DOC. D 207.208/2 ,C88/6/mod.i: NAVEDTRA A95-1 1-44-88 NEW EDITION Naval Education and September 1988 Training Manual Training Command 0507-LP-2 19-3800 (TRAMAN) Cryptologic Technician Training Series Module 11— CTM Organization and Administration DISTRIBUTION STATEMENT A: Approved for public release; distribution is unlimited. The terms training manual (TRAMAN) and nonresident training course (NRTC) are now the terms used to describe Navy nonresident training program materials. Specifically, a TRAMAN in- cludes a rate training manual (RTM), officer text (OT), single subject training manual (SSTM), or modular single or multiple subject training manual (MODULE). An NRTC includes nonresident career course (NRCC), officer correspondence course (OCC), enlisted correspondence course (ECC), or combination thereof. UNJVIRSiTY AT Although the words "he," "him," and "his" are used sparingly in this manual to enhance communication, they are not intended to be gender driven nor to affront or dis- criminate against anyone reading this text. DIMKIHl HON STATEMENT A: Approved for public release; distribution is unlimited. DEPOSITORY. r APR 2 1989 UNIVERSITY OF ILLINOIS i CRYPTOLOGIC TECHNICIAN TRAINING SERIES MODULE 1 1 CTM ORGANIZATION AND ADMINISTRATION NAVEDTRA A95-1 1-44-88 WITHDRAWN University of Illinois Library atU'-a-i laign I 1 < 1988 Edition Prepared by CTMC(SS) Milton Charles Georgo | i i i ■A \ \ ssss ssss ssss s ssssssssss ssss Digitized by the Internet Archive in 2013 http://archive.org/details/cryptologictechnOOgeor PREFACE This Training Manual (TRAMAN) and Nonresident Training Course (NRTC) form a self-study package designed to enable you to prepare for advancement to Cryptologic Technician Maintenance Third Class (CTM3). Satisfactory completion of the NRTC is necessary for advancement to Petty Officer Third Class (P03). The NRTC includes learning objectives and supporting questions to lead you through the TRAMAN. Instructions for completing the NRTC are in the back of this manual, following the index. This TRAMAN and NRTC publication was prepared by the Naval Education and Training Program Management Support Activity, Pensacola, Florida, for the Chief of Naval Education and Training. Technical assistance from fellow CTMs at Naval Security Group Activity, Sebana Seca, and Naval Security Group Activity, Groton, was greatly appreciated. 1988 Edition Stock Ordering No. 0507-LP-2 19-3800 Published by NAVAL EDUCATION AND TRAINING PROGRAM MANAGEMENT SUPPORT ACTIVITY UNITED STATES GOVERNMENT PRINTING OFFICE WASHINGTON, D.C.: 1988 THE UNITED STATES NAVY GUARDIAN OF OUR COUNTRY The United States Navy is responsible for maintaining control of the sea and is a ready force on watch at home and overseas, capable of strong action to preserve the peace or of instant offensive action to win in war. It is upon the maintenance of this control that our country's glorious future depends; the United States Navy exists to make it so. WE SERVE WITH HONOR Tradition, valor, and victory are the Navy's heritage from the past. To these may be added dedication, discipline, and vigilance as the watchwords of the present and the future. At home or on distant stations, we serve with pride, confident in the respect of our country, our shipmates, and our families. Our responsibilities sober us; our adversities strengthen us. Service to God and Country is our special privilege. We serve with honor. THE FUTURE OF THE NAVY The Navy will always employ new weapons, new techniques, and greater power to protect and defend the United States on the sea, under the sea, and in the air. Now and in the future, control of the sea gives the United States her greatest advantage for the maintenance of peace and for victory in war. Mobility, surprise, dispersal, and offensive power are the keynotes of the new Navy. The roots of the Navy lie in a strong belief in the future, in continued dedication to our tasks, and in reflection on our heritage from the past. Never have our opportunities and our responsibilities been greater. 11 CONTENTS MODULE 1 1 TOPIC PAGE 1. The Cryptologic Technician Maintenance Branch 1-1 2. Electrical and Electronics Reference Publications 2-1 3. Navy Directives 3-1 4. Drawings and Blueprints 4-1 APPENDIX I. Publication and Instruction Reference List AI-1 II. Abbreviations and Acronyms AII-1 INDEX INDEX-1 in MODULE OVERVIEW MODULE 1 1 CTM ORGANIZATION AND ADMINISTRATION Your services as a Cryptologic Technician Maintenance (CTM) are always in demand. Your extensive training, tremendous knowledge, and incessant desire to excel will be welcomed wherever you serve. To gain the increased level of authority and responsibility that advancement in rate provides, you must constantly strive to enhance your knowledge and hone your skills. TOPICS IN THIS MODULE This module contains the four topics listed in the table of contents. These topics will enhance your knowledge of the Navy's advancement system, elec- trical and electronic maintenance reference publications, Navy directives, and drawings and blueprints. CTM3 OCCUPATIONAL STANDARDS COVERAGE This Cryptologic Training Series module is the first of seven modules that will support the list of CTM3 Occupational Standards in your Cryptologic Technician Maintenance (CTM) Advancement Handbook For Petty Officers, NAVEDTRA 71577. The remaining six modules are not yet developed, but will become progressively available between now and 1991. The four topics in this module partially support the nine CTM3 Occupational Standards (OCCSTDs) listed in the table below. They are from the list of CTM3 occupational standards in effect as of January 1989. OCCSTDS describe the minimum duties and responsibilities for enlisted personnel within each rate and rating. They also form the basis of your Personnel Advancement Requirements (PARs), which must be completed before you can be recommended for advancement to CTM3. The CTM OCCSTDs are revised periodically to keep pace with any changes in the CTM's job. You can find the current CTM OCCSTDS in the latest edition of the Manual of Navy Enlisted Manpower and Personnel Classifications and Occupational Standards, NAVPERS 18068. They are also printed each year in the CTM Advancemenent Handbook for Petty Officers. This handbook also contains the PAR sheets and the bibliography for advancement study. If you don't have a copy of the handbook, get one, and keep it up to date. Your supervisor or Educational Services Officer (ESO) can help you. IV CTM3 OCCUPATIONAL STANDARDS SUPPORTED BY THIS MODULE NUMBER OCCUPATIONAL STANDARD TOPIC 68 GENERAL ADMINISTRATION 68024 MAINTAIN PUBLICATIONS 2 68047 USE BULLETINS 2 68048 USE INSTRUCTIONS 3 68049 USE PUBLICATIONS 2 69 TECHNICAL ADMINISTRATION 69065 USE BLUEPRINTS 4 69068 USE DIAGRAMS 4 69069 USE DIRECTIVES 3 69070 USE DRAWINGS 4 69073 USE SCHEMATICS 4 TOPIC 1 THE CRYPTOLOGIC TECHNICIAN MAINTENANCE (CTM) BRANCH TOPIC OVERVIEW This topic briefly describes the Navy enlisted rating and classification structures, the Cryptologic Technician (CT) rating, and the organization of the CTM branch. Following is an outline of the topic: 1. ENLISTED RATING STRUCTURE This section gives a brief description of the Navy's enlisted rating structure. 2. NAVY ENLISTED CLASSIFICATION (NEC) STRUCTURE Gives a brief description of the Navy's NEC structure. 3. CRYPTOLOGIC TECHNICIAN (CT) RATING Describes the overall CT rating and each of its six branches (CTA, CTI, CTO, CTR, CTT, and CTM). 4. ADVANCEMENT STUDY FOR CRYPTOLOGIC TECHNI- CIANS Covers the CT bibliographies for advancement study in NAVED- TRA 10052, Bibliography for Advancement Study, and the available correspondence courses listed in NAVEDTRA 10061, List of Training Manuals and Correspondence Courses. 5. CTM ORGANIZATION Covers the organization of a typical NAVSECGRU electronics maintenance department. 6. GENERAL ADMINISTRATIVE DUTIES PERFORMED BY CTMs Covers administrative support duties involving the use of office machines, desktop computers, files, and records. 1-1 ENLISTED RATING STRUCTURE The present enlisted rating structure, established in 1957, includes three types of ratings for classifying personnel into occupational fields. They are (1) general ratings, (2) service ratings, and (3) emergency ratings. 1. General ratings identify broad occupational fields of related duties and functions. Some general ratings include service ratings; others do not. Both Regular Navy and Naval Reserve personnel may hold general ratings. The Cryptologic Technician (CT) is a general rating. 2. Service ratings identify subdivisions or specialties within a general rating. Although service ratings can exist at any petty officer level, they are most common at the P03 and P02 levels. Both Regular Navy and Naval Reserve personnel may hold service ratings. CTM, CTA, CTT, CTO, CTR, and CTI are service ratings within the general CT rating. 3. Emergency ratings identify civilian occupational fields used on active duty in time of war (for example, stevedore or transportationman). At present, all emergency ratings are disestablished. NAVY ENLISTED CLASSIFICATION (NEC) STRUCTURE The NEC structure supplements the enlisted rating structure by identifying personnel on active or inactive duty, and billets in manpower authoriza- tions. NEC codes specify the need for personnel with special knowledges and skills when the rating structure alone is not enough for manpower management. The NEC coding system helps manage Navy enlisted skills by iden- tifying billets and personnel. It aids the efficient use, distribution, and detailing of personnel. When NECs require special training, the Navy uses an inventory of NEC-coded billets and personnel to plan assign- ments into appropriate courses. Thus, the enlisted strength of the Navy, primarily at the petty officer level, depends on the accuracy of NEC coding. Some NECs require a formal training course; others are earned through On-the-Job Training (OJT). When you complete a formal course, the training facility automatically assigns the right NEC. This process allows faster NEC assignment and reduces paperwork at the command level. When you earn an NEC through OJT, the NEC is not automatically assigned. Therefore, commands must recommend fully qualified personnel for these NECs. The length of OJT is at the dis- cretion of individual commanding officers. However, depending on the complexity of the NEC, 6 to 12 months is often considered minimum. Commanding officers must be sure that personnel being considered for an NEC have completed all listed NEC and component NEC require- ments. Specific requirements for NECs are in NAVPERS 18068, Navy Enlisted Manpower and Personnel Classification and Occupational Standards, 1-2 section II, appendix C, under the appropriate NEC or NEC group heading. CRYPTOLOGIC TECHNICIAN (CT) RATING Before and during World War II, the jobs now performed by CTs were done by personnel selected from ratings such as Yeoman, Radioman, and Electronics Technician. Realizing that the work of Naval Security Group (NAVSECGRU) personnel required special skills and training, the Navy established the Communications Technician (CT) rating in 1948. This rating changed to the Cryptologic Technician (CT) rating in 1976. Together, with specially designated officers and warrant officers, CTs comprise the NAVSECGRU. As the NAVSECGRU grew and became responsible for a wider variety of technical programs, the need for specialization within the CT rating became apparent. Thus, six separate branches evolved within the CT rating: 1. CTA Branch — Administrative 2. CTI Branch — Interpretive 3. CTO Branch — Communications 4. CTR Branch— Collection 5. CTT Branch — Technical 6. CTM Branch — Maintenance Although the CT rating is a general rating, each of the six CT branches has its own, separate occupational qualifications. Thus, your advancement examinations will include knowledge and skills applicable to your particular branch. Of course, you must also be proficient in such subjects as security and organization of the Naval Security Group. These subjects are of equal importance to all CT branches. CTs have varied and interesting duty tours. They may use their special skills on board Navy ships, aircraft, or shore bases located throughout the world. Wherever you work, you will learn that other Navy personnel rely on the accuracy and efficiency of your work. Attention to small details is of utmost importance, because all levels of government use the results of your work. One small omission or error might start a chain of events that could waste money or jeopardize the security of the nation. CRYPTOLOGIC TECHNICIAN (ADMINISTRATIVE) (CTA) CTA personnel perform a wide variety of administrative and clerical duties. They must have a thorough knowledge of the Navy and NAVSECGRU organizations. Also, CTA duties require a very close working relationship with 1-3 personnel assigned to the other branches of the CT rating. CTA personnel perform duties involving: • Typing and filing. • Operating office machines. • Preparing, forwarding, and routing correspondence and reports. • Maintaining records and publications. • Requisitioning supplies. CTAs must be thoroughly familiar with enlisted and officer service records, technical documents unique to the NAVSECGRU, and documents concerning personnel and physical security. The CTA must also know general office procedures, practices, and management. CTAs could be assigned duty in any of the NAVSECGRU functional areas, such as communications, operations, maintenance, or administra- tion. Additionally, they can be assigned to a Defense Courier Service (DCS) station or a Communications Security (COMSEC) Material Issuing Office (CMIO). The CTA Class "A" course at the Naval Technical Training Center, Pensacola, Florida, gives initial training to personnel entering the CTA rating. CRYPTOLOGIC TECHNICIAN (INTERPRETIVE) (CTI) CTI personnel prepare data and reports involving communications materials, as well as operating certain communications systems. CTIs must have a foreign language capability. First, the CTI student attends a foreign language school. The length of this training varies from 7 to 15 months. After learning a foreign language, CTIs go to another school at Goodfellow Air Force Base, San Angelo, Texas. There they learn the operation of voice communi- cations and tape-recording equipment. They also learn the fundamentals of code and cipher systems. After their first tour of duty, CTI personnel may be eligible for advanced training in a number of skill areas or for training in a second foreign language. CRYPTOLOGIC TECHNICIAN (COMMUNICATIONS) (CTO) CTO personnel operate special-purpose teletypewriting equipment, office equipment, radio-receiving and -transmitting equipment, and cryptographic equipment. They perform duties in message centers around the world, ashore and afloat. CTOs provide rapid, reliable, and secure communi- cations support for all levels of command. The sophisticated electronic, electromechanical, and Automated Data-Processing (ADP) equipment used 1-4 by CTOs is like that used by Radiomen assigned to communications centers ashore. CTOs receive comprehensive technical training at the Naval Technical Training Center, Pensacola, Florida. While there, they learn the following: • Basic electrical and electronic theory • Electromagnetic wave-propagation theory and application • Theory and operation of radio-transmitting and -receiving equipment • Naval communications procedures • Teletypewriter typing and operation • Cryptographic equipment operation • Communications center operations For CTO personnel interested in additional technical training, there are opportunities for learning in modern, sophisticated, special-purpose communi- cations systems and equipments. CRYPTOLOGIC TECHNICIAN (COLLECTION) (CTR) CTR personnel perform a variety of duties in connection with the operation of teletype and Morse communications systems. They receive training in the following subjects: • Morse code and radio theory • Typewriting • Maintenance of certain CTR specific files and technical documents unique to the NAVSECGRU Command They also learn to operate radio-receiving, direction-finding, teletype, and recording equipments. Opportunities for specialized training exist in such areas as signal security, computer operations and programming, message processing, and instructor training. CTRs serve at various communications stations, NAVSECGRU activities, or communications security detachments located throughout the world. They are also assigned to detachments or departments aboard certain ships. CRYPTOLOGIC TECHNICIAN (TECHNICAL) (CTT) CTTs perform duties related to both communications and non- communications systems. Their duties are complex and require a high 1-5 degree of skill. They are among the most extensively trained personnel in the Navy. During "A" school, CTTs learn to copy Morse code and operate magnetic tape recorders, computers, test equipment, receiving systems, and radioteletype equipment. They are also trained in electronics theory, radio-wave propagation, and the operation of systems associated with missiles, space vehicles, radar, and navigational aids. CRYPTOLOGIC TECHNICIAN (MAINTENANCE) (CTM) The field of electronics is always changing, offering new and challenging areas of interest almost every day. This makes the CTM rating an exciting and diversified rating. CTMs maintain and calibrate standard and specialized electronic and electromechanical equipment used by NAVSECGRU activities throughout the world. CTMs are also called upon to install, maintain, and evaluate newly developed electronic communications equipment. Some CTMs maintain cryptographic devices when specifically trained and authorized to do so. Because of the complexity of electronics equipment, the technician respon- sible for repairs must have extensive background knowledge of basic electricity and electronics. This includes a working knowledge of algebra, trigonometry, physics, and English. CTMs provide maintenance service for NAVSECGRU activities throughout the world, both ashore and afloat. They perform preventive and corrective maintenance on • radio receivers and antennas • RF distribution equipment • audio and dc distribution systems • communications multiplexing and keying equipment • cryptographic devices and teletypewriter equipment • automated data-processing equipment • electronic countermeasures equipment Basic training for CTMs consists of formal schooling in fundamental electronics, part-replacement skills, and usage of electronic test equipment. A specialized maintenance course on one of the subsystems or equipments in current use follows basic training. As a CTM3, you will be responsible for maintaining one of these subsystems or equipments at peak efficiency, 24 hours a day, 365 days a year. 1-6 Your uppermost thought should be to perform your duties to the best of your ability. The mission of your duty station is vital to the defense of your country. Take pride in your work. Be sure to complete each task in the prescribed manner. Complete associated reports and records accurately and on time. ADVANCEMENT STUDY FOR CRYPTOLOGIC TECHNICIANS CT bibliographies for advancement study are in NAVEDTRA 10052, Bibliography for Advancement Study. This annual publication lists training manuals and other publications you should study when preparing for Navy wide advancement examinations. These study materials are listed in the bibliography by rating and paygrade. An updated NAVEDTRA 10052 is published each year and distributed in the fall preceding the year it becomes effective. In addition to NAVEDTRA 10052, a special bibliography for CTs is published at least 4 months before each examination cycle. This bibliography contains source material for a specific advancement examination series. It is a service unique to the CT community. The importance of these bibliographies to the candidate cannot be overemphasized. If you carefully study all source material in the bibliograpy, you should get a higher examination score. If you get a higher examination score, you can get ahead in the Navy! Another valuable source of study information available to the CTM is NAVEDTRA 10061 , List of Training Manuals and Correspondence Courses. All ships and NAVSECGRU stations receive this publication. Your command's Educational Services Office (ESO) should have a current copy. The manual lists available training manuals and correspondence courses, and gives a brief overview of each. It also has chapters covering correspondence courses administered by the following activities: • The Naval Education and Training Program Management Support Activity (NETPMSA). • The Naval School of Health Sciences, National Naval Dental Center. • The Naval War College. • The Naval Security Group Division at the NETPMSA. • The Air Force, Marine Corps, Army, and Coast Guard schools. The chapter entitled Naval Security Group Nonresident Training Materials lists the available NAVSECGRU-related courses and gives information, eligibility, and enrollment procedures. NOW is the time to prepare for advancement. 1-7 THE PRESIDENT OF THE UNITED STATES THE SECRETARY OF DEFENSE (SECDEF) THE SECRETARY OF THE NAVY (SECNAV) CHIEF OF NAVAL OPERATIONS (CNO) FLEET COMMANDERS (CINCPACFLT. CINCLANTFLT, CINUSNAVEUR) COMMANDER NAVAL SECURITY GROUP COMMAND (CNSG) TYPE COMMANDERS (COMNAVSURFPAC, COMNAVSUBLANT, ETC. ) GROUP COMMANDERS (COMCARGRUONE, COMSUBGRUTWO, ETC. 1 CNSG AREA DIRECTORS UNIT COMMANDING OFFICER NAVAL SECURITY GROUP DETACHMENTS (NSGD) NAVAL SECURITY GROUP ACTIVITIES (NSGA) COMMANDER NAVAL TELE- COMMUNICATIONS COMMAND (COMNAVTELCOM) U.S. NAVAL COMMUNICATIONS AREA MASTER STATIONS (NAVCAMS) .-L U.S. NAVAL COMMUNICATIONS STATIONS (NAVCOMMSTA) OPERATIONAL INTERFACE ADMINISTRATIVE INTERFACE Figure 1-1. — Simplified Navy chain of command. 1-8 CTM ORGANIZATION Look around you. You will notice that each person is working at an assigned task. A receiver is being calibrated, equipment is being prepared for shipment, or a group is gathered for training. Each person is assigned a task as part of a team. All in all, you will find that your duty station is a combination of highly skilled personnel organized into teams to carry out the mission of the command. It's important to understand your organization's structure from the top down, and how you fit into that structure. NAVAL ORGANIZATION Organization is the process by which • jobs are divided into groups and assigned to individuals • authority and responsibility are established • relationships between individuals are decided The Navy is organized into levels of authority to form a chain of command. Figure 1-1 shows the structure of this chain of command at the higher levels of authority. Figure 1-2 shows a typical chain of command from the commanding officer down to the various departments. THE ELECTRONICS MAINTENANCE DEPARTMENT Due to the difference in size and mission of NAVSECGRU activities, there is no standard organizational structure. Each command arranges its structure to best meet the needs of the mission. COMMANDING OFFICER COMMAND MASTER CHIEF EXECUTIVE OFFICER §IAf£_*SSISTANTS SECURITY OFFICER LEGAL OFFICER CHAPLAIN ADMINISTRATION DEPARTMENT COMMUNICATIONS DEPARTMENT SUPPLY & FISCAL DEPARTMENT §PECIAL_ASSISTANTS CHIEF MASTER-AT-ARMS COMMAND CAREER COUNSELOR OPERATIONS DEPARTMENT MAINTENANCE DEPARTMENT SIGNALS SECURITY DEPARTMENT DIRECT SUPPORT DEPARTMENT PUBLIC WORKS DEPARTMENT Figure 1-2. — Typical NAVSECGRU shore (field) activity chain of command. 1-9 This is especially true for electronic maintenance departments. Their organizational structure depends on the equipments installed, and the number of maintenance technicians assigned. Figure 1-3 shows the chain of command of a typical electronics maintenance department. At smaller commands, one person could fill two positions. Electronics Material Officer (EMO)/Department Head At most NAVSECGRU activities, the Electronics Material Officer and the Electronics Maintenance Department Head are the same person. As the EMO, this person is responsible for the following: • Readiness of all assigned electronic equipment. • Administration of the electronic material maintenance program. • Technical maintenance and repair of electronic equipment. • Installation of new or special electronic equipment. • Administration of electronics supply stock. As the Department Head, the EMO also is responsible for the conduct, training, welfare, and morale of the department's people. Assistant Electronics Material Officer (AEMO)/Leading CTM The department's AEMO/Leading CTM works directly with the EMO. This person is responsible for the proper performance of duties assigned to the various divisions of the electronics maintenance department. Leading Chief Petty Officer (LCPO)/Division Chief Each LCPO/Division Chief works directly with the AEMO and provides assistance in the administration of their division. The LCPO/Division Chief assigns specific duties to the Leading Petty Officer. Leading Petty Officer (LPO) Assigned by the LCPO/Division Chief, the LPO is an assistant to the LCPO/Division Chief and is the lead supervisor of division personnel. At smaller commands, the LPO may perform the duties of the LCPO/Division Chief. Specific duties of the LPO vary, based on the size of the division and the tasks at hand. Division Personnel Division personnel are assigned specific duties by their LPO. Examples of these are • performing preventive maintenance • performing corrective maintenance • cleaning assignments • administrative duties 1-10 ELECTRONIC MAINTENANCE DEPARTMENT HEAD/ ELECTRONICS MATERIAL OFFICER (EMO) ASSISTANT ELECTRONICS MATERIAL OFFICER ( AEMO) TRAINING PETTY OFFICER U U li SUPPLY " 3M/NMMS/PIES COORDINATOR y SPECIAL PROJECTS ELECTRONIC MAINTENANCE DEPARTMENT LEADING CHIEF HFDF MAINTENANCE DIVISION CHIEF GENERAL MAINTENANCE DIVISION CHIEF COMMUNICATIONS MAINTENANCE DIVISION CHIEF LEADING PETTY LEADING PETTY OFFICER (LPO) -| LEADING PETTY OFFICER (LPO) OFFICER (LPO) 1 1 II DAY WORKERS DAY WORKERS DAY WORKERS 1 1 1 } 1 MAINTENANCE WATCH SECTION ONE SUPERVISOR MAINTENANCE WATCH SECTION TWO SUPERVISOR 1 MAINTENANCE WATCH SECTION THREE SUPERVISOR MAINTENANCE WATCH SECTION FOUR SUPERVISOR MAINTENANCE TECHNICIAN WATCHSTANDERS MAINTENANCE TECHNICIAN WATCHSTANDERS MAINTENANCE TECHNICIAN WATCHSTANDERS MAINTENANCE TECHNICIAN WATCHSTANDERS J Figure 1-3. — Typical NAVSECGRU shore (field) activity electronics maintenance department chain of command. 1-11 GENERAL ADMINISTRATIVE DUTIES PERFORMED BY CTMs Depending on the size of your division, and the amount of equipment maintained, you could be assigned an administrative position or perform administrative duties. These duties could involve a particular position, such as Supply Petty Officer, or they could be non-specific, such as maintaining a logbook. Whatever the case, you will be required to have a variety of skills. For instance, you must know how to use and care for office equipment, and how to maintain a filing system. Office Machines and Desktop Computers Used for Administrative Support The two most common pieces of office equipment are typewriters and copy machines. These machines play an important part in administrative support. You must use and maintain these equipments properly. The best source of information on their use and care is in the manufacturer's instructions or technical manual. General-purpose desktop computers are now being procured to aid administrative support. Such computers are used for word processing, data-base management, and spread-sheet analysis. You will use a desktop computer to report and manage maintenance actions under the NAVSECGRU Maintenance Management System (NMMS). Files and Records Files and records, properly maintained, provide a source of information for future reference. Examples of information to be stored would be mes- sages on a specific subject or correspondence and documents for a particular project. If the information is to be of any use, it must be easy to locate when needed. FILING SYSTEMS.— When information is stored in folders, a good filing system is necessary. The actual system of filing will depend on the needs of each division. When storing information in files, label each folder properly. If the information is classified material, mark the folder with the highest security classification of the material stored. Assign folders an appropriate subject code from SECNAVINST 5210.11 Department of the Navy File Maintenance Procedures and Standard Subject Identification Codes (SSIC). The use of SSICs makes it easy to file folders of information into a usable filing system. When storing large amounts of material, use a cross-reference system of titles, subjects, and SSICs. Folders are usually stored in four- or five-drawer, steel, letter-size, filing cabinets. The type of cabinet used must meet the security requirements for the classification of material being stored. RECORD BOOKS AND LOGS.— Official records are kept in a record book or log. The format of the record or log will depend on the information to be recorded. When higher authority requires a record or log book, the format for the book is usually laid out by the higher authority. If you start a log book, begin by listing all the pertinent information to be recorded. Consider the information and how it should be listed. This is most easily accomplished by starting with key information used to reference each entry. Provide ample space for each entry and identify headings clearly. 1-12 SUMMARY The Naval Security Group has some of the most technically advanced and skilled personnel in the Navy. As a CTM, you represent the cog of the NAVSECGRU wheel. It's up to you to provide the best maintenance support you can. To provide the best possible support, you must constantly strive to do better by enhancing your knowledge and honing your special skills. The rewards for this effort are advancement in rate, increased responsibility, recognition by superiors, and a personal feeling of accomplishment. The CTM rating is ever changing and improving. We made every effort to provide current and accurate information in this module. But, as you may suspect, some of the information may be outdated by the time it reaches you. This is a continuing problem inherent in training material. Therefore, it is important that you consult the appropriate technical manuals and directives when actually performing your duties. Also, remember that the questions in the associated Nonresident Training Course (NRTC) for this module are based on information contained in the module. Do not base your answers to these questions on your own personal experiences 01 other developments. REFERENCES Bibliography for Advancement Study, NAVEDTRA 10052-AH, Naval Education and Training Program Development Center, Pensacola, FL, 1986. List of Training Manuals and Correspondence Courses, NAVEDTRA 10061 -AS, Naval Education and Training Program Development Center, Pensacola, FL, 1986. Ocean Systems Technician 3 &2 (Maintained, NAVEDTRA 062-05-45-82, Naval Education and Training Program Development Center, Pensacola, FL, 1986. Department of the Navy File Maintenance Procedures and Standard Subject Identification Codes, SECNAVINST 5210. 1 1 , Chief of Naval Operations, Washington, DC, 13 August 1982. 1-13 TOPIC 2 ELECTRICAL AND ELECTRONICS REFERENCE PUBLICATIONS TOPIC OVERVIEW Electronics theory and electronics maintenance are subjects where there is no shortage of easily available reference material. Publications you will use include texts, handbooks, catalogs, lists, indexes, bulletins, instruction books, and technical manuals. This topic identifies and briefly describes the more common publications used by CTMs. Following is an outline of the topic: 1. SECURITY OF CLASSIFIED INFORMATION PUBLICATIONS Describes six important security-related publications you will use. 2. SAFETY PUBLICATIONS Describes four publications that are sources of information on safety as it applies to electronics maintenance. 3. ELECTRICAL AND ELECTRONICS REFERENCE AND STUDY MATERIALS Covers 10 commonly used electricity and electronics reference publications. 4. MAINTENANCE ADMINISTRATION Describes three reference publications that cover maintenance administration duties and responsibilities. 5. CORRECTIONS AND CHANGES TO TECHNICAL PUBLICATIONS Covers procedures for making corrections and changes to technical publications, making EIB and EIMB changes, and maintaining NAVSEA and NAVELEX technical manuals. 2-1 SECURITY OF CLASSIFIED INFORMATION PUBLICATIONS The security of the United States, and of naval operations in particular, depends on how successfully we protect our classified information. Every individual has a legal and moral responsibility to maintain the security of any classified material to which they have access. As a CTM, you will work with classified equipment and use classified publications. All persons who use classified information must keep a common-sense outlook on security and know where to go for more information on security procedures. Security cannot be overemphasized. Security begins with you! The following are important security-related publications you will use: 1 . Department of the Navy Information and Personnel Security Program Regulation, OPNAVINST 5510.1 2. Sensitive Compartmented Information (SCI) Security Manual, Admin- istrative Security, DOD C-5105.21-M-1 3. Physical Security Standards for Sensitive Compartmented Information Facilities, DIAM 50-3 4. Security of Compartmented Computer Operations, DIAM 50-4 5. Sensitive Compartmented Information (SCI) Security and Emergency Destruction, NSGTP 683-11-00-88 6. Navy Implementation of National Policy on Control of Compromising Emanations, OPNAVINST C55 10.93 OPNAVINST 5510.16 DEPARTMENT OF THE NAVY INFORMATION AND PERSONNEL SECURITY PROGRAM REGULATION, OPNAVINST 5510.1 DEPARTMENT OF THE NAVY INFORMATION AND PERSONNEL SECURITY PROGRAM REGULATION This instruction is commonly referred to as the Navy's Security Manual. It issues the controlling policy for implementation and maintenance of the Navy's information and personnel security program. Its policy and procedures are the Navy's minimum requirements for safeguarding classified information. Commanding officers may choose to impose more stringent requirements within their own commands. Although this instruction deals with conventionally classified materials, it also applies to SCI as the basic standard for classification principles, markings, down- grading, and declassification actions. The correspond- ence course NAVEDTRA 10987, Security Manager, covers the contents of OPNAVINST 5510.1. We recommend you take this course to strengthen your knowledge of the Navy's program to protect classified information. OPNAVINST 5510.1 contains four main parts: Parti: Personnel Management Part II: Classification Management Part III: Accounting and Control Part IV: Personnel Security 2-2 These four parts of the Security Manual cover Navy policy and procedures on the following sub- jects: • Security education and training. • Classification of official information. • Individual responsibilities regarding stowage, accountability, disposition, and destruction. • Transmission of classified material. • Security violations and compromises. • Control of discussion, disclosure, photography, reproduction, and visitors. • Personal censorship. • Communications security. • Personnel security investigations and clearances. SENSITIVE COMPARTMENTED INFOR- MATION (SCI) SECURITY MANUAL, ADMINISTRATIVE SECURITY, DOD C-5105.21-M-1 This manual is commonly referred to as the M-l Manual. In it, the Director, Defense Intelligence Agency (DI A) prescribes general administrative policy and procedures for the security, use, and dissemina- tion of SCI. CONFIDENTIAL COVER UNCLASSIFIED "1 MARCH 1987 NAVY DEPARTMENT SUPPLEMENT Department of Defense Sensitive Compartmented Information (SCI) Security Manual Administrative Security (U) CONFIDENTIAL COVER UNCLASSIFIED 2-3 /« PHYSICAL SECURITY STANDARDS FOR SENSITIVE COMPARTMENTED INFORMATION FACILITIES FOR OFFICIAL USE ONLY PHYSICAL SECURITY STANDARDS FOR SENSITIVE COMPARTMENTED INFORMATION FACILITIES, DIAM 50-3 DIAM 50-3 establishes the minimum standards for construction and protection of facilities that store and process Sensitive Compartmented Information (SCI). This manual gives the minimum standards for the following: • Perimeter construction • Intrusion detection systems • Telephone and intercommunications equipment security • Other miscellaneous physical security require- ments CONFIDENTIAL COVER UNCLASSIFIED Security of Compartmented Computer Operations (U) COVER UNCLASSIFIED CONFIDENTIAL SECURITY OF COMPARTMENTED COMPUTER OPERATIONS, DIAM 50-4 DIAM 50-4 gives policy and security require- ments for protecting SCI that is processed and stored in an Automatic Data-Processing (ADP) system. This manual also establishes the criteria and procedures for testing, analyzing, evaluating, and accrediting ADP systems and networks. 2-4 SENSITIVE COMPARTMENTED INFORMATION (SCI) SECURITY AND EMERGENCY DESTRUCTION, NSGTP 683-11-00-88 This publication provides you with supplemental training in the many facets of security and emergency destruction. You must complete this course for advancement to petty officer third class. NAVY IMPLEMENTATION OF NATIONAL POLICY ON CONTROL OF COMPROMISING EMANATIONS, OPNAVINST C5510.93 This instruction implements the national policy on the control of Compromising Emanations (CE). CE, referred to as TEMPEST, are unintentional, information-bearing signals that, when intercepted and analyzed, can disclose classified information being transmitted, received, or otherwise processed by electrical equipment or systems. Any electrical information-processing device, whether it's an ordinary electric typewriter or a large computer, can emit interceptable CE. SAFETY PUBLICATIONS Nothing in the CTM training program is more important than your safety and the safety of fellow workers. In few other fields is the expression "carelessness kills" more appropriate. Electronic equipments and circuits are potentially DEADLY! As you become more familiar with your job, you may become less cautious when operating or maintaining electronic equipment. The dangers of electrical shock, exposure to toxic or radioactive substances, or breakage of cathode ray tubes do not decrease with familiarity. Always be alert to the dangers that exist. Constantly apply and review basic safety precautions. The following publications are sources of information on safety as it applies to electronics maintenance. 1. NAVSECGRU Logistics Management Manual, NAVSECGRUINST 4000.1 2. Naval Ships' Technical Manual, Chapter 400, Electronics, NAVSEA S9086-ND-STM-000/CH-400 3. Electronic Installation Maintenance Book (EIMB), General, NAVSEA SE000-00-EIM-0100 4. Naval Electronics Systems Engineering Activity (NESEA) Electronic Safety Handbook, EO410-AA-HBK-010/00K 2-5 HSGINST 4000. IB NAVSECGRU LOGISTICS MANAGEMENT MANUAL SUPPLY NAVSECGRU LOGISTICS MANAGEMENT MANUAL, NAVSECGRUINST 4000.1 Chapter 10 of this instruction gives detailed infor- mation on electronic and electrical safety for CTMs. This a publication that you'll use on a daily basis. NAVSEA S9086-ND-STM-000/CH400 GWU5 *»»»L SHIP •■ IECIMCU KHIUU NAVSEA SS086-ND-S1M-000 CHAPTER 400 ELECTRONICS i7»-\ w t*\ a •. T iOmj. i, njafQUI 0"l* CntTRlWTiC ii^i«imuw/ii' M?«o BBtj OP TOS/MVAtB lf-l-^ q/WWIFv (¥>fi7-l P-R?u -Mllfl B I li;r - »""»?■ ■■rf, TIT firCT«TMf-MFTir XMMIQII NAVAL SHIPS' TECHNICAL MANUAL, CHAPTER 400, ELECTRONICS, NAVSEA S9086-ND-STM-000/CH-400 This manual gives major Naval Sea Systems Command (NAVSEASYSCOM) procedures for the handling of electronic material under its technical control. Section V, Safety, gives safety precautions that you should observe. 1 JUNE 1976 uuui i »™ 1)11 2-6 ELECTRONICS INSTALLATION AND MAINTENANCE BOOK, GENERAL, NAVSEA SEOOO-OO-EIM-100 Section 3 of this handbook is a quick source of information for preventing or eliminating hazards to personnel ashore and afloat. It gives responsibilities and recommended precautions and practices associated with the following: • Electrical shock • Shipboard ungrounded electrical distribution systems • Handling and charging of batteries • Non-portable power tools and equipment • Portable power tools and equipment • Soldering irons • Hazardous equipment and materials • Electromagnetic radiation • Electrical fires • Safety equipment • Cold-weather operations • Warning signs and posters that are necessary where potential hazards exist NAVSEA SEOOO-OO-EIM-100 ELECTRONICS INSTALLATION AND MAINTENANCE BOOK APRIL 1983 FOR OFFICIAL USE ONLY ELECTRONIC SAFETY HANDBOOK, E0410-AA-HBK-010/00K You should have your own personal copy of this handbook. It's published by the Naval Electronic Systems Command. And, it's primarily written to help you get "squared away" on what's safe and what's unsafe. Instead of containing detailed safety proce- dures, this handbook is a well-illustrated, easy-to-read source of information. EO41O-AA-HBK-O10/0OK ELEXSAFE electronic SAFETY handbook NAVAL ELECTRONIC SYSTEMS COMMAND 2-7 ELECTRICAL AND ELECTRONICS REFERENCE AND STUDY MATERIALS Your need for electrical and electronics reference material doesn't end the day you complete "A" school; it just begins. Whether it be for trouble-shooting a receiver, calibrating test equipment, or studying for advancement to the next paygrade, you will be using reference materials. There's an unlimited supply of electrical and electronics reference material available. Knowing what publications are available, which are important to you, and where to find them can be frustrating. Your success as a CTM will largely depend on "knowing where to find it." Be curious; look through your technical library; see what publications are there. Following are some of the more common reference publications you will use: 1 . Navy Electricity and Electronics Training Series (NEETS) 2. Electronics Installation and Maintenance Book (EIMB) 3. Naval Shore Electronics Criteria Handbooks, NAVELEX SERIES 0101,100 4. Digital Computer Basics, NAVEDTRA 10088 5. Equipment Technical Manuals 6. Engineering Information Bulletin (EIB), NAVSEA 0967-LP-001-3XX 7. Naval Security Group Tech Notes 8. Shipboard Bonding, Grounding, and Other Techniques for Electro- magnetic Capability and Safety, MIL-STD-1310(NAVY) 9. Installation Criteria For Shipboard Secure Electrical Information Processing Systems, MIL-STD-1680(SHIPS) 10. Metrology Automated System for Uniform Recall and Reporting (MEASURE) Users Manual, OP 43P6A NAVY ELECTRICITY AND ELECTRONICS TRAINING SERIES (NEETS) Written and edited by senior electrical and electronics technicians, this 21 -module, self-study series provides beginners with basic electrical and electronics theory. Its topics range from the history of electricity to the principles of radar and beyond. When all modules of the series are completed, the NEETS will replace volumes 1 and 2 of NAVEDTRAs 10087-C and 100S1 -CI, Basic Electronics, and their respective correspondence courses. List of the NEETS by Module Title The following is a list of the NEETS by module title. If you are just learning electricity and electronics, you should study the modules in sequence. Module 1 , Introduction to Matter, Energy, and Direct Current Module 2, Introduction to Alternating Current and Transformers Module 3, Introduction to Circuit Protection, Control, and Measurement Module 4, Introduction to Electrical Conductors, Wiring Techniques, and Schematic Reading Module 5, Introduction to Generators and Motors Module 6, Introduction to Electronic Emission, Tubes, and Power Supplies Module 7, Introduction to Solid-State Devices and Power Supplies 2-8 Module 8, Introduction to Amplifiers Module 9, Introduction to Wave-Generation and Wave-Shaping Circuits Module 10, Introduction to Wave Propagation, Transmission Lines, and Antennas Module 11, Microwave Principles Module 12, Modulation Principles Module 13, Introduction to Number Systems, Boolean Algebra, and Logic Circuits Module 14, Introduction to Microelectronics Module 15, Principles of Synchros, Servos, and Gyros Module 16, Introduction to Test Equipment Module 17, Radio-Frequency Communications Principles Module 18, Radar Principles Module 19, The Technician's Handbook Module 20, Master Glossary and Index Module 21, Test Methods and Practices Overview of the NEETS Modules Module 1 begins with a short history of electricity and electronics, and proceeds into matter, energy, and direct current. It also gives general safety precautions and first-aid procedures that should be common knowledge for anyone working with electricity. (There are safety hints included throughout the series.) Modules 2 through 5 deal with the generation of electricity, and the application of resistors, capacitors, and inductors. Module 6 ties the first five modules together in an introduction to vacuum tubes and the vacuum tube power supply. Module 7 does the same thing, using solid-state devices. Module 8 continues the series with an introduction to amplifiers. Module 9 introduces you to wave-generation and wave-shaping circuits. Module 10 discusses the characteristics of wave propagation, transmission lines, and antennas. Module 11 covers microwave oscillators, amplifiers, and waveguides. Module 12 covers modulation principles. Module 13 introduces numbering systems, Boolean algebra, and logic circuits. Module 14 covers microelectronics technology and the repair of miniature and microminiature circuits. Module 15 covers the operation and application of synchro, servo, and gyro mechanisms. Module 16 introduces you to some of the commonly used test equipments and covers their basic application. Module 17 presents the fundamentals of a Radio-Frequency (RF) communications system. Module 18 covers the fun- damentals of radar principles. Module 19 provides you with a handy reference of commonly used general information, such as electrical and electronics formulas, color-coding schemes, and Navy supply system information. Module 20 is the glossary of electrical and electronics terms used throughout the series. Module 21 provides you with information on the basics of test methods and practices. There are plans to publish a Module 22 and a Module 23. These will introduce modern mainframe and personal computers, associated peripherals, and software. 2-9 Each module has review questions. Answers to the questions are at the bottom of the next even-numbered page. Developers of the NEETS made every attempt to use simple language. Technical words or phrases are explained both in the text and in the glossary at the end of each module. Module 20 also defines specific electrical and electronics terms. All modules use numerous illustrations and explain circuit theory in simple mathematical terms. A basic knowledge of algebra will help you to better understand the formulas used. Each of the modules includes a Nonresident Training Course (NRTC), except for Module 19, The Technician's Handbook, and Module 20, Master Glossary and Index. NAVEDTRA 10061, List of Training Manuals and Correspondence Courses, gives course descriptions and ordering procedures. ELECTRONICS INSTALLATION AND MAINTENANCE HANDBOOKS (EIMBs) The EIMB is one of the more common references. It is used worldwide by both military and civilian technicians as a standard source for information and guidance on installation, maintenance, and repair of electronics equip- ment. The EIMB makes available, in one source document, the maintenance, repair, and material readiness policies issued in chapter 400 of the Naval Ships' Technical Manual. It also includes other electronics-related information normally found in textbooks, periodicals, or technical papers. Periodic revisions to the EIMB keep its content current. These revisions come from such sources as the Engineering Information Bulletin (EIB), the NAVSEA Journal, textbooks, industry magazines, periodicals, and other military installation and maintenance-related publications. The EIMB handbooks are divided into two main categories: general information handbooks and equipment-oriented handbooks. General infor- mation handbooks contain data for personnel involved in general installation and maintenance of equipment, regardless of equipment specialty. Equipment- oriented handbooks contain data on general test procedures, adjustments, servicing, and field change identification on equipment of a particular class. General Information EIMB Handbooks There are seven general information handbooks in the EIMB series: 1. General, NAVSEA SE000-00-EIM-100 2. Installation Standards, NAVSEA SE000-00-EIM-110 3. Electronic Circuits, NAVSEA SE000-00-EIM-120 4. Test Methods and Practices, NAVSEA SE000-00-EIM-130 5. Reference Data, NAVSEA SE000-00-EIM-140 6. EMI Reduction, NAVSEA SE000-00-EIM-150 7. General Maintenance, NAVSEA SE000-00-EIM-160 2-10 GENERAL, NAVSEA SEOOO-OO-EIM-100.— This EIMB handbook gives you policy and instructions for use of the EIMB series. It also gives informal guidance for installing, maintaining, and repairing electronic equipment. It has five sections: Section 1 2 3 4 5 Introduction Administration Safety and Accident Prevention Publications and Their Handling EIB/EIMB Indexes Index C of Section 5, the EIMB Subject Index, is a handy reference for finding which of the other six EIMB handbooks contains information on a particular subject. NAVSEA SEOOO-OO-EIM-100 ELECTRONICS INSTALLATION AND MAINTENANCE BOOK "I APRIL 1983 FOfl OFFICIAL USC ONLY INSTALLATION STANDARDS, NAVSEA SE000-00-EIM-110.— This EIMB handbook contains approved shipboard standards, techniques, and prac- tices for installing electronic equipment. It covers all phases of installation — from the receipt of equipment through the actual installation. This information was extracted from numerous publications, instructions, and pamphlets from military and civilian sources. The handbook is revised periodically to include the latest techniques and developments. The handbook has 6 sections: Section 1 General 2 Cable, Flexible, and Semi-Rigid 3 Support Equipment 4 Antennas 5 Waveguide and Rigid Coaxial Lines 6 Equipment Installation NAVSEA 09671P0000110 ELECTRONICS INSTALLATION AND MAINTENANCE BOOK INSTALLATION STANDARDS FOR OFFICIAL USE ONU 1 SEPT. 1977 2-11 NAVSEA 0967-LP-000-0120 ELECTRONICS INSTALLATION AND MAINTENANCE BOOK ELECTRONIC CIRCUITS This puMKotiOn ij roquiifd lo' anio.nl uM> Oi I"' .ulininifJinHwo r>i opoi.ltion.il pu'po»«S OiSlrlbullon •-.. I'iriiiod to U.S. Government agencies only Oiiei roqvosis 'O' Ih'i Oocu'nonl musl be iclorred to Commanding Otic*'. Naval Ship Weapon Sysioms Engineering Station. Code SHOO, Pon Hueneme. PUBLISHED BY DIRECTION OF COMMANDER, NAVEL SEA SYSTEMS COMMAND ELECTRONICS CIRCUITS, NAVSEA SE000-00-EIM-120.— This EIMB handbook is an informative reference on electronics circuitry. It describes characteristics, application, theory, and failure analysis of circuits used in all types of electronics equipment. It is periodically updated to add new circuits or to revise existing circuits, based on current electronics developments. The handbook has 16 sections: Section Section 1 Introduction 10 Detectors 2 Power Supplies 11 Mixing, Heterodyning, 3 Voltage Regulators and Automatic 4 Filters Conrol Circuits 5 Amplifiers 12 Modulators 6 Oscillators 13 Special Circuits 7 Multivibrators 14 Synchros and Servos 8 Sweep Generators 15 Counters 9 Cathode Ray Tube Circuits 16 Logic Circuits NAVSEA 0967-LP-000-0130 ELECTRONICS INSTALLATION AND MAINTENANCE BOOK TEST METHODS AND PRACTICES FOH OFFICIAL USE ONLY TEST METHODS AND PRACTICES, NAVSEA SE000-00-EIM-130.— This EIMB handbook has the information you'll need to properly test electronic equipment. It describes the basic functions of general test equipment, and outlines testing techniques and practices. The handbook has 6 sections: Section 1 General Information 2 Basic Measurements 3 Test Techniques and Practices 4 Waveform Interpretation 5 Antenna and Transmission Line Measurements 6 System Testing 2-12 REFERENCE DATA, NAVSEA SEOOO-00- EIM-140. — This EIMB handbook contains an encyclo- pedic arrangement of useful definitions, abbreviations, formulas, and other data related to electronic installa- tions and maintenance. It is a "ready reference" for you to use on the bench for maintenance or in the classroom for study. The handbook has 3 sections: Section 1 2 3 Introduction Encyclopedia Charts, Graphs, Lists, and Tables NAVSH1PS 0967-000-0140 NONREC1STERED ELECTRONICS INSTALLATION AND MAINTENANCE BOOK REFERENCE DATA THIS nntlGLTIM WPIMEOII *MD CAXClll NAV1HIM DEPARTMENTOFTHE NAVY NAVAL SHIP ENGINEERING CENTER PUBLISHED: JANUARY 1972 ELECTROMAGNETIC INTERFERENCE RE- DUCTION, NAVSEA SE000-00-EIM-150.— This EIMB handbook gives information and approved procedures for identifying, reducing or eliminating Electromagnetic Interference (EMI). Although, mainly intended for technicians who install and maintain electronic equipments at sea, it does contain infor- mation useful to all technicians. The handbook has the following 12 sections: Section 1 Purpose and Scope 2 Electromagnetic Interference 3 General Sources of EMI 4 Types of EMI 5 Method of Coupling EMI 6 Interference from Electrical Devices 7 Communications Equipment Interference 8 Hull-Generated Intermodulation Interference 9 Radar Systems Interference 10 EMI Reduction Methods 1 1 Shipboard Electromagnetic Tests 12 Operating Practices for EMI Reduction NAVSHIPS 0967-000-0150 NO.N-REGISTEKED ELECTRONICS INSTALLATION AND MAINTENANCE BOOK ELECTROMAGNETIC INTERFERENCE REDUCTION DEPARTMENT OK THE NAVY NAVAL SHIP ENGINEERING CENTER PUBLISHED: JUNE 1972 THIS PUBLICATION SUPERSEDES NAVSHIPS 1 6 7 - 000 - 1 S DATED JUNE 1970 2-13 MAVSEA SEOOO-OO-EIM-160 ELECTRONICS INSTALLATION AND MAINTENANCE BOOK GENERAL MAINTENANCE 1 JANUARY 1981 FOR OFFICIAL USE ON GENERAL MAINTENANCE, NAVSEA SEOOO-OO-EIM-160.— This EIMB handbook is your informative and complete maintenance reference. All technicians who maintain electronics and elec- trical equipment should have this handbook avail- able to supplement information contained in technical manuals. It contains the following types of information: • Routine maintenance concepts, techniques, and procedures common to all electronic and electrical equipment preventive maintenance programs. • Equipment-level and system-level maintenance philosophies. • Maintenance of subsystems and repair parts. The handbook's objective is to aid the maintenance effort by: • Assembling, in one handbook, the approved procedures and concepts to use when maintaining elec- tronic equipment. • Standardizing these procedures and con- cepts to ensure uniform and acceptable electronic maintenance. • Indoctrinating all personnel involved in elec- tronic maintenance with the importance of good workmanship and maintenance techniques. • Preventing personnel injury and equipment damage by emphasizing safety precautions and by prohibiting unsafe maintenance practices. This handbook has 7 sections: Section 1 Introduction 2 3 Maintenance Concepts Routine Maintenance and Maintenance Aids 4 5 6 7 Soldering Techniques Miniature Repair Microminiature Repair Digital Troubleshooting Techniques 2-14 Equipment-Oriented EIMB Handbooks These are the second main category of EIMB handbooks. There are six equipment-oriented handbooks in the EIMB series: 1. Communications EIMB, NAVSEA SE000-00-EIM-010; 2. Radar EIMB, NAVSEA SE000-00-EIM-020; 3. Sonar EIMB, NAVSEA SE000-00-EIM-030; 4. Test Equipment EIMB, NAVSEA SE000-00-EIM-040; 5. Radiac EIMB, NAVSEA SE000-00-EIM-050; and 6. Countermeasures EIMB, NAVSEA SE000-00-EIM-060. Each book contains the following information: • General servicing information for a basic equipment category (such as radar). • General servicing information for specific equipments (such as AN/SPS-10D). • Field Change Identification Guides (FCIGs) that give field change information for specific equipments in a basic equipment category. • Circuit functional descriptions common to all specific equipment in a basic equipment category. NAVAL SHORE ELECTRONICS CRITERIA, NAVELEX SERIES 0101,100 The NAVELEX 0101,100 is a series of 15 handbooks that provide a digest of electronics criteria and references meant to encourage standardization. Its main goal is to achieve uniformity and compatibility among shore electronic systems. The series has the following handbooks: 1. General, NAVELEX 0101,101 2. Naval Communications Station Design, NAVELEX 0101,102 3. HF Radio Propagation and Facility Site Selection, NAVELEX 0101,103 4. HF Radio Antenna Systems, NAVELEX 0101,104 5. Satellite Communication Systems, NAVELEX 0101,105 6. Electromagnetic Compatibility and Electromagnetic Radiation Hazards, NAVE LEX 1 1 , 1 06 7. Naval Aeronautical Facilities, NAVELEX 0101,107 8. Naval Security Group Elements, NAVELEX 0101,108 9. Naval Training Facilities, NAVELEX 0101,109 10. Installation Standards and Practices, NAVELEX 0101,110 11. Digital Computer Systems, Volume I, NAVELEX 0101,111 12. Microwave and Troposcatter Communications Systems, NAVELEX 0101,112 13. Navy VLF, LF, and MF Communication Systems, NAVELEX 0101,113 14. NAVELEX Calibration Program, NAVELEX 0101,114 15. Digital Computer Systems, Volume II, NAVELEX 0101,115 Four of these handbooks (numbers 101, 102, 108, and 110) are described in more detail below. 2-15 General, NAVELEX 0101,101 NAVELEX 0101,101 NAVAL SHORE ELECTRONICS CRITERIA GENERAL DEPARTMENT OF THE NAVY NAVAL ELECTRONIC SYSTEMS COMMAND WASHINGTON, D.C. 20360 FSH 0780— V0I OCTOBER 1977 This handbook covers (1) the process for estab- lishing and supporting naval shore electronics systems, (2) the responsibilities and relationships of key commands throughout the process, and (3) the overall criteria for the planning, design, installation, turnover, operation, and maintenance phases of the process. Appendixes A and B of the handbook list key references for use during the establishment of shore electronic systems (in both numeric and alphabetic order). The General handbook has the following 6 chapters: Chapter 1 Introduction 2 Organization 3 Planning and Programming 4 Engineering/A cquisition 5 Installation/ Turn o ver 6 Operation and Maintenance NAVELEX 0101,102 NAVAL SHORE ELECTRONICS CRITERIA NAVAL COMMUNICATIONS STATION DESIGN DEPARTMENT OF THE NAVY NAVAL ELECTRONIC SYSTEMS COMMAND WASHINGTON , DC. 20360 CHANGE NO. 1 OCTOBER 1971 Naval Communications Station Design, NAVELEX 0101,102 This handbook is a ready reference of criteria for standardizing the design of Navy shore communica- tions stations. It covers the design of buildings and installed equipments at a station's (1) communications center, (2) transmitter station, and (3) receiver station. It has the following 13 chapters: Chapter 1 Station Electronic Systems Planning 2 System Standardization 3 Communications Center 4 The Transmitter Station 5 The Receiver Station 6 Intersite Communication Links 7 General Criteria for Buildings 8 Station Electrical Power 9 Patchboards and Distribution Frames 10 Defense Communication System (DCS) Signal Processing Standards 1 1 Testing and Design Verification 12 Communications Electronic Groundings 1 3 Transportable Transmitter Receiver (T/R) Stations 2-16 Naval Security Group Elements, NAVELEX 0101,108 This handbook gives criteria, references, and acceptable practices for standardized planning, installa- tion, and check-out of electronics systems and equipments at NAVSECGRU elements. The handbook has the following 9 chapters: Chapter 1 2 System Planning Mission and Functions 3 4 5 6 7 Site Criteria and System Effectiveness System Design and Performance Naval Security Group Systems Building Criteria Electrical Power 8 9 Grounding and Bonding Physical Security NAVELEX 0101.108 NAVAL SHORE ELECTRONICS CRITERIA NAVAL SECURITY GROUP ELEMENTS DEPARTMENT OF THE NAVY NAVAL ELECTRONIC SYSTEMS COMMAND WASHINGTON, O.C. 20360 FOR OFFICIAL USE ONLY CiSO 900 6000 Installation Standards and Practices, NAVELEX 0101,110 This handbook lists recommended practices for installing electronic equipment. From nuts and bolts to connectors and cables, this is an excellent reference to use and study. The handbook has the following 19 chapters: Chapter 1 2 3 4 5 Safety Miniaturized Circuit Equipment Metal Joining and Cutting Hardware (Metal) Surface Protection 6 Wire and Cable 7 8 Cabling and Fabrication Methods Cable and Conductor Terminations 9 Coaxial Connectors 10 Coaxial Cables 11 Aerial RF Transmission Lines 12 13 14 15 16 17 Installation of Direct-Burial Coaxial Cable Waveguides Transportable and Mobile Installations Equipment, Equipment Handling, and Cabinets Power Supplies Antennas 18 19 Electronic Grounding Installation Check-out NAVELEX 0280-LP-900-! Appendix A of the handbook has handy tables and reference data you'll need to plan and install electronic equipment. NAVELEX 0101. 1 I0A SUPERSEDES 0101,110 DATED JUNE 1972 NAVAL SHORE ELECTRONICS CRITERIA INSTALLATION STANDARDS AND PRACTICES PUBLISHED BY DIRECTION OF COMMANDER. NAVAL ELECTRONIC SYSTEMS COMMAND JANUARY 1977 2-17 EE12S-ADOMI010/E510 R1051G TLCIINICAL MANUAL OPERATION AND MAINTENANCE INSTRUCTIONS WITH PARTS LIST RADIO RECEIVER R-1051G/URR 01A228000-01 DIGITAL COMPUTER BASICS, NAVEDTRA 10088 This manual is a reference for all technicians whose job requires a basic knowledge of electronic data processing. It covers the following subjects: • Basics of computers and Automatic Data Processing (ADP). • Data-processing circuits and components. • Number systems, Boolean algebra, and logic symbology. • Operation of computer circuits. • Basic principles of analog-to-digital and digital-to-analog conversion. • Principles of programming. (This subject con- tains three parts. Part I covers basic programming concepts. Part II establishes a set of instructions for a hypothetical computer. It then explains how the com- puter interprets these instructions and operates, using machine language. Part III explains the purpose and uses of compilers.) • Diagnostic maintenance routines (maintenance programs). (Shows how these routines aid isolation of malfunctions in a data-processing system.) EQUIPMENT TECHNICAL MANUALS Your maintenance and repair efforts will most often refer you to technical manuals. There are many techni- cal manual formats in use. The two most common are (1) the conventional eight-chapter technical manual, and (2) the functionally oriented maintenance manual. Conventional Eight-Chapter Technical Manual This is the most common format. MIL-M-15071H, Military Specification Manual, Technical, the military specification for equipment and system technical manuals, lays out the format and content requirements for these manuals. If the manual is classified, OPNAVINST 5510.1 requires printing the security classification at the top and bottom of the front cover, back cover, title page, and every inside page. The following paragraphs describe two important parts of the conventional technical manual: (1) front matter, and (2) technical content. 2-18 FRONT MATTER. — All technical manuals, and each volume of multivolume manuals, contain front matter. A technical manual's front matter consists of a cover and a title page, foreword, list of effective pages, change record, table of contents, list of illustrations, list of tables, and description of codes and symbols. 1. The cover and the title page both contain the equipment or system nomenclature, security classification, publication number, volume number (if multivolume), and the command in charge of the equipment. Also, the title page has an approval date and, if needed, a change number and date. 2. The foreword explains the content, usage, and intent of the manual. 3. The list of effective pages lists all pages of the manual and shows the change status of each page. 4. The record of changes is to be filled in with information on the changes entered in the manual. 5. The table of contents contains the following information: a. A list of the chapters, sections, and main paragraphs, giving the number, title, and page number for each. b. A list of illustrations, giving the number, title, and page number of each. c. A list of tables, giving the number, title, and page number of the table. In multivolume manuals, volume I contains a complete table of contents covering all volumes. The other volumes contain only their own table of contents. 6. The description of codes and symbols is a listing of the codes and symbols used in that technical manual. It also tells how to interpret the symbols used. TECHNICAL CONTENT.— The technical content part of a conven- tional technical manual contains the substance of the manual. It is divided into eight chapters. The following is a brief outline of each chapter's contents. Chapter 1, General Information and Safety Precautions. — This chapter of a conventional technical manual gives a general description of the equipment or system covered. It allows you to easily determine the equipment's intended use, its capabilities, and the relationship of its units. It also lists all applicable safety precautions. Chapter 1 has the following sections: • A general or equipment description that briefly and non-technically describes the equipment's intended use, capabilities, and limitations. 2-19 Figure 2-1. — Illustration showing relationship of units. 1. Handle (2) 2. CHANNKI. DISABLED indicator CR1 3. Front-panel meter M2 4. I KM SELECT switch SI 5. AC PWR indicator DSI 6. AC PWR circuit breaker (HI 7. OIJIPI I MONITOR jack J3 8. DC FAULT indicator CR9 9. DKMOI) FAULT indicator CR8 10. OSC FAULT indicator CR7 11. COMB FAULT indicator (Hi, 12. PRESELECTOR-DOWN-CONV FAULT indicator CR2 through CR5 NOTE: Reference designations are ab- breviated. Complete reference desig- nations include the prefix 5AIA6AI. 162.417 Figure 2-2. — Description of controls and indictors. 2-20 LOCAL MffiC LOCAL AUDIO [2 INPUTS] LOCAL HEADSETS - 11 OUTPUTS) RETRANSMIT EQUirMCNT BROADBAND EQUIPMENT TRANSMIT A UOIO TRANSMIT AUOIO TRANSMIT AUDIO RECEIVE AUDIO TRANSMIT AUDIO <- TRANSMIT AUDIO TRANSMIT SIDETONE AUDIO REMOTE RHONE UNIT REMOTE KEYINt MIKE TRANSMIT AUDIO HEADSET TRANSMIT AUDIO TRANSMIT FUNCTION RETRANSMIT EQUIPMENT BROADBAND EQUIPMENT <- 220-WS.t MHZ INPUT/OUTPUT RF TRANSMITTER DISABLE II «11J ANTENNA COURIER IANCILLART] SERVE DISABLE IDURINC CHAHNa CHANCE) LOCKOUT {MOUND DURING TRANSMIT] AUTOPOSTTIONER >2t.SV FREQUENCY SQECT IDURINC CHAN/fREQ CHAjjCg ;iT O.l, 1.0 MHZ TUNINC I i 0.1, 1.0, 10.0 MHZ TUNINC 220. mt MHZ INPUT RF RECEIVE AUDIO SQUELCH DISABLE RECEIVE AUDIO RECEIVE AUDIO TRANSMIT AUDIO + - -:-t 1.0 MHZ TUNINC 10.0 MHZ TUNINC CHANNEL DIAL 220-3M.9 MHZ INPUT/OUTPUT SWIRE CHANNEL INFORMATION CHANNR AND FREQUENCY SELECT FUNCTION J-WIRE CHANNEL INFORMATION REMOTE SYNCHRO INOICATOR RECEIVE FUNCTION LOCAL HEADSETS RECEIVE AUOIO |3 OUTPUTSI REMOTE PHOHE UNIT POWER RADIO FREQUENCY AMPLIFIER POWER RECDVER TRANSMITTER POWER s= POWER DISTRIBUTION FUNCTION SHIP'S POWER 115 230 VAC SO. 60 HZ 1 PH Figure 2-3. — Overall functional block diagram. • A pictorial illustration showing the relationship of units of the equipment or system, and the interconnections between units. See figure 2-1. • Reference data that includes nameplate data, functional characteristics, capabilities and limitations, rated outputs, and environmental information. • A list of equipment, accessories, and documents supplied or delivered with the equipment. This section also has a table of field and factory changes that lists all applicable changes included in the preparation of the manual. Chapter 2, Operation. — This chapter of a technical manual gives you the routine and emergency operating instructions, operating limits, starting and stopping instructions, and any other instructions you'll need to operate the equipment. The chapter has the following sections: • A description of operator controls and indicators that includes names, positions, and operating functions of each control and the normal operating condition of each indicator. See figure 2-2. • Equipment operating procedures that include operator turn-on, modes of operation, operation under interfering conditions, operator turn-off, emergency operation, and emergency turn-off. • Operator's maintenance instructions that contain operating checks and adjustments, preventive maintenance, and emergency maintenance. Chapter 3, Functional Description. — This chapter gives you a detailed analysis of the principles of operation of the overall equipment and its major functions. It also details supporting functions, such as power, cooling, and control. The chapter has the following sections: • Overall functional block diagrams that show all the major functions of the equipment, using blocks to represent individual units or assemblies. See figure 2-3. Each block on the diagram is identified by name, nomenclature, 2-21 FUNCTIONAL AREA TROUBLE- SHOOTING PARAGRAPH TROUBLE- SHOOTING DIAGRAM FIG NO. DESCRIPTION PARAGRAPH ADJUSTMENT PARAGRAPH AC Power Combiner-Demodulator 5-7 5-8 3-49 Demultiplexer 5-8 5-8 3-58 Channel Gain 5-9 5-5 3-52 6-7 DC Power Combiner-Demodulator 5-10 +20 Volts 5-11 5-9 3-52 + 12 Volts 5-12 5-9 . 3-55 m ^_ ' i a > ■ -^-t*^^ r ■ g| . |M (l I, LO Frequency Control 5-26 5-6 3-86, 3-90 6-6 Normal Operation/Test Control 5-27 5-5 3-53 Operating Mode Control 5-28 5-6 3-146 PSK Frequency 5-29 5-17 3-148,3-159 6-8 Figure 2-4. — Troubleshooting index. and number. Connecting lines and arrowheads show the direction of signal flow. Inputs and outputs are labeled, and waveforms may be included. • Separate functional block diagrams for each of the major functions of the equipment. They describe in detail the development of each function from input to output. • Simplified schematic diagrams that show the electrical connections and functions of a specific circuit. Chapter 4, Scheduled Maintenance. — This chapter contains the preventive maintenance procedures and performance test instructions you'll use to per- form scheduled maintenance. (Note: The scheduled maintenance instructions in the technical manual are canceled upon introduction of official 3M System PMS.) Chapter 4 has the following sections: • An introduction explaining the purpose, scope, and arrangement of scheduled performance tests and procedures. • Preventive maintenance procedures you'll use to to inspect, clean, and lubricate the equipment. • Scheduled performance tests that contain step-by-step procedures to follow to be sure the equipment is operating within standards in all modes of operation. 2-22 INDICATOR LAMP AND LIGHT-EMITTING DIODE INDEX TROUBLESHOOTING REFERENCE FUNCTIONAL ENERGIZING DIAGRAM DESIGNATION NAME VOLTAGE FIG NO. 5A1A6A1CRI CHANNEL DISABLED +20 volts 5-18. 5-19 5A1A6A1CR2 CH 1 PRESELECTOR DOWN CONV FAULT +20 volts 5-18, 5-19 5AIA6A1CR3 CH 2 PRESELECTOR DOWN CONV FAULT +20 volts 5-18. 5-19 5AIA6A1CR4 CH 3 PRESELECTOR DOWN CONV FAULT +20 volts 5-18, 5-19 5AIA6A1CR5 CH 4 PRESELECTOR DOWN CONV FAULT +20 volts 5-18, 5-19 CIRCUIT BREAKER INDEX REFERENCE DESIGNATION FRONT-PANEL MARKING RATING (VOLTS AC) PROTECTED CIRCUIT TROUBLESHOOTING DIAGRAM FIG. NO 5AIA6AICBI 6AIA5AICB1 ACPWR ACPWR 115/230 115/230 AC input line AC input line 5-18 5-28 RELAY INDEX TROUBLESHOOTING REFERENCE FUNCTIONAL ENERGIZING DIAGRAM DESIGNATION NAME VOLTAGE FIG NO IAIFL1KI. Nonnal-operation/test-niode + 12 volts 5-11 2AIFL1K1, relay 3A1FLIK1, 4AIFLIKI 5AIPSIA1K1 ' Overload relay +20 volts 5-20 5A2A1K1 Fault relay + 12 volts 5-22 6AIPS1K1 ' Overload relay (s 20 volts) +20 volts 5-30 6AIPSIK2 1 Overload relay (+10 volts) +20 volts 5-30 6A2AIK1 Fault relay +20 volts 5-31 Assemblies are sc urce-coded for repair at the depot levi 1. Figure 2-5. — Indicator lamp and light-emitting diode, circuit breaker, and relay indexes. Chapter 5, Troubleshooting.— This chapter contains functional descriptions and instructions needed to locate faults and conduct tests on each component, assembly, or subassembly of the equipment. The chapter has the following sections: • A troubleshooting index that lists the equipment's functional areas and gives references to the appropriate procedures and diagrams for trouble- shooting a specific function. See figure 2-4. • Lamp, protective device, and relay indexes that list all of the equip- ment's indicator lamps, fuses, circuit breakers, and relays with the item reference designation, function name, voltages, ratings, and a reference to the troubleshooting diagram. See figure 2-5. • A maintenance turn-on procedure that lists the step-by-step procedure for energizing the equipment. It gives the correct indications for each step, 2-23 STEP OBSERVE REFERENCE 1 . Preliminary Procedure a. At Combiner-Demodulator, perform following steps: (1) Set AC PWR circuit breaker to OFF (2) Check connections of external cables at rear of unit All cables arc securely connected. Functional signal-flow diagram, figure 5-2. (3) Open drawer. Check modules and cable connections. All modules are secured in operating positions and cable connections are tight. Interconnection diagram, figure 5-13. b. At Demultiplexer, perform following steps: ( 1 ) Set AC PWR circuit breaker to OFF (2) Check connections of external cables at rear of unit All cables are securely connected. Functional signal-flow diagram, figure 5-2. (3) Open drawer. Check modules and cable connections. All modules are secured in operating positions and cable connections are tight. Interconnection diagram, figure 5-24. Figure 2-6. — Maintenance turn-on procedure. and the troubleshooting action to take for out-of-tolerance indications. See figure 2-6. • Signal flow diagrams that illustrate the functional development of each equipment output from its origin to its measurable output. These diagrams are a foldout at the end of chapter 5 in the technical manual. They include test points, test parameters, schematic diagram references, adjustments, controls, switches, mechanical couplings, and other data needed to isolate malfunctions. See foldout figure 2-7 at the end of this topic. • Control diagrams that show control circuits and group them according to their common characteristics. See foldout figure 2-8 at the end of this topic. • Power distribution diagrams that show power distribution to, and within, the equipment and subassemblies. See foldout figure 2-9 at the end of this topic. • Maintenance schematic diagrams that completely cover the equipment circuitry. These include unit-to-unit interconnections, and unit assembly and subassembly schematic diagrams. See foldout figure 2-10 at the end of this topic. Chapter 6, Corrective Maintenance. — This chapter of a technical manual contains the instructions required to remove, repair, adjust, reinstall, and align circuit elements and mechanical items. If necessary, exploded or sectional views and parts placement diagrams are included here. Also included is information on special tools and test equipment you'll need. A section on alignment gives detailed instructions for aligning the equipment or system. It includes all inputs, points of test signal injection, point of measurement, results expected, and test equipment required. 2-24 Chapter 7, Parts List. — This chapter lists and identifies all repair parts and attaching hardware. It contains the following information: • An introduction that explains the scope and arrangement of the parts list, and gives the model and serial numbers of the equipments covered. • A list of major units that lists individual units of the equipment in numerical order, by unit number. • A parts lists, grouped by major unit, that identifies Circuit Symbol Numbers (CSNs), also called Reference Designation (REFDES). Parts for each unit are listed in alphanumeric order, and are arranged as follows: Unit 1 (Cabinet parts) 1AT1 1B1 1C1 1CR1 1R1 etc. Assembly 1A1 (Assembly parts) 1A1AT1 1A1B1 1A1C1 1A1CR1 1A1R1 etc. Subassembly 1A1A1 (Subassembly parts) 1A1A1AT1 1A1A1B1 1A1A1C1 1A1A1CR1 1A1A1R1 etc. Unit 2 etc. • A list of manufacturers containing the names, addresses, and Com- mercial and Government Entity (CAGE) codes (formerly known as the FSCM) for all manufacturers that supply parts and equipment. Chapter 8, Installation. — This chapter contains all the information required for you to install the equipment. It has the following information: • Installation drawings • Reference publications • Tools and materials required for installation • Unpacking and repacking procedures 2-25 • Input requirements • Installation procedures • Installation check-out procedures • Test procedures Functionally Oriented Maintenance Manual (FOMM) The FOMM is designed to overcome the problems found in conventional technical manuals. It combines the best features of conventional manuals and adds some new features. The MIL-M-24100B, Functionally Oriented Maintenance Manual (FOMM) for Equipments and Systems, Military Specification, Technical Manuals, gives detailed information on FOMMs. Following is a brief description of this category of equipment technical manual. The FOMM is divided into two volumes: Support and Troubleshooting/ Repair. VOLUME 1, SUPPORT. — This volume contains the information you need to become familiar with the equipment or system, install it, operate it, and maintain it. VOLUME 2, TROUBLESHOOTING/REPAIR.— This volume is the heart of the FOMM. It has the information you need to troubleshoot and repair the equipment or system. The volume is meant to stand alone, so you can quickly isolate and correct the fault without reference to other documents. Specifically, it contains the following information: • Basic drawings. • Text keyed to schematics. • Troubleshooting charts. • Parts-location diagrams. • Alignment, disassembly, and reassembly procedures. • Repair data needed for you to effectively troubleshoot and repair the equipment or system. Volume 2 of the FOMM uses functional diagrams to describe how an equipment or system operates. These diagrams are supported by text and troubleshooting charts called Maintenance Dependency Charts (MDCs). The layout of the MDC allows rapid fault isolation. Information in volume 2 of the FOMM is presented in three hierarchial levels: 1. Level one is overall function information. It identifies the major functions of the equipment or system. This level gives troubleshooting infor- mation for diagnosing faults to a major function. 2-26 1. USE (OVERALL FUNCTION) DATA PACKAGE TO TEST AND ISOLATE THE FAULT TO A MAJOR FUNCTION OF THE EQUIPMENT. 2. USE (MAJOR FUNCTION) DATA PACKAGE TO ISOLATE THE FAULT TO AN ITEM OF HARDWARE . HARDWARE DATA PACKAGES Figure 2-11. — FOMM troubleshooting philosophy. 2. Level two is major function. This level gives the information you'll need to isolate a faulty function to a piece of hardware. 3. Level three is hardware information. This level gives you information for isolating faults and making repairs to a specific component or group of components. The information at each of the three levels is arranged in data packages. Each data package contains all the information required to perform a given troubleshooting task without going to other references. This troubleshooting philosophy means you must begin the troubleshooting and repair task by using the overall function information data package to test and isolate a fault to a major function of the equipment. Then, complete the task as shown in figure 2-11. The following shades of colors are used on the data package diagrams to identify the various functional levels and hardware: • Light gray indicates a major physical unit. • A darker shade of gray indicates a subordinate physical unit. • Light blue indicates a composite functional group. • A darker shade of blue indicates a subfunctional group. 2-27 Following is a description of the data packages for each of the three levels. Overall Function Data Package. — This is one package of data that covers the overall equipment or system. The package contains the following information: • One overall function diagram for the system or equipment that shows relationships of all the major functions. See foldout figure 2-12 at the end of this topic. • A keyed text explaining the operation of the equipment and, basically, how the major function operates. See figure 2-12. • A Maintenance Dependency Chart (MDC) that gives all the steps, tests, and signal specifications needed to isolate the fault to one of the major functions. See foldout figure 2-13 at the end of this topic. Closely associated with the overall function data package, but not actually part of it, are the following diagrams: 1. A family tree, showing the hardware items that make up the equipment or system. 2. A cabling diagram, showing the interconnections between major functions. 3. A check-out chart, giving a quick method for testing the equipment and entering the MDC. 4. The alignment information for actions to be performed at the equipment level. Overall function data packages may contain "intermediate-level" data packages. These packages are expansions of the basic overall function data package and are used when required information cannot be included on a single sheet. Major Function Data Package. — There is a separate data package for each major function identified by the overall data package. Each major function data package identifies the hardware (units, assemblies, and subassemblies) that are parts of the major function. This package gives the information to isolate a fault to a specific hardware data package. Major function data packages contain the following information: • One major function diagram. • A keyed text, explaining the operation details of the major function. • An MDC, providing all the steps, tests, and signal specifications required to isolate a fault to a particular item of hardware. Hardware Data Package. — There is a separate hardware data package for each unit, assembly, and subassembly identified in the major function data package. Hardware data packages are listed in numerical or alphanumerical order, based on either the nomenclature or the reference designation numbers. Each package includes all data necessary to locate and repair any malfunc- tion that's isolated to the hardware item. Hardware data packages contain the following information for each unit, assembly, or subassembly: • A schematic diagram. • A keyed text, explaining the function of the modules, circuits, and components. 2-28 • An MDC, providing all the steps, tests, and signal specifications required to isolate a fault to a particular circuit or component. • A wiring diagram for front panels, chassis, and cabinets. • A parts location illustration and data for locating and identifying all repairable and replaceable parts. • Alignment, repair, and overhaul procedures. • Illustrated parts breakdown or exploded views. ENGINEERING INFORMATION BULLETIN (EIB), NAVSEA S0111-XX-EIB-XXX The Naval Sea Systems Command publishes the EIB (formerly known as the Electronics Information Bulletin) every 2 weeks. It is sent to all ships, electronics installations, and maintenance activities. The EIB normally contains information that only benefits the activities that receive it. It gives advance information on field changes, installation techniques, helpful suggestions adopted by various shipyards and organizations, and new publica- tions. Information in the EIB is both authoritative and directive in nature. Reference is frequently made to a particular issue as the authority for implementing information from the EIB. Classified data is published in Confidential issues of the EIB (CEIBs). The EIB is not a permanent-type publication. Articles of lasting interest are included in future EIMBs. Also, the EIMB lists field changes that were first published in the EIB. But, the EIMB version of field changes does not include procedural steps for accomplishment, like the EIB. You can find the pro- cedural steps in official NAVSEA field change bulletins. These are listed in the EIMB. They are stocked by the U.S. Navy Publications and Forms Center, Philadelphia, Pennsylvania. NAVAL SECURITY GROUP TECH NOTES This periodical, which supersedes the Electronics Material Bulletin, provides a means for the COMNAVSECGRU to circulate authoritative technical information to NAVSECGRU elements worldwide. It is unclassified and informal and contains technical knowledge and material information important to NAVSECGRU maintenance personnel. 2-29 SHI WARD I0NOINC. MOUNDING. AM) OT>f.l TtCIINIQUES rot LLXCTIOHACNtTIC COHPATIil LIFT AW lAftTV SHIPBOARD BONDING, GROUNDING, AND OTHER TECHNIQUES FOR ELECTROMAGNETIC COMPATIBILITY AND SAFETY, MIL-STD-1310(NAVY) The requirements in this MIL-STD apply to all new shipboard electronic equipment installations, and to the parts of existing installations that are being modified. Reading MIL-STD-1310 is a must if you're stationed aboard a ship. Use the procedures and methods in this publication when you must do any of the following: • Bond, ground, insulate, or use non-metallic materials to provide electromagnetic compat- ibility. • Provide safety from electrical shock hazards. • Prevent electrical transmission of classified information. • Provide a dc reference ground. CONMDCMTIAl COVER UNCLASSIFIED MUTAB1 tl-v.n«0 lNST«I.L»TtC« CIITIKU FOS SlHr»OA*n HCUU tLLCniCfcL INrOWUTIW f«OCIJSl« irlTIM (U) INSTALLATION CRITERIA FOR SHIPBOARD SECURE ELECTRICAL INFORMATION PROCESSING SYSTEMS, MIL-STD-1680(SHIPS) This MIL-STD gives design and installation criteria for shipboard secure electrical information-processing systems. It translates the requirements of numerous security directives into specific instructions meant to control compromising emanations. These instructions are based on data gathered from evaluations of past information-processing installations and on operational experience. iNHhl 1004 CONFIDENTIAL COVER UNCLASSIFIED 2-30 METROLOGY AUTOMATED SYSTEM FOR UNIFORM RECALL AND REPORTING (MEASURE) USERS MANUAL, OP 43P6A The MEASURE system provides participating activities with a standardized system of managing its metrology assets. Metrology assets include Radioactiv- ity Detection Indication and Computation (RADIAC) equipment and Test and Monitoring Systems (TAMS). As a CTM, you will use various TAMS equipment in your duties. TAMS is divided again into the following equipment areas: • Built-in-Test/Built-in-Test Equipment (BIT/ BITE) • Automatic Test Equipment (ATE) • General-Purpose Electronic Test Equipment (GPETE) • Special-Purpose Electronic Test Equipment (SPETE) OP43P6A METROLOGY AUTOMATED SYSTEM FOR UNIFORM RECALL AND REPORTING (MEASURE) USERS MANUAL OFFICE OF IHE CHIEF OF NAVAL OPEBATIONS DEPARTMENT OF THE NAVY WASHINGTON OC 20350 The management procedures in the MEASURE Users Manual apply to the following activities: • Naval calibration facilities using the MEASURE system. • Ship and shore activities obtaining services from the calibration facilities. • Activities of other military services that use the MEASURE system. MAINTENANCE ADMINISTRATION Maintaining electrical and electronics equipment includes more than just doing preventive and corrective maintenance. While these are your primary duties, you are also responsible for the paperwork supporting those maintenance efforts. It is the paperwork that helps keep the administrative part of your shop functioning smoothly. The following paragraphs describe a few of the documents you should reference for information and guidance on your paperwork responsibilities. NAVSECGRU LOGISTICS MANAGEMENT MANUAL, NAVSECGRUINST 4000.1 This instruction is your primary reference for maintenance administration. In it, COMNAVSECGRU has consolidated many OPNAV, NAVSECGRU, NAVELEX, NAVSEA, and other high-level maintenance administrative requirements into one instruction. Your work center should have the latest revision on hand. 2-31 SHIPS' 3-M AINTENANCE ATERIAL ANAGEMENT MANUAL 13 AUGUST 1987 OPNAV1NST 4790.4B SHIPS' MAINTENANCE MATERIAL MANAGEMENT (3M) MANUAL, OPNAVINST 4790.4 The primary goal of the Ships' Maintenance and Material Management (3M) system is to manage main- tenance and maintenance support to produce maximum equipment operational readiness. To meet this goal, the 3M Manual issues policy and gives detailed procedures for accomplishing the following system objectives: • Achieve uniform maintenance standards and criteria. • Use available manpower and material resources in maintenance and maintenance-support ef- forts effectively. • Document information relating to maintenance and maintenance-support actions. • Improve maintainability and reliability of systems and equipment by providing docu- mented maintenance information for analysis. • Provide a means for reporting ship configura- tion changes. • Identify and reduce the cost of maintenance and maintenance support in terms of manpower and material. • Reduce the cost of accidental material damage by accurately identifying and analyzing such costs. Provide a means to schedule, plan, manage, and track maintenance. • Provide a data base to aid improvements in equipment design and spare parts support. The 3M system actually has two systems: the Planned Maintenance System (PMS), and the Maintenance Data System (MDS). Module 12 of the Cryptologic Training Series, which you'll study later, gives detailed guidance on the 3M PMS and MDS systems, and on the shore-based logistics management requirements in NAVSECGRUINST 4000.1. 2-32 EQUIPMENT IDENTIFICATION CODE (EIC) MASTER INDEX, NAMSO 4790.E2579 This two-section index provides a master listing of equipment identification codes. Section I lists EICs in numerical order, with their assigned equipment nomenclature. Section II is the reverse, it lists equipment nomenclatures in alphabetical order, with their assigned EICs. You should use this index whenever you need the EIC to document a maintenance action. NAVY MAINTENANCE AND MATERIAL MANAGEMENT INFORMATION SYSTEM EQUIPMENT IDENTIFICATION COOE MASTER INOEX NAMSO «790 E2S?9 NAVY MAINTENANCE SUPPORT OFFICE P. 0. BOX 2020 MECHANICSBUPX, PA 170SS THIS UI0€X REPLACES IKE EOUIPMErM IDENllMCAtlON COOE MASltft IliOEX DAIIO NOVEMBER 1962 CORRECTIONS AND CHANGES TO TECHNICAL PUBLICATIONS It is important to keep technical publications and manuals up to date. No matter what publication is involved, you must enter corrections promptly and correctly. Failure to do this may cause a loss of valuable time spent troubleshooting because of an outdated or inaccurate technical manual. Also, using an outdated publication may pose a safety hazard. Report any errors found in technical publications promptly. The most common types of corrections and changes to technical publications are pen-and-ink changes, page changes, and paste-in changes. Use the following procedure when making changes to a publication: 1. Enter the change or correction as directed. 2. Write the authority for a change next to each pen-and-ink or paste-in change. 3 . Record all changes on the record of changes page which is always in the front matter of a publication. EIB AND EIMB CHANGES Besides providing information on field changes, the EIB and EIMB provide information on changes to existing technical documents. You should enter any pen-and-ink corrections or changes published by the EIB or EIMB as stated above. Write the EIB or EIMB number as the issuing authority next to the correction. 2-33 S0005-AA-GY0-030/TMMP FIRST REVISION GUIDE FOR USER MAINTENANCE Of NAVSEA TECHNICAL MANUALS MAVSEA TECHNICAL MANUAL MAXASEMENI PROGRAM iib socguun m lai *r rnrnt foi runic tciuu in uii; us disiriiuiidk is uirnvmo THIS mrju SWtlSIOf! S0M5U-ST0 030/TKMP MHO ! IANUHIT 13)7 AKO ) UmMH 1S7I PUIUSHIO II OIIICllllll OF COMHKOEIt. KAMI iU STSItUS COAtMAHO GL7DE FO/? l/SEI? MAINTENANCE OF NAVSEA TECHNICAL MANUALS, 0005-AA-GYD-030/TMMP This guide shows you how to identify, obtain, and maintain Naval Sea Systems Command (NAVSEA) and Naval Electronic Systems Command (NAVELEX) technical manuals. It also shows you how to report technical manual errors. SUMMARY This topic introduced you to the Navy's enlisted structure and classification code system, the Cryptologic Technician community in general, and the maintenance field specifically. It discussed training publications to help you prepare for advancement, and other technical publications to help you understand the broad scope of responsibilities that you will experience on a daily basis. As a CTM, your utmost responsibilities are (1) to safely maintain your equipment or system at its peak operating condition, and (2) to do the paperwork! REFERENCES Electronic Information Bulletin, Naval Sea Systems Command, Washington, DC, published monthly. General Handbook, NAVSEA SE000-00-EIM-100, Naval Sea Systems Command, Washington, DC, April 1983. Installation Standards Handbook, NAVSEA SE000-00-EIM-1 10, Naval Sea Systems Command, Washington, DC, September 1977. Electronic Circuits Handbook, NAVSEA SE000-00-EIM-120, Naval Sea Systems Command, Washington, DC, December 1972. Test Methods and Practices Handbook, NAVSEA SE000-00-EIM-130, Naval Sea Systems Command, Washington, DC, 1981. 2-34 Reference Data Handbook, NAVSEA SE000-00-EIM-140, Naval Sea Systems Command, Washington, DC, January 1972. Electronic Interference Reduction Handbook, NAVSEA SE000-00-EIM-150, Naval Sea Systems Command, Washington, DC, June 1972. General Maintenance Handbook, NAVSEA SE000-00-EIM-160, Naval Sea Systems Command, Washington, DC, January 1981. Information and Personnel Security Program Regulation, OPNAVINST 5510. 1G, Chief of Naval Operations, Washington, DC, 20 April 1984. Information Security Program Regulation, DODINST 5200. 1-R, Department of Defense, Washington, DC, 1 August 1982. Sensitive Compartmented Information Security Manual, Administrative Security, DOD C-5105.21-M-1, Department of Defense, Washington, DC, January 1985. Cryptologic Training Series, Module 14, NAVEDTRA 095-14-45-87, Naval Education and Training Program Management Support Activity, Pensacola, FL, scheduled for publication in 1989. Navy Electricity and Electronics Training Series, 172-01 through 21-00-79 through 85, Naval Education and Training Program Development Center, Pensacola, FL, 1979 through 1985. Digital Computer Basics, NAVEDTRA 10088-B1, Naval Education and Training Program Development Center, Pensacola, FL, 1978. List of Training Manuals and Correspondence Courses, NAVEDTRA 10061-AS, Naval Education and Training Program Development Center, Pensacola, FL, 1986. NA VSECGRU Logistics Management Manual, NAVSECGRUINST 4000. 1 A, Naval Security Group Command, Washington, DC, 20 August 1986 (presently in revision). Military Specification, Manuals, Technical: Functionally Oriented Maintenance Manuals (FOMM) for Equipment and Systems, MIL-M-24100B, Naval Ship Engineering Center, Hyattsville, MD, 2 February 1979. Military Specification, Manuals, Technical: Equipments and Systems, Content Requirements for, MIL-M-15071H, Naval Ship Engineering Center, Washington, DC, 17 July 1978. 2-35 Military Specification, Manuals, Technical: Functionally Oriented Maintenance Manuals (FOMM) for Equipment and Systems, MIL-M-24100B, Naval Ship Engineering Center, Hyattsville, MD, 2 February 1979. Military Specification, Manuals, Technical: Equipments and Systems, Content Requirements for, MIL-M-15071H, Naval Ship Engineering Center, Washington, DC, 17 July 1978. 2-36 AMPLIFIER CONVERTER AM 6534 SSR 1 UNIT 1 (FIG 5 11) PRESELECTOR DOWNCONVERTER 1A1 (FIG. 5-1 1) P2 J 1 PI FL1K1J1 | 1 » Q » -Q-^0- iASR 1 I W1 T— preselector filter assy fl1 (fig. 5- ■"ki 1 ! K1J2 PI W1 P2 J4I 1 J3P1IFL1J2 Pi" *r{e» >Q > q> H "T >-«-te<^ .50 •OHMS 2 I I CR1 El 4 3 3 I 12 I IE "It IE IE J2 FL1 ,J4 -If AMPLIFIER CONVERTER AM 6534 SSR 1 UNIT 2 iFiG 5 11) P2 Jl 1A-SR2 51 SAME AS UNIT 1 31 31 1Y AMPLIFIER CONVERTER AM 6534 SSR 1 UNIT 3 (FIG 5 11) P2 Jl A-SR3 P2 Jl AMPLIFIER CONVERTER AM 6534 SSR 1 UNIT 4 (FIG 5 11) ASR4 ANTENNA AS-2815/SSR- UNIT7 AMPLIFIER CONVERTER AM-6534/SSR-1 UNIT 1 (FIG. 5 11) CHAN 1 RF J1 PI P2 J' PRESELECTOR DOWNCONVERTER 1A1 (FIG. 5-11) PRESELECTOR-FILTER ASSY FL1 (FIG. 5-11) I- PI FL1K1J1 | K1 ~1 ' I COMBINER-DEMODULATOR MD-90G7SSR-1 UNIT 5 (FIG. 5-13) I Q « Q » Q » Q )) Q I R-RASR-1 W1 I | K1J2 PI W1 P2 J4 "1 J3 Pi *r4e »Q » q>H - TY FLTR ANTENNA AS2815/SSR-1 UNIT 8 ,50 OHMS *-1 I FL1J2 P1 Q «,Q*Q A1W1 I 2 I I FL1 CR1 PREAMPLIFIER- E2 DOWNCONVERTER O ASSY A 1 (FIG. 5-12) g E4 -O FL1J1 P1 W2 P2 i I K* X FILTER-MULTIPLEXER ASSY 5A2 (FIG. 5-21) J2 PI » 9E1 V> CHAN 2 RF AMPLIFIER-CONVERTER AM-6534-SSR UNIT 2 (F:G. 5 II) J1 PI P2 J, ■Q- <( Q » Q » -$ R-RA-SR2 SAME AS UNIT 1 VAS-2E UNIT ANTENNA 2815 SSR- 9 CHAN-3 RF J1 P1 P2 J1 -£H «Q » Q> AMPLIFIER CONVERTER AM-6534 SSR- UIVIT 3 (FIG. 5 11) RRA-SR3 VAS-2E UNIT ANTENNA 2815 SSR SAME AS UNIT CHAN 4 RF J1 PI AMPLIFIER CONVERTER AM 6534 SSR- UNIT 4 (FIG. 5 11) J1 P1 P2 Jl ■Q- «Q > Q» e R-RA-SR4 SAME AS UNIT 1 V R-RA-SR5 CHAN-1 IF CHANNEL 1 FILTER- MULTIPLEXER SUBASSYA2 (FIG. 5-23) I I I r~\ P2 J2 CHANNEL 2 Rr<^ J2 P1 R-RASR6 P2 /-\ J3 yH<- Rt» CHAN-2IF
    tR ^> CHAN-3 IF OE9 E7 O OE10 E8( J10 P3 5W1 OE17 E150- OE18 F-160 E4 W4 J11 P4 £ I OE25 E230 e<^» W2 OE26 E240-J- s R-RA-SR8 J2 P1 P2 J5 CHANNEL 4 7<^ K4- » O i ) ^ t?^> OE33 E3K J14 P5 f«e- CHAN-4 IF OE34 E320 L tJZ'^-r E5 J15 P6 O-i — o— J P10 J3 P11 J4 PSKTO ULTIPLEX 6 (SEE FIG. 5-3) P12 J5 FMTO AN/UCC 1 P13 J6 CHAN-1 LO TO UNIT 1 Test Equipment Recju ned : Frequency Coimtei, AN USM-207 and Headset Tests die peijoimed with equipment in noi ma l opiiating mode. I Indicates equipment marking J) Indicates test step numbei hen trouble occuis, use the fault indication circuitry in accordance with the fault logic diagram (figuie 5-1) to deteimine the appiopnate corrective action. If normal operation is not testored, petform the following steps. CHAN-2 LO TO UNIT2 CHAN 3 LO TO UNIT3 CHAN-4 LO TO UNIT 4 ^heck LO frequency at 5A1A1J2 (see paragraph 4-10). If frequency is correct, perform TS3. After corrective action is completed, check channel gain (see paragraph 4-1 1). 162.422 Figure 2-7. — Functional signal flow diagram. 2-37 132978 PARTS LOCATION INDEX REF DES ZONE R RA-SR5 5H R RASR6 5F R RASR7 5D R RASR8 5C 1J2 4H 1W2P1 4H 1A1A1 3H 1A1FL1FL1 2G IA1FL1J1 4H 1A 1FL1K 1 1G 2J2 4F 2W2P1 4F 2A1A1 3F 2A1FL1FL1 2E 2A1FUJ1 4F 2A1FL1K1 IE 3J2 4D 3W2P1 4D 3A1A1 3E 3A1FL1FL1 2D 3A1FL1J1 4D 3A1FL1K1 1D 4J2 4C 4W2P1 4C 4A1A1 3C 4A1FL1FL 1 2B 4A1FL1J1 4C 4A1FL1KI IB 5W1 9H 5W1P2 9H 5W1P9 10H 5A1A2J1 11B 5A1A3J1 12A 5A1A6W1 1 1 H, 12B, 17H REF DES 5A1A6W1PI 5A1A6W1P2 5A1A6W1P3 5AIA6W1P7 5A1A6A1CR1 5A1A6A1J1 5A1A6A1R1 5A1A6A1R2 5A1AGA1R3 5A1A6A1R4 5A1A6A1S3 5A1A6A1S4 5A1A6A1S5 5A1A6A1S6 5A1A6A1W1 5A1A6A1A1 5A1PS1J1 5A2 5A2J2 5A2J3 5A2J4 5A2J5 5A2J12 5A2A2 GENERAL NOTES A. | | Indicated equipment marking. B. All NORMOFFRLY switches are shown set for normal system operation (NORM position) C A current path for energizing the CHANNEL DISABLED indicator is present when any NORMOFFRLY switch is set to RLY, ZONE 4D, 14D 90 8A 8B 8A 8B 9C 50,90 7B 7C 190 19C 18C 180 18C 190 i70 180 18C D All relays are shown with the coils de energized (normal system operation). SPECIFIC NOTES 1. Voltage is present at El, E2, E3, and E4 only when applicable NORM OFF-RLY switch is set to RLY 2 Voltage is present only when applicable NORMOFFRLY switch is set to RLY. 3. For ground path of relay coil terminal 2, see schematic diagram (figure 5 1 1). 4 50-ohm resistor is part of relay PARTS LOCATION INDEX REF DES R-RA-SR5 R-RAS>Wfc R-RA-SR7 R-RA-SR8 1J2 1W2P1 1A1A1 1A1FL1FL1 1A1FL1J1 1A1FL1K1 2J2 2W2P1 2A1A1 2A1FL1FL1 2A1FL1J1 2A1FL1K1 3J2 3W2P1 ZONE 5H m 5D 5C 4H 4H 3H 2G 4H 1G 4F 4F 3F 2E 4F IE 4D 4D REF DES 3A1A1 3E 3A1FL1FL1 2D 3A1FL1J1 4D 3A1FL1K1 ID 4J2 4C 4W2P1 4C 4A1A1 3C 4A1FL1FL1 2B 4A1FL1J1 4C 4A1FL1K1 IB 5W1 9H 5W1P2 9H 5W1P9 10H 5A1A2J1 1 18 5A1A3J1 12A 5A1A6W1 1 1H, 12B, 17H 5A1A6W1P1 5A1A6W1P2 5A1A6W1P3 5A1A6W1P7 5A1A6A1CR1 5A1A6A1J1 5A1A6A1R1 5A1A6A1R2 5A1A6A1R3 5A1AGA1R4 5A1A6A1S3 5A1A6A1S4 5A1A6A1S5 5A1A6A1S6 5A1A6A1W1 5A1A6A1A1 5A1PS1J1 5A2 5A2J2 5A2J3 5A2J4 5A2J5 5A2J12 5A2A2 ZONE 18H 12A 1 1B 11H.17H 14D 11H.17H 14F 13F I3F 12F 16H 16G 16F 16F 12H.17H 14H 18H 8H 6H 6F 6D 6C 8H 7H GENERAL NOTES A. | | Indicated equipment marking. B. All NORM OFF-RLY switches are shown set tor normal system operation (NORM position). C. A current path for energizing the CHANNEL DISABLED indicator is present when any NORM-OFF-RLY switch is set to RLY. D. All relays are shown with the coils de-energized (normal system operation). SPECIFIC NOTES 1. Voltage is present at El, E2, E3, and E4 only when applicable NORM-OFF-RLY switch is set to RLY. 2. Voltage is present only when applicable NORM-OFF-RLY switch is set to RLY. 3. For ground path of relay coil terminal 2, see schematic diagram (figure 5-11). 4. 50-ohm resistor is part of relay. 18 17 16 15 5A1PS1J1 PI / 30 P7 5A1A6A1J1 +20V- 31 32 33 -20V 5A1A6W1 A 18 17 16 15 14 13 12 5A1A6A1A1 (SEESCHEM, FIG 5-19) 12V (NOTE 2) ^ 5 I CHAN 1 E26 O- E27 O- E28 O- 5A1A6A1W1 A 5AIA6A1J1 P7 CHAN 2 CHAN 3 CHAN 4 E38I +12VO- +20V (NOTE 1) E24 -6.8V O- 5A1A6A1R1 U 5A1A6A1R2 3 5A1A6A1R3 L 5A1A6A1R4L ' 2 CH1 GAIN FRONT- | PANEL | SUBASSY CH2 GAIN E20 O +20V |E23 O -20V CHANNEL DISABLED 5A1A6W1 £* 50 5A1A6W1 ( ) P3 5A1A2J1 P2 5A1A3J1 CHAN-2MGC 11 10 CHAN-4 MGC CHAN-3MGC 11 10 CHAN-1 MGC 14 13 12 11 Figure 2-8.— Control diagram. 162.423 2-39 GENcRAl NOTE I Indicates equipment marking. SPECIFIC NOTES 1 When the equipment is shipped, the AC PWR circuit breakers are wired lor operation with 1 15-voll AC input power If 230- volt AC power is to be used, rewiring is necessary (see tables 8-1 and 8 2) 2 When the equipment is shipped, the 1 15/230-volt AC power control is wired for operation with 1 1 5 volt AC input power Spare power supplies are wired in the same manner If 230 volt AC power is to be used, rewiring is necessary (see tables 8-1 and 8-2) PARTS LOCATION INDEX REF OES ZONE R RPSR1 19G R RPSR2 19D 5W1 17G 5W1P1 17G 5W1P8 16G 5A1J2 16G 5A1A6W1 5G, 10G, 15G 5A1A6W1P1 5G.9G 5A1A6W1P8 4G.11G.14G 5A1A6A1 3H, 14H 5A1A6A1CB1 13G 5A1A6A1QS1 1G 5A1A6A1E2 3F.13F 5A1A6A1J2 4G, 11G, 14G 5A1A6A1M1 3G 5A1A6A1W2 4G.14G 5A1PS1 9H 5A1PS1E1 8E 5A1PS1E2 8F 5A1PS1E3 7E 5A1PS1E4 7F 5A1PS1E5 9F REF DES ZONE 5A1PS1J1 bG,9G 5A1PS1T1 7G 5A1PS1T2 7E 5A2 19H 5A2E3 19F 5A2E6 18F 5A2FL1 18G 5A2FL2 18G 5A2J1 19G 5A2J9 17G 5A2L1 18G 5A2L2 18G 6W1 17D 6W1P1 16D 6W1P3 17D 6A1J2 16D 6A1A5W1 5D.10D. 150 6A1A5W1P1 5D.90 6A1A5W1P7 40, 110, 14D 6A1A5A1 3E, 14E 6A1A5A1CB1 13D 6A1A5A10S1 1D 6A1A5A1E2 3C, 13C 6A1A5A1J2 40, T ID, 140 6A1A5A1M1 3C REF OES ZONE 6A1A5A1W2 40, 140 6A1PS1 90 6A1PS1E1 8A 6A1PS1E2 8B 6A1PS1E3 8A 6A1PS1E4 SB 6A1PS1E5 9C GA1PS1J1 5D.9D 6A1PS1T1 7B 6A1PS1T2 7C 6A2 190 6A2E1 19C 6A2E6 18C 6A2FL1 180 SA2FL2 18C 6A2J1 19D 6A2J6 i7D 6A2L1 180 6A2L2 18C 20 19 18 17 16 15 14 13 12 10 GEftcRAL NOTE J Indicates equipment marking. SPECIFIC NOTES 1. When the equipment is shipped, the AC PWR circuit breakers are wired for operation with 1 15 volt AC input power. If 230- volt AC power is to be used, rewiring is necessary (see tables 8-1 and 8-2). 2. When the equipment is shipped, the 1 15/230-volt AC power control is wired for operation with 1 1 5-volt AC input power. Spare power supplies are wired in the same manner. If 230 volt AC power is to be used, rewiring is necessary (see tables 8-1 and 8-2). REFDES ZONE R RPSR1 19G R RPSR2 19D 5W1 17G 5W1P1 17G 5W1P8 16G 5A1J2 16G 5A1A6W1 5G.10G.15G 5A1A6W1P1 5G.9G 5A1A6W1P8 4G,11G,14G 5A1A6A1 3H, 14H 5A1A6A1CB1 13G 5A1A6A1DS1 1G 5A1A6A1E2 3F.13F 5A1A6A1J2 4G, 11G.14G 5A1A6A1M1 3G 5A1A6A1W2 4G, 14G 5A1PS1 9H 5A1PS1E1 8E 5A1PS1E2 8F 5A1PS1E3 7E 5A1PS1E4 7F 5A1PS1E5 9F PARTS LOCATION INDEX REF DES ZONE 5A1PS1J1 66,96 5A1PS1T1 7G 5A1PS1T2 7E 5A2 19H 5A2E3 19F 5A2E6 18F 5A2FL1 18G 5A2FL2 18G 5A2J1 19G 5A2J9 17G 5A2L1 18G 5A2L2 18G 6W1 17D 6W1P1 160 6W1P3 17D 6A1J2 16D 6A1A5W1 5D, 100, 150 6A1A5W1P1 50,90 6A1A5W1P7 4D, 11D.14D 6A1A5A1 3E, 14E 6A1A5A1CB1 13D 6A1A5A10S1 1D 6A1ASA1E2 3C, 13C 6A1A5A1J2 40,110,140 6A1A5A1M1 3C REF DES ZONE 6A1A5A1W2 4D, 140 6A1PS1 90 6A1PS1E1 8A 6A1PS1E2 8B 6A1PS1E3 8A 6A1PS1E4 8B 6A1PS1E5 9C 6A1PS1J1 50,90 6A1PS1T1 7B 6A1PS1T2 7C 6A2 190 6A2E1 19C 6A2E6 18C 6A2FL1 18D 6A2FL2 18C 6A2J1 19D 6A2J6 17D 6A2L1 180 6A2L2 18C 5A2 FILTER-MULTIPLEXER (SEE SCHEM, FIG 5-21) 115/230 VAC, 47 TO 63 Hz FROM SHIP 1 SUPPLY 6A2 LOW-PASS FILTER (SEE SCHEM, FIG 5-31) PI I AC POWER J1 J6IP3 115/230 VAC, 47 TO 63 Hz FROM SHIP SUPPLY 7 R-RP-SR2 LI L2 -ElD— ■ [ED — E1 -1 E6 2~ ^ a. y- J 5W1 6W1 -ft P8 J2 -14- L i I I I -H- J P1 J2 u L -t-»- u j 5A1A6W1 ft_ 6A1A5W1 ft t7 P8 5A1A6A1 FRONT-PANEL ASSEMBLY (SEE SCHEM, FIG 5-18) AC PWR J2 3 L CB1 *•___ unei^kB LOAD 1 J2lP8 LINE 2, L0A0 2 E2 j_ L ^ E J^^_[^l _ LOAD 3J (NOTE 1) T0E2««- — f-»- 6A1A5A1 FRONT-PANEL ASSEMBLY (SEE SCHEM, FIG 5-28) AC PWR P7IJ2 I I u L CB1 LINE 1 s~p*. LOAD 1 J2 P7 LOAD 2 [_.. LINE2 ^TN 1 i "=q r E2 [LINE ^-sL^X J-OA03 J JL (NOTE 1) TO E2 « \J 5A1A6W1 __4^ ■4-!- C7 -f-»- 6A1A5W1 — A — I I 5A1A6W1 ft 6A1A5W2 t? ■U 5A1A6A1 FRONT-PANEL ASSEMBLY (SEE SCHEM, FIG 5-18) 6A1A5A1 FRONT-PANEL ASSEMBLY (SEE SCHEM, FIG 5-28) P7(J2 E2 Ml T ) ELAPSED TIME 20 19 18 17 16 15 14 13 12 10 Figure 2-9. — Power distribution diagram. 2-41 162.424 1 -T K ' 5 L 1 1 1IVK2). REFDES ZONE REFDES ZONE REF DES ZONE ARI 8G C37 8B L17 AR2 8D C38 8C L18 3F AR3 7D C39 7C C40 2A P1 9G CR1 7C C41 IB Q1 4F CI 7G El 90 Q2 5D C2 7G E2 IE Q3' 7C C3 6G E3 1F C4 6G E4 IB R1 4G C5 6G E5 7G E 4G C6 8F E6 5G R3 4F C7 8F E7 5G R4 3G C8 8F E8 8F R5 3F C9 7F E9 8F R6 4D CIO 7F E10 5F R7 4E C11 7F Ell 5F R8 4E C12 6F E12 3F R9 5E C13 6F E13 3F R10 6E C14 6F E14 3D R11 6D C15 6F E15 3D R12 7D C16 6F E16 9C R13 8D C17 5F E17 7C R14 9E C18 5F E18 2B R15 90 C19 4G R16 8C C20 4F L1 7G R17 8C C21 3G L2 6G R18 8C C22 3F L3 7F R19 7C C23 2F L4 6F R20 2B C24 2F L5 6F C25 2E L6 5F TP1 8C C26 2D L7 5F C27 4D L8 4F T1 3F C28 4E L9 3F T2 3E C29 5E L10 3D U1 C30 6D L11 4D U1 9F C31 6D L12 5E C32 6E L13 7E VR1 8B C33 8D L14 7D C34 8D L15 9E W1 8G C35 8E L16 8C C36 9C L17 IF OUT PO SIGNAL TRIPLEXER WITH BALUN L17 33 UH E4 M?V > lrai PWR - box ,0 REMOTE INDICATOR FUNCTION r DEPTH 1 9 ■ • 1 — POWER ON- OFF POWER ON LINE FUSES LOST TRACKING FAULT XMTR INDICATOR XMTR FAULT 30 LINES - DECIMAL DEPTH lUMl 1 9 1 8 4 LOST TRACKING XMTR FAULT LOST TRCK POWER ON -OFF POWER ON LINE FUSES AUTO/MANUAL SELECTOR MANUAL MANUAL CONTROL O ANALOG DEPTH I .-T SHIPS POWER 115VAC 400HZ, 10 Jl Hl> ■ a LOi C COM vtONt — ' 6 o MIN MAX FEET FATHOMS _ 1 CV-2465/UON-4 CONVERTER, DIGITAL TO ANALOG DIGITAL-TO ANALOG CONVERTER FUNCTION UNIT 1 i j UNIT 1 RT-888/UQN-4, RECEIVER - TRANSMITTER SONAR IJ4 r UNIT*2. AT-ZOOG'UON-1 *(J\ TRANSDUCER C P2 I i 4-4. X &••••••••*• * * • 2 ._.j © TRANSMIT-RECEIVE NETWORK L. !j3 SONAR OVERRIDE & EMISSION MONITOR VOLTAGE TRANSMIT PULSE RECEIVED ECHO . J 115VAC HI 60HZ 10 SHIPS POWER LO COA MON (7) POWER DISTRIBUTION FUNCTION POWER ON-OFF I POWER j ON >r \r v yr SELECTOR OVERRIDE fe=* ANTI -TUMBLE I SYNC NO. 3 SYNC NO. 2 SYNC NO. 1 1 TRANSMIT PULSE FREQUENCY - 12KHZ REP RATE IN PULSES PER MINUTE 120 - 600 FEET 20 - 600 FATHOMS 2 - 6000 FATHOMS TRANSMIT PULSE PULSE WIDTH 0. 33MS - 600 FEET 2. 91 MS -600 FATHOMS S.P. 26. 7MS - 600 FATHOMS L P. 20.0MS -6000 FATHOMS S.P. 160MS -600Q FATHOMS LP. V >r v v >r SYNC NO. 1 SYNC NO. 2 SYNC NO. 3 ANTI -TUMBLE SELECTOR OVERRIDE SONAR OVERRIDE ECHO | © SYNCHRONIZER FUNCTION KEEL REFERENCE RECORDER 'mARK FEET FATHOMS LAMP TEST MOTOR REFERENCE PULSE SELECTOR (?) TRANSMIT FUNCTION OUTPUT POWER LEVEL ^ -V« y ZA 7 »(/ / 8 i\^ / J% 0^ ■ 10 TRANSMIT TO EMISSION MONITOR STANDBY/RECEIVE REMOTE FATHOM INDICATOR -►+- ->-►- -*♦- REMOTE FEET INDICATOR ->-►- REMOTE LOST TRACKING INDICATOR REMOTE XMTR FAULT !©' DISPLAY FUNCTION LOST TRACKING STORE NO. 11 STORE NO. 2 t CLEAR NO. 2 1 CLEAR NO. 3 AUTO TRANSFER NO. 1 AUTO TRANSFER NO. 2 2.4KHZ -FEET 400HZ - FATHOMS -!AV- T T < •H7.2KHZ FATHOMS ^ | 7.2KHZ~^MARKING | ♦— < 6000 COUNT DELAY fi ECHO PAPER DRIVE PULLEY DRIVE © RECEIVE FUNCTION AUDIO LEVEL o MIN MAX HEADPHONE C3 RECORDER RECORDER ENABLED DISABLED ECHO ^ TVG PULSE RANGE GATE SET $ g3 ^ ^ RANGE GATE TRANSFER DEPTH I 9 8 4 DECIMAL DEPTH INFORMATION 40 LINES TO REMOTE INDICATORS AND D - A CONVERTERS *-*! 6000 COUNT DELAY UNIT 1 -*+- ->♦- •UNIT] I D-1566/UQV4 INDICATOR, DEPTH SHIPS POWER 115VAC |HU MHZ. 10 | L0 1 COMMON * ' JUNCTION • REFERENCE VOLTAGE SOS -26 SONAR J— ►- ANALOG DEPTH BOX 40 LINES - DECIMAL DEPTH COMMON (T\ REMOTE INDICATOR FUNCTION ■ DEPTH r 1 9 8 1 i POWER ON-OFF — •* POWER ON F. n Q ® LINE FUSES FEET FATHOMS XMTR FAULT INDICATOR XMTR FAULT 30 LINES DECIMAL DEPTH lUN COMMON FEET XMTR FAULT LOST TRCK N — ■ j-i ' CUIDC SHIPS POWER 115VAC 400HZ, 10 HI) LCl COMMON \ A Cr— 1 CV-2465/UON-4 CONVERTER, DIGITAL TO ANALOG '(K D*IG*I T*AL* TO ANALOG* CON*VE*RT*ER*FUNCT* ON * 1 9 1 8 4 LOST TRACKING POWER ON -OFF POWER ON Fl F2 Q Q LINE FUSES AUTO/MANUAL SELECTOR MANUAL MANUAL CONTROL I i,. . . j UNIT 1 UNIT 11 Figure 2-12. — FOMM overall function diagram. 2-45 162.429 a »nn M i Al | A I A| (A K|«2| A | A} — 1* *? i A? 1 A I A } — Ta 0|A3| A 1 a"T"a~ a- — -O JIMHIuliiI o g g ori | our|- ~as- HD i HID — Q A |A2 i 4 ow to kNCE es the ctives. dive's 162.432 Figure 2-13. — Maintenance dependency chart. 2-47 TOPIC 3 NAVY DIRECTIVES TOPIC OVERVIEW This topic describes the three types of Navy directives, and how to identify them. Following is an outline of the topic: 1. DEPARTMENT OF THE NAVY DIRECTIVES ISSUANCE SYSTEM, SECNAVINST 5215.1 Defines the three types of Navy directives and describes the characteristics of each. 2. DIRECTIVE IDENTIFICATION AND NUMBERING Describes the numbering system used to identify Navy directives. Covers the function of each of the five parts of a directive's identification number. NAVY DIRECTIVES Directives are instructions, notices, or change transmittals. They do one or more of the following: • Establish policy, organization, conduct, procedures, or methods. • Require action or furnish information needed to operate and manage Navy activities. • Provide authority or information that must be issued formally. DEPARTMENT OF THE NAVY DIRECTIVES ISSUANCE SYSTEM, SECNAVINST 5215.1 In an organization as large as the Navy, communication among the various levels of command is important. SECNAVINST 5215.1 establishes a simple, uniform plan for issuing and maintaining Navy directives. There are three types of Navy directives: (1) instructions, (2) notices, and (3) change transmittals. 3-1 Instructions An instruction is a directive that has continuing reference value, or requires continuing action that cannot be completed in less than 6 months. It is effective until the originator cancels or supersedes it. Figure 3-1 is a typical instruction. Notices A notice is a one-time or brief-natured directive that has a self-canceling provision. It has the same force and effect as an instruction, but usually DIRECTIVE IDENTIFICATION BLOCK DIRECTIVE DESIGNATION REFERENCES USED ENCLOSURES (IF INCLUDED) PURPOSE OF THE INSTRUCTION INSTRUCTIONS THAT ARE CANCELLED BY THIS INSTRUCTION BACKGROUND INFORMATION WHO IS RESPONSIBLE FOR ACTION ACTION EXPECTED FORMS THAT MAY BE NEEDED WHO GETS THIS INSTRUCTION DEPARTMENT OF THE NAVY NAVAL EDUCATION AND TRAINING PROGRAM DEVELOPMENT CENTER PENSACOLA. FLORIDA 32309 NETPMSA 5216.2 Code 101 11 Dec 1986 NETPMSA INSTRUCTION 5216.2 CORRESPONDENCE PROCEDURES AND PRACTICES (a) SECNAVINST 5216.5C (b) U. S. Navy Regulations, (c) SECNAVINST 5210.1 1C 1973 End: (1) Planning, Preparation and Handling of Official Correspondence 1. Purpose . To standarize preparation of official correspondence and provide policies and correspondence practices in the Naval Education and Training Program Management Support Activity (NETPMSA). 2. Cancel lation . NETPDCINST 5216. 2D and NETFIPCINST 5216. 2B 3. Pi scuss ion . The policies and correspondence practices discussed in enclosure (1) supplement reference (a), and are intended to show local governed procedures. 4. Responsibi I i ty . a. Designated personnel are urged to sign "By direction" on routine correspondence. Policy and "By direction" signature guidance will be followed as indicated in enclosure (1). b. Department Heads and Special Assistants will review for context and accuracy and intitial all outgoing correspondence prepared within their departments/offices for the Commanding Officer's signature. Initials followed by date will appear on Admin file copy. c. Administrative Services Division the Base Operations Support (BOS) Department will review outgoing official correspondence for compliance with existing directives, composition and processing. Control files will be maintained as set forth in enclosure (1). 5. Act ion . Department Heads, Special Assistants and p-rsonnel preparing or reviewing correspondence will familiarize themselves with the requirements of this instruction. References (a) through (c) and enclosure (1) will be strictly followed when preparing or handling correspondence. 6. Forms . Forms referred to in enclosure (1) may be obtained from local SERVMART, except OPNAV 5216/12S ( SN 0107-LF-062-2226 ) which is available through normal supply channels. Di str ibution list I 4 II aii clerical (NETPDCINST 5216.1 ) Figure 3-1. — A typical Navy instruction. 3-2 remains in effect for less than 6 months. It can never remain in effect for longer than 1 year. A notice usually requires a specific action, such as submitting a report, using a form, or following a specified procedure. The required action is canceled when the notice is canceled unless the action is incor- porated into another document, like an instruction. Figure 3-2 is a typical notice. Change Transmittals A change transmittal issues a change to an instruction or, under extenuating circumstances, a notice. Each change transmittal describes the nature of the changes it issues and gives directions for making them. A change transmittal SELF- CANCELLING PROVISION NOTICE IDENTIFICATION BLOCK DIRECTIVE DESIGNATION REFERENCES USED PURPOSE OF THE NOTICE BACKGROUND INFORMATION STATEMENT OF POLICY SPECIFIC REQUIREMEN ACTION EXPECTED INFORMATIO REGARDING CANCELLATI OF RETENTI WHO GETS THIS NOTICE DEPARTMENT OF THE NAVY NAVAL EDUCATION AND TRAINING PROGRAM DEVELOPMENT CENTER PENSACOLA. FLORIDA 32309 Cane frp: Jun 81 NAVOCEANCOM NOTICE 3140 Code W33 11 Dec 1980 Subj : UNITS OF MEASURE USED IN NAVAL OCEANOGRAPHY COMMAND PRODUCTS; POLICY CONCERNING 1. Purpose . To promulgate policy regarding units of measure (English, metric, etc.) in which NAVOCEANCOM products are provided. Previous governmental thrusts to adopt the metric system have caused some confusion regarding the preferred units in which NAVOCEANCOM envir- onmental support products are stated. This confusion was noted at a recent command operations conference and resulted in the following policy statement. NAVOCEANCOM activ ill provide information, support products and services only in those units of measure used by the fleet (or Navy shore activities, as appropriate) in order to avoid confusion and the need for tables and charts for conversion. NAVOCEANCOM activities will comply with the policy stated above. 5. Cancel I at ion . This notice may be retained after cancellation until the above policy is incl uded in a rev i s ion. of reference ( a ) . £./?./& Q-J& J J. R. McDONNELE V\ str i but i on : C40 Naval Oceanography Command Detachments FD 'Javal Oceanography Command Shore Activities Figure 3-2. — A typical Navy notice. 3-3 CHANGE TRANSMITTAL IDENTIFICATION BLOCK DIRECTIVE DESIGNATION' DEPARTMENT OF THE NAVY NAVAL EDUCATION AND TRAINING PROGRAM DEVELOPMENT CENTER PENSACOLA. FLORIDA 32509 PURPOSE OF THE TRANSMITTAL ACTION EXPECTED WHO GETS THIS CHANGE' TRANSMITTAL WHERE THIS CHANGE TRANSMITTAL IS STOCKED NSGINST 7132. 1H CH-1 GDV0348 16 Oct 1987 -► NAVSECGRU INSTRUCTION 7132.1H CHANGE TRANSMITTAL 1 From: Commander, Naval Security Group Command Subj: NAVAL SECURITY GROUP 04MN (OPERATION AND MAINTENANCE, NAVY) OPERATING BUDGET STATUS AND UNFUNDED DEFICIENCIES -► 1 . Purpose . To transmit change 1 to the basic instruction. 2. Action . Make the following pen and ink changes: a. Paragraph 3f, second sentence, change to read "With the exception of Sub-Activity groups (SAGs) GE (Signal Security), GF (Fleet Electronic Command and Control) GJ (Maintenance and Repair of Real Property and GK (Minor Construction and Alteration), there are no restrictions on the redistribution of budgeted funds within or among SAGs within the same appropriation subhead (.6920 or .6930); however, funds cannot be transferred from one subhead to another . " b. Add paragraph 3k as follows: "k. It is the Navy policy to limit minor construction expenditures (SAG GK) to 10 percent or less of Maintenance of Real Property (SAG GJ ) . It is recognized that security, safety or mission requirements could occasionally require abnormally high expenditures in SAG GK. Unusual construction requirements should be identified in the budget process. Construction expenditures exceeding 10 percent or higher shall not be executed without prior approval from this Headquarters." Distribution: NAVSECGRU List XI Copy to: NAVSECGRUDET Crane (2) NAVEDTRAPRODEVCENCORDIV Pensacola Stocked at: Commanding Officer Naval Security Station Directives Control (113) 3801 Nebraska Avenue, NW Washington, DC 20393-5210 S. W ^JACOBS Deputy Figure 3-3. — A typical Navy change transmittal. is canceled after the appropriate action is completed. Figure 3-3 is a typical change transmittal. DIRECTIVE IDENTIFICATION AND NUMBERING Each originating office identifies its directives by: (1) the originator's abbreviation; (2) the type of directive; (3) the subject identification number; (4) a consecutive number, preceded by a decimal point (for instructions only); and (5) an alphabetic suffix (for revisions to an instruction). 3-4 For ex ample: (1) (2) (3) (4) (5) SECNAV INSTRUCTION 5215 .1 A (Shortened, this reads SECNAVINST 5215. 1A.) Each directive has a subject identification number from the Department of the Navy File Maintenance Procedures and Standard Subject Identification Codes (SSIC), SECNAVINST 5210.11 (often called the SSIC Manual). This manual outlines the process to identify, arrange, file, and reference Navy and Marine Corps documents by subject. When instructions are classified, their subject identification numbers are prefixed by a "C" for Confidential and an "S" for Secret. (For example, SECNAVINST C5215.1A would be a Confidential instruction). SUMMARY Various levels of command establish operating policies and procedures. To effectively communicate these policies and procedures, they issue directives. Directives can be either long-lasting instructions, short-term notices, or change transmittals. Directives inform everyone of exactly what they're responsible for doing and when they're expected to do it. REFERENCES Directives Issuance System, SECNAVINST 5215. 1 , Chief of Naval Operations, Washington, DC, 1970. Department of the Navy File Maintenance Procedures and Standard Subject Identification Codes, SECNAVINST 5210.11, Chief of Naval Operations, Washinton, DC, 1982. 3-5 TOPIC 4 DRAWINGS AND BLUEPRINTS TOPIC OVERVIEW Drawings and blueprints are all around you. The floor plan of your shop, the block diagram of a digital computer, the schematic diagram of a receiver; all of these are examples of drawings and blueprints you'll frequently use. In this topic, you will learn how to identify and handle them. Following is an outline of the topic: 1. DRAWING AND BLUEPRINT IDENTIFICATION Describes how to locate and interpret the various parts of military drawings and blueprints. Defines terms and symbols used in each part. 2. ELECTRICAL AND ELECTRONICS BLUEPRINTS Describes the functions and purposes of the five types of electrical and electronics blueprints commonly used by CTMs. 3. AS-BUILT INSTALLATION DRAWINGS Describes the purpose and contents of this type of drawing. 4. HANDLING BLUEPRINTS Describes the procedures for proper handling and storage of blueprints. DRAWING AND BLUEPRINT IDENTIFICATION Drawings include a broad range of diagrams, schematics, and building plans. The type you'll use most often is the schematic drawing. Schematics are in technical manuals and other electronics information references like station drawings and installation plans. Blueprints are simply reproduced copies of drawings. The following paragraphs contain general information on the data you'll find on drawings and blueprints. Drawings and blueprints are prepared to meet established Military Standards (MIL-STDS). These MIL-STDS are listed in the Department of Defense Index of Specifications and Standards, issued 31 July of each year. 4-1 Table 4-1. — Common Drawing and Blueprint Standards NUMBER TITLE DOD-STD-100C Engineering Drawing Practices ANSI Y14.5M-82 Dimensioning and Tolerancing ANSI Y14.6-78 Screw Thread Representation MIL-STD-12D Abbreviations for Use on Drawings MIL-STD-14A Architectural Symbols IEEE STD 315-75 Graphic Symbols for Electrical and Electronics Diagrams MIL-STD-15 Part 2 Electrical Wiring Equipment Symbols for Ships Plans, Part 2 ANSI STD Y32.9-72 Electrical Wiring Symbols for Architectural and Electrical layouts IEEE STD 200-75 Reference Designations for Electrical and Electronics Parts and Equipment MIL-STD-17B Part 1 Mechanical Symbols Table 4-1 lists, by number and title, common MIL-STDS on drawings and blueprints that you'll use. PARTS OF MILITARY DRAWINGS AND BLUEPRINTS The parts of a military drawing are • Title block • Drawing number • Scale • Revision block • Part numbers • Zone numbers • Bill of material • Application block • Notes and specifications • Legend 4-2 N N DWG NO. 0101 46 CHECKED SUPVR DATE- EXAMINED DATE COMPLETED S//y6e AUTHORIZED TYPE OF DWG NEWPORT NEWS SHIPBUILDING & DRY DOCK CO. NEWPORT NEWS, VIRGINIA HULL DESIGN DIV FSCM NO. 43689 STRUCTURAL DEPT AIRCRAFT CARRIER CVAN 68 DOUBLE BOTTOM AFT OF FRAME 180 COMPARTMENT & ACCESS. APPROVED WORKING DRAWING FOR SUPERVISOR OF SHIPBUILDING USN SIZE CODE IDENT NO. I NAVSHIP SYSTEM COMMAND NO. H 8006^ 800 264-7557- -*& =1 FT I SHEET ! OF- - REV. m ^ mmm A ==r des. /e. //s9rSrft*''9y drwn. /e tf^Tfrfwy CHK. ^.Ij/.Acc^ SUPV. 7T/9- &asis2&tfr IN CHARGE £■ G<'9'V7~ "ISFACTORY TO DEPARTMENT OF THE NAVY NAVAL FACILITIES ENGINEERING COMMAND U.S. NAVAL STATION,WASHINGTON,D.C. mr/iu/ir/o/voftf£Wiwrm £/D£ 220-3*4 WASHINGTON MVy Y/l/W APPROV 4 FFICE^IN CHARGE DATE. CODE IDENT NO. APPROVED DATE 80091 PUBLIC WORKS OFFICER SCALE 4 = ' SIZE F FEC DRAWING NO. 1167420 SPEC. 8^805•/68 N By 82805 IsHEET / OF / Figure 4-1. — Examples of a blueprint title block. Title Block The title block contains the drawing number, the scale, the name of the part or assembly that the blueprint represents, and any other information required to identify the part or assembly. It is located in the lower right-hand corner of all drawings and blueprints. Example 1 of figure 4-1 is a NAVSEASYSCOM title block. Example 2 of figure 4-1 is a title block used by Naval Facilities Engineering Com- mand (NAVFACENGCOM) or Space and Warfare Systems Command (SPAWARSYSCOM). Title blocks also include the name and address of the government agency or organization preparing the drawing, the drafting record, the authentication, and the date of approval. 4-3 A title block having a blank space with a diagonal or slant line drawn across it indicates that the information usually in that space is either not required or is given elsewhere on the drawing. A revised drawing is identified in the title block by adding a letter to the original number, as shown in example 1 of figure 4-1. This blueprint was revised, so the letter "A" appears in the appropriate space in the title block. Drawing Number All Navy drawings and blueprints are identified by drawing numbers. The number normally appears in the title block, as shown in figure 4-1, but it can also be in other places on the drawing. It can be near the top border line in the upper corner, or on the back side at both ends so the number is visible when the drawing is rolled up. If a drawing has more than one sheet, the sheet number and number of sheets in the series is noted in the title block. For example, note that in the title blocks in figure 4-1, the sheet is labeled "sheet 1 of 1." Scale The scale of a drawing is in or near the title block. It gives the size of the drawing, as compared with the actual size of the part. The scale may be a ratio, such as 1" = 2", 1" = 12", and 1/2" = 1'. Or, it may be stated as full size, one-half size, one-fourth size, and so forth. If the scale of a blueprint is 1" = 2", this means each line on the print is reduced to one-half its actual size. If the scale is 3" = 1", each line on the print is enlarged three times its actual size. Very small parts are enlarged on drawings for clarity. Large objects are normally reduced in size to fit on standard-size drawing paper. Remember: NEVER MEASURE A DRAWING; USE THE DIMENSIONS! Always use dimensions, because the print may have been reduced in size from the original drawing, or you might not take the scale of the drawing into consideration. Also, paper stretches and shrinks as the humidity changes. The greatest source of error is in actually taking a measurement by laying a rule on the print itself. Play it safe and READ the dimensions on the drawing. Some drawings, such as maps, use graphic scales of the number of feet or miles represented by an inch on the drawing. This is often stated in fractions, such as 1/500. This means that one unit on the map is equal to 500 like units on the ground. A large-scale map has a scale of 1" = 10'; a map with a scale of 1" = 1000' is considered to be a small-scale map. Various types and shapes of scales are used in preparing drawings. Figure 4-2 shows four common types of scales: architect, engineer, metric, and graphic. Architect scales are divided into proportional feet and inches. See view A of figure 4-2. They are generally used in scaling drawings for machine and structural work. The triangular architect scale usually contains 1 1 scales, each subdivided differently. Six scales read from the left end, while five scales read from the right end. View A of figure 4-2 shows how the 3/16" subdivision of the architect scale is further subdivided into 12 equal parts, representing 1" each. The 3/32" is subdivided into 6 equal parts, representing 2" each. Engineer scales are divided into decimal graduations (10, 20, 30, 40, 50, and 60 divisions to the inch). See view B of figure 4-2. These scales 4-4 m'\n>\'\'\'\'uu\'\'y u\ ' \ '\u'\>\>\'\'\i\'V'^y \u'y t'Vi'\ g ,\-;\ ,V\ V,\ \t\ ,V,\ V,\ k mSgS& ® ARCHITECT SCALE niH'niun niiMMMninnn»i mnu ML— —ML—— g— — _H_ 58 . B VU1 TV' \ \ mAwAwWAmV^ ■BBk, J ® ENGINEER SCALE / — iiiii|iiii|iiii;iiii|iiii|iiii[iiii|iiii|iiii|iiiTjnii|im|im|iiiimii|iiii|iiii|iiii|iiii||iii[iiii|iiiiH^ v v 2' a' «' 5' »' ?' 8' »' j'o n v2 n A* »' prniii|iiniiii|iiiiiiiii|ini| * j\ t'7 M tt 3 .01 ) 10' 0.€ 6.Z &Z i|Z 9|J S,Z tiZ e,Z 3|Z I J 0,3 Oil 8 1 i,l 9,1 5A ( >C |! .1 S © METRIC SCALE 5' 10' .0 I' 2' 3' hstsstssHS SCALE HO.I SCALE H02 •"i 1 t' y SCALE NO. 4 SCALE N0.3 GRAPHIC SCALES Figure 4-2.— Types of scales. are used for plotting and map drawing and in the graphic solution of problems. Metric scales are for drawings and maps that use the metric system. See view C of figure 4-2. The metric scale is divided into centimeters and millimeters. To convert centimeters to inches : 2.54 centimeters (cm) equals 1 inch. 4-5 BILL OF MATERIAL ITEM NO. DESCRI PTION UNIT ASSEM BLY OR FSN NO. OUANTITI ES T R P NORTH 3 - l LIGHTING CIRCUIT - NAVFAC DWG NO. 213414 E A 3 016 3 3 3-2 POWER BUS , 1004 — NAVFAC DWG NO 504131 E A 3 4 7 i 1 3-3 RECEPTACLE CUT — NlvriC OWG NO 303668 E A 3 19 2 2 3-4 BOX, RECEPTACLE W/CLAMP FOR NON ME TALL 1 C SHEATH WIRE E A 3323- 102- 60 4 3 3 3-3 LAMP ELECTRIC, MEO BASE, INS 10 E FROSTED , 200 W , 120 V £ A 6240-180 "3 14 6 6 3-6 PLUG: ATTACHMENT, 3 WIRE, 13 AM P , 12 5 v. E A 3933 - 1 02 — 309 1 1 3 - 7 PLATE) BRASS, DUPLEX RECEPTACLE E A 3323 -600 -101 5 3 3 - a RECEPTACLE .DUPLEX, 3 WIRE.I3AMP, 1 I 3 V. EA 3 3 25 — 100— 102 3 3 3-9 ROD, GROUND, 3 /* " • 10-0" E A 3306 — 200 — 180 l 2 l 2 3-10 WIRE, NO 2 l/C STRANOEO , HARO DRAWN, BARE L B 6143 -l 34-200 3 2 3 2 3—1 1 SWITCH, SAFETY , IP , ST 30 AMP, 250 V , PLUO FUSE E A 5930- 142-401 2 f 3-12 CLAMP, GROUND ROD E A 3209—100 -101 l 3 1 3 3-13 SWITCH, SAFETY, 200 AMP, 250V, 3 P E A 3930- 201- 903 l 1 3-14 FUSE, RENEWABLE, 200 AMP , 2 50 V E A 3920— 100— 000 6 6 3-13 LINK, FUSE, 200 AMP, 230 V E A 3920— 100 — 00 1 6 6 FUSE PLUG, 30 AMP, 123V E A 392 — 100—102 l 2 1 2 Figure 4-3.— Bill of material. Graphic scales are lines subdivided into distances corresponding to convenient units of length on the ground or of the object represented by the drawing. See view D of figure 4-2. You can find them in or near the title block of the drawing. Drawings that use graphic scales can be reduced or enlarged. Neither will affect the relationship of the scale to the drawing. Revision Block When a drawing is revised, a letter is added to the original drawing number as shown in figure 4-1. Also, a separate revision block is used. This block (not shown) is located in the upper right-hand corner of the drawing. Revisions 4-6 noted in this block are dated and identified by a letter and a brief description of the revision. Part Number The part number on a blueprint is used the same way it's used in equip- ment technical manuals. Each part number identifies a separate part of an equipment or assembly. When a drawing is of only one part, the part number may be the drawing number. When more than one item is described on a drawing, unique identification of each item is provided by the addition of a dash and a suffix number (for example, part number 12345-6, is the sixth item of part number 12345.) A dash and a suffix number after a part number can also identify modified or improved parts. Find numbers are also used to help you identify parts on drawings. These numbers are cross-referenced to a parts list that gives the part number and nomenclature. On drawings where "left-handed" and "right-handed" parts are involved, the left-handed part is usually the one shown in the drawing. Above the title block, you may find a notation such as "159674 LH shown, 159674-1 RH opposite." This means that the part shown is the Left-Hand (LH) part, and the Right-Hand (RH) part is the mirror (reverse) image of the left-hand part. The suffix number after the LH part number (in this case, - 1) identifies the RH part number. Zone Numbers Zone numbers on drawings serve the same purpose as the numbers and letters printed on borders of maps — they help you locate a particular point. To find a point, you mentally draw horizontal and vertical lines from these letters and numerals to the point where these lines intersect. Large drawings may use the same system to help you locate a particular part, section, or view. Bill of Material The bill of material block on a drawing or blueprint lists the required parts by the appropriate number and any required materials. It often includes a list of standard parts known as a parts list or a schedule. Standard parts are commonly used items, such as machine bolts, screws, turnbuckles, rivets, pipefittings, and valves. A bill of material for an electrical plan is shown in figure 4-3. Application Block The application block on a drawing is usually near the title block. It identifies, directly or by reference, the larger units to which the part or assembly 4-7 02-12360 O^-i AN//WlQ-«+(v) NEXT ASS'Y USEO ON APPLICATION Figure 4-4. — Application block. on the blueprint belongs. See figure 4-4. The NEXT ASS'Y column in this block shows the drawing number or model number of the equipment's next larger (or higher) assembly. The USED ON column shows the model number or equivalent designation of the assembled units. Notes and Specifications Drawings contain all the information about an item or part that can be presented graphically (that is, in a drawing). But, more information is required by supervisors, contractors, manufacturers, and craftsmen that is not adaptable to the graphic form. Such information is generally given as notes and specifica- tions attached to the drawings. Notes are placed on drawings to give additional information needed to clarify objects on the blueprint. Leader lines identify the object being noted. Specifications are statements or documents that describe or list particulars, such as the terms of a contract, or the details of an item not shown on a blueprint or drawing. Federal specifications identify the characteristics of material and supplies used jointly by the Navy and other Government depart- ments. The DOD Index of Specifications and Standards lists all Federal specifications used as purchase specifications. Legend A legend explains or defines special symbols or markings on a drawing. The legend is usually in the upper right-hand corner of a drawing below the revision block. Figure 4-5 shows a legend for an electrical plan. ELECTRICAL AND ELECTRONICS BLUEPRINTS You will use electrical and electronics blueprints whenever you install, maintain, or repair electrical and electronics equipments or systems. This section describes the following types of electrical and electronics blueprints: • Pictorial wiring diagrams • Wiring (connection) diagrams • Schematic diagrams • Block diagrams • Single-line diagrams 4-8 FtXTURC* PLATE«(9Y<\) WATr*ouJ 13 5 60tiJ SL5 s /OOUJ -2* 5 /6CW so (SPEC.) J2-Wld Si (SP£C> /50 0J ONo.il © @ LEGEND *• Fluorescent fixture, 8 denote* circuit number, *^o denotes type komerun, ?-*\z wire in >£" conduit ■uhixss otherwise noted, j/^'conpuit in floor duplex receptacle SWlTCM J VVA-Y SWITCH CONDUIT IN FLOOR CONDUIT IN CEILING OUTLET BOX, FUTURE No. || TO BE INSTALLEp EXIT Ll&HT FLoop LI&HT Fire alarm siren BELL -4 WcM, I lO V. VIBRATIM* TYPE CLOCK OUTLET THERMOSTAT JUNCTION B«X fan, toilet room's Motor connection telephone outlet PLUfr IN MOUL07-* FlfcE ALARM SWITCH KOV. IIOVPUSW BUTTON FOR BELLS NOTE: SEE SPECIFICATIONS FOR DETAILED INFORMATION ON LIGHTING FIXTURES FLUORESCENT LIGHT DETAIL NO SCALE FIXTURE 50, MOW DAT! S6 /*.*/** stn*oC EmKTFTtOl wtvuiowaT BKTC aWROval DPW 0«A«MN« NO 54A0» ARCHITECT FttOj M«a P » O -Ysr- luiciu w mm i mci It- ■ • "OHOil VA- LAWRENCE 0. CAMMAC* NAVAL RESERVE ELECTRONICS FACILITY DANVILLE , KENTUCKY ELECTRICAL PLAN RISER DIAGRAM •w»o r« emir *# luttu no. eiiTot Figure 4-5. — Blueprint legend. 4-9 35 FOOT WHIP ANTENNA ANTENNA COUPLER CONTROL TELETYPE- POWER SUPPLY \ 1 1 ' HAND- SET r \ 1 i , 1 ANTENNA COUPLER CONTROL HAND- SET ,1 I ♦ i 1 HAND- SET TRANSMITTER SWITCHBOARD 1 RADIO TRANSMITTER | i i r i 1 I RF AMPLIFIER | TELEGRAPH | 1 1 1 riNOl i , KEY 1 CONTROL ' UNIT POWER SUPPLY 1 RADIO TRANSMIT' SET RECEIVER SWlTCHBOARO -n TTY POWER SUPPLY TTY PATCH PANEL RECEIVER ANTENNA PANEL I I TTY CONVERTeR ' ' TELETYPEWRITER RECEIVING UN IT SET Figure 4-9. — Communications system block diagram. 120 V 50 KW DC GEN. — , mamM 150V-60-VI 400 KW-3$ AC GEN. 120 V 60 KW DC GEN. LlTl LIGHTING GENERAL BUS ANO BATTLE POWER POWER TO 0R_ FROM SHORE TO EMERG. GEN. #2 i i i_tn r DC I BUS LIGHTING GENERAL BUS AND BATTLE POWER JL. TO EMERG. GEN.#I LEGEND A C. GENERATOR CIRCUIT BREAKER O.C. GENERATOR CIRCUIT BREAKER DC. BUS TIE CIRCUIT BREAKER AC BUS TIE CIRCUIT BREAKER A.C LIGHTING CIRCUIT BREAKER AC. BATTLE 8 GENERAL POWER CIRCUIT BREAKER EMERGENCY GENERATOR BUS CIRCUIT BREAKER SHORE POWER CIRCUIT BREAKER EMERGENCY GENERATOR CIRCUIT BREAKER AOB CASUALTY POWER BREAKER CASUALTY POWER TERMINAL Figure 4-10. — Single-line diagram. 4-12 UNIT I UNIT 2 NOTE: I PARTIAL REFER- ENCE DESIGNATIONS ARE SHOWN. PREFIX THE DESIGNATIONWITH UNIT NUMBER OR AS- SEMBLY DESIGNATION OR BOTH. I 1 (DESIGNATIONS IN SMALL RECTANGLES ARE EXPLANATORY. NOT PART OF ACTUAL DRAWING) Figure 4-11. — Application of reference designators. drawn between the blocks on the diagram show the interconnection relationship and order of signal or current flow. Figure 4-9 is an example of a block diagram. Single-Line Diagrams Single-line diagrams use single lines and graphic symbols to simplify a com- plex circuit or system. Figure 4-10 is an example of a single-line diagram. REFERENCE DESIGNATORS Reference designators are combinations of letters and numbers used to identify parts and components on electrical and electronics drawings. Figure 4-11 shows the application of reference designators. AS-BUILT INSTALLATION DRAWINGS Every Naval Security Group station keeps as-built installation drawings. These drawings illustrate the layout and provide data on a particular station. As-built drawings contain: • Site topography data. • Building floor plans, with room dimensions and usage information. 4-13 • Nomenclature, location, and functional interconnection of installed equipments. • Radio-Frequency (RF) and Audio-Frequency (AF) distribution system block diagrams. • Cross-connect schematics. • Primary and emergency power system diagrams. • Major operational systems and position pictorials. • Communications circuit single-line drawings. Equipment is identified on these drawings by its AN nomenclature or noun name. As-built drawings are prepared by the station's Electronic Field Activity (EFA). Some as-built drawings are major troubleshooting tools for analyzing system malfunctions when more than one equipment may be at fault. HANDLING BLUEPRINTS Blueprints are valuable permanent records. A few simple rules will preserve them: 1. Don't put them in strong sunlight, as they will fade. 2. Don't let them get wet or smudged with oil or grease. These ingredients seldom dry completely, thereby making the prints practically useless. 3. Don't make pencil or crayon notations on a print without proper authority. If you are instructed to mark a print, use an appropriate colored pencil, and make the markings a permanent part of the print. Yellow is com- monly used for marking prints with blue backgrounds (blueprints). 4. Don't forget to put prints back into their correct file. By stowing them properly, you can find them when needed. Most blueprints you use will be properly folded. However, some newly received blueprints may be unfolded or improperly folded. The method of folding blueprints depends upon the type and size of the identifying marks on the blueprints. Preferably, you fold blueprints with the identifying marks at the top when filing them vertically, and at the bottom right-hand corner when filing them horizontally. Construction blueprints are normally stored in rolls. REFERENCES Electronic Circuits Handbook, NAVSEA SE000-00-EIM-120, Naval Sea Systems Command, Washington, DC, December 1972. Reference Data Handbook, NAVSEA SE000-00-EIM-140, Naval Sea Systems Command, Washington, DC, January 1972. General Maintenance Handbook, NAVSEA SE000-00-EIM-160, Naval Sea Systems Command, Washington, DC, January 1981. 4-14 Blueprint Reading and Sketching, NAVEDTRA 10077-F, Naval Education and Training Program Development Center, Pensacola, FL, 1981. Introduction to Electrical Conductors, Wiring Techniques, and Schematic Reading, Module 4, Navy Electricity and Electronics Training Series, NAVEDTRA 172-04-00-85, Naval Education and Training Program Development Center, Pensacola, FL, 1985. DOD Index of Specifications and Standards, Department of Defense, Washington, DC, published annually as of 31 July. 4-15 APPENDIX I CTM ADMINISTRATION PUBLICATION AND INSTRUCTION REFERENCE LIST The following publications and instructions will assist you in doing your job. Explanations of the ordering notes used in the list are at the end of this appendix. TITLE REFERENCE NUMBER Abbreviations for Use on Drawings and MIL-STD-12-D in Specifications, Standards, and Tech- nical Documents ORDERING NOTES (3) Afloat Shopping Guide (ASG) Section 1 Section 2 Section 3 Section 4 Section 5 Section 6 Afloat Supply Procedures Bibliography for Advancement Study Commercial and Government Entity (CAGE) Code Handbook Consolidated Subject List COSAL Use and Maintenance Manual Deckplate NAVSUP 4400 FSG 20-49 0588-LP-460-1100 FSG 51-56 0588-LP-460-1200 FSG 59 0588-LP-460-1300 FSG 61-73 0588-LP-460-1400 FSG 75-84 0588-LP-460-1500 FSG 91-99 0588-LP-460-1600 NAVSUP 485 0530-LP-485-0210 NAVEDTRA 10052 0502-LP-050-2650 DOD HBK H4/H8 0581-LP-004-2020 NAVPUBNOTE 5215 (2) SPCCINST 4441.170 (1) NAVSEASYSCOM Periodical (3) T-0051-XX-DKP-XXX Department of the Navy Directives Issuance System Consolidated Subject Index Department of the Navy File Maintenance Procedures and Standard Subject Iden- tification Codes (SSIC) NAVPUBNOTE 5215 SECNAVINST 5210.11 (2) (2) AM TITLE REFERENCE NUMBER ORDERING NOTES Department of the Navy Information and OPNAVINST 55 10. 1 Personnel Security Program Regulation Department of the Navy Metrology and SECNAVINST 4355. 1 1 Calibration (METCAL) Program Disposal of Navy and Marine Corps SECNAVINST 5212.5 Records Electric Shock, Its Cause and Prevention Electronics Installation and Maintenance Books (EIMB) None SE-000-00-EIM-XXX Engineering Information Bulletin (EIB) Complete set (all existing EIBs) NAVSEA S0111-XX-EIB-XXX Enlisted Personnel Distribution Profes- sional Bulletin (LINK) Equipment Identification Code Master Index (EIC) FA THOM Surface Ship and Submarine Safety Review FSC Groups and Classes: Part I FSC Numeric Index of Classes and Alphabetic Index, Part 2 GSA Supply Catalog Guide for User Maintenance ofNA VSEA Technical Manuals Installation Criteria for Shipboard Se- cure Electrical Information-Processing Systems Introduction to Federal Supply Catalogs and Related Publications List of Items Requiring Special Handling (LIRSH) List of Training Manuals and Corre- spondence Courses NAVPERS 15980 MSO 4790.E2579 None DOD HBK H2-1 DOD HBK H2-2 Mailing List Code OSSC-0001 S005-AA-GYD-030/TMMP MIL-STD 1680B NAVSUP 4000 NAVSUP 4105 NAVEDTRA 10061-AS Management Data List— Navy (ML—N) NAVSUP 4100 (2) (2) (2) 0900-LP-007-9010 (5) (5) (1) AUTOVON 430-2793 AUTO VON 465-7449 0581-LP-002-1075 0581-LP-002-2080 (1) 0910-LP-007-4000 (3) 0588-LP-4 11-2000 0588-LP-005-0035 0502-LP-050-3096 0588-LP-41 1-1000 AI-2 TITLE REFERENCE NUMBER ORDERING NOTES Manual of Navy Enlisted Manpower NAVPERS 18068E Personnel Classifications and Occupa- tional Standards Section 1 NAVPERS 18068E Section 2 NAVPERS 18068E 0500-LP-453-0085 0500-LP-453-0131 Manufacturer Designation Symbols None 0967-LP- 190-40 10 Master Cross-Reference List (MCRL) Part 1 MCRL— N-l Part 2 MCRL— N-2 Part 3 MCRL— N-3 0588-LP-002-1000 0588-LP-002-1500 0588-LP-002-1600 Master Index of Allowance Parts List None (MIAPL) AUTO VON 430-5160 Master Repairable Items List (MRIL) NAVSUP 4107 0588-LP-410-2600 Metrology Automated System for Uni- OPNAV 43P6A form Recall and Reporting (MEASURE) User's Manual AUTOVON 961-7816 Metrology Requirements List (METRL) NA- 1 7-35-MTL METRL METRL, Field Calibration Activity 0817-LP-106-8270 0969-LP- 133-2020 MILSTRIP/MILSTRAP Desk Guide NAVSUP 409 0530-LP-409-0020 Naval Electronics Systems Command NAVELEXINST 9690.3 Metrology and Calibration Program (2) NA VSHIPS Technical Manual General S9096- AA-STM-0 1 Publications Index and User's Guide 0901-LP-001-0010 and (5) Navy Stock List of Publications and NAVSUP 2002 Forms (Microfiche) 0535-LP-004-0100 Nomenclature Assigned to Naval Elec- None tronic Equipment Volume 1 None Volume 2 None 0967-LP-31 1-9010 0967-LP-3 11-9020 Publications Applicability List (PAL) NAVSEA 4000-3 Ship-tailored from NAVSEAINST 4000.4 AUTOVON 360-4425 Safety Precautions Afloat OPNAVINST 5100.19 (2) Safetyline (A Professional Shore Safety NAVSAFECEN Bulletin) AUTOVON 564-7558/ 564-7209 AI-3 TITLE REFERENCE NUMBER ORDERING NOTES Shipboard Antenna System Volume 1, Fundamentals Volume 3, Communications and Couplers Volume 4, Testing and Maintenance Volume 5, Data Sheets Shipboard Bonding, Grounding, and Other Techniques for Electromagnetic Compatibility and Safety Shipboard Electromagnetic Shielding Practices Handbook Ship's 3-M Manual Ship's Portable Electronics/Electrical Test Equipment Requirements List (SPETERL) Standard General-Purpose Electronic Test Equipment (GPETE) Standard Organization and Regulations of the U.S. Navy Technical Manual Identification Numbering Systems (TMINS) Uniform Material Movement Issue Priority Systems (UMMIPS) MIL-STD-1310 0967-LP-177-3010 0967-LP-177-3030 0967-LP-177-3040 0967-LP-177-3050 (3) S9407-AB-HBK-010 0910-LP-047-6300 OPNAVINST 4790.4 (2) NAVSEA Code 06 AUTOVON 222-7747 MIL-STD-1364 (3) OPNAVINST 3120.32 (2) M0000-00-IDX-000/TMINS 0518-LP-OOO-OOOO OPNAVINST 4614.1 (2) ORDERING NOTES • • • (1) Order from issuing activity/originator. (2) Use NAVSUP 1205. (3) Use DD-1425. (4) Use DD-1358/1250. (5) See NAVSUP 2002 for specific FSN. * See NAVSUP 2002 for further guidance for requisitioning publications. AI-4 APPENDIX II ABBREVIATIONS AND ACRONYMS ADP. — Automated Data Processing AEMO. — Assistant Electronics Material Officer ATE. — Automatic Test Equipment EIB. — Engineering Information Bulletin EIC. — Equipment Identification Code EIMB. — Electronic Installation Maintenance Book EMI. — Electromagnetic Interference EMO.— Electronics Material Officer B BIT.— Built-in-Test BITE. — Built-in-Test Equipment FACS. — Facilities (usually refers to FACS Book, Facilities Book) FCIG. — Field Change Identification Guide FOMM. — Functionally Oriented Maintenance Manual CAGE. — Commercial and Government Entity CE. — Compromising Emanations CEIB.— Confidential EIB cm. — centimeter COMSEC. — Communications Security CSN. — Circuit Symbol Number CT. — Cryptologic Technician CTA. — Cryptologic Technician (Administrative) CTI. — Cryptologic Technician (Interpretive) CTM. — Cryptologic Technician (Maintenance) CTO. — Cryptologic Technician (Communication) CTR. — Cryptologic Technician (Collection) CTT. — Cryptologic Technician (Technical) GPETE. — General-Purpose Electronic Test Equipment H HF. — High Frequency D DIA. — Defense Intelligence Agency DIAM. — Defense Intelligence Agency Manual DOD. — Department of Defense LCPO.— Leading Chief Petty Officer LF. — Low Frequency LH.— Left Hand LPO.— Leading Petty Officer M ECC. — Enlisted Correspondence Course EFA. — Electronic Field Activity MDC. — Maintenance Dependency Chart MDS. — Maintenance Data System MF. — Medium Frequency MIL-STD.— Military Standard AII-1 N NAVEDTRA.— Naval Education and Training publication NAVELEX. — Naval Electronic Systems Com- mand (usually a publication) NAVFACENGCOM.— Naval Facilities Engineer- ing Command NAVPERS. — Naval Personnel (usually a manual) NAVSEA. — Naval Sea Systems Command (usu- ally a publication) NAVSEASYSCOM.— Naval Sea Systems Com- mand NAVSECGRU.— Naval Security Group NAVSECGRUINST.— Naval Security Group Instruction NEC. — Navy Enlisted Classification NEETS. — Navy Electricity and Electronics Training Series NESEA. — Naval Electronics Systems Engineering Activity NETPMSA. — Naval Education and Training Program Management Support Activity NRTC. — Nonresident Training Course NSGTP.— Naval Security Group Training Publi- cation NSN.— National Stock Number PMS. — Planned Maintenance System R RADIAC. — Radioactivity Detection Indication and Computation REFDES. — Reference Designation RH.— Right Hand SCI. — Sensitive Compartmented Information SECNAVINST.— Secretary of the Navy Instruction SPA WARS YSCOM.— Space and Naval Warfare Systems Command SPETE. — Special-Purpose Electronic Test Equip- ment O TAMS. — Test and Monitoring Systems OCC. — Officer Correspondence Course OJT. — On-the-Job Training OPNAVINST.— Chief of Naval Operations Instruction VLF. — Very-Low Frequency AII-2 INDEX Abbreviations & acronyms, AII-1 to AII-2 Advancement study for CTs, 1-7 Application block, 4-7 to 4-8 As-built installation drawings, 4-13 to 4-14 Assistant electronics material officer/leading CTM, 1-10 B Bill of material, 4-6 to 4-7 Block diagrams, 4-10, 4-12 Blueprints & drawings, 4-1 to 4-15 Change transmittals, 3-3 to 3-4 Classified publications security, 2-2 to 2-5 Communications systems block diagram, 4-12 Compromising emanations, 2-5 Computer basics, 2-18 Computer operations, 2-4 Computers & office machines, 1-12 Connection diagrams, 4-10 Control diagram, 2-39 CT rating, 1-3 to 1-7 CTA rating, 1-3 to 1-4 CTI rating, 1-4 CTM branch, 1-1 to 1-13 CTM duties, 1-12 CTM organization, 1-7 to 1-12 CTM rating, 1-6 to 1-7 CTO rating, 1-4 to 1-5 CTR rating, 1-5 CTT rating, 1-5 to 1-6 D Division personnel, 1-10 Drawing number, 4-4 Drawings & blueprints, 4-1 to 4-15 EIC master index, 2-33 Eight-chapter manuals, 2-18 to 2-26 EIMB general information, 2-10 to 2-14 Electrical & electronics blueprints, 4-8 Electrical & electronics publications, 2-1 to 2-47 Electrical & electronics reference & study materials, 2-8 to 2-33 Electronic safety, 2-7 Electronics installation & maintenance, 2-7 Electronics installation & maintenance hand- books, 2-10 to 2-15 Electronics maintenance department, 1-9 to 1-11 Electronics maintenance department chain of command, 1-11 Electronics material officer/department head, 1-10 Electronics technical manual, 2-6 Emanations, 2-5 Emergency destruction, 2-5 Enlisted rating structure, 1-2 Equipment technical manuals, 2-18 to 2-29 Files & records, 1-12 FOMM, 2-26 to 2-29 FOMM overall function diagram, 2-45 Directive identification & numbering, 3-4 to 3-5 Directive Issuance System, 3-1 to 3-4 H Handling blueprints, 4-14 INDEX- 1 Identification of drawings & blueprints, 4-1 to 4-14 Instructions, 3-2 Pictorial wiring diagrams, 4-10 Power distribution diagram, 2-41 Publication & instruction reference list, AI-1 to AI-4 R Leading chief petty officer/division chief, 1-10 Leading petty officer, 1-10 Legend for drawings & blueprints, 4-8 to 4-9 Logistics management, 2-6, 2-31 Reference designators, 4-13 Reference materials, 2-8 to 2-33 Revision block, 4-6 M Maintenance administration, 2-31 to 2-33 Maintenance dependency chart, 2-47 Maintenance material management, 2-32 Maintenance schematic diagram, 2-43 Metrology, 2-31 MIL-STD publications, 2-30 N Naval organization, 1-9 NAVELEX publications, 2-15 to 2-17 NAVSEA publications, 2-10 to 2-15, 2-29, 2-34 NAVSECGRU tech notes, 2-29 Navy chain of command, 1-8 Navy directives, 3-1 to 3-5 NEC structure, 1-2 to 1-3 NEETS, 2-8 to 2-9 Notes & specifications, 4-8 Notices, 3-2 to 3-3 Safety publications, 2-5 to 2-7 Scales, 4-4 to 4-6 Schematic diagrams, 4-10 to 4-11 SCI security manual, 2-3 SCIFs, 2-4 Security & emergency destruction, 2-5 Security of classified publications, 2-2 to 2-5 Security of computer operations, 2-4 Security of SCIFs, 2-4 Security program regulation, 2-2 Shore activity chain of command, 1-9 Signal flow diagram, 2-37 Single-line diagram, 4-12 to 4-13 Standards for drawings and blueprints, 4-2 Study materials 2-8 to 2-33 Technical publications corrections & changes, 2-33 to 2-34 Title block, 4-3 O Office machines & desktop computers, 1-12 W Wiring diagrams, 4-10 to 4-11 Part number, 4-7 Parts of drawings & blueprints, 4-2 to 4-8 Zone numbers, 4-7 •U 8 GOVERNMENT PRINTING OFFICE 1869-631-071/80052 INDEX-2