ECA IS-43AA-1988 Cable for LAN Twisted Pair Data Communications - Detail Specification for Type 1 Outdoor Cable《LAN双绞线数据通信用电缆－1类户外电缆的详细规范》.pdf

《ECA IS-43AA-1988 Cable for LAN Twisted Pair Data Communications - Detail Specification for Type 1 Outdoor Cable《LAN双绞线数据通信用电缆－1类户外电缆的详细规范》.pdf》由会员分享，可在线阅读，更多相关《ECA IS-43AA-1988 Cable for LAN Twisted Pair Data Communications - Detail Specification for Type 1 Outdoor Cable《LAN双绞线数据通信用电缆－1类户外电缆的详细规范》.pdf（25页珍藏版）》请在麦多课文档分享上搜索。

1、EIA IS-43AA 88 m 3234600 0002400 4 m EIA SPECIFICATION Cable For LAN Twisted Pair Data Communications - Detail Specif cation For Type I, Outdoor Cable NQ-EIA/ IS-43AA SEPTEMBER 1988 ELECTRONIC INDUSTRIES ASSOCIATION ENGINEERING DEPARTMENT EIA IS-43AA 00 3234600 000240L b NOTICE EIA Engineering Stand

2、ards and Publications are designed to serve the public interest through eliminating misunderstandings between manufacturers and purchasers, f aci 1 i ta ting in terchangeabil i ty and improvement of products, and assisting the purchaser in selecting and obtaining with minimum delay the proper produc

3、t for his particular need. Existence of such Standards and Pub- lications shall not in any respect preclude any member or non-member of EIA from manufacturing or selling products not conforming to such Standards and Publications, nor shall the existence of such Standards and Publications preclude th

4、eir voluntary use by those other than EIA members, whether the standard is to be used either domestically or internationally. Recommended Standards and Publications are adopted by EIA without regard to whether or not their adoption may involve patents on articles, materials, or processes. By such ac

5、tion, EIA does not assume any liability to any patent owner, nor does it assume any obligation whatever to parties adopting the Recom- mended Standard or Publication. Copyright 19 88 Published by ELECTRONIC INDUSTRIES ASSOCIATION Engineering Department 2001 Eye Street, N.W. Washington, D.C. 20006 Pu

6、blished in U.S.A. I- )System Standard Organization O O I I Omnibus Specif kat ion Number : I Electronic Components of assessed I quality in accordance with: EIA/ IS -43 I I Outline Drawing: Cross Sect ion (4) No. 22 AWG Solid Copper Conductors I I Pair Separator . I (4) DGM Conductor Insulation I Sk

7、in I (4) DOM Conductor Insulation I I /- Core Filer Shield Jacket 1411 Type 1 Outdoor etail Specification Number NQ-E IA/ I S - 43AA llank Detail Specification: Sone roduct Description Exchange Cable for use Kith Data Processing Equipment Type 1 Outdoor Cable Two Insulated Data Grade Nedia (DGY) Cop

8、per Conductor Pairs in a Single Polyethylene Jacket Zlectrical Circuit Typical Construction Application/Assessment Level Assessment Level: C I Performance Grade: I IEEE 802.5 I I I I Information on the availablility of components I I qualified to this specification is given in I I the Qualified Prod

9、ucts List. I DETAIL SPECIFICATION FOR TYPE 1 OUTDOOR CABLE / . EIA IS-43AA 88 NQ-EZA/IS-43= CONTENTS 3234600 0002403 . T 1.0 Scope and Objective 1 1.1 Scope . 1 1.2 Objective . 1 2.0 General Data . 1 2.1 General 1 2.2 Ordering Information . 1 2.3 Related Documents . 2 2.3.1 ASTM . 2 2.3.2 REA . 2 3.

10、0 Specific Cable Requirements 3 3.1 Configuration . 3 3.1.1 Data Grade Efedia (DGM) 3 3.1.2 Shields 3 3.1.3 Fillers 3 3.1.4 Ripcord . 3 3.1.5 Jacket 3 3.2 Electrical Specifications . 4 3.2.1 Crosstalk . 4 3.2.2 Impedance . 4 3.2.3 Attenuation 5 3.2.4 DC Resistance of Conductors 5 3.3 Additional Requ

11、irements for Outdoor Cables 5 3.3.1 Conductors 5 3.3.2 Conductor Insulation . 6 3.3.2.1 Tensile Strength and Ultimate Elongation: . 7 3.3.2.2 Cold Bend . 7 3.3.2.3 Shrinkback: 7 3.3.3 Antioxidant Tests . 7 3,3.4 Core Separator Tape 9 3.3.5 Filling Compound . 10 3.3.6 Flooding Compound . 10 3.3.7 Cor

12、rugated Shield 10 3.3.8 Corrugated Shield Aluminum Tape 11 3.3.9 Cable Jacket . 13 3.3.10 Water Penetration Test 15 3.3.11 Compound Flow Test 16 3.3.12 Operating Temperature 16 3.4 Cable Mechanical Specifications 16 3.4.1 Mechanical Tests . 16 3.5 Inspection Requirements 17 3.4.2 Cold Bend Test: 17

13、.IA IS-43AA 88 W 3234600 0002404 1 W I. 1.0 SCOPE AND OBJECTIVE 1.1 SCOPE NQ-EIA/IS-43- Page 1 This Detail Specification defines Type 1 Outdoor cable used with the Token Ring LAN Cabling System. Type 1 OD consists of 2 twisted pairs of Data Grade Wedia (DGM) shielded with corrugated aluminum, filled

14、 with a waterproofing compound, and cabled into a polyethylene jacketed assembly. The Cabling System is intended to be compatible with IEEE Standard 802.5. It is designed to be used as a total building wiring system. The Cabling System may be used as the communications medium for a Token Ring Networ

15、k as well as for other data equipment. 1.2 OBJECTIVE The objective of the Detail Specification is to provide a document describing Type 1 OD cable as a basis for certification under the NECQ system and for acquisition of conforming cable. I 2.0 GENERAL DATA a 2.1 GENERAL Cable provided under this De

16、tail Specification shall conform to all general and specific requirements applicable to Type 1 OD cable in Omnibus Specification EIA/IS-43, Exchange Cable for use with Data Processing Equipment, and those requirements specified herein. 2.2 ORDERING INFORMATION Orders for cable covered by this Detail

17、 Specification shall include the fol lowing information : 1. Identification of cable type 2. Length required 3. 4. Special requirements of reel size or type Other unique requirements not covered in this specification EIA IS-43AA AA m 3234600 0002405 3 m NQ-EIA/IS- 4 3AA Page 2 2.3 RELATED DOCUMENTS

18、2.3.1 ASTM American Society for Testing and Materials 1916 Race Street Philadelphia, PA 19103 ASTI1 D150 - Test Methods for AC Loss Characteristics and Permittivity of Solid Electrical Insulating Mat er i a 1 s ASTM D257 - Test Methods for DC Resistance or Conductance of Insulating Materials ASTI1 D

19、1047 - Specification for Poly Jacket for Wire and Cable ASTM D1238 - Test Method for Flowrates of Thermoplastics by Extrusion Plastometer ASTI1 D1693 - Test Method for Environmental Stress-Cracking of Ethylene Plastics AST?l D2633 - Method of Testing Thermoplastic Insulations and Jackets for Wire an

20、d Cable 2.3.2 REA Rural Electrification Administration United States Department of Agriculture Washington, D. C. 20250 PE-200 - Specification for Polyethylene Raw Material PE-210 - Specification for Crystalline Propylene Ethylene Copolymer Raw Material I EIA IS-43AA 88 3234600 0002406 5 3.0 SPECIFIC

21、 CABLE REQUIREMENTS NQ-EIA/IS-4 3AA Page 3 3.1 CONFIGURATION 3,l. 1 DATA GRADE MEDIA (DGM) Cable Type 1 OD contains two twisted pairs of DGF!. The wire gauge, insulation material, and thickness are as follows: Wire Type ; I 112 to 20 HHz 1 -40; I I l I ; The specification must be met over the entire

22、 frequency range specified. 3.2.2 IMPEDANCE IMPEDANCE - OHHS i (10% TOLERAKCE) I - I I A P Frequency I DG?I 1 9.6 kHz 1 270 1 38.4 kHz 1 185 1 3 to 20 ?lHz 1 150n 1 * The specification must be met over the entire frequency range specified. EIA IS-43AA 88 3234600 0002408 9 3.2.3 ATTENUATION I l I ATT

23、ENUATION I I I I I (MAX ALLOWABLE dB/km) 1 I Frequency I DGLI I I I 9.6 kHz 1 3 I I 38.4 kHz I 5 I I l I I 4 PHz I 22 I I 16 PlHz I 45 I I I I 3.2.4 DC RESISTANCE OF CONDUCTORS - I DC RESISTANCE I I(Max. ohms/km) 1 I 57.1 I NQ-EIA/IS-43AA Page 5 3.3 ADDITIONAL REQUIREMENTS FOR OUTDOOR CABLES 3.3.1 C

24、ONDUCTORS Each conductor shall be a solid round wire of commercially pure annealed copper. Joints made in conductors during the manufacturing process may be brazed, using a silver alloy solder and nonacid flux, or they may be welded using either an electrical or cold welding technique. The two condu

25、ctor ends shall be butted. The tensile strength of any section of a conductor containing a factory joint, shall not be less than 85 percent of the tensile strength of an adjacent section of the solid conductor of equal length without a joint. EIA IS-43AA 88 m 3234600 0002409 O m NQ-EIA/IS-43AA Page

26、6 3.3.2 CONDUCTOR INSULATION A permissible overall performance level of voltage breakdown faults in primary insulation shall average not greater than one fault per 12,000 conductor meters (40,000 ft). All insulated conductors shall be continuously tested for insulation voltage breakdown faults durin

27、g the twinning operation. The length count and number of faults must be recorded. The information must be retained for a period of 6 months. Engineering Information: 3.6 kv D.C. is recommended in determining compliance with the above requirement. The polyethylene primary insulation shall meet the re

28、quirements of REA Specification PE-200, “Polyethylene Raw Elaterial,“ for high density insulating grade material, Appendix C. The requirements shall apply to the basic resin, prior to the addition of the blowing agent. Crystalline propylene/ethylene copolymer material, which may be used as an altern

29、ate primary insulation shall meet the requirements of REA Specification PE-210, “Crystalline Propylene Ethylene Copolymer Raw Material“, Appendix A. The requirements shall apply to the basic resin, prior to the addition of the blowing agent. Primary insulation removed from or tested on the conductor

30、, from a finished cable, shall be capable of meeting the following performance requirements: Crystalline Propylene/ethylene Property Polyethylene Copolymer Tensile Strength minimum, kpa (psi) 10,342 (1,500) 12,410 (1,800) Ultimate Elongation percent, minimum 300 Cold Bend failures, maximum o/ 10 Shr

31、inkback maximum, mm (in.) 10 (0.375) 300 o/ 10 10, (0.375) The procedures for testing whether the insulation specimens are in compliance are described in the following paragraphs. EIA IS-43AA 88 m 3234b00 00024LO 7 m NQ-EIA/IS-43= Page 7 3.3.2.1 Tensile Strength and Ultimate Elongation: a Samples of

32、 the primary insulation, removed from the conductor, shall be tested in accordance with ASTM D 3633-76, except that the speed of jaw separation shall be 50 mm/min (2 in./min). NOTE: Quality assurance testing at a jaw separation speed of 50 cm/min (20 in./min) is permissible. Failures at this rate sh

33、all be retested at the 50 mm/min (2 in./min) rate to determine specification compliance. 3.3.2.2 Cold Bend Samples of the primary insulation shall be tested in accordance with ASTM D-1047-67, with the following exceptions : the polyethylene material shall be tested at -55 f l0C with the mandrel diam

34、eter of 3 times the outside diameter of the insulated conductor; the Crystalline propylene/ethylene copolymer material shall be tested at -YO Ie l0C with the mandrel diameter equal to the outside diameter of the insulated conductor. 3.3.2.3 Shrin kback: A minimum of one sample of each insulated wire

35、 from the cable shall be tested. Immediately prior to testing, specimens 70 cm (8 in.) long shall be cut from the center of a 1.5 m (5 ft) length and then reduced to 15 cm (6 in.) by trimming each end of the specimen. The 15 cm (6 in.) specimens shall be placed in a convection type circulating.air o

36、ven for 4 hours at the temperatures indicated. Shrinkback is defined as a total shrinkage of the insulation from both ends of the specimen. Material Temperature polyethylene 115 f l0C crystalline propylene/ethylene 130 f l0C copolymer 3.3.3 ANTIOXIDANT TESTS Test for residual antioxidant activity af

37、ter processing conduct using the following cable conditioning and insulation test procedures. A short length section, approximately 30 cm (i ft), of cable shall be sealed at the ends And placed in an oven at a temperature of 68 f l0C for 8 hours for conditioning. The sample will then be allowed to e

38、quilibrate to room temperature for a total of 24 hours. After w - - EIA IS-43AA 88 3234600 0002411 9 W NQ-EIA/IS-43AA Page 8 equilibration, 1 sample shall be taken of each insulated conductor. The samples shall be wiped clean of grease and foreign objects using a dry cloth (without solvents). Each s

39、ample shall be individually tested by means of a differential scanning calorimeter (dsc) or by differential thermal analysis (dta). The sample must be clean and dry. The cell is cleaned by holding it at 400C for 10 minutes in nitrogen. The testing cell should be cleaned after standing overnight and

40、between testing of different formulations. The temperature scale should be adjusted according to the instrument instruction manual until the determined melting point of pure indium metal is 156.6OC at a heat rate of 5 per minute. Engineering Notes: Dupont 990 with DSC Cell: With the instrument in is

41、otherpal mode, calibrate the “starting temperature dial“ according to the instrument instruction manual. Alternately the dial may be set to a reading which results in a corrected thermocouple read-out of 190C. Perkin-Elmer DSC-1 or DSC-2: Run seve-al pure metal standards (e.g., indium, tin, lead, zi

42、nc) through their melting point at a heating rate of 5C per minute. Plot the melting temperatures and interpolate to find the correct set point for 190C. Repeated calibrations require only adjustments for the indium melt temperature. Prepare a clean aluminum dish by heating the pan in the flame of a

43、 fisher burner. Remove the pan from the flame and immediately cool in a gentle stream of air. Remove the insulation from the conductor. Flatten the resin LO about . 2/3 of its thickness (not critical). Trim the sample.to an approximate roundness, about 2 mm (0.08 in.) in diameter. The sample should

44、weigh approximately 1 to 2 mg. Position the sample in the center of the sterilized aluminum pan, cover with clean $316 stainless steel screen (40 mesh) and crimp the pan. Place the sample and pan in an instrument cell and flush it for 5 minutes with cylinder nitrogen at 60 k 10 cm3 per minute. Rapid

45、ly increase the sample temperature (20C per min.) from a 100C or lower initial temperature, to 190 4 loC. After 50 k 5 cm3 per minute oxygen flow and start time-base recording. Other flow rates of up to 150 cm3 per minute inclusive maximum, can be used. Record the rate of flow used. Oxygen should be

46、 equivalent to, or better than, 99.6 percent extra dry grade. The oxygen induction point shall be recorded as time zero, and the chart speed shall be sufficient to provide a clearly discernible slope at the start of the exothermic reaction. The test in the pure, dry oxygen atmosphere shall continue

47、until the exothermic peak is produced. The intersection of the tangent of the exothermic sloped line with the extended base line will be drawn. The time interval from time zero to this intersection point is read from the base line and recorded as the F y, e e a I EIA IS-43AA 88 3234600 0002432 O = N

48、Q-EIA/LS-43- Page 9 oxidative induction time. The insulation over the copper conductor shall be capable of providing a minimum oxidation induction time of 30 minutes. 3.3.4 CORE SEPARATOR TAPE A separator tape shall be applied longitudinally to physically separate the core into two compartments. Suc

49、cessive lengths of separator tapes may be joined during the manufacturing process by means of cold weld, electric weld, or soldering with a nonacid flux. The metal tape shall be coated on both sides with a dielectric protective coating. This protective coating shall cover the edge of the metal so that no bare metal is exposed. After the joining process the protective coating shall be restored so that it is continuous. The coated metal separator tape shall be tested for resistance to filling material by aging a one meter (3 ft) length of the tape