Atch 10 - Government Furnished Property (GFP) Listing for Solicitation.pdf

Item Name Part Number Description Manufacturer Model Number National Stock Number Quantity/ Unit of Measure Unit Cost

Unique-item Identifier (if necessary)

Furnished Condition (i.e., As-Is or physical inspection instructions)

SNTC Relay AY12650 NAVY common data link Micro systems, INC 600RL 1265-00-675-9666 1 $41,729.26 As-Is

Government Furnished Property Listing

(FAR 45.201)

Solicitation: HTC71126RE137 Requirement Name:Point Mugu Range Air Transportation Services (PMRATS)

NAVAIR 16-30SNTC600RL-1

01 MARCH 2025

TECHNICAL MANUAL

ORGANIZATIONAL MAINTENANCE

WITH

ILLUSTRATED PARTS BREAKDOWN

NAVY COMMON DATALINK (NCDL)

RELAY MODEL 600RL

PART NUMBER AY12650

DISTRIBUTION STATEMENT C: Distribution authorized to U.S. Government agencies and their contractors to protect publications required for official use or for administrative or operational purposes determined on 01 March, 2025. Other requests for this document shall be referred to Commanding Officer, Naval Air Systems Command (PMA-208), 48195 Shaw Rd, Bldg 2807, Patuxent River, MD 20670-1547.

CUI: This document contains Controlled Unclassified Information, Category:

Defense, Critical Technical Information. Controlled by Department of the Navy.

The dissemination control and POC are listed in the Distribution Statement.

DESTRUCTION NOTICE: For unclassified, limited documents, destroy by any method that will prevent disclosure of contents or reconstruction of the document.

Published by Direction of Commander, Naval Air Systems Command

0816LP0036618

NAVAIR 16-30SNTC600RL-1 PAGE A

NUMERICAL INDEX OF EFFECTIVE WORK PACKAGES/PAGES

List of Current Changes

Original 0…………………………….... 01 MARCH 2025 Only those work packages assigned to the manual are listed in this index. Insert Change ____, dated _____.

Dispose of superseded work packages/pages. Superseded and deleted classified work packages/pages shall be destroyed in accordance with applicable regulations. If change pages are issued to a work package, insert the changed pages in the applicable work package. The portion of text affected in a changed or revised work package is indicated by change bars or the change symbol ‘R’ in the outer margin of each column of text.

Changes to illustrations, other than those in the Illustrated Parts Breakdown, are indicated by pointing hands or change bars, as applicable. On basic issues, the change number and the citation will be blank.

Total number of pages in this manual is 130 consisting of the following:

WP/Page No. Change No. WP/Page No. Change No. WP/Page No. Change No.

Title Page A

HMWS

1 – 3 4 Blank 001 00 2 Blank 001 01 2 Blank

002 00 1 – 7 8 Blank 003 00 1 – 11 12 Blank 004 00 1 – 41 42 Blank 004 01 1 – 36

005 00 1 –17 18 Blank 006 00 1 - 3 4 Blank

NAVAIR 16-30SNTC600RL-1 HMWS-1

WARNINGS APPLICABLE TO HAZARDOUS MATERIALS

1. Warnings in this manual alert personnel to hazards associated with the use of hazardous materials. Additional information related to hazardous materials is provided in OPNAVINST 5100.23, Navy Safety and Occupational Health (SOH) Program Manual, NAVSUPINST 5100.27, Navy Hazardous Material Control Program, and the DOD 6050.05, DoD Hazard Communication (HAZCOM) Program. For each hazardous material used within the Navy, a Material Safety Data Sheet (MSDS) must be provided and be available for review by users. Consult your local safety and health staff concerning any questions regarding hazardous materials, MSDS, personal protective equip-ment requirements, appropriate handling and emergency procedures, and disposal guidance.

2. Under the heading HAZARDOUS MATERIALS WARNINGS, complete hazardous material warnings are listed by (1) warnings sequentially assigned index numbers, (2) material, (nomenclature, specification, including related icons), and (3) complete warnings including appropriate personnel protective equipment requirements.

3. In the text of the manual, the caption WARNING is not used for hazardous material warnings. Hazards are cited by the numeric identifier that relates to the complete warnings, the nomenclature and applicable specification of the hazardous material, and appropriate icon(s). Users of hazardous materials shall refer to the complete warn-ings.

NAVAIR 16-30SNTC600RL-1 HMWS-2

EXPLANATION OF HAZARDOUS MATERIALS ICONS

Biological The abstract symbol shows that a material may con-tain bacteria or viruses that present danger to life or health.

Explosion This rapidly expanding symbol shows that the material may explode if subjected to high temperature, sources of ignition, or high pressure.

Chemical The symbol of a liquid dripping onto a hand shows that the material will cause burns or irritation to hu-man skin or tissue.

Eye Protection The symbol of a person wearing goggles shows that the material will injure the eyes.

Cryogenic The symbol of a hand in a block of ice shows that the material is extremely cold and can injure human skin or tissue.

Fire The symbol of a fire shows that the material may ignite and cause burns.

Poison The symbol of a skull and crossbones shows that the material is poisonous or is a danger to life.

Vapor The symbol of a human figure in a cloud shows that material vapors present a danger to life or health.

Radiation The symbol of three circular wedges shows that a material emits radioactive energy and can injure human tissue or organs.

NAVAIR 16-30SNTC600RL-1 HMWS-3

HAZARDOUS MATERIALS WARNINGS

DETERGENT, NON-IONIC,

MIL-D16791G, TYPE I 1

Non-ionic detergent, MIL-D-16791G, Type I, is a skin and eye irritant. Avoid contact with skin and eyes.

Store away from heat sources. Avoid contact with strong oxidizing or reducing agents. Material is cor-rosive to copper and brass on long storage. Protec-tion: rubber gloves and chemical goggles.

COMPOUND AIRCRAFT CLEANING,

MIL-PRF-85570D, TYPE II 2

Aircraft cleaning compound, MIL-PRF-85570D, Type II, is a skin and eye irritant. Avoid contact with skin and eyes. Wash hands and face after using.

Avoid breathing vapors. Launder contaminated clothing before re-use. Store in cool, dry, well venti-lated and low fire risk area. Protect from heat, shock, and friction. Keep containers closed when not in use. Avoid contact with strong acids or oxi-dizing agents. Protection: rubber gloves, chemical goggles, faceshield, and protective clothing; half-mask respirator with organic vapor cartridge re-quired in poorly ventilated areas.

ALCOHOL, ISOPROPYL, TT-I-735A 3

Isopropyl alcohol, TT-I-735A, is toxic and flammable.

Avoid contact with skin and eyes. Use in a well ven-tilated area and avoid breathing vapors. May be fa-tal if swallowed. Keep away from heat, sparks, and flame. Store in a clean, cool, well ventilated area away from ignition sources and oxidizing agents.

Keep containers tightly closed when not in use. Pro-tection: neoprene gloves and chemical goggles;

faceshield and protective clothing required when splashing is possible or expected; half-mask respira-tor with organic vapor cartridge required in poorly ventilated areas.

COMPOUND, CORROSION PREVENTIVE, WATER-

DISPLACING, MIL-PRF-81309F, TYPE II, OR TYPE

III, CLASS 1 4

Water-displacing, corrosion preventive compound, MIL-PRF-81309F, Type II, Class 1 or Type III, Class 1, is toxic and flammable. Avoid contact with skin and eyes. Avoid breathing vapors. Keep away from heat, sparks, and flame. Vapor accumulations may explode if ignited. Protection: rubber gloves and chemical goggles; faceshield and laboratory apron required when working with large quantities; half-mask respirator with acid/organic vapor cartridge and mist pre-filter required during spraying opera-tions or in poorly ventilated areas.

THIS PAGE INTENTIONALLY LEFT BLANK

NAVAIR 16-30SNTC600RL-1 001 00

ALPHABETICAL INDEX

Title WP Number

Alphabetical Index ............................................................................................................................................. 001 00 Description ........................................................................................................................................................ 003 00 Illustrated Parts Breakdown .............................................................................................................................. 006 00 Inspection, Cable Testing, and Corrosion Control ............................................................................................ 004 00 Inspection, Cable Testing, and Corrosion Control with Legacy Test Equipment.............................................. 004 01 Installation Checkout ......................................................................................................................................... 005 00 Introduction........................................................................................................................................................ 002 00 Numerical Index of Effective Work Packages/Pages ....................................................................................... Page A Numerical Index of Part Numbers ..................................................................................................................... 001 01 Warnings Applicable to Hazardous Materials ................................................................................................... HMWS

NAVAIR 16-30SNTC600RL-1 001 01

NUMERICAL INDEX OF PART NUMBERS

WP No./Figure No./

Part No. Index No.

AO(370)MON(TNC) ............................... 006 00/1/05

AY12650................................................. 006 00/1/01

CB369/10MK-F5 .................................... 006 00/2/01

WP No./Figure No./ Part No. Index No.

ERD191140 ............................................006 00/1/02

ERD20141074-XXX ...............................006 00/1/04

ERD201280-XXX ...................................006 00/1/03

ERD081023-4 .........................................006 00/2/02

NAVAIR 16-30SNTC600RL-1 002 00

INTRODUCTION

1. PURPOSE OF MANUAL.

2. This manual provides organizational level maintenance instructions with Illustrated Parts Breakdown (IPB) for the NCDL Relay Model 600RL (AY12650), hereafter referred to as the Relay.

3. ARRANGEMENT OF MANUAL.

4. This manual contains an Alphabetical Index, Introduction, Description and Principles of Operation, Inspection, Cable Testing, and Corrosion Control, Installation Checkout, Relay Guidelines, and Illustrated Parts Breakdown.

Technical content (all but Introduction) Work Packages (WPs) are independent, self-supporting procedures that may be issued to the technician for operation or maintenance of this equipment. A numerical index of effective WPs, listing all WPs, is provided on Page A. This listing is used to locate the required WP to perform a specific maintenance task.

5. There is one Part Number for the Relay: AY12650. The Relay operates between 358-380 MHz. Refer to Page A of this manual for organization of Work Packages.

6. QUALITY ASSURANCE REQUIREMENTS.

7. In this manual, Quality Assurance procedures essential to equipment performance or safety of personnel shall be identified with the use of ‘QA’ in parentheses following the procedure or step in a procedure, for example:

(QA). All steps identified in this manner will receive an inspection by a designated quality assurance inspector before starting the next step; unless it has been determined, the inspection can be performed after completing the entire procedure. A maintenance task is only considered completed after inspection by designated quality assurance personnel.

8. WARNINGS, CAUTIONS, AND NOTES.

9. The following definitions and formats apply to the Warnings, Cautions, and Notes found throughout this manual:

An operating procedure, practice, etc., which if not correctly followed, could result in personnel injury or loss of life.

CAUTION

An operating procedure, practice, etc., which if not strictly observed, could result in damage to, or destruction of, equipment.

NOTE

Notes are used to emphasize information of special interest to the reader. Notes are not intended to identify hazards to either equipment or personnel.

10. HAZARDOUS MATERIALS.

11. Warnings for hazardous materials are identified by the use of hazardous material icons. Refer to the Hazardous Materials Warning Sheet (HMWS) for explanation of the icons and a list of the hazardous materials used in this manual.

12. NONSTANDARD ABBREVIATIONS.

13. Table 1 lists nonstandard abbreviations used throughout the manual

14. HISTORICAL RECORD OF APPLICABLE TECHNICAL DIRECTIVES.

15. Refer to the Naval Air Technical Data and Engineering Service Center (NATEC) database for the list of technical directives (TDs). The list of Technical Directives contained in this WP is cumulative and reflects all of the TDs issued against the Relay. Each WP will only list those TDs issued up to the last change or revision to the manual.

16. SUPPORT EQUIPMENT REQUIRED.

17. Tools and equipment for the operation and maintenance of the Relay are listed in Table 2.

18. When an item of support equipment is not available, an equivalent alternative may be substituted.

19. MATERIALS REQUIRED.

20. A consolidated list of materials required for use throughout this manual is listed in Table 3. Materials are used in accordance with NAVAIR 01-1A-75, Organizational, Fleet Intermediate and Depot (WPNSTA) Maintenance Airborne Weapons and Associated Equipment Consumable Material Applications and Hazardous Material Authorized Use List.

21. REFERENCE MATERIAL.

22. To minimize and control the variety and quantity of hazardous materials required for maintenance only the consumable hazardous materials listed in NAVAIR 01-1A-75 shall be used for maintenance. NAVAIR 01-1A-75 shall be used in conjunction with and in support of this manual. In the event of conflicts between this manual and NAVAIR 01-1A-75, the material and procedures in NAVAIR 01-1A-75 take precedence. Hazardous material warnings are provided in NAVAIR 01-1A-75 for all hazardous materials used in this manual. Reference material required is listed in Table 4.

Table 1. Nonstandard Abbreviations

Abbreviation Meaning ADDR Address ADRL Automatic Distribution Requirements List BNC Bayonet Neill-Concelman GCS Ground Control Station GPS Global Positioning System GRFU Ground Radio Frequency Unit HAZCOM Hazard Communication HERP Hazards of Electromagnetic Radiation to Personnel HMIS Hazardous Material Information System HMWS Hazardous Materials Warning Sheet LAN Local Area Network LOS Line of Sight MSDS Material Safety Data Sheet NCDL Navy Common Datalink NRFI Not Ready For Issue RFI Radio Frequency Interference SM&R Source, Maintenance, and Recoverability SNTC System for Naval Target Control TNC Threaded Neill-Concelman TQUAL Transmission Quality TTS Target Test Set WP Work Package WPNSTA Organizational, Fleet Intermediate and Depot (Weapons Station)

Table 2. Support Equipment Required

Nomenclature Part No./Type Designations CAGE Code Adapter, BNC to Banana Plug PM9082/001 (Fluke) 4U744 Antenna Tester AT-400 (Bird) 70998 Cable, Test Port Extension 15NNF50-1.5C (Anritsu) 0T1F7 Cable Adapters -- TNC Female to BNC Female PE9097 (Fluke) -- N-Type Male to N-Type Male PE91532 (Anritsu) -- N-Type Female to BNC Female PE9206 (Fluke) -- N-Type Male to TNC Female PE9448 (Anritsu) -- InstaCal Calibration Module ICN50B (Anritsu) -- InstaCal Module ICN50 (Anritsu) 0T1F7 Insulation Tester 1550B (Fluke) 4U744 Insulation Tester 1550C (Fluke) -- Kit, Coaxial Cable Adapter 999 (LKG Industries) 3E5G6 Network Analyzer S332D (Anritsu) 0T1F7 Network Analyzer S361E (Anritsu) -- Precision Open/Short/Load (OSL) OSLNF50A-8 (Anritsu) -- Target Test Set Model 600TTS ERD191100 01FJ2

Table 3. Materials Required Nomenclature Specification No./Part No. HMWS

Abrasive Nylon Mat A-A-58054 -- Aircraft Cleaning Compound MIL-PRF-85570D,Type II 2 Alcohol, Isopropyl TT-I-735A 3 Brush, Soft Bristle -- -- Chemical Goggles ANSI Z87.1 -- Cloth, Cleaning A-A-59323A, Type I/II -- Compound, Corrosion Preventive, Water- Displacing

MIL-PRF-81309F, Type II, Class I or Type III, Class I 4

Detergent, Non-ionic MIL-D-16791G, Type I 1 Rubber Gloves MIL-DTL-32066 -- Swabs, Cotton A-A-53101 -- Towel, Paper Wiping -- --

Table 4. Reference Publications List

Publication Title Publication Number Airborne Weapons and Associated Equipment Consumable Material

Applications and Hazardous Material Authorized Use List

NAVAIR 01-1A-75

Cleaning and Corrosion Control NAVAIR 01-1A-509 Series Naval Air Systems Command Technical Manual Program NAVAIR 00-25-100 Operator’s Manual, System for Naval Target Control (SNTC) Block 3B NAVAIR 16-50SNTC-3 Maintenance with Illustrated Parts Breakdown, Navy Common Datalink

(NCDL) Target Test Set (TTS) Model 600TTS

NAVAIR 16-30SNTC600TTS-1

Maintenance with Illustrated Parts Breakdown, Navy Common Datalink (NCDL) Transponder Model 600TR

NAVAIR 16-30SNTC600TR-1

Maintenance with Illustrated Parts Breakdown System for Naval Target Control (SNTC) Block 3B Ground Control Station (GCS) with Navy Common Datalink (NCDL)

NAVAIR 16-50SNTC-4

23. INTRODUCTION TO THE ILLUSTRATED PARTS BREAKDOWN (IPB).

24. The IPB contains information applicable to the Relays assemblies and components. The IPB illustrates, lists, and describes the parts necessary for equipment support. The IPB is used for requisitioning, identifying parts and for illustrating removal/disassembly and installation/assembly relationships.

25. GROUP ASSEMBLY PARTS LIST (GAPL). The GAPL consist of a breakdown of the unit into subassemblies and detailed parts (WP 006 00). The GAPL is a six-column format. All symbols and abbreviations used in the GAPL are for use in accordance with ASME-Y14.38M Abbreviations and Acronyms for Use on Drawings and Related Documents.

26. Index Number. In this column the index numbers are assigned in numerical sequence and are used essentially in disassembly sequence. The index numbers are assigned in this column, and then added to the exploded view illustration of the equipment/repairable.

27. Part Number. This column lists the prime contractor part number, government standard part number, or other vendor part number.

28. Description. This column lists the item nomenclature plus the modifiers necessary to identify the item. The assemblies, subassemblies, detail parts, and attaching parts are properly identified (named or indented) to show the relationships to the assembly. Attaching parts are listed immediately after the attached part and preceding any details of the assembly. The caption /ATTACHING PARTS/ appears in the description column preceding the attaching parts and the symbol -- is used to indicate the end of the attaching parts for that part or assembly.

29. Vendor Codes. Part numbers for other than standard government parts or of the prime contractor are identified by vendor code number enclosed in // following the nomenclature of the part.

30. Make-From. For simple items (e.g., hoses, lines, tubes, brackets, cables, etc.), coded for manufacture at intermediate or depot level of maintenance, the material from which the item is made will be included in // following the item nomenclature or vendor code number. For more complex items, a drawing of the item will be provided in the maintenance portion of the applicable work package.

31. Units Per Assembly. This column lists the total number of each part required per assembly or subassembly and is not necessarily the total number used in the end item of equipment. The letters AR (as required) are used to identify bulk items. The letters REF (reference) are used to indicate the part is listed and illustrated elsewhere in the IPB and is included in the present listing as a reference only.

32. Usable on Code. This column indicates the usability of parts on different models or series of the equipment.

If no letter appears on this column, then the part is used on all models/series of the end item of equipment.

33. Equivalent Parts. An equivalent part is a part used interchangeably with one or more parts, none of which are preferable over the other. All equivalent part numbers are listed with an asterisk (*) in the USABLE ON CODE column.

34. Source, Maintenance, and Recoverability (SM&R) Code. This column contains the SM&R codes as approved by the government. Code definitions and part kits information are contained in OPNAVINST 4110.2 and NAVSUPINST 4423.29. The explanations of the SM&R codes are given in Table 5.

35. NUMERICAL INDEX OF PART NUMBERS. The Numerical Index of Part Numbers is contained in WP 001

01. This index includes a complete alphanumeric list of part numbers or noun names (if a part number has not been assigned). Alphabetic O’s are considered as numeric zeros.

36. Part Number. This column lists all part numbers that appear in the part number column of the GAPL. This column also lists the identifying noun in lieu of the part number when no part number has been assigned. All part numbers and noun names are listed in alphanumeric sequence.

37. Work Package/Figure/Index Number. This column lists the work package, figure, and index number assigned to the associated part number. The numbers are separated by //; the first number is the WP in which the part number is located, the second number is the figure number within the WP, and the third number is the index number identifying the part within the figure.

38. HOW TO USE ILLUSTRATED PARTS BREAKDOWN. The following instructions are provided to assist the user in researching within the IPB.

39. When Part Number is Not Known. Determine the function and application of the part required. Refer to the GAPL (WP 006 00) and select the most appropriate group, system, or assembly work package.

40. Refer to the page indicated and locate the required part on the illustration. From the illustration, obtain the index number assigned to the part. Refer to the GAPL for the same index number, identifying noun name, and any other specific information including the item part number.

41. When Part Number is Known. Refer to the Numerical Index of Part Numbers (WP 001 01). Locate the part number and note the work package, figure, and index number assigned to that part number.

42. Refer to the WP and figure indicated and locate the index number referenced. If a pictorial representation of the part or part’s location is desired, refer to the same index number on the applicable illustration.

43. TECHNICAL MANUAL DISTRIBUTION.

44. Procedures to be used by Naval activities and other Department of Defense activities requiring NAVAIR technical manuals are defined in NAVAIR 00-25-100.

45. To automatically receive future changes and revision to NAVAIR technical manuals, an activity must be established on the Automatic Distribution Requirements List (ADRL) maintained by the Naval Air Technical Data and Engineering Service Center. To become established on the ADRL, notify the local activity central technical publications librarian. If the local activity does not have a library, establish automatic distribution requirements by contacting the Director, Naval Air Technical Data and Engineering Service Center, NAS North Island, Bldg 90, P.O.

Box 357031, San Diego, CA 92135-7031. Annual reconfirmation of requirements is necessary to remain on automatic distribution. Use Naval Air Technical Data and Engineering Service Center assigned account number whenever referring to automatic distribution requirements.

46. If additional or replacement copies of this manual are required with no attendant changes in the ADRL, copies may be ordered by submitting a DD 1348 requisition via the Defense Logistics Agency Transaction Service.

Requisitions can also be submitted using the Naval Logistics Library P2003, accessed at https://nll2.ahf.nmci.navy.mil/. Refer to NAVAIR 00-25-100, for detailed requisitioning procedures.

47. TECHNICAL SUPPORT.

48. If additional assistance is required regarding technical information contact Target Mission Support Systems (TMSS) TMSS_SUPPORTDESK@us.navy.mil.

https://nll2.ahf.nmci.navy.mil/ file://eri-s3/TAAS/Manuals/Block%203/Relay/Work%20Packages/WP%20002%2000%20-%20Introduction/TMSS_SUPPORTDESK@navy.mil

Table 5. Source, Maintenance, and Recoverability Codes

NAVY SM&R CODING REFERENCE CHART NAVSUP INSTR 4423.29 PUB719 (NSN 0530-LP-011-2960)

SOURCE MAINTENANCE

1ST POS 2ND POSITION 3RD POSITION 4TH POSITION MEANS OF ACQUIRING SUPPORT

P

A ITEM: STOCKED USE: LOWEST LEVEL

AUTHORIZED TO

REMOVE/REPLACE THE

ITEM

REPAIR: LOWEST LEVEL

WITH CAPABILITY AND

RESOURCES TO PERFORM

COMPLETE REPAIR ACTION

B ITEM: STOCKED, INSURANCE

C ITEM: STOCKED, DETERIORATIVE

D

ITEM: SUPPORT, INITIAL ISSUE OF OUTFITTING &

STOCKED ONLY FOR ADDITIONAL INITIAL ISSUE

E

EQUIPMENT: SUPPORT, STOCKED FOR INITIAL ISSUE

OR OUTFITTING OF SPECIFIED MAINT.

ACTIVITIES

O ORG/UNIT O ORG/UNIT

F EQUIPMENT: SUPPORT, NONSTOCKED, CENTRALLY

PROCURED ON DEMAND 2

MINESWEEPER

SUBMARINES

AUX/AMPHIB

DESTROYER, FFG

CRUISER/CARRIER

MINESWEEPER

SUBMARINES

AUX/AMPHIB

DESTROYER, FFG

CRUISER/CARRIER

G

ITEM: STOCKED FOR SUSTAINED SUPPORT,

UNECONOMICAL TO PRODUCE AT A LATER TIME

H ITEM: STOCKED, CONTAINS HAZMAT. HMIS/MSDS

REPORTING REQUIRED

R TERMINAL OR OBSOLETE, REPLACED F I/AFLOAT F I/AFLOAT

Z TERMINAL OR OBSOLETE, NOT REPLACED G

ASHORE AND AFLOAT

G ASHORE AND AFLOAT

K

D ITEM: DEPOT O/H & MAINTENANCE KITS

F ITEM: MAINTENANCE KIT, PLACE AT O,F,H,L H I/ASHORE B ITEM: IN BOTH DEPOT REPAIR & MAINT. KITS H I/ASHORE

M

O MFR OR FAB AT UNIT LEVEL

K CONTRACTOR

FACILITY F MFR OR FAB AT INTERMEDIATE/DS LEVEL

K

CONTRACTOR

FACILITY

H MFR OR FAB AT INTERMEDIATE/GS LEVEL

L MFR OR FAB AT SPECIALIZED REPAIR ACTIVITY(SRA)

L INTERMEDIATE SRA G MFR OR FAB AT BOTH AFLOAT AND ASHORE

D MFR OR FAB AT DEPOT MAINTENANCE LEVEL

L INTERMEDIATE SRA

A

O ITEM: ASSEMBLED AT ORG/UNIT

F ITEM: ASSEMBLED AT INTERMEDIATE LEVEL-AFLOAT

D DEPOT H ITEM: ASSEMBLED AT INTERMEDIATE LEVEL-ASHORE

D DEPOT

L ITEM: ASSEMBLED AT SRA

G ITEM: ASSEMBLED AFLOAT OR ASHORE

D ITEM: ASSEMBLED AT DEPOT MAINTENANCE LEVEL

Z NON-REPAIRABLE

X

A ITEM: REQUISITION NEXT HIGHER ASSEMBLY

B

ITEM: NOT PROCURED OR STOCKED. AVAILABLE

THROUGH SALVAGE. REQ. BY CAGE/PART NUMBER

Z REF ONLY B RECONDITION C INSTALLATION DRAWING, DIAGRAM, INSTRUCTION

SHEET. IDENTIFY BY CAGE/PART NUMBER

D NON-STOCKED. OBTAIN VIA LOCAL PURCHASE

RECOVERABILITY SERVICE OPTION CODE

5TH POSITION 6TH POSITION

DISPOSITION: WHEN UNSERVICEABLE OR UNECONOMICALLY

REPAIRABLE, CONDEMN OR DISPOSE.

ASSIGNED TO SUPPORT ITEMS TO CONVEY SPECIFIC

INFORMATION TO THE SERVICE’S LOGISTICS

COMMUNITY/OPERATING FORCES.

0 ORG/UNIT

1 I-LEVEL 1ST DEGREE

2 I-LEVEL 2ND DEGREE

F I/AFLOAT 3 I-LEVEL 3RD DEGREE

6 COMMERCIAL ITEM, ORGANICALLY MFR’D

G ASHORE AND AFLOAT 8 NON-CONSUMABLE; 2ND DEGREE ENGINE I-LEVEL

H I/ASHORE 9 NON-CONSUMABLE; 3RD DEGREE ENGINE I-LEVEL

K DLR; CONTRACTOR FACILITY E END TO END TEST

L INTERMEDIATE SRA LEVEL J INTER-SERVICE DLR REPAIRABLE BELOW D-LEVEL

D DLR; CONDEMN OR DISPOSE AT DEPOT P PROGRESSIVE MAINTENANCE

Z NON-REPAIRABLE R GOLD DISC REPAIR

A NON-REPAIRABLE BUT REQUIRES SPECIAL HANDLING T TRAINING DEVICES

NAVAIR 16-30SNTC600RL-1 003 00

DESCRIPTION

Reference Material

Illustrated Parts Breakdown ....................................................................................................................... WP 006 00 Maintenance Manual, System for Naval Target Control (SNTC) Block 3B ............................ NAVAIR 16-50SNTC-4 Navy Common Datalink (NCDL) Transponder Model 600TR .......................................NAVAIR 16-30SNTC600TR-1 Operator’s Manual, System for Naval Target Control (SNTC) Block 3B ................................ NAVAIR 16-50SNTC-3

Alphabetical Index Subject Page No.

Equipment Supplied

Monopole UHF Antennas Alternate Antenna

AO(370)MON(TNC)

Optional Equipment Power Cable

Alternet Power Cable UHF Cables

Functional Description General Description Hazards of Electromagnetic Radiation to Personnel (HERP) Introduction Physical and Electrical Characteristics

Front Panel Address (ADDR) Push Button Switches Frequency (FREQ) Push Button Switches Handles LAN Port LED Indicators Numeric Displays Power Switch Test Access Port Thermal Warning Indicator

Rear Panel Antenna Connectors Power Connector

Shipping Procedures

List of Figures Figure Page No.

Figure 1. Relay Front Panel Description Figure 2. Relay Rear Panel Description Figure 3. Monopole UHF Antenna Figure 4. Relay Frequency Scanning Figure 5. Relay Shipping Container – Part Number ERD191140

List of Tables

Table Page No.

Table 1. Relay Physical and Electrical Characteristics Table 2. NCDL Frequency Settings Table 3. HERP Safe Distances Table 4. Relay Shipping Container Characteristics

1. INTRODUCTION.

2. This Work Package (WP) contains physical and electrical characteristics, a functional description, and ship-ping procedures of the NCDL Relay Model 600RL, hereafter referred to as the Relay.

3. GENERAL DESCRIPTION.

4. The Relay is designed to function for Airborne Relay operations.

5. The Relay may be installed in a manned vehicle as an enhancement for NCDL datalink communications where Line of Sight (LOS) operations are limited or where extended range applications are required.

6. The Relay is a 19-inch rack mountable unit (Figure 1). During operation the Relay requires a +28 VDC and 6 amp power source through connector J3 (Figure 2). The front panel consists of two handles, a power switch, five LED indicators, a Test Access port, a Local Area Network (LAN) port, an address and frequency display, plus six push button switches. The rear panel has a power connector, an Ultra High Frequency (UHF) N-Type anten-na connector, and a GPS TNC connector.

7. PHYSICAL AND ELECTRICAL CHARACTERISTICS.

8. The Relay was constructed to not be used over 20,000 feet in an unpressurized cabin. For cabins that are pressurized, exceeding 20,000 feet is allowed.

9. The physical and electrical characteristics of the Relay are listed in Table 1.

Table 1. Relay Physical and Electrical Characteristics

Parameters Attributes

Height 3.5 in.

Width (front frame) Width (inner frame)

19 in.

17.5 in.

Depth (frame ends) Depth (handle to connector ends)

16.13 in.

17.75 in.

Weight 22.5 lb.

Operating Voltage Operating Current nominal +28 VDC 6 amps

Radiate Power Minimum Maximum

50 watts 70 watts

Altitude Limitation 20,000 ft.

Operating Temperature Range -30º C to 70º C

Humidity 95% relative humidity

10. FRONT PANEL. The Relay front panel has two handles, a power switch, a Test Access port, a LAN port, an address and frequency display, plus six push button switches as shown in Figure 1. The Relay also has LED indicators for receiving, transmitting, power, thermal warning, and GPS lock. The Relay must be maintained in a horizontal position at all times. As shown in Figure 1, the Relay topside must always face up in order to prevent damage to the Relay.

11. Handles. The handles of the Relay are used to slide the unit in and out of a rack mount.

12. Power Switch. The POWER switch is used to power the Relay when a +28 VDC power source is connect-ed to the J3 power connector.

13. Thermal Warning Indicator. The Relay provides a red indicator to indicate that an adverse thermal event has occurred. A temperature sensor will provide overheat warning.

14. Test Access Port. The Relay has a test access panel hatch. (For depot use only.)

15. LAN Port. The Relay has a LAN port access hatch. (For depot use only.)

16. Numeric Displays. There are two numeric displays: Address (ADDR) and Frequency (FREQ).

17. Address (ADDR) Push Button Switches. The Relay can be set to any address from 1 to 63 via the ADDR INCR, ADDR DECR, and SET push button switches. Although the address can be set from 1 to 63, Relay is lim-ited to using 21 to 26 as address.

18. LED Indicators. The Relay has 5 LED indicators which are RECV, XMIT, GPS LOCK, PWR, and THER-

MAL WARNING.

19. Frequency (FREQ) Push Button Switches. The Relay can be set to any of the 24 pre-programmed NCDL frequencies, listed in Table 2, via the FREQ INCR, DECR, and SET push button switches.

Table 2. NCDL Frequency Settings

Setting Frequency Setting Frequency

1 359.775 MHz 13 366.825 MHz 2 362.200 MHz 14 367.075 MHz 3 364.550 MHz 15 367.925 MHz 4 364.750 MHz 16 368.200 MHz 5 365.025 MHz 17 369.775 MHz 6 365.075 MHz 18 369.975 MHz 7 365.300 MHz 19 370.275 MHz 8 366.275 MHz 20 370.325 MHz 9 366.300 MHz 21 372.550 MHz

10 366.550 MHz 22 373.100 MHz 11 366.575 MHz 23 374.550 MHz 12 366.675 MHz 24 375.000 MHz

20. REAR PANEL. The Relay rear panel has a power connector, a UHF N-Type antenna connector, and a GPS TNC antenna connector as shown in Figure 2.

21. Antenna Connectors. J1 is a UHF N-Type antenna connector. J2 is a GPS TNC antenna connector.

22. Power Connector. J3 is a 4-pin circular connector through which +28 VDC power is applied to the Relay.

Pins A and B, and A and D provide +28 VDC and pins C and B, and C and D provide +28 VDC return to the Relay as shown in Figure 2.

23. EQUIPMENT SUPPLIED. The Monopole UHF Antenna, Power Cable, UHF Cables, and GPS Cables men-tioned below can be supplied for installation with the Relay (refer to WP 006 00). GPS antenna is not supplied.

Operating site activities are responsible for the procurement of a GPS Antenna.

24. MONOPOLE UHF ANTENNAS. The Monopole UHF Antenna mentioned below can be supplied for installa-tion with the Relay. The Monopole UHF Antenna is shown in Figure 3.

25. AO(370)MON(TNC). The Monopole UHF Antenna AO(370)MON(TNC) is an omnidirectional antenna that is installed on the relay aircraft. The AO(370)MON(TNC) connects directly to the Relay via a single coaxial RF ca-ble.

26. Alternate UHF Antenna. Alternate UHF antennas that have a maximum allowable VSWR of 1.7 may also be used on the relay aircraft.

27. POWER CABLE. The Relay is supplied with a power cable. The power cable comes with a fuse holder that is compatible with an inline fuse of 7.5 amps.

28. ALTERNET POWER CABLE. For aircraft with built-in-circuit protection on the power plug used by the Relay, a power cable without a fuse is available upon request.

29. UHF CABLES. UHF cables with TNC and N-Type connectors that are authorized for use with the UHF antenna system include LMR-400 (Ultraflex or Standard) or RG-142 cables.

30. GPS CABLES. GPS cables with TNC connectors that are authorized for use with the GPS antenna system include LMR-400 (Ultraflex or Standard) or RG-142 cables.

31. OPTIONAL EQUIPMENT. The optional UHF Band Pass Filter is used in special cases when frequency in-terference from RF sources outside the frequency range of 364-374 MHz may cause RF issues with the Airborne Relay. The Band Pass filter is bi-directional and the Airborne Relay or antenna can be connected to either port on the filter. Frequency channel 1 (359.7 MHz), channel 2 (362.2 MHz), channel 23 (374.5 MHz), and channel 24 (375.0 MHz) shall not be used if the Band Pass Filter is installed. The Band pass filter is connected to Airborne Relay using a four foot UHF cable.

32. HAZARDS OF ELECTROMAGNETIC RADIATION TO PERSONNEL (HERP).

33. Personnel operating the Relay and Target Test Set (TTS) shall be aware of the HERP safe distances listed in Table 3. Failure to comply may result in injury or long-term health hazards.

Table 3. HERP Safe Distances

Antenna Distance

35 W GRFU with ANT400F2 UHF Ant. 3 ft.

35 W GRFU with

ANT375D6-9 UHF

Ant. (11.2 dBi)

8.4 ft.

70 W Airborne Relay Omni Ant. 4 ft.

3.5 mW Target Test Set Ant. 1 in.

34. FUNCTIONAL DESCRIPTION.

35. The Relay provides RF communication between the Ground Radio Frequency Unit (GRFU) and the NCDL Transponder Model 600TR (hereafter referred to as Transponder, refer to NAVAIR 16-30SNTC600TR-1). The GRFU sends the command and control data to the Relay and the Relay radiates the information to the Tran-sponder. The Relay then receives telemetry data from the Transponder and sends the data back to the GRFU.

For more information on the SNTC Block 3B Ground Control Station (GCS), refer to NAVAIR 16-50SNTC-3 and

NAVAIR 16-50SNTC-4.

36. When powering up the Relay, it takes about a second for the PWR light to turn on. Then the rest of the lights will turn on plus the numeric display will show eights. A few seconds after powering on, all LEDs turn off except the PWR light, and the numeric display shows previous address and frequency configuration.

37. The address on the front panel is read by the Relay. The address can only be set after the Relay powers on and not receiving any valid uplink messages. The Relay switches between the primary frequency and a cycle of the 24 frequency channels until a connection occurs. The primary frequency is changed by the FREQ INCR and FREQ DECR push buttons and set using the SET push button. The frequency cycle will go between the primary frequency and the range of 24 frequencies (Figure 4). The Relay communicates with the GRFU over the selected frequency channel (Table 2) using a poll/response method. The occupied bandwidth of the NCDL RF datalink is 263 kilohertz (kHz).

38. When the Relay overheats, it will send telemetry to the GCS to signal overheating. There’s a temperature sensor that will provide overheat warning, which is indicated by the red Thermal Warning indicator. The Relay will toggle this indicator on and off, at a 2 second rate, until the unit is powered off.

39. The direct LOS operational range of the Relay is 200 nautical miles (nmi) from the GRFU and 130 nmi from the Relay to the target(s) or Shipboard Transponder(s). The total operational range for a GRFU utilizing a Relay is 330 nmi.

40. SHIPPING PROCEDURES.

41. The loaded Relay shipping container (Figure 5) requires a two-man lift. Failure to comply may result in injury to personnel.

42. Do not use the handles on the front of the Relay for lifting or carrying. Failure to comply may result in dam-age to the Relay.

43. The Relay is shipped inside of a Shipping Container (ERD191140). If appropriate shipping containers are unavailable, the Relay shall be shipped in accordance with MIL-STD-2073-1E, Standard Practice for Military Packaging.

44. The Relay Shipping Container is single lid container with form-cut foam inserts. The lid is secured using latches. Table 4 lists the physical characteristics of the shipping container. Figure 5 shows the shipping container for the Relay.

Table 4. Relay Shipping Container Characteristics

Parameter Attributes

Color Orange Height 9.08 in.

Width 24.06 in.

Length 25.5 in.

Unloaded Weight 23 lb.

Loaded Weight 45.5 lb.

Index Number

Control, Indicator, or Connector Function

1 TEST ACCESS Test panel access hatch (for depot use only).

2 LAN LAN Port access hatch (for depot use only).

3 RECV LIGHT Light indicating the relay is receiving signal.

4 ADDR INCR/ DECR Increase/Decrease buttons for address selection. 63 different channels corresponding to the NCDL address selections.

5 FREQ INCR/ DECR Increase/Decrease buttons for frequency selection. 24 different channels corresponding to the NCDL frequency selections.

6 GPS LOCK LIGHT Light indicating GPS lock is acquired.

7 PWR LIGHT Light indicating power is on.

8 POWER SWITCH Power switch that supplies +28 VDC to the Relay.

9 XMIT LIGHT Light indicating Relay is transmitting data.

10 ADDR SET Push button for setting the address.

11 ADDR DISPLAY Address Display.

12 FREQ DISPLAY Frequency Display.

13 FREQ SET Push button for setting the frequency.

14 THERMAL WARNING

LIGHT

Light toggles on and off indicating that an adverse thermal event has oc-curred.

15 HANDLES The handles are used for sliding the Relay in and out of the rack mount.

Figure 1. Relay Front Panel Description v

1 J1 N-Type UHF antenna connector.

2 J2 TNC GPS antenna connector.

3 J3 4-pin circular connector for +28 VDC input power.

Figure 2. Relay Rear Panel Description

Figure 3. Monopole UHF Antenna

Figure 4. Relay Frequency Scanning

1 Rotary Latches Used to open or lock the container.

2 Pressure Release Valve Used to release pressure from inside the container.

Figure 5. Relay Shipping Container – Part Number ERD191140

NAVAIR 16-30SNTC600RL-1 004 00

INSPECTION, CABLE TESTING, AND CORROSION CONTROL

Reference Material

Cleaning and Corrosion Control .................................................................................................... NAVAIR 01-1A-509

Alphabetical Index Subject Page No.

Entering Commands Inspection Introduction Maintenance

Cleaning/Corrosion Control Materials Required

Power Requirements Preliminary Checks and Procedures Relay Antenna Assembly Testing

Antenna System Test Support Equipment Required Anritsu Site Master Handheld Cable and Antenna Analyzer S361E Fluke 1550C Insulation Tester

Insertion Loss Test Insertion Loss Test Configuration

Insulation Resistance Test Voltage Standing Wave Ratio (VSWR) Test

Testing Procedures Test Data Sheets

List of Figures

Figure Page No.

Figure 1. Fluke 1550C Insulation Tester Figure 2. Fluke 1550C Insulation Tester Screen Detail Figure 3. Anritsu S361E Cable and Antenna Analyzer Figure 4. Anritsu - Top View Figure 5. Anritsu - Front Panel View Figure 6. Precision OSL Detail Figure 7. Anritsu - Screen Detail Figure 8. UHF Antenna System Test Data Sheet Figure 9. UHF Cable Insulation Resistance Test Diagram Figure 10. UHF Cable Insertion Loss Test Diagram Figure 11. UHF Antenna System VSWR Test Diagram Figure 12. GPS Antenna System Test Data Sheet

List of Figures (Continued) Figure Page No.

Figure 13. GPS Cable Insulation Resistance Test Diagram Figure 14. GPS Cable Insertion Loss Test Diagram

List of Tables

Table Page No.

Table 1. Materials Required Table 2. Cable Attenuation Table 3. Antenna System Test Support Equipment Required Table 4. UHF Antenna System Test Preparation Table 5. UHF Cable Insulation Resistance Test Procedures Table 6. UHF Cable Insertion Loss Test Procedures Table 7. UHF Antenna System VSWR Test Procedures Table 8. GPS Antenna System Test Preparation Table 9. GPS Antenna System Test Preparation Table 10. GPS Cable Insertion Loss Test Procedures

1. INTRODUCTION.

2. This Work Package (WP) contains the organizational level maintenance and antenna system testing for the NCDL Relay Model 600RL, hereafter referred to as the Relay.

3. INSPECTION.

4. If any aspect of the Relay fails visual inspection, then either the aforementioned maintenance procedures shall be revisited or the asset returned to depot for repair. Visually check the unit as follows:

a. Check surfaces for corrosion, grease, fungus, or abrasion.

b. Check switches for proper actuation.

c. Check connectors for worn, bent, or broken contacts.

d. Check unit for missing hardware.

e. Retrograde all defective units to depot repair.

5. MAINTENANCE.

6. Organizational maintenance for the Relay is limited to cleaning and corrosion control.

7. MATERIALS REQUIRED.

8. The materials required to perform Cleaning/Corrosion Control are listed in Table 1.

9. When a required material is not available, an equivalent alternative may be substituted.

Table 1. Materials Required

Nomenclature Specification No./ Part No.

Abrasive Nylon Mat A-A-58054 Compound, Aircraft Cleaning MIL-PRF-85570D,Type II Alcohol, Isopropyl TT-I-735A Brush, Soft Bristle -- Chemical Goggles ANSI Z87.1 Cloth, Cleaning A-A-59323A, Type I/II Compound, Corrosion Preventive, Water-Displacing

MIL-PRF-81309F, Type II Class I, or Type III Class I

Detergent, Non-ionic MIL-D-16791G, Type I Rubber Gloves MIL-DTL-32066 Swabs, Cotton A-A-53101 Towel, Paper Wiping --

10. CLEANING/CORROSION CONTROL.

11. Do not use the handles on the front of the Relay for lifting or carrying. Failure to comply may result in damage to the Relay.

12. Cleaning and corrosion control is to be performed on the Relay every 60 days or sooner as required. Clean the Relay in accordance with the procedures in NAVAIR 01-1A-509.

1. Remove dust with cleaning cloth.

DETERGENT, NON-IONIC 1

2. Remove loose dirt or minor corrosion from metal surfaces with non-ionic detergent and water using an abrasive nylon mat.

3. Rinse thoroughly with a cleaning cloth or paper towel soaked with fresh water.

COMPOUND, AIRCRAFT CLEANING 2

4. Remove corrosion, grease, or fungus from metal surfaces with aircraft cleaning compound MIL-PRF- 85570D, Type II using cleaning cloth.

ALCOHOL, ISOPROPYL 3

5. Clean connectors and hard-to-reach areas with a short bristle brush and isopropyl alcohol.

COMPOUND, CORROSION

PREVENTATIVE 4

6. Protect internal areas of connectors from corrosion by coating with MIL-PRF-81309F, Type II Class I or Type III, Class I material. Protect external areas of connector from corrosion by coating with MIL-PRF-81309F, Type III, Class I or Type II, Class I.

13. PRELIMINARY CHECKS AND PROCEDURES.

14. Prior to installation, the UHF and GPS cables used to connect on the Relay to its respective connection and or antenna shall be tested to ensure insertion loss of less than or equal to 6 dB. The maximum allowable Voltage Standing Wave Ratio (VSWR) is 1.7 for all UHF antenna systems used. Also prior to testing, inspect the exterior of the Relay. Identify all dents or cracks. Check all switches for proper actuation. Check connectors for worn, bent, or broken contacts. If any damage jeopardizing the structural integrity is identified, the Relay must be returned to depot for refurbishment.

15. RELAY ANTENNA ASSEMBLY TESTING.

16. The following tests shall be conducted after equipment is installed in its operational configuration.

17. After inspection of the Relay components, a series of tests shall be performed on the antenna systems to ensure proper target communication and operational range. The Insulation Resistance and Insertion Loss tests shall be performed on the coaxial cables of the UHF antenna systems in operational configuration, which includes any connectors and adapters necessary for operation. The Voltage Standing Wave Ratio (VSWR) test shall be performed on the operational configuration of the antenna and coaxial cable of the UHF antenna systems. The UHF cable assemblies shall be checked for insulation resistance, insertion loss, and, as appropriate, VSWR after installation and every twelve months after installation. The GPS cable assemblies shall also be checked for insulation resistance and insertion loss.

18. INSULATION RESISTANCE TEST. The Insulation Resistance test confirms no deficiency is present in the insulation of a coaxial cable. An Insulation Tester is used to apply 500 volts between the core conductor and shielding of a coaxial cable. A healthy cable will maintain a very high resistance to current leakage at a high voltage.

A damaged cable will exhibit low insulation resistance, which will result in poor signal quality or damage to the Relay during operation

19. INSERTION LOSS TEST. Insertion loss is a measure of the energy lost as a signal propagates through a coaxial cable. The loss, measured in decibels (dB), is proportional to the signal frequency, the length of the coaxial cable, and the attenuation of the coaxial cable type. High losses along the coaxial cable can limit the operational range of the Relay.

20. Insertion Loss Test Configuration. To check for abnormal insertion loss, the estimated insertion loss must be calculated using the cable length, number of connectors along the cable, signal frequency range, and the manufacturer’s listed cable attenuation. All cable elements, connectors, and adapters present in the antenna system shall be tested in an operational configuration. The Maximum allowable cable loss is 6 dB for UHF cables and 8 dB for GPS cables.

21. LMR-400 (Ultraflex or Standard) or RG-142 cables, with TNC and N-Type connectors, are authorized for use with the UHF antenna system. Refer to Table 2 for cable attenuation values.

22. LMR-400 (Ultraflex or Standard) or RG-142 cables, with TNC connectors, are authorized for use with the GPS antenna system. Refer to Table 2 for cable attenuation values.

Table 2. Cable Attenuation

UHF GPS

LMR-400 Ultraflex (Times Microwave or equivalent) Attenuation per foot 0.03 dB 0.063 dB 50 ft. w/o connectors 1.50 dB 3.15 dB 100 ft. w/o connectors 3.00 dB 6.30 dB

LMR-400 Standard (Times Microwave or equivalent) Attenuation per foot 0.025 dB 0.053 dB 50 ft. w/o connectors 1.25 dB 2.658 dB 100 ft. w/o connectors 2.50 dB 5.307 dB

RG-142 (Times Microwave or equivalent)

Attenuation per foot 0.076 dB 0.165 dB 50 ft. w/o connectors 3.80 dB 8.25 dB 100 ft. w/o connectors 7.60 dB 16.5 dB

23. RF cables used for UHF and GPS signals shall not be serially connected to obtain longer cable runs.

24. VOLTAGE STANDING WAVE RATIO (VSWR) TEST. The VSWR is a measure of the amount of energy being reflected back into the radio transmitter of the Relay. Excessive reflected energy can cause the Relay to lower transmission power and damage may result.

25. ANTENNA SYSTEM TEST SUPPORT EQUIPMENT REQUIRED. The support equipment required to perform the antenna system testing is listed in Table 3.

Table 3. Antenna System Test Support Equipment Required

Nomenclature Part Number or Type Designation

Adapter, BNC to Banana Plug PM9082/001 (Fluke)

Cable, Test Port Extension 15NNF50-1.5C (Anritsu)

Cable Adapters

TNC Female to BNC Female PE9097 (Fluke)

N-Type Male to N-Type Male PE91532 (Anritsu)

N-Type Female to BNC Female PE9206 (Fluke)

N-Type Male to TNC Female PE9448 (Anritsu)

InstaCal Calibration Module ICN50B (Anritsu)

Insulation Tester 1550C (Fluke)

Network Analyzer S361E (Anritsu)

Precision Open/Short/Load (OSL) OSLNF50A-8 (Anritsu)

26. Quality Assurance (QA) shall verify all support equipment is calibrated in accordance with OPNAVINST M-8000.16 Series prior to testing.

27. Fluke 1550C Insulation Tester. The Fluke 1550C Insulation Tester, hereafter referred to as Fluke 1550C, is used to perform the Insulation Resistance Test on the coaxial cables. The cable under test is attached to the

Insulation Tester via the BNC to Banana Plug Adapter, in conjunction with the proper adapters. The settings for output voltage and time can be changed by the operator and a resistance reading is automatically obtained and displayed on the Fluke 1550C screen. Refer to Figures 1 and 2 for details on the Fluke 1550C.

28. Anritsu Site Master Handheld Cable and Antenna Analyzer S361E. The Anritsu Site Master Handheld

Cable and Antenna Analyzer S361E, hereafter referred to as the Anritsu, is a cable and network analyzer used to perform the Insertion Loss Test on the RF transmission cables. It is also used to perform the VSWR Test on UHF cables. Refer to Figures 3 through 7 for details on the Anritsu.

29. ENTERING COMMANDS. For all test units, commands and values are entered using the keys located on the front panel of the unit. There are two types of keys on the units.