbed.
6.0 CABLE ASSEMBLY 6.1 LAY-UP Insulated conductors for multi-conductor cables shall be cabled in accordance with Part 5 of1CEA S 19 St.
6.2 MLLERS No fillers sha!! be used.
6.3 SHIELDED When required, shieldmg shall be accomplished with a stainless steel braid.
^
6.4 BINDER TAPE A non-hygroscopic and non-wicking flame resistant binder tape shall be applied over the conductor assembly.
. . THE ROCKBESTOS COMPANY I 20 Bradley Park Road a P.O. Box 1102. East Granby, CT 0602S1102 USA
- Telephone: 800-327-7625 + Fax: 203-653-8301 -
.90*d CZW8-C99-099-I. so4seqM30M VEI*II 46-90-dWW
1 May 1995 RSS-5-144 1ssue 5 Page 3 of 9 7.0 OVERALL CABLE JAOKET A glass braid shall be applied over the binder tape.
7.1 OVERAt L CABLE METAL SHEATH A stainless steel cornigated impervious welded sheath at least 12 mils in thickness shall be applied over the jacket when the cable is to be used in cable tray or run as conduit Ifit will be run in conduit, the stainless steel outer sheath is not necessary.
7.2 SPECIAL TRANSITION CONNECTOR (Not Part of Specification But Available For Nucsear Application).
A stainless steel connector orthe type, or equivalent to the type, that tested in the ASTM E-119 tatt (UL report file number R10925-1, Project 84NK2320) shall be used to recomplish the transition frcm cable tray with stainless steel sheathed cable to condult where the sheath will be stripped off.
8.0 CABLE IDENTIFICATION 8.1 LEGEND, A marker tape shall be included within the cable, indicating the year of manufacture, the number of conductors, the conductor gauge size, the voltage radng, sequential footage, and RSS-5-144, 8.2 TRACEABit.lTY F
All cables shall be identified by a marker tape within the nble indicating a unique traceability number and manufacturers name referred to above.
9.0 INSPECTION AND ACCEPTANCE Customer inspection, if' equired, shall be carried out under the surveillance of the Rockbestes Quality C ,atrol Department. In lieu of customer inspectio.: and acceptance, certificates ofconformance will be supplied unless certi6ed test repons are requeste".
THE ROCKBESTOS COMPANY i 20 Bradley Park Road + P.O. Box 1102 + East Granby CT 06026-1102 USA Telephone: 800-327-7625 + Fax 203 653 8301 i 40'd EZps-ES9-090-I sogseq) pott VEI 2 II 46-90 A*H
March 1995 RSS-5-144 l Issue 5 Page 4 of 9 l 10.0 PACKAGING & STORAGE 1
\
All cable shall be shipped on non returnable wooden reets,and covered with lagging commensurate with the weight of the loaded reel. Cable should be stored in a well drained indoorlocatien.
11.0 SILICONE RUBBER INSULATION PROPERTIES ICEA GUARA. V EED PROPERTY REOUIREMENTS VALUE
Tensile 300 psi 800 psi m Elongation 250 % 250 % m Aller 7 Days @ 158'C
% Retention i
Te'.sile -
95 m i Elongation --
95 m i
500 500 m :
Elongation 125 % 125 % m Oxygen Index ASTM D2863 -
25 m Acid Gas Mine Safety Appliance -
O ppm /mg M Copper Mirror @ 130'C ASTM D2671 --
0% M Smoke Density- Flaming NFFA 258-T Max. SpeciBc Optics!
Density -
100 M
- m = cdnimum. M = ma:amum THE ROCKBESTOS COMPANY 20 Eradley Park Read . P.O. Box 1102 East Granby, CT C6026-1102 USA Telephone: 800 327-7625
'90*d EZWD-C99-098-I sogsegnoos vpr:II'46-90-dWW q.
May 1995 RSS-5144 Issue 5 Page 5 of 9 l 11,0 INSULATION PROPERTIES (Continued)
ICEA GUARAN. TEED PROPERTY REOUIREMENTS VALLE Cold Bend @ 65'F hEL-C-13777 8X, 80 V/ Mil,5 hfmutes -
Pass I
(Silicone Layer) -
15 mgin: hi I.R. Constant in 15.6*C Water After 6 Hrs. 4K' 4K' m Ozone Resistance ICEA S-19-81 No Cracks No Cracks
' Refer to Paragraph 1J.0 m = minimum, M = maximum For silicone insulation alone, with a non conducting separator appued between the silicone rubber a:x! the' conductor,1CEA allows 60% of this value to be used.
12.0 CABLE PERFORMANCE 12.1 FLAME RESISTANCE The completed cable passes IEEE-383 70,000 BTU vertical tray flame test as modified by USNRC RG 1.131 dated 1977. Supporting data are on 61e.
12.2 IEEE-383 The polymeric electrical insulation layer of Firezone' R cables passes the test requirements ofIEEE-383, paragraphs 2.1 - 2.4, demonstrating a minimum of 40 years service life at a conductor temperature of 125'C, qualiSed temperature of 83.5'C for a minimum of 40 years, u well as the ability to withstand 50 megarads of gamma radiation followed by a simulated loss of coolant accident (LOCA). (Supporting data in Qualification Test Report QR 9801.)
. THE ROCKBESTOS COMPANY i
20 Bradley Park Road F ;3. Box 1102. East Granby, CT 06026-1102 USA Telephone: 800 327-7625
Co*d EEW8-C99-098-I sogseq>gJoat vs t : II 46-90-MN
Much 1995 'us $ 144 1ssue $
1 a e 6 of 9 13.0 TESTING All cables are sample tested per ICEA S 19 BI, Pa.agraph 6A for those properties shown with an asterisk in paragraph 11.0.
All completed inulti conductor cables are subjected to a conductor resistance test, a $ rninute dry AC voltage withs*and test, and an Insulation Resistance (IR) test. Test voltagn we as shown in TABLEIL TABLE II AC TEST VOLTAGES 600 VOLT RATING WIRE SIZE AC TEST VOLTAGE (AWG) (VOLTS) 14 9 4,500 82 6,000 14/0 7,$00 14.0 INSTALLATION INFORMATION General installation information is provided below. See Rockbestos TechrJeal Bulletin 28 and the Rockestos Gardex'Insta!!ation Manual for additionalinformation.
14.4 *inimum cable bending radius for stainless steel sheathed cable for pullir.g is 12 times trnal diameter and for "as installed" is 12 times external diameter. For cables with nless steel braid (and no stainless steel shcath) or other constmettons, the minimum t.sle bead radius for pulling is 10 times the external diameter and 8 times the external diameter for "as installed".
14.2 Maximum cable pulling tension for a straight run, in pounds is 0.008 times the cross-sectional area of the cabic in circular mils. If multiple cables ate pulled at one time, maximum pulling tension should be reduced as shown in the Rockbestos Gardex' Installation Manual.
14.3 Maximum sidewa'l bearing pressure is 500 pounds per foot ofbend radius for stainless steel corrug:ted sheath cables and 300 pounds per foot of bend radius for stainless steel breid or other constructions.
j THE ROCKBESTOS COMPANY ;
20 Bradey Park Road
- P.O. Box 1102 East Granby, CT 06026-1102 USA Telephone: 800 327 7625
- ci EEDD-E99-098*I su 4;*=q>tooti vg t : "I 46-90 4*H
May 1995 RSS 5144 Issue 5 Page 7 of 9 15.0 DIAMETERS AND WElGHTS NOMWAL IJOMINAL NOhENAL DIAMETER DIAkt 4 %7.5000 D!AM. A %T/1000' COND. SIZE & SNOLES (UNSIEA17ED) (SS. SIEA11ED) 140. OF COND. fNCHES NCEGS . LDS INCIES . LDS 24 14 AWO 0.27 0.61 140 0.78 - 250 2E.12 AWO 029 0 65 . 170 0.88 290 22 10 AWO 032 0.73 220 0.96 353 3/C I4 AWO 0.27 0.65 190 0.92 320 3/C.12 AWO 0.29 0.70 230 0.96 - 370 3C.10 AWU 0.32 0.78 290 1.00 430 3C.8AWO 0.39 0.93 430 1.26. $90 3/C . 6 AWO 0.43 1 03 550 1.26 730 3/C. 4 AWO 0.34 1.15 750 1.50 1,150 3/C. 2 AWO 0 60 1.29 1,060 1.61 1,470 3/C . 1 A W O 0.66 1.51 1,380 1.80 1,630 4'/C .14 A W O 0.27 0.72 250 0.96. 380 4/C .12 A W O 0.29 0.77 . 300 1.00 440 4/C.10 AWO 0.32 0.85 380 1.00 $20 4/C. 8 AWO 0.39 1.03 550 8.26 740 4/C. 6 AWO 0 43 1.14 720 1.46 930 4/C . 4 A W O 0.54 1.29 990 1.56 1,210 4/C 2 A W O 0.60 1.43 1,400 1.71 1,650 4/C . 1 A W O 0.66 1.68 1,800 2.02 2,100 7/C.14 AWG 0.27 0.88 390 1.00 . 470 7/C.12 AWO 0.29 0.94 480 1.13 640 7/C .10 AWO 0.32 1.05 620 1.33 810 1/C .1/0 A W O 0.76 0.76 610 . -
1/C . 2/0 AWO 0.82 0.82 730 . .
1/C .3/0 A W O 0.38 035 900 . .
1/C.44) AWO 0.95 0.95 970 . .
y THE ROCKBESTOS COMPANY 20 Bradley Pad Road
- East Granby, CT 060261102 USA Telephone: 800 327 7625. Fax 203-653-8301 m
8I.d EZWB-E99-090I 804889'#IDOll VlI It /.5-90 .4TH
May 1995
' RSS 5 144 Issue 5 Page 8 of 9 16.0 AMPACITY ANDIMPEDANCE AMPACITY ' AMPACITY' IMPEDANCE 8 COND. SIZE & @90'C @l800'F OllMS TO NEUT/COND HQ_OF COND AMPERES AMPERES __ OMMS PER 1000*
2/C.14 AWG 18 15 2/C 12 AWG 24 20 2/C.10 AWG 32 27 3/C 14 AWG 18 15 4.41 4 jo.053 3/C.12 AWG 24 20 2.78 +jo.N9 3/C .10 AWG 32 27 1.74 +j0.M8 3/C 8 AWG 43 40 1.09 +j0.045 3/C . 6 AWG 57 48 0.689 + j0.042 3/C 4 AWG 76 64 0.433 + jo.040 3/C . 2 AWG 100 85 0.272 + jo.040 3/C . 1 AWG 116 90 0.216
- io.038 4/C.14 AWG 16 13 4/C .12 AWG 21 17 4/C .10 AWG 28 23 4/C . 8 AWG 38 32 4/C . 6 AWG $1 42 4/C 4 AWG 67 56 4/C . 2 AWG 89 74 4/C . 1 AWG 104 85 7/C- 14 AWG 15 13 7/C.12 AWG 20 17 7/C.10 AWG 27 23 1/C .1/0 AWG' 133 107 1/C . 2/0 AWG' 153 107 1/C . 3/0 AWG* 177 142 1/C . 4/0 AWG' 210 171 Ampacides for single conductor cables bued m 3 mingle conductors pcr duct all others for 1 cabic in air.
- 1. Ampecities based on 90'C conduca temperature . 50*C ambient.
- 2. Ampacities based on 1800'F conductor tea $cranac .1700*F ambient.
- 3. Impedance for 3 conductor cables bawd oo 90'C conductor temperature.
Ampacities (90'C) do not recoct 125 'C espability of cable, but are included for applications wbert Fire:me' R (
installed in trsy with other 90*C cables. Note, for 1,0CA applications, gaalifal temperature is 83.5 'C fer 40 yees.
THE ROCKBESTOS COMPANY j 20 Bradley Park Road
- Eas,Granby, CT 060261102 USA Telephone: 800-327 7625
- Fax: 203-653 6301 CI'd EZW8-ES9-098-I sossegnoou vgIntt ts-go-aqa
March 1995 RSS-5144 issue 5 Fage 9 of 9 17.0 CONDUCTOR RESISTANCE CALCULATED RESISTANCE (60 ih AC) OF CONDUCTOR RUNS WHEN A 20 FT. SEGMENT IS AT 1700'F RESIST. OF RESIST.0F '
F FSIST. RESIST. 100 FT. RUN RESIST. 200 FT. AUN CADLE r.i 20 FI. OF 100 FT. WITH 20 FT. 200 FT. %TTH 20 FT.
SIZE ( 1700*F @90*C @l700'F @ 90'C @l700'F (AWG) LQ1]M9 LQ}Lis (O m is) (OHMS) _(OHMS) 14 0.414 0.441 0.777 0.882 1..'!08 12 0.261 0.278 0.483 0.555 0.760 10 0.164 0.174 0.303 0.348 0.477 8 0.103 0.109 0.190 0.219 0.299 6 0.0647 0.0689 0.120 0.138 0.189
'4 0.067 0.0433 0 07$3 0.0866 0.119 3 0.0323 0.0344 0.0597 0.0687 0.0941 2 0.0256 0.0272 0.0473 0.0544 0.0746 1 0.0203 0.0216 0.0375 0.0432 0^491 1/0 0.0161 0.0171 0.0299 0.0343 0.0469 2/0 0.0128 0.0136 0.0237 0.0273 0.0374 3/0 0.0101 0.0108 0.0187 0.0215 0.0295 8
4/0 8.03 x 10 8.55 x 10 0.0149 0.0171 0.0234 NOTE: Approximate voltage drop (per conductor) is calculated by multiplying resistance from this table by the applicable load current, e g.,14 AWG wire,200 Ft. run with 20 f t. @ 1700'F, with 4 amperes load current, voltage drop (per conductor) would be:
4 x 1.2078 = 4.84 volts. "
THE ROCKBESTOS COMPANY l
20 Bradley Park Road . P.O. Box 1102 + East Granby, CT 06026-1102 USA Telephone: 800 327 7625
- Fax: 203-653-8301 EI'd CEP3-ES9-099-1 so43eqMoou vaIIII 46-90-den
t Attachment 3 I
Faverdale Technology Centre Test Report FTCR/94/0060 dated September 1,1994 !
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