ASTM B901-2004 Standard Specification for Compressed Round Stranded Aluminum Conductors Using Single Input Wire Construction《用单输入金属线结构的压缩圆形铝绞线的标准规范》.pdf

《ASTM B901-2004 Standard Specification for Compressed Round Stranded Aluminum Conductors Using Single Input Wire Construction《用单输入金属线结构的压缩圆形铝绞线的标准规范》.pdf》由会员分享，可在线阅读，更多相关《ASTM B901-2004 Standard Specification for Compressed Round Stranded Aluminum Conductors Using Single Input Wire Construction《用单输入金属线结构的压缩圆形铝绞线的标准规范》.pdf（6页珍藏版）》请在麦多课文档分享上搜索。

1、Designation: B 901 04Standard Specification forCompressed Round Stranded Aluminum Conductors UsingSingle Input Wire Construction1This standard is issued under the fixed designation B 901; the number immediately following the designation indicates the year oforiginal adoption or, in the case of revis

2、ion, the year of last revision. A number in parentheses indicates the year of last reapproval. Asuperscript epsilon (e) indicates an editorial change since the last revision or reapproval.1. Scope1.1 This specification covers aluminum 1350-H19 (extrahard), 1350-H16 or -H26 (34 hard), 1350-H14 or -H2

3、4 (12hard), 1350-H142 or -H242 (12 hard), and aluminum alloy8XXX series as listed in Specification B 800 for tempers “O”and H1X or H2X, bare stranded conductors composed of oneor more roller shaped or die compressed layers of helicallylayed wires. The conductors are for general use for electricalpur

4、poses (Explanatory Notes 1 and 2).NOTE 1For the purposes of this specification, single input wire (SIW)construction is defined as follows: a stranded conductor design method-ology that varies the number of wires within a range of conductor sizes inorder to permit that range of conductor sizes to be

5、constructed from asingle wire size.1.2 The values stated in inch-pound or SI units are to beregarded separately as standard. The values in each system arenot exact equivalents; therefore, each system shall be usedindependently of the other. Combining values from the twosystems may result in nonconfo

6、rmance with the specification.1.2.1 For density, resistivity, and temperature, the valuesstated in SI units are to be regarded as standard.NOTE 2Prior to 1975, aluminum 1350 was designated as EC alumi-num.NOTE 3The aluminum and temper designations conform to ANSIH35.1. Aluminum 1350 corresponds to U

7、nified Numbering SystemA91350 in accordance with Practice E 527. Aluminum alloys in the 8000series correspond to Unified Numbering System A98XXX in accordancewith Practice E 527.NOTE 4This specification also permits conductors for use as coveredor insulated electrical conductors.NOTE 5Sealed conduct

8、ors, which are intended to prevent longitudinalwater propagation and are further covered/insulated, are also permittedwithin the guidelines of this specification.2. Referenced Documents2.1 The following documents of the issue in effect on thedate of material purchase form a part of this specificatio

9、n to theextent referenced herein.2.2 ASTM Standards:2B 193 Test Method for Resistivity of Electrical ConductorMaterialsB 230/B 230M Specification for Aluminum 1350H19Wire for Electrical PurposesB 263 Test Method for Determination of Cross-SectionalArea of Stranded ConductorsB 354 Terminology Relatin

10、g to Uninsulated Metallic Elec-trical ConductorsB 609 Specification for Aluminum 1350 Round Wire, An-nealed and Intermediate Tempers, for Electrical PurposesB 800 Specification for 8000 Series Aluminum Alloy Wirefor Electrical PurposesAnnealed and Intermediate Tem-persB 801 Specification for Concent

11、ric-Lay-Stranded Conduc-tors of 8000 Series Aluminum Alloy for SubsequentCovering or InsulationE 29 Practice for Using Significant Digits in Test Data toDetermine Conformance with SpecificationsE 527 Practice for Numbering Metals and Alloys (UNS)2.3 Other Standards:ANSI H35.1 American National Stand

12、ard Alloy and Tem-per Designation System for Aluminum3NBS Handbook 100Copper Wire Tables43. Classification3.1 The conductors described in this specification are in-tended for subsequent insulation or covering. The classificationof these conductors is SIW compressed.4. Ordering Information4.1 Orders

13、for material under this specification shall includethe following information:4.1.1 Quantity,1This specification is under the jurisdiction of ASTM Committee B01 ofElectrical Conductors and is the direct responsibility of Subcommittee B01.07 onConductors of Light Metals.Current edition approved April

14、1, 2004. Published April 2004. Originallyapproved in 2000. Last previous edition approved in 2001 as B 901 01.2For referenced ASTM standards, visit the ASTM website, www.astm.org, orcontact ASTM Customer Service at serviceastm.org. For Annual Book of ASTMStandards volume information, refer to the st

15、andards Document Summary page onthe ASTM website.3Available from American National Standards Institute (ANSI), 25 W. 43rd St.,4th Floor, New York, NY 10036.4Available from National Technical Information Service (NTIS), U.S. Depart-ment of Commerce, 5285 Port Royal Rd., Springfield, VA 22161.1Copyrig

16、ht ASTM International, 100 Barr Harbor Drive, PO Box C700, West Conshohocken, PA 19428-2959, United States.4.1.2 Conductor size: circular-mil area of AWG (see Section8 and Table 1),4.1.3 Alloy designation,4.1.4 Class (see 3.1),4.1.5 Temper (see 5.1 and 5.3),4.1.6 Details of special-purpose lays, whe

17、n required (see 7.2and 7.3),4.1.7 When tension tests are required on the completedconductor (see Section 15),4.1.8 Package size (see 19.1),4.1.9 Special package marking, if required (see Section 20),4.1.10 Heavy wood lagging, if required (see 19.2), and4.1.11 Place of inspection (see Section 18).5.

18、Requirements for Wires5.1 The purchaser shall designate the temper of conductorsof SIW compressed or SIW conductor.TABLE 1 Construction Requirements of Compressed Round SIW StrandedAluminum ConductorsConductor Size Hard Drawn CopperEquivalentMinimumNumberofNominalDiameter ofSIW Com-pressedConductorN

19、ominalDiameter ofSIW Com-pressedConductor MassDC Resistance at20Ccmils AWG mm2cmils AWG mm2Wires in. mm lb/1000ftkg/km V/1000ft V/km4 000 000 2027 2 520 000 1277 217 2.168 55.07 3823 5688 0.00442 0.01453 500 000 1773 2 200 000 1115 169 2.028 51.51 3345 4977 0.00505 0.01663 000 000 1520 1 890 000 957

20、.7 169 1.878 47.69 2839 4225 0.00584 0.01922 500 000 1267 1 570 000 795.5 127 1.714 43.54 2366 3521 0.00701 0.02302 000 000 1013 1 260 000 638.5 127 1.533 38.94 1875 2789 0.00867 0.02841 900 000 962.7 1 195 000 605.5 127 1.494 37.95 1781 2650 0.00913 0.03001 800 000 912.1 1 132 000 573.6 127 1.454 3

21、6.93 1687 2510 0.00963 0.03161 750 000 886.7 1 101 000 557.9 127 1.434 36.42 1640 2441 0.0099 0.03251 700 000 861.4 1 069 000 541.7 127 1.413 35.89 1593 2371 0.0102 0.03351 600 000 810.7 1 006 000 509.7 127 1.371 34.82 1500 2232 0.0109 0.03581 500 000 760.1 943 000 477.8 90 1.327 33.71 1406 2092 0.0

22、116 0.03811 400 000 709.4 880 000 445.9 90 1.282 32.56 1312 1953 0.0124 0.04071 300 000 658.7 818 000 414.5 90 1.236 31.39 1218 1813 0.0133 0.04361 250 000 633.4 786 000 398.3 90 1.212 30.78 1172 1743 0.0138 0.04531 200 000 608.0 755 000 382.6 90 1.187 30.15 1125 1674 0.0144 0.04721 100 000 557.4 69

23、2 000 350.6 90 1.137 28.88 1030 1533 0.0158 0.05181 000 000 506.7 629 000 318.7 53 1.084 27.53 937 1395 0.0173 0.0568900 000 456.0 566 000 286.8 53 1.028 26.11 844 1255 0.0193 0.0633800 000 405.4 503 000 254.9 53 0.969 24.61 750 1116 0.0217 0.0712750 000 380.0 472 000 239.2 53 0.939 23.85 703 1046 0

24、.0231 0.0758700 000 354.7 440 000 223.0 34 0.907 23.04 656 976 0.0248 0.0814650 000 329.4 409 000 207.2 34 0.874 22.20 609 907 0.0267 0.0876636 000 322.3 400 000 202.7 34 0.865 21.96 596 887 0.0273 0.0896600 000 304.0 377 000 191.0 34 0.840 21.34 562 837 0.0289 0.0948550 000 278.7 346 000 175.3 34 0

25、.804 20.42 516 767 0.0315 0.103500 000 253.4 314 000 159.1 30 0.766 19.46 469 697 0.0347 0.114477 000 241.7 300 000 152.0 30 0.747 18.96 447 665 0.0364 0.119450 000 228.0 283 000 143.4 30 0.727 18.47 422 628 0.0385 0.126400 000 202.7 252 000 127.7 24 0.685 17.40 375 558 0.0434 0.142350 000 177.3 220

26、 000 111.5 24 0.641 16.28 328 488 0.0495 0.162336 400 170.5 211 600 0000 107.2 18 0.629 15.96 315 469 0.0516 0.169300 000 152.0 188 700 95.62 18 0.594 15.09 281 418 0.0578 0.190266 800 135.2 167 800 000 85.03 18 0.560 14.22 250 372 0.0650 0.213250 000 126.7 157 200 79.65 18 0.542 13.77 234 349 0.069

27、4 0.228211 600 0000 107.2 133 100 00 67.44 17 0.498 12.65 198 295 0.082 0.269167 800 000 85.03 105 600 0 53.51 15 0.443 11.25 157 234 0.103 0.338133 100 00 67.44 83 690 1 42.41 11 0.395 10.03 125 186 0.130 0.426105 600 0 53.51 66 360 2 33.63 7 0.352 8.94 99.0 147 0.164 0.53883 690 1 42.41 52 620 3 2

28、6.66 7 0.313 7.95 78.4 117 0.207 0.67966 360 2 33.63 41 740 4 21.15 6 0.283 7.19 62.2 92.6 0.261 0.85652 620 3 26.66 33 090 5 16.77 6 0.252 6.40 49.3 73.4 0.330 1.0841 740 4 21.15 26 240 6 13.30 6 0.225 5.72 39.1 58.2 0.416 1.3633 090 5 16.77 20 820 7 10.55 6 0.200 5.08 31.0 46.2 0.523 1.7226 240 6

29、13.30 16 510 8 8.366 6 0.178 4.52 24.6 36.6 0.661 2.1720 820 7 10.55 13 090 9 6.633 6 0.159 4.04 19.5 29.0 0.834 2.7416 510 8 8.366 10 380 10 5.260 6 0.142 3.61 15.5 23.0 1.05 3.4413 090 9 6.633 8 234 11 4.172 6 0.126 3.20 12.3 18.3 1.32 4.3310 380 10 5.260 6 530 12 3.309 6 0.113 2.87 9.73 14.5 1.67

30、 5.486 530 12 3.309 4 110 14 2.083 6 0.089 2.26 6.12 9.11 2.67 8.764 110 14 2.083 2 580 16 1.307 6 0.071 1.80 3.85 5.73 4.22 13.82 580 16 1.307 1620 18 0.8209 6 0.054 1.37 2.42 3.60 6.71 22.01 620 18 0.8209 1020 20 0.5168 6 0.043 1.09 1.52 2.26 10.7 35.11 020 20 0.5168 642 22 0.3253 6 0.034 0.86 0.9

31、6 1.42 16.9 55.4B9010425.1.1 For conductor tempers other than H19, the manufac-turer shall have the following options on manufacturingmethod:5.1.1.1 Strand the conductor from wires drawn to finaltemper;5.1.1.2 Strand the conductor from wires drawn to H19temper and annealed to final temper prior to s

32、tranding; or5.1.1.3 Strand the conductor from H19 wires and anneal thestranded conductor to final temper.5.2 Before stranding, the aluminum wire used shall meet therequirements of Specifications B 230/B 230M, B 609, orB 800, whichever is applicable.5.3 All wires in the conductor shall be of the same

33、 temper.6. Joints6.1 Only cold-pressure joints or electric-butt, cold-upsetjoints may be made in the wires of SIW compressed or SIWconductor.6.2 The minimum distance between joints in the wires of thecompleted conductor shall be no less than 1 ft (0.3 m).7. Lay7.1 For SIW compressed stranded conduct

34、ors manufacturedfor subsequent covering or insulating, the average lay length ofthe wires shall be not less than 8 nor more than 16 times theouter diameter of the finished conductor. For conductors of 37wires or more, this requirement shall apply to the wires in theouter two layers only, unless othe

35、rwise agreed upon.7.2 Other lays for special purposes shall be furnished byspecial agreement between the manufacturer and the purchaser(Explanatory Note 3).7.3 For conductors manufactured for subsequent coveringor insulating, the direction of lay of the outer layer shall be lefthand and may be rever

36、sed or unidirectional/unilay in succes-sive layers, unless otherwise specified by the purchaser.8. Construction8.1 The areas of cross section, the minimum number ofwires, and diameters of the finished strand shall conform to therequirements prescribed in Table 1.9. Rated Strength of Conductor9.1 The

37、 rated strength of 1350-H19 conductors shall betaken as the percent, indicated in Table 2, of the sum of thestrengths of the component wires, calculated using the nominalwire diameters and the specified minimum average tensilestrength given in Specification B 230/B 230M for 1350-H19wire.9.2 The rate

38、d strengths of 8000 series conductors shall betaken as the percent, indicated in Specification B 801, of thesum of strengths of the component wires, calculated using thenominal wire diameters and the specified minimum averagetensile strength given in Specification B 800 for 8000 serieswire.9.3 Calcu

39、lations for rated strengths of 1350-H16, -H26,-H14, -H24, -H142, and -H242 conductors shall be made onthe basis of the strengths of the component wires, using thenominal wire diameters and the specified maximum andminimum tensile strengths for the appropriate temper of therespective component wires

40、given in Specification B 609. Theminimum rated strengths of the conductors shall be taken as thesum of the calculated minimum strengths of the componentwires multiplied by the rating factor given in Table 2. Themaximum rated strength of the conductors shall be taken as thesum of the calculated maxim

41、um strength of the componentwires multiplied by the rating factors given in Table 2.9.4 Calculations for rated strengths of 8000 series “O”temper H1X and H2X conductors shall be made on the basis ofthe strengths of the component wires, using the nominal wirediameter for the noncompacted construction

42、 and the specifiedmaximum and minimum tensile strengths of the appropriatetemper of the respective component wires given in Specifica-tion B 800. The minimum rated strengths of the conductorsshall be taken as the sum of the calculated minimum strengthsof the component wires multiplied by the rating

43、factor given inSpecification B 801. The maximum rated strength of theconductors shall be taken as the sum of the calculatedmaximum strengths of the component wires.9.5 Rated-strength and breaking-strength values shall berounded to three significant figures, in the final value only, inaccordance with

44、 the rounding method of Practice E 29.10. Density10.1 For the purpose of calculating mass, cross sections, andso forth, the density of aluminum 1350 shall be taken as 0.0975lb/in.3(2705 kg/m3) at 20C. The density of 8000 seriesaluminum alloys shall be taken as 0.098 lb/in.3(2.710 g/cm3)at20C.11. Mas

45、s and Electrical Resistance11.1 The mass and electrical resistance of a unit length of astranded conductor are a function of the length of lay. Theapproximate mass and electrical resistance may be determinedusing the standard increments shown in Table 3. When greateraccuracy is desired, the incremen

46、t based on the specific lay ofthe conductor may be calculated (Explanatory Note 6).11.2 The maximum electrical resistance of a unit length ofstranded conductor shall not exceed 2 % over the nominal dcTABLE 2 Rating FactorsANumber of Layers Rating Factor, %1962933914905 and above 89AThis relates to 1

47、350 alloy only. Refer to the Rating Factors Table in Specifi-cation B 801 for values for 8000 series alloys.TABLE 3 Standard Increments Due to StrandingSize of Conductor, All Classes, cmilsAIncrement (Increase) of Mass andElectrical Resistance, %4 000 000 to 3 000 001, incl 43 000 000 to 2 000 001,

48、incl 32 000 000 and under 2AConversion Factors: 1 cmil = 5.067 E-04 mm2, 1 mil = 2.54 E-02 mm, 1 lb/1000ft = 1.488 E+00 kg/km, 1 ft = 3.048 E-01 m, 1 lb = 4.536 E-01 kg, 1 lbf 4.448 E-03kN.B901043resistance shown in Table 1 (Explanatory Note 8). When dcresistance is measured at other than 20C, it is

49、 to be correctedby using the multiplying factor given in Table 4.11.3 For conductors to be used in covered or insulated wiresor cables, dc resistance measurement may be used to determinecompliance with this specification in lieu of the methodoutlined in Section 13; however, the reference method shall bethe same as that outlined in Section 12.12. Variation in Area12.1 The area of cross section of the completed conductorshall be not less than 98 % of the area of cross section of theconductor size listed in column 1 of Table 1. The manufacturermay have the option of deter