NES 512 Part 5 Guide to Cables, Electrical and Associated Items

Guide to Cables, Electrical and AssociatedItems

Part 5

Cables, Electrical, Radio Frequency

Ministry of Defence Defence Standard 02-512 Part 5

Issue 2 Publication Date 28 October 2002

Category 2

AMENDMENTS ISSUED SINCE PUBLICATION

AMD NO DATE OFISSUE

TEXT AFFECTED SIGNATURE &DATE

Revision Note

This Issue of this Standard has been prepared to incorporate changes to text and presentation.The technical content has been updated in line with current practice.

Historical Record

GLS 3-51-512 Part 5TP 1002 Part 5NES 512, Part 5, Issue 1NES 512, Part 5, Issue 2 Apr 91Def Stan 02-512, Part 5, Issue 1 Apr 00

1

DEFENCE STANDARD 02512 (NES 512)

GUIDE TO CABLES, ELECTRICAL AND ASSOCIATED ITEMS

PART 5 ISSUE 2

CABLES, ELECTRICAL, RADIO FREQUENCY

This Defence Standard is

authorized for use in MOD contracts

by the Defence Procurement Agency and

the Defence Logistics Organisation

Published by:

Defence Procurement Agency,An Executive of The Ministry of Defence,UK Defence Standardization,Kentigern House,65 Brown Street,Glasgow, G2 8EX.

DEF STAN 02512 Part 5 / Issue 2(NES 512 Part 5)

2

SCOPE

1. Defence Standard 02512 Part 5 contains details for the selection of Radio Frequency (RF)electrical cables for services in HM Surface Ships and Submarines. It also provides reference datafor the glands, deck tubes and cable terminations associated with the particular cables.

FOREWORD

Sponsorship

1. This Defence Standard (DEF STAN) is sponsored by the Defence Logistics Organisation (DLO),Ministry of Defence (MOD).

2. The complete DEF STAN 512:

Guide to Cables, Electrical and Associated Items, comprises:

Part 1: General;

Part 2: Cables, Electrical Silicone Rubber Insulated, Limited Fire Hazard (LFH) orChlorosulphonated Polyethylene (CSP) Sheathed for General Services;

Part 3: Cables, Electrical, Ethylene Propylene (EP) Rubber Insulated, Limited FireHazard (LFH) or Chlorosulphonated Polyethylene (CSP) Sheathed for GeneralServices;

Part 4: Withdrawn;

Part 5: Cables, Electrical, Radio Frequency;

Part 6: Cables, Electrical, Miniature and Sub-miniature and Equipment Wires;

Part 7: Cables and Wires, Electrical, Miscellaneous for Special Services;

Part 8: Cables, Electrical, Thin-wall Insulated Limited Fire Hazard (LFH) for GeneralServices;

Part 9: Not Issued;

Part 10: Terminations and Connectors;

Part 11: Glands, Grommets and Deck Tubes;

Part 12: Index of NATO Stock Numbers and Cable Manufacturing Specifications forCables Listed in Parts 2 to 8;

Part 13: Cables (Imperial) Nearest Metric Equivalents.

3. Any user of this DEF STAN either within MOD or in industry may propose an amendment to it.Proposals for amendments that are not directly applicable to a particular contract are to be madeto the publishing authority identified on Page (1), and those directly applicable to a particularcontract are to be dealt with using contract procedures.

4. If it is found to be unsuitable for any particular requirement, MOD is to be informed in writingof the circumstances.

5. No alteration is to be made to this DEF STAN except by the issue of an authorized amendment.

6. Unless otherwise stated, reference in this DEF STAN to approval, approved, authorized andsimilar terms means by the MOD in writing.

7. Any significant amendments that may be made to this DEF STAN at a later date will be indicatedby a vertical sideline. Deletions will be indicated by 000 appearing at the end of the line interval.

8. This DEF STAN has been reissued to reflect changes in departmental nomenclature and thechanges to technical requirements.


3

Conditions of Release

General

9. This DEF STAN has been devised solely for the use of the MOD, and its contractors in theexecution of contracts for the MOD. To the extent permitted by law, the MOD hereby excludesall liability whatsoever and howsoever arising (including but without limitation, liability resultingfrom negligence) for any loss or damage however caused when the DEF STAN is used for anyother purpose.

10. This document is Crown Copyright and the information herein may be subject to Crown or thirdparty rights. It is not to be released, reproduced or published without written permission of theMOD.

11. The Crown reserves the right to amend or modify the contents of this DEF STAN withoutconsulting or informing any holder.

MOD Tender or Contract Process

12. This DEF STAN is the property of the Crown. Unless otherwise authorized in writing by the MODit must be returned on completion of the contract, or submission of the tender, in connection withwhich it is issued.

13. When this DEF STAN is used in connection with a MOD tender or contract, the user is to ensurethat he is in possession of the appropriate version of each document, including related documents,relevant to each particular tender or contract. Enquiries in this connection may be made to theauthority named in the tender or contract.

14. When DEF STAN are incorporated into MOD contracts, users are responsible for their correctapplication and for complying with contractual and any other statutory requirements. Compliancewith an DEF STAN does not of itself confer immunity from legal obligations.

Categories of DEF STAN

15. The Category of this DEF STAN has been determined using the following criteria:

a. Category 1. If not applied may have a Critical affect on the following:

Safety of the vessel, its complement or third parties.

Operational performance of the vessel, its systems or equipment.

b. Category 2. If not applied may have a Significant affect on the following:

Safety of the vessel, its complement or third parties.

Operational performance of the vessel, its systems or equipment.

Through life costs and support.

c. Category 3. If not applied may have a Minor affect on the following:

MOD best practice and fleet commonality.

Corporate Experience and Knowledge.

Current support practice.


4

Related Documents

16. In the tender and procurement processes the related documents listed in each section and AnnexA can be obtained as follows:

a. British Standards British Standards Institution,389 Chiswick High Road,London, W4 4AL.

b. Defence Standards, including Defence Procurement Agency,Naval Engineering Standards An Executive of The Ministry of Defence,

UK Defence Standardization,Kentigern House,65 Brown Street,Glasgow, G2 8EX.

c. Other documents Tender or Contract Sponsor to advise.

17. All applications to Ministry Establishments for related documents are to quote the relevant MODInvitation to Tender or Contract number and date, together with the sponsoring Directorate andthe Tender or Contract Sponsor.

18. Prime Contractors are responsible for supplying their subcontractors with relevantdocumentation, including specifications, standards and drawings.

Health and Safety

Warning

19. This DEF STAN may call for the use of processes, substances and/or procedures that are injuriousto health if adequate precautions are not taken. It refers only to technical suitability and in no wayabsolves either the supplier or the user from statutory obligations relating to health and safety atany stage of manufacture or use. Where attention is drawn to hazards, those quoted may notnecessarily be exhaustive.

20. This DEF STAN has been written, and is to be used, taking into account the policy stipulated inJSP 430 MOD Ship Safety Management System Handbook.

Additional Information

21. It is to be applied as required by any MOD contract for the selection of radio frequency electricalcables and is applicable to HM Surface Ships and Submarines.


5

CONTENTSPage No

TITLE PAGE 1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

SCOPE 2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

FOREWORD 2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Sponsorship 2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Conditions of Release 3. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Categories of NES 3. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Related Documents 4. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Health and Safety 4. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Additional Information 4. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

CONTENTS 5. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

SECTION 1. PERFORMANCE SPECIFICATION 9. . . . . . . . . . . . . . . . . . .

SECTION 2. NATIONAL/INTERNATIONAL REGULATIONS 10. . . . . . .

SECTION 3. MILITARY STANDARDS/REQUIREMENTS 11. . . . . . . . . . . . 3.1 General 11. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

SECTION 4. DESIGN REQUIREMENTS GUIDANCE 12. . . . . . . . . . . . . . 4.1 Data for Radio Frequency Electrical Cables and Associated

Glands and Terminations 12. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.1.1 Cable Construction 12. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.1.2 Arrangement of Tables 12. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.1.3 Service of Cables 12. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.1.4 Dimensions and Weight 12. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.1.5 Resistance 13. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.1.6 Voltage Rating 13. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.1.7 Core Identity and Layering 13. . . . . . . . . . . . . . . . . . . . . . . . . . . 4.1.8 Glands, Grommets and Deck Tubes 13. . . . . . . . . . . . . . . . . . . . 4.1.9 Terminations and Connectors 13. . . . . . . . . . . . . . . . . . . . . . . . . 4.1.10 Abbreviations 13. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Table 4.1 Co-axial General Purpose Cross Linked Polyethylene Dielectric, LFH Sheathed. NSN 6145-99-891-9845 14. . . . . . . .



Table 4.4 Co-axial General Purpose Cross Linked Polyethylene Dielectric, LFH Sheathed. NSN 6145998919861 17. . . . . . .





6

Page NoTable 4.8 Co-axial General Purpose Cross Linked Polyethylene

Dielectric, LFH Sheathed. NSN 6145-99-891-9854 21. . . . . . . . Table 4.9 Co-axial General Purpose Cross Linked Polyethylene


Dielectric, Sheathed. NSN 6145-99-891-9866 23. . . . . . . . . . . . . Table 4.11 Co-axial General Purpose Cross Linked Polyethylene


Dielectric, LFH Sheathed, Screened and LFH Sheathed.NSN 6145-99-891-9851 25. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Table 4.13 Co-axial General Purpose Cross Linked Polyethylene Dielectric, LFH Sheathed, Screened and LFH Sheathed. NSN 6145-99-891-9856 26. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Table 4.14 Co-axial General Purpose Cross Linked Polyethylene Dielectric, LFH Sheathed Screened and LFH Sheathed. NSN 6145-99-891-9857 27. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Table 4.15 Co-axial Close Tolerance Cross Linked Polyethylene Dielectric, LFH Sheathed. NSN 6145-99-891-9863 28. . . . . . . .

Table 4.16 Co-axial Close Tolerance Cross Linked Polyethylene Dielectric, LFH Sheathed. NSN 6145-99-891-9867 29. . . . . . . .

Table 4.17 Co-axial Tolerance Cross Linked Polyethylene Dielectric, LFH Sheathed. NSN 6145-99-891-9868 30. . . . . . . . . . . . . . . . .

Table 4.18 Co-axial Polyethylene Dielectric, LFH Sheathed. NSN 6145-99-891-9846 31. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Table 4.19 Miniature, Concentric Polyethylene Insulated, Nylon Sheathed. NSN 6145-99-527-8991 32. . . . . . . . . . . . . . . .

Table 4.20 Co-axial 3-inch Air Dielectric, Corrugated Copper Sheathed, PVC Covered. NSN 6145-99-745-3217 33. . . . . . . . . . . . . . . . . .

Table 4.21 Single Core Polyethylene Insulated, Corrugated Copper Outer Connector and LFH Sheathed. NSN 6145-99-744-6129 34. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Table 4.22 Co-axial inch Foam Dielectric, Corrugated Copper Sheathed, PVC Covered. NSN 6145-01-069-0584 35. . . . . . . . .

Table 4.23 Single Core Polyethylene Insulated, Corrugated Copper Outer Conductor and LFH Sheathed. NSN 6145-12-314-6590 36. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Table 4.24 Co-axial Polyethylene Dielectric, Corrugated CopperSheathed, Polyethylene Covered. NSN 6145-12-155-7188 37. .

Table 4.25 Co-axial Tube and Thread Semi-airspaced Dielectric Copper Foil/Braided Outer Conductor. TV Distribution Cable. NSN 6145-99-537-3383 38. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Table 4.26 Co-axial Tube and Thread Semi-airspaced Dielectric Copper Foil/Braided Outer Connector. TV Distribution Cable. NSN 6145-99-539-2898 39. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Table 4.27 Co-axial Cross Linked Thread and Tube Airspaced Dielectric, LFH Sheathed. NSN 6145-99-891-9858 40. . . . . . . .

Table 4.28 Co-axial Linked Thread and Tube Airspaced Dielectric, LFH Sheathed. NSN 6145-99-891-9869 41. . . . . . . . . . . . . . . . .

Table 4.29 Co-axial Polyethylene Helix Dielectric, Double Screened, LFH Sheathed. NSN 6145-99-527-8992 42. . . . . . . . . . . . . . . . .


7

Page NoTable 4.30 Co-axial Polyethylene Helix Dielectric, Corrugated Copper

Sheathed, Polyethylene Covered. NSN 6145-12-144-2995 43. . Table 4.31 Co-axial Polyethylene Helix Dielectric, Corrugated Copper





Sheathed, Polyethylene Covered. NSN 6145-12-156-9662 48. . Table 4.36 Co-axial Polypropylene Insulated Polyethylene Sheathed.

NSN 6145-99-527-8994 49. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Table 4.37 Co-axial Polypropylene Insulated Polyethylene Sheathed.NSN 6145-99-527-8993 50. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Table 4.38 Co-axial Cross Linked Foam Polyethylene Dielectric, LFH Sheathed. NSN 6145-99-891-9843 51. . . . . . . . . . . . . . . . .









Table 4.47 Co-axial PTFE Dielectric, Plain Aluminium Sheathed, LFH Covered. NSN 6145-99-537-4977 60. . . . . . . . . . . . . . . . . .

Table 4.48 Co-axial PTFE Dielectric, Corrugated Copper Sheathed, PVC Covered. NSN 6145-99-531-4071 61. . . . . . . . . . . . . . . . . .

Table 4.49 Co-axial PTFE Dielectric, Corrugated Copper Sheathed, PVC Covered. NSN 6145-99-531-4070 62. . . . . . . . . . . . . . . . . .

Table 4.50 Flexible Co-axial Polyethylene Insulated Polyethylene Sheathed, Non-microphonic. NSN 6145-99-527-8995 63. . . . . .

Table 4.51 Flexible Co-axial Polyethylene Insulated Double Screened and Polyethylene Sheathed, Non-microphonic. NSN 6145-99-527-8996 64. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Table 4.52 Single Core Mineral Insulated Plain Copper Sheathed. NSN 6145-99-527-9001 65. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Table 4.53 Multicore 2-Polyethylene Dielectric Cores, Collectively Screened, LFH Sheathed. NSN 6145-99-891-9872 66. . . . . . . .


8

Page NoTable 4.54 Multicore 2-Polyethylene Insulated and Collectively Screened,

Polyethylene Sheathed. NSN 6145-99-533-2481 67. . . . . . . . . . Table 4.55 Multicore 6-Polyethylene Insulated, Screened and

LFH Sheathed, NSN 6145-99-527-8997 68. . . . . . . . . . . . . . . . . Table 4.56 Multicore 10-Polyethylene Insulated, LFH Sheathed,

NSN 6145-99-527-8999 69. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Table 4.57 Multicore 2-PTFE Dielectric Cores Collectively Screened,

FEP Sheathed. NSN 6145-99-527-7216 70. . . . . . . . . . . . . . . . . . Table 4.58 Multicore 11-Core Composite Polyethylene and

LFH Insulated, Screened and LFH Sheathed,NSN 6145-99-527-9000 71. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Table 4.59 Multicore, 8-Core, 4-Polyethylene Insulated Twisted Pairs, Pairs Individually Screened and Taped, Collectively Screened, LFH Sheathed. NSN 6145-99-523-6543 72. . . . . . . .

Table 4.60 Co-axial PTFE Dielectric, Double Screened and FEP Sheathed. NSN 6145-99-529-9208 73. . . . . . . . . . . . . . . . . .

Table 4.61 Miniature, Concentric, Irradiated Polyethylene and Nylon Sheathed. NSN 6145-99-015-7604 74. . . . . . . . . . . . . . . .

SECTION 5. CORPORATE KNOWLEDGE AND EXPERIENCE 75

ANNEX A. RELATED DOCUMENTS 76. . . . . . . . . . . . . . . . . . . . . . . . . . . .

ANNEX B. ABBREVIATIONS AND DEFINITIONS 77. . . . . . . . . . . . . . . .

ANNEX C. PROCUREMENT CHECK LIST 79. . . . . . . . . . . . . . . . . . . . . . .

ALPHABETICAL INDEX 80. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .


9

1. PERFORMANCE SPECIFICATION

This DEF STAN contains no Performance Specification information.


10

2. NATIONAL/INTERNATIONAL REGULATIONS

This DEF STAN contains no National/International Regulations information.


11

3. MILITARY STANDARDS/REQUIREMENTS

There are no Related Documents within this section.

3.1 General

a. In accordance with MOD policy to reduce the dangers to personnel and damage toequipment from smoke, toxic fumes and corrosive gases when electrical wires andcables are subjected to fire, an extended range of Limited Fire Hazard (LFH) wires,cables and ancillary components is now available. The new range of LFHcomponents is to be used in all new construction MOD vessels and is also to beincorporated retrospectively in existing vessels when opportunities arise.


12

4. DESIGN REQUIREMENTS/GUIDANCE

Related Documents: DEF STAN 6112 Part 9; DEF STAN 02512 Parts 5, 10, 11, 12 and13;DEF STAN 02517 Part 3; see also Annex A.

4.1 Data for Radio Frequency Electrical Cables and Associated Glands andTerminations

4.1.1 Cable Construction

a. The LFH sheathed cables shown in this DEF STAN comply with DEF STAN 61-12Part 9.

b. Most Radio Frequency (RF) cables shown in DEF STAN 517 Part 3 have beenincluded.

c. DEF STAN 512 Part 12 denotes the other cables of DEF STAN 512 Part 5 whichcomply with commercial and other MOD specifications.

4.1.2 Arrangement of Tables

a. Data tables of glands, terminations, electrical characteristics and dimensions etc,of each cable have been arranged with one cable only on each page.

b. To facilitate reference to data, uniformity of presentation has been preservedthroughout. Columns read in the same general order from left to right.

c. Cables having the same dielectric have been arranged together in ascending orderof rated impedance.

4.1.3 Service of Cables

a. The service use of these cables will, generally, be the determining factor for theselection of the cable to be used and they are not, therefore, included in the lists ofequivalent cables in DEF STAN 512 Part 13.

b. When a cable has been introduced as a replacement for a specific imperial cable,or where a sheathed LFH cable has a comparable electrical performance to a PVCSheathed cable, this has been indicated on the data page.

c. The Table Headings have been annotated to include the NATO Stock Number.

d. The Descriptive Code shown in the Tables for RF LFH cables is fully defined inTable C of DEF STAN 61-12 Part 9.

e. All cables are NON-FLEXIBLE unless shown otherwise.

4.1.4 Dimensions and Weight

a. Dimensions and weight values are nominal unless otherwise stated, e.g. the overalldiameter (OD) of cable is given as maximum.

b. Diameter under screens of collectively screened cables are maxima deduced fromthe maximum OD of the cable.


13

4.1.5 Resistance

a. Resistance values given are maxima per conductor at 20C.

4.1.6 Voltage Rating

a. Voltage rating, where given, is nominal root mean square (rms) value.

4.1.7 Core Identity and Layering

a. In multicore cables demarcation between one layer and the next is indicated by acolon (:) and entries are shown with cable centre to outer layer read from left toright. Cores are shown in the order in which they are laid up.

4.1.8 Glands, Grommets and Deck Tubes

a. The types and sizes of metric and imperial cable glands have been tabulated foreach cable. The sizes given are the smallest in which a cable of maximum overalldiameter can be accommodated.

b. Data for multiple type glands and pressure type glands is not included in the tables.

c. For further details of glands, grommets and deck tubes refer to DEF STAN 02512Part 11.

4.1.9 Terminations and Connectors

a. The appropriate sizes of all Metric terminations to suit the conductor sizes of thecables have been included, where applicable.

b. When the outer conductor of a co-axial cable or the screen of a collectively screenedcable is required to be permanently connected electrically to the enclosure it is tobe terminated and secured by means of an equipment ferrule and clip (DEF STAN02512 Part 10). Only in those instances where it is necessary to meet EMCrequirements is the equipment gland (DEF STAN 02512 Part 10) to be used.

c. For further details of terminations and connectors refer to DEF STAN 02512 Part10.

4.1.10 Abbreviations

a. Definitions of the abbreviations used in the data tables are given in Annex A.

b. Numerical references in the column headings are to the page numbers inDEF STAN 02512 Parts 10 or 11 where fuller details of the item referred to canbe found.

DE

F S

TAN

02512 Part 5 / Issue 2

(NE

S 512 P

art 5)

14

Descriptive Code 1SWB7/50/1.50/U2.80

Metric Glands Common

Compression Heat ShrinkGrommet

Cable Screen Terminations

Equipment Equipment OthersGrommet

Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M10 1 M6

UniradioN b

Zm

Operating Voltage kV(max) C VR

Inner Conductor(pcw) DOD

OuterConductor(pcw braid)

CableOD

(nom)

LDW NATO

TNumber DC RF Pulse Strand D Wire DOB(nom) Type

ohms (Peak) (Peak) pF/m No/D mm mm mm D mm mm mm m kg/km

LFH/URM116

50 10 1.2 2.4 100 0.666 7/0.165 0.495 1.50 0.10 1.95 2.80 100 16

Maximum Power Rating in Air-ambient TemperatureNominal Attenuation

Frequency MHz 20C 40C 55C 70CNominal Attenuation

dB/100 mq y

WattsdB/100 m

100 125 82 50 21 29.3

200 90 57 35 15 41.7

300 74 46 28 12 51.4

600 51 32 20 8 73.6

1000 39 25 15 6 96.3

Table 4.1 Co-axial General Purpose Cross Linked Polyethylene Dielectric, LFH Sheathed. NSN 6145-99-891-9845

DE

F S

TAN


(NE

S 512 P

art 5)

15

Descriptive Code 1SB7/50/2.95/U5.00





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.13

M10 2 M6 4

UniradioN b

Zm



OuterConductor(pcw braid)

CableOD

(nom)

LDW NATO



LFH/URM76

50 21 2.6 5.2 100 0.666 7/0.32 0.96 2.95 0.15 3.63 5.0 100 40

FrequencyMaximum Power Rating in Air-ambient Temperature:

Nominal AttenuationFrequency

MHz20C 40C 55C 70C

Nominal Attenuation

dB/100mMHzWatts

dB/100m

100 375 245 150 65 15.5

200 260 165 100 45 22.2

300 210 135 84 37 27.4

600 145 94 58 25 39.8

1000 110 72 44 19 52.7


DE

F S

TAN


(NE

S 512 P

art 5)

16

Descriptive Code 1B7/50/2.95/U5.00





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.13

M10 2 M6 4

Zm



OuterConnector(pcw braid)

CableOD

(nom)

LDW NATO

TDC RF Pulse Strand D Wire DOB(nom) Type


LFH/URM43

50 21 2.6 5.2 100 0.666 1/0.90 0.90 2.95 0.15 3.63 5.0 100 42

FrequencyMaximum Power Rating in Air-ambient Temperature


MHz20C 40C 55C 70C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 440 285 175 76 13.0

200 305 200 120 53 18.7

300 250 160 98 42 23.2

600 170 110 68 29 33.8

1000 130 83 51 22 44.6


DE

F S

TAN


(NE

S 512 P

art 5)

17






Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.13

M16 4 M10 6

UniradioN b

Zm



OuterConnector (pcw

braid)

CableOD

(nom)

LDW NATO



LFH/URM67

50 40 6.5 13 100 0.666 7/0.77 2.31 7.25 0.20 8.15 10.30 100 160



MHz20C 40C 55C 70C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 1350 875 545 240 6.8

200 925 600 375 165 9.9

300 740 480 300 130 12.5

600 500 325 200 89 18.6

1000 370 240 150 66 25.2

Table 4.4 Co-axial General Purpose Cross Linked Polyethylene Dielectric, LFH Sheathed, NSN 6145998919861

DE

F S

TAN


(NE

S 512 P

art 5)

18

Descriptive Code 1SD7/50/7.25/U11.00





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M16 5 M10 8

UniradioN b

Zm



OuterConnector (pcw

braid)

CableOD

(nom)

LDW NATO



LFH/URM91

50 40 6.5 13 100 0.666 7/0.76 2.28 7.25 0.16 8.69 11.0 100 215



MHz20C 40C 55C 70C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 1450 935 580 225 6.8

200 985 645 400 175 9.9

300 790 515 320 140 12.5

600 535 350 215 96 18.6

1000 395 260 160 71 25.2


DE

F S

TAN


(NE

S 512 P

art 5)

19






Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M25 YES M20 14

UniradioN b

Zm



OuterConnector (pcw

braid)

CableOD

(nom)

LDW NATO



LFH/URM74

50 120 15 30 100 0.664 15.0 5.0 17.3 0.25 18.4 22.0 100 700



MHz20C 40C 55C 70C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 4650 3050 1900 860 3.2

200 3100 2050 1300 575 4.8

300 2400 1600 995 445 6.1

600 1550 1000 640 290 9.6

1000 1100 730 455 205 13.7


DE

F S

TAN


(NE

S 512 P

art 5)

20






Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M10 2 M6 4

UniradioN b

Zm



OuterConnector (pcw

braid)

CableOD

(nom)

LDW NATO



LFH/URM70

75 14 1.8 3.6 67 0.666 7/0.19 0.57 3.25 0.15 3.93 5.8 100 50



MHz20C 40C 55C 70C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 375 245 150 67 15.2

200 260 170 105 46 21.8

300 210 135 85 37 27.0

600 145 95 59 26 39.1

1000 110 72 45 19 51.7


DE

F S

TAN


(NE

S 512 P

art 5)

21






Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M10 2 M6 4

UniradioN b

Zm



OuterConnector (pcw

braid)

CableOD

(nom)

LDW NATO



LFH/URM117

75 20 2.6 5.2 67 0.666 7/0.212 0.64 3.7 0.15 4.4 6.00 100 63



MHz20C 40C 55C 70C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 445 290 180 80 12.2

200 310 200 125 55 17.5

300 250 160 100 45 21.5

600 175 110 72 31 30.9

1000 130 85 53 23 40.5


DE

F S

TAN


(NE

S 512 P

art 5)

22

Descriptive Code 1WB7/75/3.70/U6.00





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M10 2 M6 4

UniradioN b

Zm



OuterConnector (pcw

braid)

CableOD

(nom)

LDW NATO



LFH/URM90

75 21 2.6 5.2 67 0.666 1/0.60 0.60 3.7 0.15 4.38 6.00 100 51



MHz20C 40C 55C 70C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 535 345 216 95 11.2

200 370 240 150 66 16.1

300 300 195 120 53 20.0

600 205 135 83 36 29.3

1000 155 100 62 27 39.1


DE

F S

TAN


(NE

S 512 P

art 5)

23






Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M16 4 M10 6

UniradioN b

Zm



OuterConnector (pcw

braid)

CableOD

(nom)

LDW NATO



LFH/URM57

75 42 5.0 10.5 67 0.666 1/1.15 1.15 7.25 0.20 8.15 10.30 100 145



MHz20C 40C 55C 70C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 1350 875 550 245 6.1

200 915 600 375 170 9.0

300 730 480 300 135 11.3

600 495 325 200 90 17.0

1000 365 240 150 67 23.1


DE

F S

TAN


(NE

S 512 P

art 5)

24






Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M25 YES M20 14

UniradioN b

Zm



OuterConnector (pcw

braid)

CableOD

(nom)

LDW NATO



LFH/URM77

75 100 12.5 25 67 0.664 1/2.65 2.65 17.3 0.25 18.43 22.00 100 585



MHz20C 40C 55C 70C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 3800 2550 1600 730 3.1

200 2550 1700 1050 490 4.8

300 2000 1350 840 385 6.1

600 1300 860 545 245 9.6

1000 930 615 390 175 13.6


DE

F S

TAN


(NE

S 512 P

art 5)

25

Descriptive Code 1E7/50/2.95/U7.20





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M10 3 M6 6

UniradioN b

Zm



OuterConnector (pcw

braid)

CableOD

(nom)

LDW NATO



LFH/URM115

50 21 2.6 5.2 100 0.666 1/0.90 0.90 2.95 0.15 5.31 7.20 100 90



MHz20C 40C 55C 70C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 440 285 175 76 13.0

200 305 200 120 59 18.7

300 250 160 98 42 23.2

600 170 110 68 29 33.8

1000 130 83 51 22 44.6

Table 4.12 Co-axial General Purpose Cross Linked Polyethylene Dielectric, LFH Sheathed, Screened and LFH Sheathed.NSN 6145-99-891-9851

DE

F S

TAN


(NE

S 512 P

art 5)

26

Descriptive Code 1WE7/75/3.70/U8.20





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M10 4 M8 6

UniradioN b

Zm



OUTER*CONDUCTOR

(pcw braid)

CableOD

(nom)

LDW NATO



LFH/URM114

75 21 2.6 5.2 67 0.666 1/0.60 0.60 3.7 0.15 6.06 8.20 100 110

* The inner braid of this conductor is insulated with an LFH sheath, nominal dia 5.38 mm



MHz20C 40C 55C 70C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 535 345 216 95 11.2

200 370 240 150 66 16.1

300 300 195 121 53 20.0

600 205 135 83 36 29.3

1000 155 100 62 27 39.1

Table 4.13 Co-axial General Purpose Cross Linked Polyethylene Dielectric, LFH Sheathed, Screened and LFH Sheathed.NSN 6145-99-891-9856

DE

F S

TAN


(NE

S 512 P

art 5)

27

Descriptive Code 1SE7/75/3.25/U8.30





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M10 4 M8 6

UniradioN b

Zm



* OuterConnector(pcw braid)

CableOD

(nom)

LDW NATO



LFH/URM54

75 14 1.8 3.6 67 0.666 7/0.19 0.57 3.25 0.15 6.11 8.3 100 110

* The inner braid of this conductor is insulated with an LFH sheath, nominal dia 5.43 mm



MHz20C 40C 55C 70C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 375 245 150 67 15.2

200 260 170 105 46 21.8

300 210 135 85 37 27.0

600 145 95 59 26 39.1

1000 110 72 45 19 51.7

Table 4.14 Co-axial General Purpose Cross Linked Polyethylene Dielectric, LFH Sheathed Screened and LFH Sheathed.NSN 6145-99-891-9857

DE

F S

TAN


(NE

S 512 P

art 5)

28

Descriptive Code 1SFDV8/50/7.25/U11.00





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M16 5 M10 8

UniradioN b

Zm



OuterConnector (pcw

braid)

CableOD

(nom)

LDW NATO



LFH/URM112

50 40 6.5 13 100 0.666 7/0.76 2.28 7.25 0.16 8.69 11.00 100 215



MHz20C 40C 55C 70C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 1450 935 580 255 6.8

200 985 645 400 175 9.9

300 790 515 320 140 12.5

600 535 350 215 96 18.6

1000 395 260 160 71 25.2

3000 195 125 80 35 50.0

10000 72 46 29 13 138.0

Table 4.15 Co-axial Close Tolerance Cross Linked Polyethylene Dielectric, LFH Sheathed. NSN 6145-99-891-9863

DE

F S

TAN


(NE

S 512 P

art 5)

29






Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M16 4 M10 6

UniradioN b

Zm



OuterConnector (pcw

braid)

CableOD

(nom)

LDW NATO



LFH/URM65

75 42 5 10.5 67 0.666 1/1.15 1.15 7.25 0.20 8.15 10.30 100 155



MHz20C 40C 55C 70C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 1350 875 550 245 6.1

200 915 600 375 170 9.0

300 730 480 300 135 11.3

600 495 325 200 90 17.0

1000 365 240 150 67 23.1

3000 185 120 75 33 47.0

Table 4.16 Co-axial Close Tolerance Cross Linked Polyethylene Dielectric, LFH Sheathed. NSN 6145-99-891-9867

DE

F S

TAN


(NE

S 512 P

art 5)

30

Descriptive Code 1D8/75/7.25/U11.00





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M16 5 M10 8

UniradioN b

Zm



OuterConnector (pcw

braid)

CableOD

(nom)

LDW NATO



LFH/URM60

75 42 5.0 10.5 67 0.666 1/1.15 7.25 7.25 0.16 8.69 11.00 100 195



MHz20C 40C 55C 70C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 1400 930 585 265 6.1

200 975 640 400 180 9.0

300 780 510 320 145 11.3

600 525 345 215 97 17.0

1000 390 255 160 72 23.1

3000 195 130 81 36 47.0

Table 4.17 Co-axial Tolerance Cross Linked Polyethylene Dielectric, LFH Sheathed. NSN 6145-99-891-9868

DE

F S

TAN


(NE

S 512 P

art 5)

31

Descriptive Code 1WFB11/50/1.50/U2.30





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M10 M6

UniradioN b

Zm



OuterConnector (pcw

braid)

CableOD

(nom)

LDW NATO



LFH/URM95

50 10 1.3 2.7 100 0.657 1/0.46 0.46 1.5 0.10 1.95 2.3 100 11



MHz20C 40C 55C 70C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 125 79 48 20 27

200 90 57 35 15 37

300 73 46 28 12 46

600 51 32 20 8 65

Table 4.18 Co-axial Polyethylene Dielectric, LFH Sheathed. NSN 6145-99-891-9846

DE

F S

TAN


(NE

S 512 P

art 5)

32





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M10 M6

ZmOperating Voltage kV (max)

C VR


Outer Connector(pcw braid) Cable OD

(nom)

LDWZm

DC RF Pulse

C VR

Strand D

DOD

Wire DOB(nom)

W


60 8.5 1.1 2.2 90 0.653 1/0.32 0.32 1.25 0.08 1.65 2.05 100 7

F MH M i P R i i Ai 40C W N i l A i dB/100Frequency MHz Maximum Power Rating in Air, 40C Watts Nominal Attenuation dB/100 mFrequency MHz Maximum Power Rating in Air, 40 C Watts Nominal Attenuation dB/100 m

100 41 31.7

200 28 45.1

300 23 55.6

600 16 80.0

1000 12 104.3

Table 4.19 Miniature, Concentric Polyethylene Insulated, Nylon Sheathed. NSN 6145-99-527-8991

DE

F S

TAN


(NE

S 512 P

art 5)

33




11/4.10 11/4.36 11/4.40/44 11/4.9


C VR



(nom)

LDWZm

DC RF Pulse

C VR

Strand D

DOD

Wire DOB(nom)

W


50 1/29 72.4 76.6 2600

Similar to Cable Andrews Type HJ850B

Average Power Rating in Air-ambient Temperature:

Frequency MHz 40C 55C Nominal Attenuation dB/100 mq y

Watts

1 473000 0.0427

10 142000 0.141

100 42500 0.459

1000 10690 1.84

1640 7580 2.6

Table 4.20 Co-axial 3-inch Air Dielectric, Corrugated Copper Sheathed, PVC Covered. NSN 6145-99-745-3217

DE

F S

TAN


(NE

S 512 P

art 5)

34




11/4.10 11/4.36 11/4.40/44 11/4.9

M16 5


C VR


OuterConnector

Cable OD(nom)

LDWZm

DC RF Pulse

C VR

Strand D

DOD Connector(pcw braid)

(nom)W

ohms (Peak) (Peak) pF/m No/D mm mm mm D mm mm m kg/km

50 52.8 6.6 13.2 98 0.686 1/2.54 2.54 7.24 10.54 13.1 100 285

Similar to cable Andrews Type LDF250

Maximum Power Rating in Air-ambient Temperature:


Watts

1 16000 7400 0.385

10 5000 2300 1.25

100 1500 700 4.1

200 1000 480 6.0

300 830 380 7.6

600 560 260 11.2

1000 420 190 14.8

Table 4.21 Single Core Polyethylene Insulated, Corrugated Copper Outer Connector and LFH Sheathed. NSN 6145-99-744-6129

DE

F S

TAN


(NE

S 512 P

art 5)

35




11/4.10 11/4.36 11/4.40/44 11/4.9

M16 5


C VR


OuterConnector

Cable OD(nom)

LDWZm

DC RF Pulse

C VR

Strand D


(nom)W


50 75.8 0.686 1/4.6 4.6 14 16 100 240

Average Power Rating in Air-ambient Temperature:


Watts

1 35100 0.217

10 11000 0.692

100 3390 2.24

1000 994 7.68

2000 673 11.3

4000 448 17

8000 293 26

Table 4.22 Co-axial -inch Foam Dielectric, Corrugated Copper Sheathed, PVC Covered. NSN 6145-01-069-0584

DE

F S

TAN


(NE

S 512 P

art 5)

36




11/4.10 11/4.36 11/4.40/44 11/4.9

M16 5


C VR


OuterConnector

Cable OD(nom)

LDWZm

DC RF Pulse

C VR

Strand D


(nom)W


75 44.8 5.6 11.2 65 0.678 1/1.35 1.35 7.24 10.54 13.1 100 256

Similar to cable CF INCH Cu2Y75 ohms

Maximum Power Rating in Air-ambient Temperature:


Watts

1 12000 5800 0.42

10 3800 1800 1.38

100 1150 540 4.5

200 800 370 6.6

300 640 300 8.2

600 430 200 12.2

1000 320 150 16.0

Table 4.23 Single Core Polyethylene Insulated, Corrugated Copper Outer Conductor and LFH Sheathed. NSN 6145-12-314-6590

DE

F S

TAN


(NE

S 512 P

art 5)

37

Metric Glands

Compression Heat Shrink Common Grommet

Equipment Equipment Others 11/4.9q p

11/4.10

q p

11/4.36 11/4.40/44

M10 4


CVR


OuterConnector( b id)

Cable OD(nom)

LDW

ohmsDC

RF Pulse pF/mVR

Strand D mm(pcw braid)

D

(nom)

mm mkg/km

DC(Peak) (Peak)

p

No/D mm mmD mm

mm mg

75 36 6 12 65 0.690 1/1.1 1.1 6.0 7.5 10 A0 120

Similar Flexwell cable COMFLEX Type CX 1/6 Cu2Y75 ohms

Attenuation dB/100 m at 20C

50 MHz 100 MHz 200 MHz 500 MHz 800 MHz50 MHz 100 MHz 200 MHz 500 MHz 800 MHz

4.1 5.8 8.5 14.2 18.5

Table 4.24 Co-axial Polyethylene Dielectric, Corrugated Copper Sheathed, Polyethylene Covered. NSN 6145-12-155-7188

DE

F S

TAN


(NE

S 512 P

art 5)

38




11/4.10 11/4.36 11/4.40/44 11/4.9

M16


C VR



(nom)LD WZm

DC RF Pulse

C VR

Strand D

DOD

Wire DOB(nom)

LD W


75 50.3 0.88 1/2.3 2.3 9.53 10.5 12.9 100 195

Similar to BICC Cable TR 116/091 or Premier Industries Cable H48.

Maximum Power Rating in Air-ambient Temperature:Nominal Attenuation


dB/100 mq y

WattsdB/100 m

10 0.83

80 2.1

100 2.7

200 3.9

600 6.9

800 8.2

Table 4.25 Co-axial Tube and Thread Semi-airspaced Dielectric Copper Foil/Braided Outer Conductor. TV Distribution Cable.NSN 6145-99-537-3383

DE

F S

TAN


(NE

S 512 P

art 5)

39




11/4.10 11/4.36 11/4.40/44 11/4.9


C VR


Outer Connector(pcw braid)

Cable

OD LD WZm

DC RF Pulse

C VR

Strand D

DOD

Wire DOB

OD(nom)

LD W


75 52.4 0.88 1/1.2 1.2 5 5.72 8 100 75

Similar to BICC Cable TR 116/048 or Premier Industries Cable H47.



dB/100 mq y

WattsdB/100 m

10 1.55

80 3.8

100 5.0

200 7.1

600 12.3

800 14.3

Table 4.26 Co-axial Tube and Thread Semi-airspaced Dielectric Copper Foil/Braided Outer Connector. TV Distribution Cable.NSN 6145-99-539-2898

DE

F S

TAN


(NE

S 512 P

art 5)

40






Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M10 2 M6 4

UniradioN b

Zm


Inner Conductor(ccsw) DOD

OuterConnector (pcw

braid)

Cable

OD(nom)

LD W NATOTNumber DC RF Pulse Strand D Wire DOB

(nom) Type


LFH/URM96

95 0.55 0.55 0.55 40 0.900 1/0.64 0.64 3.7 0.15 4.38 6.00 100 50



MHz20C 40C 55C 70C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 300 200 130 62 7.9

200 210 140 92 43 11.2

300 170 115 75 35 13.8

600 120 82 53 24 19.7

1000 92 62 40 18 25.8

Table 4.27 Co-axial Cross Linked Thread and Tube Airspaced Dielectric, LFH Sheathed. NSN 6145-99-891-9858

DE

F S

TAN


(NE

S 512 P

art 5)

41






Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M16 4 M10 6

UniradioN b

Zm



OuterConnector (pcw

braid)

Cable

OD(nom)


(nom) Type


LFH/URM64

125 0.7 0.7 0.7 32 0.850 1/0.64 0.64 7.25 0.20 8.15 10.30 100 130



dB/100 mq y

WattsdB/100 m

100 420 285 185 90 5.6

200 295 200 130 63 8.0

300 240 160 105 51 9.9

600 165 110 74 35 14.2

1000 125 87 57 27 18.7

3000 71 48 31 15 34.6

Table 4.28 Co-axial Linked Thread and Tube Airspaced Dielectric, LFH Sheathed. NSN 6145-99-891-9869

DE

F S

TAN


(NE

S 512 P

art 5)

42





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M10 3 M6 4


C VR


Outer Connector(double braid)

(pcw)

Cable

OD(max)

LD W

DC RF Pulse Strand D Wire DOB(max)


95 0.55 0.55 0.55 40 0.900 1/0.64 0.64 3.7 0.15 5.05 6.9 100 70

M i P R i i Ai 40C W N i l A i dB/100Maximum Power Rating in Air at 40C Watts Nominal Attenuation dB/100 mMaximum Power Rating in Air at 40 C Watts Nominal Attenuation dB/100 m

100 200 7.9

200 140 11.2

300 115 13.8

600 82 19.7

1000 62 25.8

Table 4.29 Co-axial Polyethylene Helix Dielectric, Double Screened, LFH Sheathed. NSN 6145-99-527-8992

DE

F S

TAN


(NE

S 512 P

art 5)

43




11/4.10 11/4.36 11/4.40/44 11/4.9

M16 YES

Operating Data Inner Conductor OuterConnector

Cable

Zm Voltage(Peak)

Frequency(Max)

Power(Peak)

C VRStrand D

DODConnector

(corrugatedcopper tube)

OD(max)

LD W

ohms kV MHz kW pF/m No/D mm mm mm D mm mm m kg/km

50 1.3 3000 17 73 0.910 1/4.2 4.2 9.1 12.3 16 A0 300

Similar to Flexwell Cable Type HF 3/8 Cu2Y

F MH Ad i ibl I P kW 35C A i dB/100Frequency MHz Admissible Input Power kW at 35C Attenuation dB/100 mFrequency MHz Admissible Input Power kW at 35 C Attenuation dB/100 m

10 10.6 0.82

30 6.1 1.43

100 3.3 2.62

300 1.9 4.57

1000 1.0 8.47

3000 0.59 15.0

Table 4.30 Co-axial Polyethylene Helix Dielectric, Corrugated Copper Sheathed, Polyethylene Covered. NSN 6145-12-144-2995

DE

F S

TAN


(NE

S 512 P

art 5)

44




11/4.10 11/4.36 11/4.40/44 11/4.9

M25 YES

Operating Data InnerConductor

OuterConnector

Cable

Zm Voltage(Peak)

Frequency(Max)

Power(Peak)

C VRConductor

(plain coppertube)

DODConnector


OD(max)

LD W

ohms kV MHz kW pF/m D mm mm D mm mm m kg/km

50 1.8 3000 33 71 0.930 6.8 14.7 18.9 23 A0 500



10 16.9 0.5

30 9.7 0.88

100 5.3 1.61

300 3.0 2.83

1000 1.6 5.27

3000 0.92 9.44


DE

F S

TAN


(NE

S 512 P

art 5)

45




11/4.10 11/4.36 11/4.40/44 11/4.9

M35 YES

OPERATING DATA InnerConductor

OuterConnector

Cable

Zm Voltage(Peak)

Frequency(Max)

Power(Peak)

C VRConductor

(plain coppertube)

DODConnector


OD(max)

LD W


50 2.7 3000 73 71 0.930 9.2 20.1 25.4 29 A0 800



10 28.6 0.37

30 16.4 0.64

100 8.9 1.18

300 5.1 2.08

1000 2.7 3.94

3000 1.5 7.23


DE

F S

TAN


(NE

S 512 P

art 5)

46




11/4.10 11/4.36 11/4.40/44 11/4.9

M50


OuterConnector

Cable

Zm Voltage(Peak)

Frequency(Max)

Power(Peak)

C VRConductor

(plain coppertube)

DODConnector


OD(max)

LD W


50 5.2 3000 270 70 0.950 18.6 39.7 46.5 51 A0 1400



10 65.6 0.20

30 37.7 0.35

100 20.5 0.64

300 11.7 1.12

1000 6.4 2.12

3000 3.5 3.86


DE

F S

TAN


(NE

S 512 P

art 5)

47




11/4.10 11/4.36 11/4.40/44 11/4.9


OuterConnector

Cable

Zm Voltage(Peak)

Frequency(Max)

Power(Peak)

C VRConductor

(plain coppertube)

DODConnector


OD(max)

LD W


50 9.7 1550 940 70 0.960 34.7 75.2 85.4 91 A0 3800

Similar to Flexwell Cable Type HF 3 1/8 Cu2Y


10 188 0.11

30 108 0.19

100 58 0.36

300 32.7 0.65

1000 17.1 1.26


DE

F S

TAN


(NE

S 512 P

art 5)

48




11/4.10 11/4.36 11/4.40/46 11/4.9

M35 YES

Operating Data InnerConductor

OuterConnector

Cable

Zm Voltage(Peak)

Frequency(Max)

Power(Peak)

C VRConductor

(plain coppertube)

DODConnector


OD(max)

LD W


75 2.7 3000 49 48 0.930 5.8 20.1 25.4 29 A0 700

Similar to Flexwell Cable Type HF 3 1/8 Cu2Y


10 22.4 0.34

30 12.8 0.60

100 7.0 1.10

300 4.0 1.95

1000 2.1 3.70

3000 1.2 6.81


DE

F S

TAN


(NE

S 512 P

art 5)

49





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M16 4 M10 6


C VR

Inner Conductor(spcw) DOD

Outer Connector(spcw braid)

Cable

OD LD WZm

DC RF Pulse

C VR

Strand D

DOD

Wire DOB

OD(max)

LD W


51 40 6.5 13.0 97 0.668 7/0.77 2.31 7.25 0.20 8.15 10.55 100 160

Attenuation Constant10.5 dB/100 m at 200 MHz.

Table 4.36 Co-axial Polypropylene Insulated Polyethylene Sheathed. NSN 6145-99-527-8994

DE

F S

TAN


(NE

S 512 P

art 5)

50





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M16 4 M10 6


C VR


Outer Connector(spcw braid)

Cable

OD LD WZm

DC RF Pulse

C VR

Strand D

DOD

Wire DOB

OD(max)

LD W


78 42 5.0 10.5 65 0.673 1/1.15 1.15 7.25 0.20 8.15 10.55 100 150

Attenuation Constant 9.15 dB/100 m at 200 MHz.

Table 4.37 Co-axial Polypropylene Insulated Polyethylene Sheathed. NSN 6145-99-527-8993

DE

F S

TAN


(NE

S 512 P

art 5)

51

Descriptive Code 1SWFBV10/50/0.87/U1.80





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M10 M6

UniradioN b

Zm


Inner Conductor(spccsw) DOD

OuterConnector

(spcw braid)

Cable

OD(nom)


(nom) Type

ohms (Peak) (Peak) pF/m No/ D mm mm mm D mm mm mm m kg/km

LFH/URM110

50 1.0 0.5 0.5 92 0.700 7/0.11 0.33 0.87 0.10 1.32 1.8 100 6.0



MHz40C 55C 100C 170C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 155 135 88 20 42

200 110 97 62 14 60

300 89 79 50 11 74

600 63 56 35 8 105

1000 48 43 27 6 136

Table 4.38 Co-axial Cross Linked Foam Polyethylene Dielectric, LFH Sheathed. NSN 6145-99-891-9843

DE

F S

TAN


(NE

S 512 P

art 5)

52

Descriptive Code 1SWFBV10/50/1.50/U2.45





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

UniradioZm



OuterConnector

(spcw braid)

Cable

OD(nom)

LD WNATOUniradio

Number DC RF Pulse Strand D Wire DOB(nom) NATO

Type

ohms (Peak) (Peak) pF/mNo/

D mmmm mm D mm mm mm m kg/km

yp

LFH/URM109

50 2.0 1.0 1.0 94 0.70 7/0.18 0.54 1.50 0.10 1.95 2.45 100 11



MHz40C 55C 100C 170C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 325 290 185 43 26

200 230 205 130 30 36

300 185 165 105 24 45

600 130 115 75 17 64

1000 100 90 57 13 83


DE

F S

TAN


(NE

S 512 P

art 5)

53

Descriptive Code 1FBV10/50/2.95/U4.50





Ferrule Gland

11/4.10 11/4.36 11/4.40/46 11/4.9 10/4.10 10/4.12

M10 2 M6 4

UniradioZm



OuterConnector

(spcw braid)

Cable

OD(max)

LD WNATOUniradio

Number DC RF Pulse Strand D Wire DOB(max) NATO

Type



yp

LFH/URM108

50 16 2 4 94 0.720 1/1.00 1.00 2.95 0.15 3.63 4.5 100 35



MHz40C 55C 100C 170C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 1050 955 610 145 13.5

200 755 670 430 100 19.4

300 610 540 345 82 24.3

600 425 380 245 58 35.8

1000 325 290 185 44 46.3

3000 185 160 105 25 86.6


DE

F S

TAN


(NE

S 512 P

art 5)

54

Descriptive Code 1SFBV10/50/7.25/U9.00





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M10 4 M10 6

UniradioZm



OuterConnector

(spcw braid)

Cable

OD(max)

LD WNATOUniradio

Number DC RF Pulse Strand D Wire DOB(max) NATO

Type



yp

LFH/URM107

50 40 5 10 96 0.700 7/0.82 2.46 7.25 0.20 8.15 9.00 100 125



MHz40C 55C 100C 170C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 3350 3000 1900 470 6.3

200 2350 2100 1350 330 9.2

300 1900 1700 1100 265 11.8

600 1300 1150 760 185 17.6

1000 1000 895 580 140 23.4

3000 545 485 315 76 47.9


DE

F S

TAN


(NE

S 512 P

art 5)

55






Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M10 4 M12 6

UniradioZm



OuterConnector

(spcw braid)

Cable

OD(nom)

LD WNATOUniradio


Type



yp

LFH/URM102

50 40 5.0 10 96 0.70 7/0.82 2.46 7.25 0.20 8.15 9.7 100 140



MHz40C 55C 100C 170C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 3350 3000 1900 470 6.3

200 2350 2100 1350 330 9.2

300 1900 1700 1100 265 11.8

600 1300 1150 760 185 17.6

1000 1000 895 580 140 23.4

3000 545 485 315 70 47.9


DE

F S

TAN


(NE

S 512 P

art 5)

56

Descriptive Code 1SWFBV10/751.50/U2.45





Ferrule Gland

11/4.10 11/4.36 11/4.40/46 11/4.9 10/4.10 10/4.12

M10 M6

UniradioZm



OuterConnector

(spcw braid)

Cable

OD(nom)

LD WNATOUniradio


Type



yp

LFH/URM111

75 2.0 1.0 1.0 63 0.700 7/0.10 0.30 1.5 0.10 1.95 2.45 100 10



MHz40C 55C 100C 170C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 285 255 160 38 25

200 200 180 115 27 36

300 165 145 94 22 44

600 125 110 73 17 63

1000 90 80 51 12 81


DE

F S

TAN


(NE

S 512 P

art 5)

57

Descriptive Code 1WFBV10/75/3.70/U2.25





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M10 2 M6 4

UniradioZm



OuterConnector(pcw braid)

Cable

OD(nom)

LD WNATOUniradio


Type

ohms (rms) (rms) pF/mNo/


yp

LFH/URM106

75 16 2 4 63 0.700 1/0.65 0.65 3.7 0.15 4.38 5.25 100 39



MHz40C 55C 100C 170C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 1250 1100 720 175 10.3

200 880 785 505 120 15.0

300 710 635 410 100 18.7

600 495 445 285 70 27.5

1000 380 340 220 53 36.8

3000 210 185 120 30 70.6


DE

F S

TAN


(NE

S 512 P

art 5)

58






Ferrule Gland

11/4.10 11/4.36 11/4.40/46 11/4.9 10/4.10 10/4.12

M10 4 M10 6

UniradioN b

Zm



OuterConnector

(spcw braid)

Cable

OD(max)


(max) Type


LFH/URM113

75 32 4 8 64 0.700 7/0.45 1.35 7.25 0.20 8.15 9.00 100 104



MHz40C 55C 100C 170C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 2650 2400 1550 395 6.2

200 1850 1650 1100 275 8.9

300 1500 1350 895 225 11.0

600 1050 945 620 155 16.0

1000 805 720 470 115 21.0

3000 440 395 255 64 40.0


DE

F S

TAN


(NE

S 512 P

art 5)

59






Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M10 4 M12 6

UniradioN b

Zm



OuterConnector

(spcw braid)

Cable

OD(nom)


(nom) Type


LFH/URM105

75 32 4.0 8.0 64 0.70 7/0.45 1.35 7.25 0.20 8.15 9.70 100 119



MHz40C 55C 100C 170C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 2650 2400 1550 395 6.2

200 1850 1650 1100 275 8.9

300 1500 1350 895 225 11.0

600 1050 945 620 155 16.0

1000 805 720 470 115 21.0

3000 440 395 255 64 40.0


DE

F S

TAN


(NE

S 512 P

art 5)

60




11/4.10 11/4.36 11/4.40/44 11/4.9

M16 5

Zm

Operating Voltage kV (max)

C VR

Inner Conductor(spcw)

DOD

OuterConnector

(plain

Cable

OD LD WZm

DC RF Pulse

C VR

Strand D

DOD (plainaluminium

tube)

OD(max)

LD W


75 32 4 8 64 0.700 7/0.45 1.35 7.25 9.45 12.5 100 260



MHz40C 55C 100C 170C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 2650 2400 1550 395 6.2

200 1850 1650 1100 275 8.9

300 1500 1350 895 225 11.0

600 1050 945 620 155 16.0

1000 805 720 470 115 21.0

3000 440 395 255 64 40.0

Table 4.47 Co-axial PTFE Dielectric, Plain Aluminium Sheathed, LFH Covered. NSN 6145-99-537-4977

DE

F S

TAN


(NE

S 512 P

art 5)

61




11/4.10 11/4.36 11/4.40/44 11/4.9

M16 6

Zm


C VR

InnerConductor

DOD

OuterConnector

Cable

OD LD WZm

DC RF Pulse

C VRConductor

(plain coppertube)

DODConnector


OD(max)

LD W

ohms (Peak) (Peak) pF/ft D inches inches D inches inches feet lbs/ft

50 2.9 0.717 0.717 22 0.920 0.164 0.353 0.5 0.6 A0 0.20

Similar to HELIAX Cable Type HTJ450


10 11.2 0.77

30 7.7 1.22

100 3.36 2.89

300 1.82 5.14

1000 0.98 9.64

3000 0.49 19.28

Note: This cable is designed and manufactured in IMPERIAL UNITS

Table 4.48 Co-axial PTFE Dielectric, Corrugated Copper Sheathed, PVC Covered. NSN 6145-99-531-4071

DE

F S

TAN


(NE

S 512 P

art 5)

62




11/4.9 11/4.36 11/4.40/44 11/4.9

M35 YES

Zm


C VR

InnerConductor

DOD

OuterConnector

Cable

OD LD WZm

DC RF Pulse

C VRConductor

(plain coppertube)

DODConnector


OD(max)

LD W

ohms (Peak) (Peak) pF/ft D inches inches D inches inches feet lbs/ft

50 6.0 1.485 1.485 21.7 0.925 0.358 0.795 1.005 1.115 A0 0.43

Similar to HELIAX Cable Type HTJ550


10 39.2 0.39

30 21.0 0.71

100 11.2 1.29

300 6.02 1.35

1000 2.94 5.14

3000 1.37 15.75

Note: This cable is designed and manufactured in IMPERIAL UNITS

Table 4.49 Co-axial PTFE Dielectric, Corrugated Copper Sheathed, PVC Covered. NSN 6145-99-531-4070

DE

F S

TAN


(NE

S 512 P

art 5)

63





Ferrule Gland

11/4.9 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M10 4 M6 6


C VR


Outer Connector(pcw braid)

Cable

OD LD WZm

DC RF Pulse

C VR

Strand D

DOD

Wire DOB

OD(max)

LD W


75 28 3.5 7.0 68 0.645 7/0.28 0.84 4.8 0.20 6.2 8.15 100 75

The dielectric is sheathed with special conducting polyethylene - nominal dia 5.3 mm

Table 4.50 Flexible Co-axial Polyethylene Insulated Polyethylene Sheathed, Non-microphonic. NSN 6145-99-527-8995

DE

F S

TAN


(NE

S 512 P

art 5)

64





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M10 3 M8 4


C VR


* Outer Connector(double braid)

(pcw)

Cable

OD(max)

LD W

DC RF Pulse Strand D Wire DOB(max)


65 16 2.0 4.0 78 0.664 1/0.56 0.56 2.55 0.15 5.58 6.95 100 66

The dielectric is sheathed with special conducting polyethylene nominal dia 3.3 mm.

* The inner braid of this conductor is insulated with a polyethylene sheath nominal dia 4.9 mm.

Table 4.51 Flexible Co-axial Polyethylene Insulated Double Screened And Polyethylene Sheathed, Non-microphonic.NSN 6145-99-527-8996

DE

F S

TAN


(NE

S 512 P

art 5)

65

Metric Glands Other Than Equipment Common

Compression Heat Shrink Grommet

11/4.22 11/4.40/44 11/4.9

M10 4

Note. A special gland is to be used for entry into equipment.

Zm C VRInner Conductor (pcw)

DODCable

OD LD WZm C VRStrand D

DOD OD(max)

LD W

ohms pF/m No/D mm mm mm mm m kg/km

50 164 0.462 1/1.25 1.25 8.15 9.47 270 237

Similar to Pyrotenax Cable Ref 94/1/50.

Table 4.52 Single Core Mineral Insulated Plain Copper Sheathed. NSN 6145-99-527-9001

DE

F S

TAN


(NE

S 512 P

art 5)

66

Description Code 2SB11/100/1.75/U6.75





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M10 3 M6 4

metallized tape and tcw braid

UniradioNumber

* f

Zm

Operating VoltagekV (max) C VR

InnerConductor

(pcw) DOD

OuterConnector DUS

(max)

Cable

OD(nom)

LD WNATOUniradio

Number* of

CoresDC RF Pulse Strand D Wire DOB

(max)(nom) NATO

TypeCores


D mmmm mm D mm mm m mm m kg/km

yp

LFH/DRM 68 2 100 28 3.5 7.0 52 0.655 7/0.25 0.75 1.75 0.15 5.30 4.42 6.75 100 65

* One Core Natural One Core Coloured.



MHz20C 40C 55C 70C

Nominal Attenuation

dB/100 mMHzWatts

dB/100 m

100 247 171 114 57 25

200 173 120 80 40 36

300 140 96 65 32 45

600 95 66 44 22 65

The LFH sheathed cable has a comparable electrical performance to PVC Sheathed Cable NSN 6145990149556.

Table 4.53 Multicore 2-Polyethylene Dielectric Cores, Collectively Screened, LFH Sheathed. NSN 6145-99-891-9872

DE

F S

TAN


(NE

S 512 P

art 5)

67





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M25 YES M20 14

Number* of

Zm



Outer Connector(copper tape and

pcw braid)DUS(max)

Cable

OD(max)

LD W* of

Cores DC RF Pulse Strand D Wire DOB

(max)(max)

ohms (Peak) (Peak) pF/m No/D mm mm mm D mm mm m mm m kg/km

2 102 68 8.5 17 49 0.670 7/0.915 2.74 7.11 0.20 16.6 15.55 21.0 100 450

* One Core Natural. One Core Red.

Table 4.54 Multicore 2-Polyethylene Insulated and Collectively Screened, Polyethylene Sheathed. NSN 6145-99-533-2481

DE

F S

TAN


(NE

S 512 P

art 5)

68





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M35 YES M25 16

Number

Inner Conductor(tcw)

DOD

Outer Connector(tcw braid)

CoreOD

Core Identityand Layering

PCPSheath

ODDUS(max)

DSW(tcw)

Cable

OD LD WNumberof Cores Strand D

DOD

Wire DOB

OD(max)

and Layering OD

(nom)(max) (tcw)

OD(max)

LD W

No/D mm mm mm D mm mm mm mm mm mm mm m kg/km

6 7/0.19 0.57 3.25 0.15 3.93 5.39F; Red, B, G,

Y, BK, BN21.2 23.6 0.3 28.6 250 880

The electrical characteristics of each core are the same as Coaxial cable LFH/URM 70, NSN 6145998919852, shown in Table 1.7.

Table 4.55 Multicore 6-Polyethylene Insulated, Screened and LFH Sheathed, NSN 6145-99-527-8997

DE

F S

TAN


(NE

S 512 P

art 5)

69





Ferrule Gland

11/4.10 11/4.36 11/4.40/44 11/4.9 10/4.10 10/4.12

M50

Number*Inner Conductor

DODOuter Connector Core

OD Core Identity and

Cable

OD LD WNumber*of Cores Strand D

DOD

mmType

Wire DOB

OD(max)

Core Identity andLayering

OD(max)

LD

m

W

kg/km

No/D mm mm

mmType

D mm mm mm

y g

mmm kg/km

132/0.20(tcw)

1.32 8.52 rope braid 0.15 (tcw) 11.12