MIL-STD-1343(NAVY) 1 JULY 1969 MILITARY STANDARD …

MIL-STD-1343(NAVY)1 JULY 1969

MILITARY STANDARD

GLOSSARY OF TERMS FORELECTRONIC AND WEAPONS CONTROL

INTERFACE FUNCTIONS(NAVAL SHIP COMBAT SYSTEMS)

FSC EDS

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MIL-STD-1343(NAVY)1 July 1969

DEPARTMENT OF DEFENSE

WASHINGTON, D. C. 20301

Glossary of Terms For Electronicand Weapons Control InterfaceFunctions (Naval Ship CombatSystems)

MIL-STD-1343(NAVY)

1. This Military Standard is mandatory for use by all interested Commandsof the Department of the Navy.

2. Recommended corrections, additions, or deletions should be addressedto Commander, Naval Ship Engineering Center, Department of the Navy, CenterBuilding, Prince Georges Center, Hyattsville, Maryland 20782.

ii



FOREWORD

The purpose of this standard is to establish uniform terms for electronicand weapons control interface functions to be used in engineering interfacedocumentation, in order that engineering, procurement, inspection and otherinterested personnel of the Department of Defense and defense contractorswill utilize the same terminology where applicable.

Compliance with this standard will promote uniformity among and withinthe services as to the nature of the function named and will tend to reducemisunderstandings or disagreements as to the meaning of a term when used.

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CONTENTS

PARAGRAPH

11.11.21.2.11.2.21.2.3

22.12.22.32.4

33.13.23.2.13.2 .23.2.33.2 .43.33.3.13.3 .23.3.33.3 .43.3.53.3 .63.3.7

44.14.24.3

4.4

55.15.25.35.4

GeneralscopeExplanatory NotesGeneralUser QualificationsAdditional Required Documentation

DefinitionsInterfaceInterface FunctionNaval Ship Combat SystemSystem Interfaces

Building the GlossaryOrganizing the Interface FunctionThe Glossary FormatPart I - TermsPart II - Term ModifiersPart III - Key Word IndexPart IV - Code IndexConventionsConstruction of TermsTerm ModifiersCross ReferencesUse of the Symbol (+)Special Provisions to Aid AlphabetizationKey Word IndexCode Index

Guidelines - How to Use the GlossaryApplicationTo Determine the Meaning of a Term Already DocumentedTo Determine the Correct Term, Knowing the Description of anInterface FunctionTo identify a Term or Modifier by its code Number

GlossaryPart I - Interface Functions (Terms)Part II - Term ModifiersPart III - Key Word IndexPart IV Code Index

PAGE

111111

11122

22446667799

10101111

12121414

16

191989

105133

v



CONTENTS (Cont’d)

PAGE

FIGURES

123

I

System InterfacesBasic Weapons Control SystemThe Hierarchy Structure

TABLE

Coding Structure

vi

35

17

13



1. General.

This Standard contains standard terms for the interface functionswhich may be designed to flow through the interfaces of naval ship combat systemsexcept for the Fleet Ballistic Missile (FBM) system, for which see NAVORD0D17665, FBM Weapon System Standard Nomenclature List.

1.2 Explanatorv Notes.

1. 2.1 General. This glossary provides a list of standard electronic and weaponscontrol interface function terms to be used in engineering interface documentation.Each term is individually defined in order to make its meaning clear and uniqueamong all the other terms. Each term is presented along with its description ofits interface function. Flexibility is provided by term modifiers, which are sup-plied to be used to amplify or refine the meaning of any term when appropriate.Ease of entry, coupled with efficiency in the location of the proper term, is en-hanced by liberal cross-referencing and by a complete Key Word Index. Thematerial is designed for ready handling by automatic data processing methods,which insures ease of updating to maintain currency.

1.2.2 User qualifications. The user is presumed to be conversant with engineer”ing practice in the field of naval ship combat systems. He is also presumed tounderstand the principles of interface documentation and to have studied thisStandard, particularly the rationale of term construction, the glossary format,and the guidance on how to use the glossary.

1.2.3 Additional required documentation. It is necessary that the technicalpersonnel, who are preparing interface documentation for a particular naval shipcombat system, select the applicable terms, and, in addition, list the pertinenttechnical data needed to properly describe them within the framework of that spe-cific installation.

2. Definitions.

2.1 Interface. An interface is an inter- or intra-ship system componentboundary through which flows functional information or physical action/relationwhich causes such ships, systems, or system components to be mutually depen-dent or responsive.

2.2 Interface Function. An interface function is a unit of functional infor-mation or physical action/relation which flows through an interface. It is a dis-crete electrical, electronic, or mechanical information identity or action identitythat can be defined by its characteristics or time relationship.

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2.3 Naval Ship Combat System. A naval ship combat system is a certainsystem complex made up of those surveillance and sensor subsystems, commandand communications subsystems, weapons control subsystems, and weapons materialsubsystems, which is required to perform the assigned target destruction missionsof the ship.

2.4 System Interfaces. The system interfaces for which standard terms areprovided in this glossary are identified in Figure 1.

3. Building the glossary.

3.1 Organizing the interface functions. An analysis of the nature of the elect-ronic and weapons control interface functions used in naval ship combat systemswas necessarily undertaken prior to starting detailed work on this glossary. Theanalytical process is described briefly below.

3. 1.1 The interface functions, upon analysis, were determined to belong in thefollowing major categories:

(a)(b)(c)(d)(e)

Weapons control dataEquipments configurationWeapon considerationsAncillary data. inputsPower (energy) inputs

3. 1.2 The interface functions which belong in the major categories listed abovewere also found to possess definite functional characteristics, as well as an amen-ability to logical structuring into “family” groupings. A detailed explanation ofthe “families” and the hierarchical structuring of terms is given in paragraph 3.3.Using the category listing shown above in 3.1.-1, the functional familydeveloped as follows:

(a)

(b)

(c)

(d)

(e)

Weapons control data

Equipments configuration

Weapon considerations

Ancillary data inputs

Power (energy) inputs

-Range data.-Bearing data-Elevation data-Mode-Designation

substructure

-Equipment situations-Weapon selection-Weapon orders-Weapon repeatback indications- Intelligence (radio, IFF, etc.)-Vehicle information(motion, etc.)-Ship service-Reference

2



SYSTEM INTERFACES

For Which Standard Interface Function Terms Are Provided

NOTE: ARROW HEADED LINES BETWEEN BOXES REPRESENT SYSTEMINTERFACES. ARROWS SHOWTHE DIRECTION OF INTERFACEFUNCTION FLOW.

FIGURE 1

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MIL-STD-1343(NAVY)l July 1969

3.1.3 As can be seen from Figure 2- Basic Weapons Control System - thefactors of:

(a)(b)(c)

Acquisition and trackingComputation and prediction, andWeapons positioning

are the basic elements in the weapons control problem. The interfaces involved,which are described in this Standard, are also delineated in Figure 2.

3 .1 .4 This analysis permitted a logical structuring of the interface functionterms, pointed the way to the type of glossary described in the following para-graphs, and resulted in a flexible system which will take care of any interfacefunctional situation which is foreseen. It provides the ability to locate the pro-per specific functional term and to add to it, when required, certain general orspecific term modifiers to complete the required definitive meaning for the par-ticular application in the particular ship. The terms and term modifiers do notprovide the total data needed for interface documentation. The details of thesignal parameters, the units involved, etc., must be supplied by the technicalpersonnel preparing the interface documentation.

3.2 The glossary format. The working text is presented in paragraph 5.A general description is given in the following subparagraphs. Reference is made,where appropriate, to the detailed description of the conventions and guidelinesused, contained in the pertinent subparagraphs.

3.2.1 Part I -- Terms.

3.2.1.1 The terms appear in alphabetical order, letter-by-letter (see 3. 3. 3).They have been structured in such a way that alphabetization arranges relatedterms conveniently together.

3.2.1.2 Certain terms are presented as numbers of a hierarchy which includesthose term modifiers most applicable to that hierarchy (see 3.3.1.2). ‘This pro-vides the following:

(a) The logic framework aids in the listingof all the useful terrns in a given subjectarea.

(b) It permits the selection of standard termsof several levels of generality.

(c) It provides an economical and convenientlisting.

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BASIC WEAPONS CONTROL SYSTEM

THE INTERFACES THROUGH WHICH THE WEAPONS CONTROL FUNCTIONS FLOW ARE:

1. BETWEEN THE COMPONENTS - TRACKING, COMPUTATION AND POSITIONING

2. BETWEEN UNITS OF THE ABOVE COMPONENTS

3. FROM ANCILLARY EQUIPMENT TO THE COMPONENTS OR UNITS

- ANCILLARY INPUTS (POWER, GYRO, ETC.)

FIGURE 2

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3.2.1.3 Certain other terms are presented as members of small families (see3.3.1.3). These are really members of various hierarchies, but the numberof terms comprising the individual hierarchies is small enough to be easilymanageable, so the flexibility and compression of the formal hierarchy approachis not required. Again, term modifiers provide for more definitive descriptionsand flexibility for the particular usage in interface documentation.

3.2.1.4 The remainder of the terms are discrete terms, given with their individual,unique descriptions (see 3.3.1.4). Here, again, term modifiers should be usedto provide a more definitive description when required for the particular usage ininterface documentation.

3.2.1.5 Each term is followed by its unique description which is given in dictionarystyle.

3.2.1.6 Where appropriate, cross references follow the glossary listings (see3.3.3).

3 .2 .2 Part II -- Term Modifiers.

3.2.2.1 Term modifiers are listed alphabetically in Part II with their definitions.

3.2.2.2 Term modifiers are used to amplify or further refine the description of aterm selected from Part I. As given in Part II, the term modifiers, although prop-erly defined, individually stand alone out of context, but when added to a termand thereby placed in context, any possible ambiguity is removed.

3.2.2.3 Any term modifier listed is intended for use with any term where appro-priate. The list includes all the term modifiers contained in Part I in associationwith the several hierarchies of terms, and additional term modifiers which havebeen selected as having general applicability (see 3.3.2). All term modifiersare also listed in Parts I and III for convenient reference.

3.2.3 Part III -- Key Word Index.

3.2.3.1 The key word index provides for ready identification and location of anyterm by searching the index with any significant key word contained in the term(see 3.3.6).

3. 2.4 Part IV -- Code Index.

3.2.4.1 Each term and each term modifier has been assigned a code number foruse in interface documentation when required. This provides for the quick identi-fication of any term or term modifier when the code number is known (see 3.3.7).

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3.3 Conventions.

3 .3 .1 Construction of terms. Terms considered for listing in the glossary,upon analysis, were found to normally contain three term elements. Thesewere:

Element Sequence

(a) What is it? Level 1

(b) What type is it? Level 2

(c) What is its source? Level 3

Some terms, as given, do not have all three elements, but upon careful thoughtit will be seen that the missing elements are implied, but due to common usage,are normally omitted. Since the only reasonable method of entering any glossaryis via the alphabet, terms have been structured with this in mind.

3.3.1.1 General. The terms are usually composed of the three term elementslisted above, and are presented in sequential order, with ‘the elements separatedby commas, thereby providing easy alphabetical search. Details of the con-struction of the terms, as well as the conventions which materially assist in theunderstanding and effective use of the glossary, are given below.

3.3.1.2 Hierarchies of terms. Where appropriate, the terms are organizedinto hierarchies in order to exploit the advantages described in 3.2.1.2 preceding.The hierarchy structure appears in Part I before any term of that hierarchy.An example is shown in Figure 3, a fold-out at the end of paragraph 4. Notethat Level 1 of the hierarchy appears without a symbol. Level 2 is preceded byone dot, Level 3 by two dots, and Level 4 (labeled TERM MODIFIERS) by three dots.Figure 3 also includes an explanatory chart of this notation. . The hierarchystructure permits the ready generation of terms at four levels. For example,from Figure 3:

Level 1: RANGE (TARGET)

Level 2: RANGE (TARGET), LOS

Level 3: RANGE (TARGET), LOS, OBSERVED

Level 4: RANGE (TARGET), LOS, OBSERVED, RELIABLE

Note that only one term element is selected at each of levels 1, 2, and 3. Morethan one term modifier (level 4) may be selected as explained in 3.3.2, following.

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Note also that all of the term elements of the lower levels may not be applicableto all of the term elements of a higher level. For example, from Figure 3.

RANGE (TARGET), APPARENT, COMPUTED

The underlined term element is not applicable, and therefore, such a term doesnot appear in the glossary. Following the hierarchy structure, Part I lists anddefines the useful level 3 terms. Any superior level term contained in the frame-work of the level 3 description is also defined therein. For example, the listedlevel 3 terms -- RANGE (TARGET), HORIZONTAL, COMPUTED and RANGE(TARGET), HORIZONTAL, CORRECTED contain the level 2 term RANGE (TARGET),HORIZONTAL. The lanauage of the glossary provides a ready definition of thelevel 2 term:

“The projection of RANGE (TARGET), LOS in thehorizontal plane by a vertical plane through theLOS. “

3.3.1.3 Small families. Where the total number of terms which form a. familyare relatively small and more easily managed, it is not necessary to utilize thehierarchy approach. These terms are therefore listed in their entirety, and termmodifiers may be added when required as explained in 3. 2.1.3 above. Examplesof small families appearing in the glossary are:

COOLANT (STATUS)

MOUNT (GUN) (+)

RADAR (+)

3.3.1.4 Discrete terms. The remainder of the terms are of a type which do notlend themselves to ready grouping within families. However, these terms arealso structured by term elements when appropriate to permit their proper incor-poration into the glossary format, and term modifiers may be added when requiredas explained in 3.2.1.4 above. Some examples are:

DESTRUCT (MISSILE), ORDER

FIRING CUTOUT, LIMITS, MOUNT (+)

INVERSE GAIN ORDER

PHASING ORDER, RADAR (+)

TEMPERATURE, AIR

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3.3.2 Term modifiers (see 3.2.2).

3.3.2.1 All terms listed in Part I are subject to such amplification as the usermay require, through the employment of one or more term modifiers.

3.3.2.2 In the case of hierarchy terms, term modifiers may be selected fromthe level 4 term modifiers specifically applicable to the hierarchy, or from otherterm modifiers listed in Part II, or both. For example, from Figure

RANGE (TARGET), LOS, OBSERVED, RELIABLE(using one level 4 term modifier)

RANGE (TARGET). LOS. OBSERVED. ESTIMATED(using one of the other level 4 term modifiers from Part II)

RANGE (TARGET), LOS, OBSERVED, RELIABLE , RADAR (+)(using two level 4 term modifiers)

3.3.2.3 In the case of terms which are not members of a hierarchy, term modi-fiers may be selected as applicable from Part II. For example:

FIRING CUTOUT, MOUNT #2(using the term modifier MOUNT (+)see also 3.3. 4)

3.3.3 Cross References. Only two types of cross references are employed.They are “See” references and “Use” references. These are explained in thefollowing subparagraphs.

3.3.3.1 “See” references are used to direct the user to another entry whichcontains information in clarification of the entry bearing the cross reference.For example, in Part I, under:

RANGE, (TARGET), APPARENT, OBSERVEDfind the cross reference:

see RANGE (TARGET), (HIERARCHY)

This informs the user that RANGE (TARGET), APPARENT, OBSERVED is amember of a hierarchy which

GATEfind the cross

illustrates its structure. See also, under:

reference:

see Part II

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This informs the user that GATE is a term modifier and is defined in Part II.

3.3.3.2 “Use” references are used to direct the userbut more or less commonly used term, to the correctin Part I, under:

OPEN DOORfind the cross reference:

Use DOOR, CONDITION

from a less desirable,standard term. For example,

This directs the user not to employ the non-standard term OPEN DOOR, but touse instead:

DOOR , CONDITION

3.3.3.3 Double cross references are employed under certain circumstances tofacilitate using the glossary, as for example:

GENERATED

Use COMPUTED -- See Part II.

3 .3 .4 Use of the symbol (+). This symbol is used to inform the user that theterm element preceding the symbol should be amplified, where appropriate, toprovide additional descriptive information. For example, in Figure 3 the level4 term modifier RADAR (+) is involved, An appropriate use of this term modifiermight be:

RANGE (TARGET), LOS, OBSERVED, SURFACE SEARCHRADAR #2

3.3 .5 Special provisions to aid alphabetization. In the listing of terms, cer-tain term elements are enclosed in parentheses. This is a device to control thealphabetization of the terms, or to ignore a word in indexing. For example, inFigure 3, find:

RANGE (TARGET), (HIERARCHY)

This indicates that the term elements enclosed in parentheses are ignored in thealphabetization. This is necessary in this instance, to permit RANGE (TARGET),(HIERARCHY) to appear before the hierarchy terms, permitting logical arrange-ment. Other examples are:

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TIME, (OF) FLIGHT, (TO) INTERCEPT

BEARING (EQUIPMENT)

BEARING (TARGET)

where the use is primarily to suppress words not useful in indexing. When suchterms are entered into specific interface documentation, it is necessary to retainthe parentheses to facilitate locating the terms in the glossary, and to preservethe complete sense of the terms. In certain cases, words are hyphenated or closedup so they can be handled as a single word. Examples are:

OWNSHIP

SHIP-SERVICE

3.3.6 Key Word Index (See 3.2. 3)

3.3.6.1 The Key Word Index, Part III, provides ready alphabetical entry intoPart I using any significant key word. This is a key-word-out-of-context (KWOC)type of listing, in that the key words appear at the left margin in alphabetical order,followed on the right by the complete term containing the key word, exactly as itappears in Part I. For example, the following entries appear in Part III:

LOS RANGE (TARGET), LOS, OBSERVED

OBSERVED RANGE (TARGET), LOS, OBSERVED

RANGE (TARGET) RANGE (TARGET) , LOS, OBSERVED

In some very long terms, the term is cut off after 50 characters, but this has noeffect on the ability to go directly to Part I and readily locate the term. “ORDER”and “STATUS” do not appear in the Key Word Index. Although widely used in theglossary terms, they have been deliberately suppressed by the computer program,since they are not valuable as search words.

3.3.7 Code Index. (See 3.2. 4)

3.3.7.1 The Code Index, Part IV, provides ready numeric identification of thedesignated term or term modifier when the code number is known. This codehas been structured to present the maximum practical useabiliy (i.e., mnemonics).In its design it:

(a) Recognizes and incorporates as much of the firecontrolsymbology of OP-1700 as is practical and reasonable,

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(b) Provides considerable identification of the basic functionalmeaning of most other terms for which no formal coding orsymbology has existed, and

(c) Is completely compatible with easy computer recall orother search or retrieval methods.

The construction of the code, and its logic, are explained below and in Table I.

3.3.7.2 A study of the glossary, including the natural family grouping of manyterms involved, the mechanical problems to be encountered, as well as the uti-lization of the coding, led to a four character code consisting of an upper caseletter containing the basic significance, followed by three digits, the first ofwhich contains a certain amount of secondary significance. The second andthird digits contain no information of visual significance, but are necessary forthe proper identity and handling of the code. The three digits alone certain allthe intelligence necessary for retrieval or identification by personnel or com-puter. As far as term modifiers are concerned, they have no formal structureor family pattern, so there is no need for visual significance. A two digit numericnon-significant code is used. The code structure is:

The code significance is shown in Table I.

The Code Index is divided into two parts. Part IVa is a listing of the four char-acter codes for the terms, arranged numerically in the order-of the three digits.Part IVb is a numerical listing of the two character codes for the term modifiers.Entry is from the left margin, as shown below:

B303 BEARING RATE, LOS, OBSERVED

05 ALTITUDE

4. Guidelines -- How to use the glossary.

4.1 Applications. In its designed application to interface documentation, theglossary is use in three ways.

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LETTER

B

C

E

F

G

H

I

J

K

M

N

0

P

Q

R

T

U

W

X

Y

NOTE :

SIGNIFICANCE

BEARING

CODE

ELEVATION

RADIO

RADAR

SONAR

INTELLIGENCE

JAMMING

MOUNT

MOTION

POS1TION

DESIGNATIONor MODE

POWER

MISSILE

RANGE

TIME

TORPEDO


CODING STRUCTURE TABLE

FIRSTDIGIT

0

1

2

3

4

5

6

7

8

9

SECOND & THIRDSIGNIFICNCE DIGIT

ELECTRONIC 0

TARGET

EQUIPMENT 9

RATE

WEAPON

ORDER

STATUS

COMPUTED

GENERAL USE

GENERAL USE

SIGNIFICANCE

NONE

NONE

or DEPTH CHARGE

WIND

GENERAL USE - (lst digit has significance)

GENERAL USE - (no digit has significance)

Whenever more than one letter or first digit is applicable, the one or primarysignificance is used.

TABLE I

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(a) To determine the meaning of a term already documented, or

(b) To determine the correct term, knowing the description ofthe interface function, or

(c) To identify a term by its code number.

In any case, a good understanding of the glossary format and of the conventionsis required.

4.2 To determine the meaning of a term already documented, enter Part I alphabetically with the term in question. This will lead directly to the correctdefinition of the term, less its term modifiers, if any. The term modifiersmay then be located in Part II to complete the definition.

4.3 To determine the correct term, knowing the description of an inter-face funct ion , assume a trial term from the known description. Search for the trial in the manner described in 4.2. This may lead to a listedterm which meets at least the principal elements of the known description.The remaining elements of the description, if any, may then be included bythe addition of one or more term modifiers. These will be located by referenceto the hierarchy of the trial term if applicable, or to Part II. If this is notsuccessful, then search Part III -- The Key Word Index -- with the key wordsof the trial term.

4.3 .1 Some examples of the procedures set forth above follow. It must beremembered that the first and fundamental step is to determine the descriptionof the function rather than rely on colloquialisms.

4 .3 .2 Take the function “RADAR PHASING ORDER”, also sometimes called“GUIDANCE PHASING ORDER”, and enter Part I to locate the term. The termwill not be found since it is actually shown as “PHASING ORDER, RADAR (+)”which not only defines (in the text) the actua1 meaning, but also suggests identifyingthe particular RADAR involved. So try the Key Work Index, using the key words.There is found:

PHASING ORDER PHASING ORDER, RADAR (+) and

RADAR (+) PHASING ORDER, RADAR (+)

This leads directly to the proper term and its description in Part I. Note that“ORDER” is not listed in the index, although it is a widely used term element,but is not valuable as a search word.

4 .3 .3 Also consider the function: “The logic signal alerting personnel that atorpedo is about to be fired. “ Direct entry to Part I will yield TORPEDO (+),

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READY, (TO) FIRE, but if this method of entry did not occur to the user, theindex shows:

(TO) FIRE TORPEDO (+), READY, (TO) FIRE or

READY TORPEDO (+), READY, (TO) FIRE or

TORPEDO (+) TORPEDO (+) , READY, (TO) FIRE

Although this has fully identified the particular torpedo which is ready to fire, thewarning to personnel is missing, and obviously a term modifier is needed. Re-course to Part II will lead to the term modifier “ALARM”, thus generating thecomplete definitive description.

4 .3 .4 Or consider the function -- “The indication to NTDS that the SLQ-12 isin standby. ”In this case, direct entry to Part I will be of no use, until the functionis analyzed, and it should be recognized that it is an electronic countermeasuresaction of a jamming type. With this in mind, use of these key words (from Part III) leads to:

ECM (+) JAMMING, ECM (+), ALERT or

JAMMING JAMMING, ECM (+), ALERT

which is the proper term. Note that ECM (+) should be replaced by SLQ-12 in thedocumentation.

4.3.5 In some cases a term modifier may be required to impose a negative senseto the term. For example: “AIDED TRACK NOT AVAILABLE”. This function isdefined as “The logic signal originating from Unit A to Unit B indicating that aidedtracking information is not available”, and, in addition, must specify the equipment(either RADAR or SONAR) for which the aid was desired. Assuming a RADAR inthis case, the Key Word Index leads to:

RADAR (+) RADAR (+), STATUS, TRACK (AIDED) or

TRACK (AIDED) RADAR (+), STATUS, TRACK (AIDED)

Reference to Part II supplies the term modifier “NOT AVAILABLE”, thus com-pleting the term. Note that “STATUS” is not listed in the index, although it isa widely used term element, but is not valuable as a search word.

4 .3 .6 The above examples, coupled with study of the glossary, will lead toeasy and effective use.

15



4.4 To identify a term or term modifier by its code number, enter Part IVawith the three digits of the code number (for a term), or enter Part IVb with thetwo digits of the code number (for a term modifier), which will immediatelyidentify the term or term modifier.

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5

5.1

GLOSSARY

PART I


Interface Functions

1 9 / 2 0



GLOSSARY

o f

ECLECTRONIC & WEAPONS CONTROL

INTERFACE FUNCTIONS

(Naval Ship Combat Systems)

AABORT

Use DESTRUCT.

ACCEPT

See Part II.

ACTIVE

See Part II.

AIM POINT

Use CAPTURE. For computed position of capture point usefunctional terms such as RANGE (TARGET), BEARING (TAR-GET), ELEVATION (TARGET).

AIR READY

Use BREAK, TRACK.

ALARM

See Part II.

ALERT

See Part II.

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ALTITUDE

See Part II.

AMMUNITION (GUN) (+), AVAILABLE

The indication of the inventory status of the gun ammuni-tion which is available for use.

AMMUNITION (GUM) (+), SELECTED

The particular gun ammunition has been selected for pos-s ib le use .

ANTI-AIRCRAFT

See Part II.

APPARENT

See Part II.

APPROXIMATE

See Part II.

ARCS, (OF) FIRE

Use FIRING CUTOUT, LIMITS, MOUNT (+).

ARROW CONTROL, FCS (+), TARFGET (+)

A marker placed on the PPI scope on a selected targetto d i rec t a t ten t ion to tha t ta rge t .

Use suitable functional terms for missile, torpedo ordepth charge in connection with weapons control datasupplied to the ASROC prior to and at launching (fire).

X600

Y800

0100

ASSIGN

Use DESIGNATE.

ASSISTANCE

See Part II.

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ATTITUDE, (HIERARCHY)

ATTITUDE. HEADING. PITCH. ROLL. YAW. . MISSILE. . OWNSHIP. . . EXCITATION. . . SELECTED. . . SIMULATED. . . ZERO

ATTITUDE, HEADING, OWNSHIP

The angle between own ship centerline and the north-south l ine, positive angles measured clockwise from north.See ATTITUDE, (HIERARCHY).

ATTITUDE, PITCH, MISSILE

The angle between missile axis and the missile vectorreference frame horizontal plane. Positive angles measuredupward from the reference frame horizontal plane when viewedtoward the missile bow. See ATTITUDE, (HIERARCHY).

ATTITUDE, PITCH, OWNSHIP

The angle between own ship centerline and the horizontalplane. Positive angles measured upward from horizontalplane when viewed toward own ship bow. See ATTITUDE,(HIERARCHY).

ATTITUDE, ROLL, MISSILE

The angle between the vertical plane through missile axisand the normal plane through the. intersection of the verti-cal plane through missile axis and the missile deck planemeasured about the axis which is the intersection of thevertical plane through missile axis and the missile deckplane. Positive direction is clockwise when viewed inwardfrom missile bow. (i.e. the right wing is upward.) SeeATTITUDE, (HIERARCHY).

Y804

Q801

Y802

Q803

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ATTITUDE, ROLL, OWNSHIP Y805

The angle between the vertical plane through own shipcenterline and the normal plane through the intersection ofthe vertical plane through own ship centerline and the deckplane measured about the axis which is the intersection ofthe vertical plane through own ship centerline and the deckplane. Positive direction is clockwise when viewed inwardfrom own ship bow. See ATTITUDE, (HIERARCY).

ATTITUDB, YAW MISSILE Q806

The angle between missile axis and missile course vectormeasured in the missile vector reference frame horizontalplane. Positive angles clockwise when viewed from above.See ATTITUDE, (HIERARCHY).

ATTITUDE, YAW, OWNSHIP Y807

The angle between own ship centerline and own ship coursevector measured in the horizontal plane. Positive anglesclockwise when viewed from above. See ATTITUDE, (HIER-ARCHY).

AUTOMATIC

See Part II.

AVAILABLE

See Part II.

AZIMUTH

Use BEARING (+) - See part II.

BBATTLE SHORT (+), INDICATION X601

The indica t ion tha t the par t icu lar ba t t le shor t c i rcu i thas been activated.

BATTLE SHORT (+), ORDER X500

The order to activate the particular battle short cir-c u i t .

24



BEACON, MISSILE

Use Terms from INTELLIGENCE, RADIO, TELEMETRYwhen used in connection with an exercise head. Whenused for signal enhancement, use Terms from RANGE(TARGET), BEARING (TARGET) or ELEVATION (TARGET)as appropriate.

BEARING (+)

See Part II.

BEARING (EQUIPMENT), (HEIRARCHY)

BEARING (EQUIPMENT). RELATIVE. TRUE. . CORRECTED. . ERROR. . ORDER. . STABILIZED. . UNCORRECTED

. . . ECM (+ ) . . . OPTICAL (+)

. . . DIRECTOR (+) . . . RADAR (+)

. . . LAUNCHER (+) . . . SONAR (+)

. . . MOUNT (+) . . . RESET

BEARING (TARGET), (HIERARCHY)

BEARING (TARGET). RELATIVE. TRUE. . APPARENT. . COMPUTED. . OBSERVED. . STABILIZED. . . CORRECTED. . . ERROR. . . RELIABLE. . . UNRELIABLE

BEARING, COSRO, REFERENCE B700

The computed bearing reference signal to position theconical scan beam of the guidance RADAR when operating inthe receive only mode.

25



BEARING RATE, (HEIRARCHY)

BEARING RATE. APPARENT. LOS. . COMPUTED. . CORRECTED. . OBSERVED. . . ERROR. . . READY. . . RELIABLE. . . UNRELIABLE

BEARING RATE, APPARENT, OBSBERVED

The rate of change in BEARING (TARGET), APPARENT, ex-pressed in angular measure per unit of time. See BEARINGRATE, (HIERARCHY).

BEARING RATE, LOS, COMPUTED

The rate of change in BEARING (TARGET), LOS, COMPUTEDexpressed in angular measure per unit of time. See BEARINGRATE, (HIERARCHY).

BEARING RATE, LOS, CORRECTED

The rate of change in BEARING (TARGET), LOS,CORRECTED expressed in angular measure per unit of time.See BEARING RATE, (HIERARCHY).

BEARING RATE, LOS, OBSERVED

The rate of change in BEARING (TARGET), LOS, expressedin angular measure per unit of time. See BEARING RATE,(HIERARCHY).

BEARING (TARGET), RELATIVE, APPARENT

B300

B301

B302

B303

B101

The angle between the vertical plane through own shipc e n t e r l i n e , and the vertical plane through a submerged tar-get position as detected by sonar. Positive angles meas-ured clockwise from own ship centerline. See BEARING(TARGET), (HIERARCHY).

26



BEARING (TARGET), RELATIVE, COMPUTED

The angle between the vertical plane through own shipc e n t e r l i n e , and the vertical plane through the line of sightas computed by a firecontrol device. Positive angles meas-ured clockwise from own ship centerline. See BEARING(TARGET), (HIERARCHY).

BEARING (EQUIPMENT), RELATIVE, CORRECTED

The angle between the vertical plane through own shipcenterline and the vertical plane through the equipment’spointing l ine, measured in the horizontal plane, correctedfor various conditions which contribute to error. Pos i t iveangles measured clockwise from own ship centerline. SeeBEARING (EQUIPMENT), (HIERARCHY).

BEARING (EQUIPMENT], RELATIVE, ERROR

A signal indicating the error in the transmitted BEAR-ING (EQUIPMENT), RELATIVE (CORRECTED, STABILIZEDor UNCORRECTED) .See BEARING (EQUIPMENT), (HIER-ARCHY).

BEARING (TARGET), RELATIVE, OBSERVED

The angle between the vertical plane through oun shipcenterline and the vertical plane through the l ine of sight.positive angles measured clockwise from own ship centerline.See BEARING (TARGET), (HIERARCHY).

BEARING (EQUIPMENT), RELATIVE, ORDER

A computed, repeatback, or operator's signal used tobring the value of BEARING (EQUIPMENT), RELATIVE,(CORRECTED, STABILIZED or UNCORRECTED) into correla-t ion wi th i t se l f . See BEARING (EQUIPMENT), (HIER-

ARCHY).

BEARING (TARGET), RELATIVE, STABILIZED

B102

B200

B203

B103

B204

B104

The angle between the vertical plane through own shipc e n t e r l i n e , and the vertical plane through the line ofsight, corrected for ship motion factors, such as roll ,pitch, or yaw. measured clockwise from own ship center-l i n e . See BEARING (TARGET), (HIERARCHY).

27



BEARING (EQUIPMENT), RELATIVE, STABILIZED

The angle between the vertical plane through own shipcenterline and the vertical plane through the equipment 'spointing line, measured in the horizontal plane when thepointing line is stabilized to compensate for roll , pitchor yaw. Positive angles measured clockwise from own shipc e n t e r l i n e . See BEARING (EQUIPMENT), (HIERARCHY).

BEARING (BQUIPMENT), RELATIVE, UNCORRECTED

(NOTE: Commonly called TRAIN). The angle betweenthe vertical plane through own ship centerline and thenormal plane through the equipment’s pointing line,measured in the deck plane. Positive angles measuredclockwise from own ship centerline. See BEARING(EQUIPMENT), (HIERARCHY).

BEARING (TARGET), TRUE, APPARENT

The angle between the north-south vertical plane, andthe vertical plane through a submerged target position asdetected by sonar. Positive angles measured clockwise fromnorth. See BEARING TARGET), (HIERARCHY).

BEARING (TARGET), TRUE, COMPUTED

The angle between the north-south vertical plane, andthe vertical plane through the line of sight as computed bya firecontrol device. Positive angles measured clockwisefrom North. See BEARING (TARGET), (Hierarchy).

BEARING (EQUPMENT), TRUE, CORRECTED

The angle between the north-south vertical plane andthe vertical plane through the equipment s poin t ing l ine ,measured in the horizontal plane, corrected for variousconditions which contribute to error. Positive anglesmeasured clockwise from north. See BEARING(EQUIPMENT), (HIERARCHY).

BEARING (EQUIPMENT), TRUE, ERROR

B201

B202

B105

B106

B205

B206

A signal indicating the error in the transmitted BEAR-ING (EQUIPMENT), TRUE (CORRECTED, STABILIZED orUNCORRECTED). See BEARING (EQUIPMENT), (HIERARCHY).

28



BEARING (TARGET), TRUE, OBSBERVED B107

The angle between the vertical plane through own shipcenterline and the vertical plane through the l ine of sight.Positive angles measured clockwise from north. See BEARING(TARGET), (HIERARCHY).

BEARING (EQUIPMENT), TRUE, ORDER

A computed, repeatback, or operator 's signal used tobring the value of BEARING (EQUIPMENT), TRUE, (CORRECTED,STABILIZED or UNCORRECTED) into correlation with itself.See BEARING (EQU1PMENT), (HIERARCHY).

BEARING (TARGET), TRUE, STABILIZED

The angle between the north-south vertical plane, andthe vertical plane through the line of sight, corrected forship motion factors, such as roll, pitch or yaw. Posi t iveangles measured clockwise from North. See BEARING(TARGET), (HIERARCHY).

BEARING (EQUIPMENT), TRUE, STABILIZED

The angle between the north-south vertical plane andthe vertical plane through the equipment's pointing line,measured in the horizontal plane when the pointing line isstabilized to compensate for roll , pitch, or yaw. SeeBEARING (EQUIPMENT), (HIERARCHY).

BEARING (EQUIPMENT), TRUE, UNCORRECTED

(NOTE: Commonly called TRAIN). The angle betweenthe north-south vertical plane and the normal plane throughthe equipments pointing line, measured in the deckplane. Positive angles measured clockwise from north.See BEARING (EQUIPMENT), (HIERARCHY).

BLANKING

See Part II.

BLIND ZONE, LAUNCHER (+), NARROW

The signal indicating that the launcher is in a narrowblind zone, where the firing mechanism is inactivated toprevent firing into a physical interference, such as super-structure, rigging, etc.

29

B207

B108

B208

K21O



BLIND ZONE, LAUNCHER (+), WIDE K211

The signal indicating that the launcher is in a wideblind zone, where the firing mechanism is inactivated toprevent firing into a physical interference, such as super-s t r u c t u r e , r igging , e tc .

BLIND ZONE, RADAR (+), NARROW

The signal indicating that the RADAR is pointing intoa narrow zone of interference, such as supers t ructure , r ig-g i n g , e t c . , and that the RADAR emission is suppressed toprevent injury to personnel, equipment, etc.

BLIND ZONE, RADAR (+), WIDE

The signal indicating that the RADAR is pointing intoa wide zone of interference, such as supers t ructure , e tc . ,and that the RADAR emission is suppressed to prevent injuryto personnel, equipment, etc.

BOOSTER (MISSILE), SEPARATION, INDICATION

A signal indicating the booster has separated from themiss i le in f l iqht .

BOOSTER SPLASH, COMPUTED, BEARING (TRUE)

The bearing in degrees measured clockwise from northin the horizontal plane from the missile firing point tothe point where the booster enters the water, as computedby the weapons control system.

BOOSTER SPLASH, COMPUTED, E-W

The E-W component of the distance in yards from themissile firing point to the Feint where the booster entersthe water, as computed by the weapons control system.

BOOSTER SPLASH, COMPUTED, N-S

The N-S component of the distance in yards from themissile firing point to the point where the booster entersthe water, as computed by the weapons control system.

BOOSTER SPLASH, COMPUTED, RANGE

The distance in yards from the missile firing point tothe point where the booster enters the water, as computedby the weapons control system.

G212

G213

Q808

B109

R110

R111

R112

30


MIL-STD-1343(NAVY)1 JULY1969

BREAK, TRACK (+)

A signal to open the tracking circuit allowing thedirector to be placed in Air Ready.

BUSY, OWN-CONTROL

See Part II.

C

X501

See Part II.

CAPTURE, MISSILE (+), ACQUISITION Q809

The indication that the particular missile has reachedthe capture point and is responding correctly to guidancecommands.

CASUALTY

See Part II.

CAUTION

Use WARNING - See Part II.

CLOCK TIME T830

A signal indicating the time shown on the official shipsclock set to the time zone currently in use.

CLOSED DOOR

Use DOOR, CONDITION.

COAST, RADAR (+), ALERT G602

A signal to indicate that the target video has been lostand the tracking channel is coasting on the target' s lastknown rate.

31

I .—



COAST, RADAR (+), ORDER G502

A signal to the RADAR to disregard target tracking ethosand to move its beam in accordance with the current computedtracking data to avoid locking onto a wrong target which isabout to enter i ts acquisit ion area.

CODE (+) (GUIDANCE), ORDER, MISSILE (+)

A signal to the particular missile directing it to setup a prescribed code. See CODE (+) (GUIDANCE), (HIER-ARCHY) .

CODE (+) (GUIDANCE), ORDER, MUDS (+)

A signal to the particular MWDS directing it to set upa prescribed code. See CODE (+) (GUIDANCE), (HIERARCHY).

CODE (+) (GUIDANCE), STATUS, MISSILE (+)

A signal indicating the current code status of the par-t icular miss i le . See CODE (+) (GUIDANCE), (HIERARCHY).

CODE (+) (GUIDANCE), STATUS, MUDS (+)

A signal indicating the current code status of the par-ticular HUDS. See CODE (+) (GUIDANCE), (HIERARCHY).

CODED TIME, MISSILE (+), DC PULSED

A DC pulsed electrical timing signal to establish thereference time base of the director, the guidance RADAR,and the BT type missile.

CODED TIME, MISSILE (+), PM

C400

C214

C401

C215

T402

T403

A frequency modulated electrical t iming signal toestablish the reference time base of the director, the guid-ance RADAR, and the HT type missile.

CODED TIME, MISSILE (+), RELAY SIGNAL T404

A signal from the relay in the HT type missile indicatingthat the CODED TIME, MISSILE (+) has been received and thatthe system is in proper synchronization prior to launching.

COMPENSATION

See Part II.

32



COMPUTED

See Part II.

CONTINUOUS-WAVE ILLUMINATION

Use functional terms such as RADAR (+), ORDER, CWI;RADAR (+), STATUS, CWI, etc. to indicate the operation ofthe il lumination radar when il luminating a tracked target toprovide easier missile homing.

COOLANT (STATUS), FLOW

An indication of the rate of flow of the coolant.

COOLANT (STATUS), LEVEL

An indication of the level of the coolant.

COOLANT (STATUS), PRESSURE

An indication of the pressure of the coolant.

COOLANT STATUS, RESISTIVITY

An indication of the resistivity of the coolant.

COOLANT (STATUS), TEMPERATURE

An indication of the temperature of the coolant.

CORRECTED

See Part II.

COURSE

X603

X604

X605

X606

X607

See Part II.

33



CROSS LEVEL Y811

The angle between the vertical plane through the lineof sight, and the normal plane through the intersectionof the vertical plane through the l ine of sight and thehorizontal plane, measured about the axis which is theintersection of the vertical plane through the l ine ofsight and the horizontal plane. Pos i t ive d i rec t ion i sclockwise when viewed along axis inward from target.(NOTE: Although still used in some older systems, incurrent practice this quantity is computed from stablevertical and roll and pitch signals). See ATTITUDE,(HIERARCHY).

CURSOR, EQUIPMENT (+), DISPLAY

A movable marker, under the operator-s control,used to designate bearing, elevation, or range on adisplay scope.

DDAMPED

Use SMOOTHED - See Part II.

DDSOT

The signal initiating the Digital Daily System Oper-abi l i ty Tes t ; also the rebound (feedback) signal indicatingsystem operabili ty. For other test orders and test results,use TEST (see Part II).

DEAD TIME

Time between setting the fuze and firing the shell (forshells) or the time for which computational quantities mustbe modified when launching is delayed (for missiles).

DECOY, ECM, ALERT

The signal to the particular ECH equipment to place it-self in readiness to use a designated decoy technique.

DECOY, ECM, OEDBR

X000

X812

T405

JOO1

J002

The signal to the particular ECU equipment ordering it tostart operations using the designated decoy technique.


DENSITY, AIR


Y813

The signal indicating the average density of the air massalong the predicted fl ight path.

DEPRESSION

Use negative ELEVATION.

DEPTH

Use negative ALTITUDE.

DEPTH CHARGE (+), APPROVED U 6 0 8

The particular depth charge, which has been indicated asavai lab le , is approved for a certain mission use, and hasbeen through all required preliminary adjustments.

DEPTH CHARGE (+), AVAILABLB

The indication of the inventory status of the depthcharges which are available for use.

DEPTH CHARGE (+), FIRE, PERMISSION

The signal giving permission to fire the particulardepth charge at the appropriate time.

DEPTH CHARGE (+), READY, (TO) FIRE U610

The indication that the Particular depth charge is ina l l respects ready to f i re .

DEPTH CHARGE (+), SELECTED

The particular depth charge has been selected for possi-ble use.

DESIGNATE, (HEIBRARCY)

DESIGNATE. EQUIPMENT (+). PCS (+). WEAPON (+). . (TO) EQUIPMENT (+). . (TO) FCS (+). . (TO) WEAPON (+)

. . . AUTOMATIC . . . MANUAL

. . . IDD . . . ORDER

. . . LOCAL . . . REQUEST

U609

U503

U504

35



DESIGNATE, EQUIPMENT (+), (TO) PCS (+)

A signal assigning the particular designated equipmentto the particular designated firecontrol system. SeeDESIGNATE, (HIERARCHY).

DESIGNATE, EQUIPMENT (+), (TO) WEAPON (+)

A signal assigning the particular designated equipmentto the particular designated weapon. See DESIGNATE, (HIER-ARCHY).

DESIGNATE, FCS (+), (TO) EQUIPMENT (+)

A signal assigning the particular designated firecontrolsystem to the particular designated equipment. See DESIG-NATE, (HIERARCHY).

DESIGNATE, PCS (+), (10) PCS (+)

A signal assigning the particular designated firecontrolsystem to the particular designated firecontrol system. SeeDESIGNATE, (HIERARCHY).

DESIGNATE, PCS (+), (TO) WEAPON (+)

A signal assigning the particular designated firecontrolsystem to the particular designated weapon. See DESIGNATE,(HIERARCHY).

DESIGNATE, WEAPON (+), (TO) EQUIPMENT (+)

A signal assigning the particular designated weapon tothe Particular designated equipment. See DESIGNATE, (HIER-ARCHY).

DESIGNATE, WEAPON (+), (TO) FCS (+)

A signal assigning the particular designated weapon tothe par t icular f i recontro l sys tem. See DESIGNATE, (HIER-ARCHY).

DESIGNATED

See Part II.

DESTRUCTION (MISSILE), ORDER

0216

0406

0217

0218

0407

0408

0409

Q505

The signal from the missile weapon control system to theguidance RADAR to order the missile t o d e s t r o y i t s e l f ( i . e . )abort the mission.

36



DETONATE, WEAPON (+) ORDER

The signal to explode the particular weapon on or nearthe designated enemy target.

DIFFERENCE

Use ERROR - See Part II.

DIRECTOR (+)

See Part XI.

Q113

DISTANCE

See Part II.

DOOR, CONDITION Y814

The indication of “open” or “closed” condition of doorsto weapon enclosures, handling rooms, etc. May be relatedto Firing Disable Devices.

DOPPLER FREQUENCY

The difference between the frequency of a radiatedsignal and its returned echo, indicating the relative radialmotion between own ship and target.

DRIFT

See Part II.

R304

DROP, TRACK (+) X114

The order to discontinue tracking the particular target,usually to a display tracking console or a target trackingequipment.

DWEL.L TIME, SONAR (+) T701

The signal controlling the delay time between successivetransmissions of the particular sonar equipment, based onthe present target range.

37



EECM (+)

See Part II.

ELEVATION (EQUIPMENT), (HIERARCHY)

ELEVATION (EQUIPMENT). ACTUAL. STABILIZED. . COMPUTED. . CORRECTED. . ERROR. . ORDER . . UNCORRECTED

. . . ECM (+) . . . OPTICAL (+)

. . . DIRECTOR . . . RADAR

. . . LAUNCHER (+) . . . SONAR (+)

. . . MOUNT (+) . . . RESET

ELEVATION (TARGET), (HIERARCHY)

ELEVATION (TARGET). APPARENT. LOS✎ ✎ COMPUTED. . CORRECTED✎ ✎ UNCORRECTED✎ ✎ ✎ DESIGNATED. . . ERROR✎ ✎ ✎ RELIABLE✎ ✎ ✎ SELECTED✎ ✎ ✎ UNRELIABLE

ELEVATION (EQUIPMENT), ACTUAL, CORRECTED

The angle between the horizontal plane and the equip-ment 's pointing line, measured in the vertical plane throughthe pointing line and corrected for various conditions whichcontr ibute to er ror . Positive angles measured upward fromthe horizontal plane. See ELEVATION (EQUIPMENT), (HIER-ARCHY).

B219

38



ELEVATION (EQUIPMENT), ACTUAL, ERROR E220

The signal indicating the error in the transmitted ELEVA-TION (EQUIPMENT), ACTUAL (COMPUTED, CORRECTED or UN-CORRECTED). See ELEVATION (EQUIPMENT), (HIERARCHY).

ELEVATION (EQUIPMENT), ACTUAL, ORDER

The computed, repeatback, or operator 's signal used tobring the value of ELEVATION (EQUIPMENT), ACTUAL (COM-PUTED, CORRECTED or UNCORRECTED) into correlation withi t s e l f . See ELEVATION (EQUIPMENT), (HIERARCHY).

ELEVATION (EQUIPMENT), ACTUAL, UNCORRECTED

The angle between the deck plane and the equipment'sFeinting line, measured in the normal plane through thepointing l ine. Positive angles measured upward from thedeck plane. See ELEVATION (EQUIPMENT), (HIERARCHY).

ELEVATION (TARGET), APPARENT, UNCORRECTED

The angle between the horizontal plane and the line o fsight to a submerged target position, measured in the verti-cal plane through line of sight and corrected for variousfac tors such as s tabi l iza t ion , sound transmission pathanomalies, etc. NOTE: often called depression angle. Nega-tive angles measured downward from deck plane. See ELEVA-TION (TARGET), (HIERARCHY).

ELEVATION (TARGET), APPARENT, UNCORRECTED

E221

E222

El16

The angle between the deck plane and the line of sight toa submerged target position, measured in the normal planethrough the line of sight as detected by sonar. NOTE: oftencalled depression angle. Negative angles measured downwardfrom deck plane. See ELEVATION (TARGET), (HIERARCHY).

ELEVATION COSRO, REFERENCE E223

The computed elevation reference signal to position theconical scan beam of the guidance RADAR when operating inthe receive only mode.

ELEVATED (TARGET), LOS, COMPUTED E117

The angle between the horizontal plane and the line ofsight, measured in the vertical plane through the line ofsight and as computed by the weapons control system. SeeELEVATION (TARGET), (HIERARCHY).

39



ELEVATION (TARGET), LOS, CORRECTED E118

The angle between the horizontal plane and the line ofsight, measured in the vertical plane through the line ofs ight and as correc ted for s tabi l iza t ion , e tc . Pos i t iveangles measured upward from the horizontal plane. See ELE-VATION (TARGET), (HIERARCHY).

ELEVATION (TARGET), LOS, UNCORRECTED E119

The angle between the deck plane and the line of sight,measured in the vertical plane through the line of sight.Positive angles measured upward from the deck plane. SeeELEVATION (TARGET), (HIERARCHY).

ELEVATION RATE, (HEIRARCHY)

ELEVATION RATE. APPARENT. LOS. VERTICAL. . COMPUTED. . CORRECTED. . OBSERVED. . . ERROR. . . READY. . . RELIABLE. . . UNRELIABLE

ELEVATION RATE, APPARENT, OBSERVED

The rate of change in ELEVATION (TARGET), APPARENT,OEISERVED expressed in angular measure per unit of time. SeeELEVATION RATE, (HIERARCHY).

ELEVATION, LOS, COMPUTED

The rate of change in ELEVATION (TARGET), LOS, COM-PUTED expressed in angular measure per unit of time. SeeELEVATION RATE, (HIERARCHY).

ELEVATED RATE, LOS, CORRECTED

E305

E306

E307

The rate of change in ELEVATION (TARGET), LOS, COR-RECTED expressed in angular measure per unit of time. SeeELEVATION RATE, (HIERARCHY).

40



ELEVATION RATE, LOS, OBSERVED E308

The rate of change in ELEVATION (TARGET), LOS, OB-SEBVED, expressed in angular measure per unit of time. SeeELEVATION RATE, (HIERARCHY).

ELEVATION RATE, VERTICAL, COMPUTED E309

The vertical rate of change in target alt i tude or depth,expressed in linear measure (usually feet or yards) per unitof time (usually per second). Positive values are outwardfrom earth center. NOTE: sometimes called ‘climb*’ or“dive”. See ELEVATION RATE, (HIERARCHY).

ELEVATED (EQUIPMENT), STABILIZED, COMPUTED E224

The angle between the horizontal plane and the equip-ment's pointing line, measured in the vertical plane throughthe pointing l ine when the pointing l ine is stabilized tocompensate for roll, pitch or yaw, and as computed by af i recont ro l device . Positive angles measured upward fromthe horizontal plane. See ELEVATION (EQUIPMENT),(HIERARCHY).

ELEVATION (EQUIPMENT), STABILIZED, ERROR E225

A signal indicating the error in the transmitted ELEVA-TION (EQUIPMENT), STABILIZED (UNCORRECTED or COMPUTED).See ELEVATION (EQUIPMENT), (HIERARCHY).

ELEVATION (EQUIPMENT), STABILIZED, ORDER

The computed, repeatback, or operator 's signal used tobring the value of ELEVATION (EQUIPMENT), STABILIZED(COMPUTED, CORRECTED or UNCORRECTED) into correlation withi t s e l f . See ELEVATION (EQUIPMENT), (HIERARCHY).

ELEVATION (EQUIPMENT), STABILIZED, UNCORRECTED

The angle between the horizontal plane and the equip-ment 's pointing line, measured in the vertical plane throughthe pointing l ine when the pointing l ine is stabilized tocompensate for roll, pitch or yaw. Positive angles measuredupward from the horizontal plane. See ELEVATION (EQUIP-MENT), (HIERARCHY).

E226

E227

EMERGENCY

Use ALARM - See Part II.

41



ENABLE

Use only in the context of a Safety and Arming (S&A)device operating to allow a fired weapon to be lethal, andas such is an automatic operation which takes place afterf i r i n g . There is no other use of this term in shipboardf i r e c o n t r o l i n t e r l a c e s .

For other possible applications where equipments O r sys-tems are energized or placed in a “ready” condition, use EX-CITATION or ALERT; see PART II.

EQUIPMENT (+) (SITUATION), (HEIRARCHY)

EQUIPMENT (+) (SITUATION). ORDER. STATUS. . BUSY TIME. . CONTROL. . GYRO. . POWEB. . TEST

. . . CALIBRATION . . . REFERENCE

. . . OFF . . . RESET

. . . ON . . . RESPONSE

EQUIPMENT (+) (SITUATION), ORDER, BUSY-TIME

The computed signal indicating the time measured from thepresent during which the particular equipment, such as ad i r e c t o r , will be occupied with a given target or targets.See EQUIPMENT (+) (SITUATION), (HIERARCHY).

EQUIPMENT (+) (SITUATION), ORDER, CONTROL

The signal to the control unit of the particular equip-ment, giving it a designated order. 5ee EQUIPMENT (+)(SITUATION), (HIERARCHY).

EQUIPMENT (+) (SITUATION), ORDER, GYRO

The signal to the gyro of the particular equipment, giv-ing it a designated order. See EQUIPMENT (+) (SITUATION),(HIERARCHY).

EQUIPMENT (+) (SITUATIONS), ORDER, POWER

The signal directing that the electrical Fewer to theparticular equipment be energized in a designated manner.See EQUIPMENT (+) (SITUATION), (HIERARCHY).

X506

X507

X508

X509

42



EQUIPMENT (+) (SITUATION), ORDER, TEST

The signal ordering that the particular equipment placeitself in a configuration so that i t is ready for testing.The type of test (or test procedure) may be indicated. SeeEQUIPMENT (+) (SITUATION), (HIERARCHY).

EQUIPMENT (+) (SITUATION), STATUS, BUSY-TIME

The signal computed by the particular equipment, such asa director, indicating the estimated time measured from thepresent during which the equipment will be occupied with agiven target or targets. See EQUIPMENT (+) (SITUATION),(HIERARCHY).

EQUIPMENT (+) (SITUATION), STATUS, CONTROL

The signal indicating that the control unit of the parti-cular equipment has executed, or is executing, the desig-nated order. See EQUIPMENT (+) (SITUATION), (HIERARCHY).

EQUIPMENT (+) (SITUATION), STATUS, GYRO

The signal indicating that the gyro of the particularequipment has executed, or is executing, the designated or-der. See EQUIPMENT (+) (SITUATION), (HIERARCHY).

EQUIPMENT (+) (SITUATION), STATUS, POWER

The signal indicating that the electrical power to theparticular equipment has been energized in the designatedmanner. See EQUIPMENT (+) (SITUATION), (HIERARCHY).

EQUIPMENT (+) (SITUATION)e STATUS. TEST

The signal indicating that the particular equipment isnow in a test configuration. The type of test (or test pro-cedure) may be indicated. See EQUIPMENT (+) (SITUATION),(HIERARCHY).

See Part II.

ESTIMATED

See Part II.

EXCESSIVB

See Part II.

43

X510

X611

X612

X613

X614

X615



EXCITATION

See Part II.

F

The order to fire the designated weapon. This is abroad term. For the proper definitive term, see entriesunder the particular weapon involved.

FIRING CUTOUT

A signal indicating that the firing mechanism has beeninac t iva ted .

FIRINIG CUTOUT, LIMITS, MOUNT (+)

The signal carzying information regarding the positionof the particular mount or launcher relative to its firingcutout l imi ts .

FUZE (+), ORDER, ARM

The order to arm the particular fuze.

FUZE (+), ORDER, SET

The order to set the particular fuze for the designatedelapsed time.

GATE

See Part II.

GENERATED

Use COMPUTED - See Part II.

GO

Use READY - See Part II.

44

K815

K816

Q513



GUIDANCE (MISSILE)

Use functional terms such as BEARING, ELEVATION, RATE,etc. for guidance which is concerned with the positioning ofthe guidance RADAR beam or control of the launcher prior toand at launching.

See MOUNT (GUN).

GUN TRAIN-ORDER, RELATIVE

The angle between the vertical plane through ownship center l ine , and the normal plane through the lineo f t i r e , measured in the deck plane. Positive anglesmeasured clockwise from own ship centerline.

GUN TRAIN-ORDER, TRUE

K511

K512

The angle between the north-south vertical plane, andthe normal plane through the line of fire, measured in thedeck plane. Positive angles measured clockwise from north.

GYRO (+), CAGE, ORDER X514

The signal directing that the particular gyro be caged.

GYRO (+), CAGED, INDICATION X616

The signal indicating that the particular gyro is caged.

GYRO (+), UNCAGE, ORDER X515

The signal directing that the particular gyro be uncaged.

GYRO (+), UNCAGED, INDICATION

The signal indicating that the particular gyro is un-caged.

X617

HHEADING

See Part II.

45



HEDGEHOG

Use DEPTH CHARGE.

HEIGHT

Use ALTITUDE - See Part II.

HOLD

See Part II.

HOMING (MISSILE (+)), ACTIVE, ORDER

The signal to the missile on the launching rail or inflight to place the missile in the active homingconf igura t ion .

HOMING (MISSILE (+)), PASSIVE, ORDER

The signal to the missile on the lauuching rail or inflight to place the missile in the passive homingconf igura t ion .

HOMIMG, SEMI-ACTIVE

Use functional terms such as MISSILE (+), HOhING,PASSIVE to indicate the operdtion of the missile homing ona target with the did ot an illumination RADAR.

HOOK-AND-MARK

The logic signal to the computeL directing it toassign a track number to the target identified by theba l l t ab .

Q516

Q517

X120

IIDD (INTER-DIRECTOR DESIGNATION)

See Part II.

IDENTITY

See Part II.

46



IFF (SIGNAL), RF, EQUIPMENT (+)

The radio frequency signal from the particular IFF in-terrogator to the antenna, or the radio frequency signalfrom the antenna to the particular IFF responsor.

IFF (SIGNAL), SIF, EQUIPMENT (+)

The radio frequency signal from the particular IFFinterrogator to the antenna, or the radio frequencysignal from the antenna to the particular IFF responsor,and which contains coded information in connection withthe se lec t ive ident i f ica t ion fea ture (SIF) .

IFF (SIGNAL), TEST, EQUIPMENT (+)

The test signal used to determine the condition of theParticular IFF equipment with regard to its designed oper-a t i n g c h a r a c t e r i s t i c s .

IFF (SIGNAL), TRIGGER, EQUIPMENT (+)

The signal to the particular IFF interrogator to initiatethe transmission of IFF interrogation pulses.

IFF (SIGNAL), VIDEO, EQUIPMENT (+)

The video frequency signal from the particular responsorto the IFF display.

IG (&) RGPO

Use terms from JAMMING, ECH.(This is the signal generated by the NTDS to order theECM equipment into a combined Inverse Gain and RangeGate Pull Off ECM mode.)

ILLUMINATION

Use functional terms for AMMUNITION or MOUNT (GUN) forstar shell operations, or HOMING, SEMIACTIVE for guidancefunctions (HT missiles).

I003

I004

I005

I006

I007

INCREMENT

See Part II.

INDICATIONS (+)

See Part II.

47



INFRARED

See Part II.

INOPBERTIVE

Use CASUALTY - See Part II.

INTELLIGENCE (HIERARCHY)

INTELLIGENCE. ECH. IC.NTDS.RADAR.RADIO.SONAR

..AUDIO .. DIRECTIONFINDER ..PULSE

..BARRAGE (JAMMING) ..FACSIMILE ..RETURN

..BOTTOM (BOUNCE) ..FREQUENCY (STD) ..SPOT

..COHERENT ..INDICATING ..TELEMETRY

..CW . . MTI ..TELETYPE

..DIGITAL ..NOISE ..VIDEO. . ALARH . . .INOPLRATIVE. . .ALERT . .. LOCAL. . .AUTOMATIC . . .MANUAL. . .AVAILABLE . . . NOT AVAILABLE. . .EMERGENCY . . .REMOTE

INTELLIGENCE, ECM, BARRAGE (JAMMING)

An electronic countermeasures signal ox a barrage jammingtype generated by an external (i.e. enemy) source.

INTELLIGENCE, ECM, COHERENT

An electronic countermeasures signal of a coherent typegenerated by an externa (i .e. enemy) source.

INTELLIGENCE ECM, CWI (CONTINUOUS WAVE ILLUMINATION)

An electronic countermeasures signal of a CWIcrated by an external (i .e. enemy) source.

I N T E L L I G E N C E ,

type gen-

JO08

JO09

JOIO

JO1l

An electronic countermeasures signal of a noise type gen -

erated by an external (i.e. enemy) source.

48


MIL-STD-1 343( NAVY)1 JULY 1969

IDTELLIGBMCB, BCM, PULSE J012

An electronic countermeasures signal of a pulse type gen-erated by an external (i.e. enemy) source.

IMl13LLIGBllCll, BCH, SPOT (JAMMING) JO13

An electronic countermeasures signal of a spot jammingtype generated by an external (i.e. enemy) source.

IBTBLLXGBMCB, BCR, VIDBO JO14

An electronic countermeasures signal of a video type gen-erated by an external (i.e. enemy) source.

IBTBLLIGBA)CB, IC, AUDIO

An interior communications signal containing within itsparameters voice intelligence.

IBTELLIGBDCB, IC, IDDICATIEG

An interior communications signal containing within itsparamete~s intelligence uhich indicates a condition or con-tains an order.

lBtBLLIGBHCB, HTDS, DIGITAL

A signal within the NTX)S system containing within itsparameters digital intelligence.

IBTBLLIGBMCB, RADAR, fHI

A radar signal containing uithin its parameters movingtarget indication intelligence.

IBTBLLIGBDCE, RADAR, RB3UEM

A RADAR signal containing within its parametersintelligence from a target generated by the returnecho signal.

XBTELL163BCB, RADAR, VIDEO

A radar signal containing within its parameters videointelligence.

IBTBLLIGBSCB, RADIO, AUDIO

1818

1817

6121

G122

G015

1023

A radio communications signal containing within its para-meters voice intelligence.

49



INTELLIGENCE, RADIO, CW I016

A radio communications signal containing within its para-meters CM intelligence.

INTELLIGENCE, RADIO, DIRECTIONFINDER

A radio communications signal containing uithln its para-meters d i rec t ionf inder in te l l igence .

INTELLIGENCE, RADIO, FACSIMILE

A radio communications signal containing within its para-meters facs imi le in te l l igence .

INTELLIGENCE, RADIO, FREQUENCY (STANDARD)

The signal transmitting the stanadard radio frequencyused for synchronization purposes. It may be further iden-tified as to the specific frequency (i .e. one hundred kilo-her tz , one megahertz, f ive megaher tz , e tc . ) .

INTELLIGENCE, RADIO, TELEMETRY

A radio communications signal containing within its para-meters telemetry intelligence.

INTELLIEGENCE, RADIO, TELETYPE

A radio communications signal containlng within its para-meters te le type in te l l igence .

INTELLIEGENCE, RADIO, VIDEO

A radio communications signal containing within its para-meters video intell igence.

INTELLIGENCE, SONAR, AUDIO

I017

I018

I019

I020

I021

I022

H027

A SONAR signal containing within its parameters video in -

t e l l i g e n c e .

INTELLIEGENCE, SONAR, BOTTOM (BOUNCE) H024

A SONAR signal containing within its parameters voice in-gence that the signal has travelled via the bottom bounceroute.

50



INTELLIGENCE, SONAR, CW H025

A SONAR signal containing within its parameters intelli-t e l l i g e n c e .

INTELLIGENCE, SONAR, RETURN

A SONAR signal containing within its parametersintelligence from a target generated by the returnecho signal.

INTELLIGENCE, SONAR, VIDEO

A SONAR signal containing uithin its parameters cm in-t e l l i g e n c e .

See Part II.

INVALID

Use Terms from JAMMING, ECM (+).

JJAMMING, ECM (+), ALERT

The signal to the ECM equipment to place itself in readi-ness to conduct electronic countermeasures. The type ofjamming may be indicated if required.

JAMMING, ECM (+), INHIBIT

The signal is an order cease jamming operations as longas the inhibit signal is present.

JAMMING, ECM (+), READY

The signal that the ECM equipment, which has been placedin an alert condition, i s in a l l respects ready to s tar tjamming operations of the designated type.

JAMMING, ECM (+), REQUEST

H028

H026

J228

J229

J230

J820

The signal is a request for the authorization to useelectronic countermeasures. The nature of the requestedradiation may be indicated.

51



JAMMING, ECM (+), START J231

The signal is an order to commence jamming operations bythe designated equipment.

JAMMING, ECM (+), STOP

The signal is an order to cease jamming operations by thedesignated equipment.

JAMMING, ECM, WARNING

The signal is an indication that electronic jamming isabout to begin and the possibili ty exists that there will beinterference with other electronic operations.

JAMMING, HIGH-BAND, CLEAR

The logic signal trom NTDS to the FCS radar console indi-cating that a jammer is not operating effectively in theupper portion of the C Band.

JAMMING, LOW-BAND, CLEAR

The logic signal from NTDS to the FCS radar console indi-cating that a jammer is not operating effectively in thelower portion of the C Band.

JAMMING, RADAR (+), ALERT

The signal to indicate that the beam of the particularRADAR as currently programmed will move into a region whereit will receive external passive jamming, as from chaff,window, etc.

LL TRAJECTORY, ORDER

The order to the TALOS missile system to use the longrange surface target mode.

L TRAJECTORY, STATUS

J232

J233

J821

J822

G823

Q618

Q518

The indication thdt the TALOS missile system is in thelong range surface target mode.

52



LATITUDE

See Part II.

LAUNCHER (+)

See Part II.

LAUNCHER (+) (MISSILE), ORDER, STOW

The signal ordering that the particular missile launcherbe placed in the stowed position.

LAUNCHER (+) (MISSILE), STATUS, STOW

The signal indicating that the particular missilelauncher is in the stowed position.

LAUNCHER TRAIN-ORDER, RELATIVE

The angle between the vertical plane through ownship center l ine , and the normal plane through the lineo f f i r e , measured in the deck plane. Positive anglesmeasured clockwise from own ship centerline. UseTRAIN (EQUIPMENT), RELATIVE, UNCORRECTED,LAUNCHER (+).

LAUNCHER TRAIN-ORDER, TRUE

The angle between the vertical plane through ownship center l ine , and the normal plane through the lineo f f i r e , measured in the deck plane. Positive anglesmeasured clockwise from north. Use TRAIN (EQUIPMENT),TRUE, UNCORRECTED, LAUNCHER (+).

LEVEL

The angle between the horizontal plane and the deckplane, measured in the vertical plane through the lineof s ight . Positive angles measured downward from thehorizontal plane on the target side of own ship. (NOTE:Although still used in some older systems, in currentpractice this quantity is computed from stable verticaland 1011 and pitch signals). See ATTITUDE,(HIERARCHY).

LOAD ORDER, MISSILE (+), CONTINUOUS

K519

K619

B234

B235

Y824

The signal to the missile control area to load theparticular missiles continuously.

53



LOAD ORDER, MISSILE (+), NONE

The signal to the missile control area to place thepaI t iculdr miss i le on the ra i l .

LOAD ORDER, MISSILE (+), ONE

Q521

Q522

The signal to the missile control area to load onepar t icular miss i le on the ra i l .

LOAD ORDER, MISSILE (+), SELECT Q523

The signal to the missile control area to be prepared toexecute a load order for the particular missile.

LOCAL

See Part II.

LOCKED-ON

See Part II.

LONGTITUDE

See Part II.

LOW ANGLE

LOW (MODE)

See Part II.

MANUAL

See Part II.

MARK

See Part II.

54

.-— ——— -.



MASTER SYNCHRONIZE, ORDER, BLANKING PULSE T236

The signal carrying the blanking gate timing intelligencefrom the master synchronizer to the RADAR receivers underi t s c o n t r o l .

MASTER SYNCHRONIZER, ORDER, ENERGIZE T237

The signal to energize the master synchronizer.

MASTER SYNCHRONIZER, ORDER, REPTITION RATE T238

A signal to the master synchronizer establishing the de-sired repetit ion rate to be used.

MASTER SYNCHRONIZER, ORDER, TIMIMG TRIGGER T239

The signal carrying the timing trigger from the mastersynchronizer to the RADARS under its control.

MASTER SYNCHRONIZER, STATUS, (ID) CONTROL

The indication that the master synchronizer is in controlof the guidance RADARS.

MASTER SYNCHRONIZER, STATUS, REPTITION RATE

The indication of the repetition rate which is being usedby the master synchronizer.

See Part II.

MINESWEEPING, ORDER, SELECT

The order to conduct minesweeping operations in the se-lected mode.

MINESWEEPING, STATUS, SELECT

T240

T241

Y825

Y826

The indication that minesweeping operations are beingconducted in the selected mode.

MISSILE (+), (IN) ASSEMBLY AREA Q620

The signal indicating that the particular missile is inthe assembly area.

55



MISSILE (+), AVAILABLB Q621

The indication of the invento~y status of the missileswhich are available for use.

MISSILE (+), BURST OBSERVED

The signal indicating that the tracking equipment has ob-served the explosion of the warhead of the particular mis-s i l e .

MISSILE (+), CAPTURE GUIDANCE, ON

The indication, for a particular beamridiug missile onthe rail preparatory to launch, that its guidance package isenergized and functioning properly, and is ready to acceptguidance data when the missile reaches capture.

MISSILE (+), CLUTTER REJECT BAND

The signal to the particuhr missile on the launchingra i l to pos i t ion the midpoint of the clutter reject band inthe doppler frequency spectrum.

MISSILE (+), DUD, (ON) RAIL (+)

The indication that the particular missile now on the de-

signated rail was a dud (i .e. fa i led to f i re as ordered) .

MISSILE (+), ENGLISH BIAS, ORDER

The signdl to the pdrtlCUldr missile on the launchingrail to establish the English Bias control (i .e. reduce themissile course response after launch).

MISSILE (+), GRAVITY BIAS, SELECT

The signal to the particular missile (on the right arm ofthe launcher) energizing the gravity bias relay.

MISSILE (+), HEAD-ORDER, A

The signal transmitting positioning data to the missileA Head while the missile is on the rail preparatory tolaunch.

MISSILE (+), HEAD-ORDER, B

Q622

Q623

Q524

Q624

Q525

Q526

Q527

Q528

The signal transmitting positioning data to the missileB Head while the missile is on the rail preparatory tolaunch.

56


MISSILE (+), INCOMING/OUTGOING, SELECT


The signal to the particular missile on the launcher railse t t ing the start of the doppler sueep (either above orbelow the point of predicted clutter).

MISSILE (+), JETTISON, (FROM) RAIL (+)

The order to jettison the particular missile now on thedes ignated ra i l .

MISSILE (+), LAUNCH

The order to launch (fire) the particular missile.

MISSILE (+), LAUNCH, INTENT (TO)

The signal to the particular missile on the launcherrail activating the missile auxiliary power supply system.

MISSILE (+), LAUNCED, (FROM) RAIL (+)

The indication that the particular missile has beenlaunched (fired) from the designated rail .

MISSILE (+), LOADED, (ON) RAIL (+)

The indication that the particular missile is loaded onthe designated rail .

MISSILE (+), (ON) RAIL (+), ALARM

The warning indication that the particular missile now onthe designated rail is about to be launched (fired).

MISSILE (+), READY, (ON) RAIL (+)

The indication that the particular missile, now on thedes ignated ra i l , i s in a l l respects ready to launch ( f i re) .

MISSILE (+), ROLL GYRO, ORDER

The signal to the roll gyro in the missile control headtransmitting ship roll data to the gyro up to the moment oflaunch.

MISSILE (+), SELECTED

Q529

Q530

Q531

Q534

Q625

Q626

Q628

Q532

Q533

The particular missile has been selected for possibleuse.

57


MIL-STD-1343 (NAvY)1 JULY 1969

MISSILE (+), THRUST CUTOFF, POSITION N702

The indication of the computed position ot thrust cutoffof the particular missile which is ready to launch. It maybe expressed in a designated frame of reference (i.e. XYZcoordinates , or bedr lng , d is tance , and a l t i tude , e tc . ) .

MISSILE (+), (IN) TRANSFER AREA

The signal indicating that the particular missile is inthe t ransfer area .

MISSILE (+), (IN) TRANSPER AREA, READY

The signal indicating that the particular missile now inthe transfer area is in all respects ready to be loaded onthe launching rail .

MISSILE (+), LOAD, (FROM) RAIL (+)

The order to unload tile particular q iss~le Irom the de-signated rail and return it to stowage.

MISSILE (+), VNR (VARIABLE NAVIGATION RATIO), ORDER

The signal to the particular missile on the launchingrail sett ing the missile navigation ratio as predicted bythe launcher computer.

MIXED LOAD, LAUNCHER (+)

The indication that the particular missile launcher isloaded with differing types of missiles. The types of mis-siles may be indicated.

MODE (FCS), (HEIRARCHY)

MODE (FCS). ORDER. STATUS. . EQUIPMENT (+). . FCS (+). . WEAPON (+)

. . . ANTI-AIRCRAFT . . . LOW-E (MODE)

. . . AUTOMATIC . . . MANUAL

. . . BUSY OWN CONTROL . . . SIMULATED

. . . CASUALTY . . . SURFACE

. . . LOCAL . . . TEST

Q629

Q630

Q535

Q536

K827

58



MODE (FCS), ORDER, EQUIPMENT (4)

The signal to the particular t irecontrol equipment di-recting it to assume a prescribed “state-of-being”. SeeMODE (PCS), (HIERARCHY).

MODE (FCS), ORDER, FCS (+)

The signal to the particular firecontrol system directingit to assume a prescribed “state-of-being”. See MODE (FCS),(HIERARCHY).

MODE (FCS), ORDER, WEAPON (+)

The signal to the particular weapon directing it to as-s u m e p r e s c r i b e d “s ta te-of-being” . See MODE (PCS), (HI-ERARCHY).

MODE (FCS), STATUS, EQUIPMENT (+)

The signal indicating the current “istate-of-being” of theparticular firecontrol equipment. See MODE (PCS), (HIER-ARCHY) .

MODE (FCS), STATUS, FCS (+)

The signal indicating the current “state-of-being” of thepar t icular f i recontro l sys tem. See MODE (FCS), (HIER-ARCHY).

MODE (FCS), STATUS, WEAPON (+)

The signal indicating the current “state-of-being” of theparticular weapon. See MODE (PCS), (HIERARCHY).

MODIFIED

Use DESIGNATED - See Part II.

MOTION

Use VEHICLE (MOTION).

MOUNT (+)

See Part II.

MOUNT (GUN) (+), ALERT

The signal to the particular q ount to place itself in amode to receive further instructions.

59

0242

0243

0411

0244

0245

0412

K537



MOUNT (GUM) (+), CEASE FIRE

The signal to cease firing of the particular mount.

MOUNT (GUM) (+), FIRE

The signal to commence firing of the particular mount.The mode of operation, either continuous, single shot, orotherwise, may be indicated.

MOUNT (GUM) (+), FIRED

The signal that the particular mount has been fired asordered.

MOUNT (GUM) (+), LOAD

The order to load the particular mount with the desig-nated round of ammunition.

MOUNT (GUN) (+), LOADED

The indication that the particular mount has been loadedwith the designated round of ammunition.

MOUNT (GUN) (+), ORDER, STOW

The signal ordering that the Particular gun mount beplaced in the stowed position.

MOUNT (GUM) (+), READY

The indication that the particular mount is in allrespects ready to commence firing.

MOUNT (GUM) (+), STATUS, STOW

The signal indicating that the particular gun mount is inthe stowed position.

MOUNT (GUM) (+), UNLOAD, BREECH

K538

K539

K631

K540

K632

K541

K633

K634

K542

The signal ordering that the particular mount shall beunloaded through the breech and the round returned to themagazine.

MOUNT (GUM) (+), UNlLOAD, MUZZLE K543

The signal ordering that the particular mount shall beunleaded through the muzzle.

60



NNO-GO

Use NOT READY - See Part II.

NOT AVAILABLE

See Part II.

NOT LOCKED-ON

See Part II.

NOT READY

See Part II.

OOFF

0N

Use INDICATION - See Part II.

Use INDICATION - See Part II.

OPEN DOOR

Use DOOR, CONDITION.

OPTICAL (+)

See Part II.

ORDER

See Part II.

OVERTEMPERATURE ALARM SUPPLY

Use POWER (ELECTRIC).

61



OWNSHIP COURSE

See VEHICLE (MOTION), (HIERARCHY).

OWNSHIP SPEED

See VEHICLE (MOTION), (HIERARCHY).

PPARALLAX

The linear displacement of the equipment from thereference point. (NOTE: This value is fixed by shipstructure geometry and is useful only in the computationof corrections to TRAIN and ELEVATION ORDERS.See PARALLAX (UNIT), TRAIN, EQUIPMENT andPARALLAX (UNIT), ELEVATION, EQUIPMENT).

PARALLAX (UNIT), ELEVATION, EQUIPMENT (+)

The correction applied to equipment elevation orderas computed for the reference point to obtain elevationorder tor an equipment displaced a unit vertical distance(usually ten yards) from the reference point.

PARALLAX (UNIT), TRAIN, EQUIPMENT (+)

The correction applied to equipment train order ascomputed for the reference point to obtain train orderfor an equipment displaced a unit distance (usually 10Cyards) from the reference point.

PASSIVE

See Part II.

PHASING ORDER, RADAR (+)

Tbe computed correction to the guidance RADAR beam in-stantaneous phase angle to relate i t to the missile verti-c a l . It is computed from the angle between the projectionof the RADAR vertical on the boresight plane and the pro-jection of the missile vertical on the boresight plane mea-sured about the LSM. Positive direction is clockwisewhen viewed along the LOS to the missile.

E704

B703

E705

62



POSITION, (HIERARCHY)

POSITION. OWN SHIP. TARGET. . GRID ORIGIN. . MERCATOR. . RBFBRENCE POINT

. . . ALTITUDE . . . DISTANCE . . . X- COORDINATE

. . . APPARENT . . . ESTIMATED . . . Y-COORDINATE

. . . BEARING . . . LATITUDE . . . Z-COORDINATE

. . . COMPUTED . . . LONGITUDE

POSITION, OWNSHIP, GRID ORIGIN N828

The geographical location of own ship with reference toan assigned grid origin. See POSITION, (HIERARCHY).

POSITION, OWNSHIP, MERCATOR N829

The geographical location of own ship with reference tothe Mercator Projection. See POSITION, (HIERARCHY).

POSITION, OWNSHIP, REFERENCE POINT N830

The geographical location of own ship with reference toan established reference point. See POSITION, (HIERARCHY).

POSITION, TARGET, GRID ORIGIN N123

The geographical location of the target with referenceto an assigned grid origin. See POSITION, (HIERARCHY).

POSITION, TARGET, MERCATOR

The geographical location of the target with referenceto the Mercator Projection. See POSITION, (HIERARCHY).

POSITION, TARGET, REFERENCE POINT

The geographical location of the target with referenceto an established reference point. See POSITION, (HIER-ARCHY).

POWER, CHANGEOVER

Use POWER (ELECTRIC).

63

N124



POWER (ELECTRIC), FUNCTIONAL

Use functional terms like RANGE, BEARING, DESIGNATE,MODE, etc. for POWER situations where the power containswithin its parameters the information bits to transmit, per-form O r display a firecontrol function.

POWER (ELECTRIC), INDICATING

Use functional terms like ALARM, OVERTEMPERATURE, etc.for POWER (ELECTRIC) situations where the power containswithin its parameters the information bits to indicate as i t u a t i o n .

POWER (ELECTRIC), REFERENCE, AC (+)

Alternating current electric power which provides thebasic reference to a synchro system or to other components.Parameters of voltage and frequency can be furtherdef ined for the par t icu lar in ter face appl ica t ion .

POWER (ELECTRIC), REFERENCE, DC (+)

Direct current electric power which provides the basicreference in a measurement system. Parameters of voltageand excursion limits can be further defined for the particu-lar in ter face appl ica t ion .

POWER (ELECTRIC), SHIP-SERVICE, AC (+)

Alternating current electric power from the ship servicesupply lines, either main or auxiliary, which is used as asource of energy. Parameters of this AC power can befur ther def ined for the par t icular in ter face appl ica t ion .At the interface these parameters are: voltage freguency,power factor, phase, regulation ripple, andground/neut ra l / re turn .

POWER (ELECTRIC), SHIP-SERVICE, DC (+)

Direct current electric power from the ship service sup-p ly l ines , either main or auxiliary, which is used as asource of energy. Parameters of this DC power can be fur-ther def ined for the par t icular in ter face dupl ica t ion . Atthe interface these parameters are: voltage, regulation,ripple, connection (positive or negative ground), andground/neut ra l / re turn .

P831

P832

P833

P834

PULSE

See Part II.

64



PULSE, CLOCK, RADAR (+)

The pulse signal for digital data t iming reference tosynchronize the digital circuitry with the particularRADAR.

RRADAR (+)

See Part II.

RADAR (+), ORDER, BEAM (SHAPE)

The order to the particular RADAR to operate with a des-ignated beam shape.

RADAR (+), ORDER, BEAM (SPREAD)

The order to the particular RADAR to operate with adesignated beam spread.

RADAR (+), ORDBR, BEAM (PROGRAM)

The order to the particular RADAR to operate with adesignated beam program.

RADAR (+), ORDER, CONTACT

The order to the particular RADAR to attempt to acquirethe designated (or suspected) target.

RADAR (+), ORDER, CWI

The order to the particular RADAR to operate in theCWI mode.

RADAR (+), ORDER, SEARCH

The order to the particular RADAR to conduct search op-erations in the designated manner.

RADAR (+), ORDER, TRACE (AIDED)

T246

G545

G546

G544

G547

G548

G549

G553

The order to the particular RADAR to track thedesignated target with the aid of the weapons controlsystem computer.

65



RADAR (+), ORDER, TRACK (MISSILE)

The older to the particular RADAR to trdck the desig-nated (or bogey) missile target.

RADAR (+), ORDER, TRACK (SURFACE)

The older to the particular RADAR to track the desig-nated (or bogey) surface target.

RADAR (+), ORDER, TRACK (AIRCRAFT)

The order to the particular RADAR to track the desig-nated (or bogey) a i rcra l t ta rget .

RADAR (+), STATUS, BEAM (SHAPE)

The indication that the particular RADAR iS opera t ingwith the designated beam shape.

RADAR (+), STATUS, BEAM (SPREAD)

The indication that the particular RADAR is operatingwith the designated beam spread.

RADAR (+), STATUS, BEAM (PROGRAM)

The indication that the particular RADAR is operatingwith the designated beam program.

RADAR (+), STATUS, CONTACT

The indication that the particular RADAR has acquiredthe designated (or suspected) target.

RADAR (+), STATUS, CWI

The indication that the particular RADAR is operatingin the CWI mode.

RADAR (+), STATUS, SEARCH

The indication that the particular RADAR is conductingsearch operations in the designated manner.

RADAR (+), STATUS, TRACK (AIDBD)

G551

G552

G550

G636

G637

G635

G638

G639

G640

G644

The indication that the particular RADAR is trackingthe designated target with the aid of the weapons controlsystem computer.

66



RADAR (+), STATUS, TRACK (MISSILE)

The indication that the particular RADAR is trackingthe designated (or bogey) missile target.

RADAR (+), STATUS, TRACK (SUB-FACE)

The indication that the particular RADAR is trackingthe designated (or bogey) surface target.

RADAR (+), STATUS, TRACK (AIRCRAFT)

The indication that the particular RADAR is trackingthe designated (or bogey) aircraft target.

RADIO (+), ORDER, CHANNEL (+)

The order to the particular radio equipment to operate onthe designated channel.

RADIO (+), ORDER, FREQUENCY

The order to the particular radio equipment to operate onthe designated frequency.

RADIO (+), ORDER, POPULATION (+)

The order to the particular radio equipment to operatewith the designated type of modulation. The type of modula-t i o n , such as CU, voice, FSK, TTY, etc. may be indicated.

RADIO (+), STATUS, CHANNEL (+)

The indication that the particular radio equipment is op-erating on the designated channel.

RADIO (+), STATUS, FREQUENCY

The indication that the particular radio equipment is op-erating on the designated frequency.

RADIO (+), STATUS, MODULATIONS (+)

G642

G643

G641

F554

F555

F556

F645

F646

F647

The indication that the particular radio equipment is op-erating with the designated type of modulation. The type ofmodulation, such as CU, voice, FSK, TTY, etc. may be indi-ca ted .

67


MIL-STD-1343 (NAVY)1 JULY 1969

RAIL (+) (MISSILE), ORDER, EXTEND K557

The signal ordering that the designated missile rail beextended.

RAIL (+) (MISSILE), ORDER, LOAD

The signal ordering the loading of the selected missileon the designated missile rail .

RAIL (+) (MISSILE), ORDER, RETRACT

The signal ordering that the designated missile rail ber e t I a c t e d .

RAIL (+) (MISSILE), ORDER, SELECT

The signal ordering the selection of the designated miss-s i l e r a i l .

RAIL (+) (MISSILE), READY, (TO) LOAD

The signal indicating that the designated missile railis in all respects ready to be loaded with the selected mis-s i l e .

RAIL (+) (MISSILE), READY, PORT

K558

K559

K560

K648

K649

The signal indicating that the designated missile rail isin all respects ready for use to port.

RAIL (+) (MISSILB), READY, STARBOARD K650

The signal indicating that the designated missile rail isin all respects ready tor use to starboard.

RAIL (+) (MISSILE), STATUS, CLEAR

The signal indicating that the missile has left thedes ignated ra i l .

RAIL (+) (l!lISSILB), STATOS, EMPTY

The signal indicating that the designated missile railis empty (there is no missile presently loaded on the desig-nated missile rail).

BAIL (+) (MISSILE), STATUS, EXTENDED

K651

K652

The signal indicating that the designated missile railis extended.

68



RAIL (+) (MISSILE), STATUS, LOADED K654

The signal indicating that the selected missile has beenloaded onto the designated missile rail .

RAIL (+) (MISSILE), STATUS, RETRACTED

The signal indicating that the designated missile raili s r e t r a c t e d .

RAIL (+) (MISSILE), STATUS, SAFE

The signal indicating that the designated missile rail(and its loaded missile, if any) is in a safe condition.

RAIL (+) (MISSILE), STATUS, SELECT

The signal indicating that the designated missile railhas been selected for possible use.

RANGE {TARGET), (HIERARCHY)

RANGE (TARGET). APPARENT. EAST-WEST (E-U). HORIZONTAL. LIME-OF-SIGHT (LOS). NORTH-SOUTH (N-S). . COMPUTED. . CORRECTED. . OBSERVED

. . . ASSISTANCE . . . MARK . . . SELECTED

. . . CALIBRATION . . . OPTICAL (+) . . . SONAR (+)

. . . COMPENSATION . . . ORDER . . . TEST

. . . ERROR . . . RADAR (+) : : . TRIGGER

. . . GATE . . . REFERENCE . . . UNRELIABLE

. . . HOLD . . . RELIABLE

RANGE (TARGET), APPARENT, OBSERVED

The distance, expressed in yards (or nautical miles),from own ship to an underwater target, as indicated bysonar. See RANGE (TARGET), (HIERARCHY).

RANGE (TARGET), E-W, COMPUTED

K655

K656

K657

R126

R127

The component of horizontal range in the E-U verticalplane, as generated by a solving device such as afirecontrol computer. See RANGE (TARGET), (HIERARCHY).

69



RANGE (TARGET), E-W, CORRECTED R128

The component of horizontal range in the E-M verticalplane as generated by a solving device such as a firecontrolcomFuter, and corrected for various conditions which con-t r ibute to er ror . See RANGE (TARGET), (HIERARCHY).

RANGE (TARGET), HORIZONTAL, COMPUTED

The projection of RANGE (TARGET), LOS, in the hori-zontal plane by a vertical plane through the LOS, as gener-ated by a computer, navigational device, or other means notrelying on direct observations. See RANGE (TARGET),(HIEHARCHY).

RANGE (TARGET), HORIZONTAL, CORRECTED

R129

R130

The projection of RANGE (TARGET), LOS, in the hori-zontal Elane by a vertical plane through the LOS, as gener-ated by a computer, navigational device, or other means notrelying on direct observations and corrected for variousconditions which contribute to errors. See RANGE (TARGET),(HIERARCHY).

RANGE (TARGET), LOS, COMPUTED R131

The distance, expressed in yards (or nautical miles) fromown ship to target, as generated by a computer, navigationaldevice, or other means not relying on direct observations.See RANGE (TARGET), (HIERARCHY).

RANGE (TARGET), LOS, CORRECTED

The distance, expressed in yards (or nautical miles) fromown ship to target, corrected for various conditions whichcontribute to error. See RANGE (TARGET), (HIERARCHY).

RANGE (TARGET), LOS, OBSERVED

The distance, expressed in yards (or nautical miles) fromown ship to target, measured along the line-of-sight. SeeRANGE (TARGET), (HIERARCHY).

RANGE (TARGET), M-S, COMPUTED

The component of horizontal range in the N-S verticalplane as generated by a solving device such as a firecontrolcomputer. See RANGE (TARGET), (HIERARCHY).

R132

R133

R134

.

70



RANGE (TARGET), N-S, CORRECTED R135

The component of horizontal range in the N-S verticalplane as generated by a solving device such as a firecontrolcomputer, and corrected for various conditions which con-t r ibute to er ror . See RANGE (TARGET), (HIERARCHY).

RANGE RATE, (HEIRARCHY)

RANGE RATE.APPARENT. E-W.HORIZONTAL. LOS. N-S. . COMPUTED. . CORRECTED. . OBSERVED

. . . COMPENSATION . . . READY

. . . ERROR . . . RELIABLE

. . . HOLD . . . SELBCTED

. . . MARK . . . UNRELIABLE

RANGE RATE, APPARENT, OBSERVED R31O

The rate of change in RANGE (TARGET), APPARENT, OB-SERVED expressed in linear movement per second or in knots.See RANGE RATE, (HIERARCHY).

RANGE RATE, B-D, COMPUTED R311

The rate of change in RANGE (TARGET), E-W, COMPUTEDexpressed in linear movement per second or in knots. SeeRANGE RATE, (HIERARCHY).

RANGE RATE, E-W, CORRECTED B312

The rate of change in RANGE (TARGET), E-W, CORRECTEDexpressed in linear movement per second or in knots. SeeRANGE RATE, (HIERARCHY).

RANGE RATE, HORIZONTAL, COMPUTED R313

The rate of change in RANGE (TARGET), HORIZONTAL,COHPUTED expressed in linear movement per second or inknots. See RANGE RATE, (HIERARCHY).

71



RANGE RATE, HORIZONTAL, CORRECTED

The rate of change in RANGE (TARGET), HORIZONTAL,CORRECTED expressed in linear movement per second or inknots. See RANGE RATE, (HIERARCHY).

RANGE RATE, LOS, COMPUTED

The rate of change in RANGE (TARGET), LOS, COMPUTEDexpressed in l inear movement per second or in knots. SeeRANGE RATE, (HIERARCHY).

RANGE RATE, LOS, CORRECTED

R314

R315

R316

The rate of change in RANGE (TARGET), LOS, COR-RECTED expressed in linear movement per second or in knots.See RANGE RATE, (HIERARCHY).

RANGE RATB, LOS, OBSBERVED R317

The rate of change in RANGE (TARGET), LOS, OBSERVEDexpressed in l inear movement per second or in knots. SeeRANGE RATE, (HIERARCHY).

RANGE RATE, N-S, COMPUTED R318

The rate of change in RANGE (TARGET), N-S, COMPUTEDexpressed in l inear movement per second or in knots. SeeRANGE RATE, (HIERARCHY).

RANGE RATE, N-S, CORRECTED

The rate of change in RANGE (TARGET), N-S, CORRECTEDexpressed in l inear movement per second or in knots. SeeRANGE RATE, (HIERARCHY).

READY

See Part II.

REBOUND

Use DDSOT. See also TEST in Part II.

REFERENCE

R319

See Part II.

RBLIABLB

See Part II.

72



REMOTE

See Part II.

REQUEST

See Part II.

RESET

See Part II.

RESPONSE

See Part II.

ROUNDS (FIRED), NUMBER (OF), GUN (+)

The signal indicating the total number of rounds fired bythe Particular gun during the designated period.

SSAMPLE

See Part II.

See Part II.

SIGHT ANGLE

The angle between the line of fire, and the slantplane through the line of sight and through the equipmentelevation axis in the horizontal or deck plane, measuredfrom the line of fire in the plane (vertical or normal)through the line of fire. (NOTE: SIGHT ANGLE may alsobe measured in the plane (vertical or normal) throughthe l ine of s ight ) .

73

K835

E247



SIGHT DEFLECTION

The angle between the line of sight and the plane(vertical or normal) through the line of fire, measuredfrom the line ot sight in the slant plane through theline of sight and through the equipment elevation axisin the horizontal or deck plane. (NOTE: SIGHTDeflection may also be measured in the slant planethrough the line of fire).

SIMULATED

See Part II.

SLEW

See Part II.

SMOOTHED

See Part II.

SONAR (+)

See Part II.

SONAR (+), ORDER, ATTACK (SEQUENCE)

The order to the particular SONAR to utilize a desig-nated attack sequence.

SONAR (+), ORDER, CONTACT

The order to the particular SONAR to attempt to acquirethe designated (or suspected) target.

SONAR (+), ORDER, PROGRAM (SEARCH)

The order to the particular SONAR to conduct search oper-ations util izing a designated search program.

SONAR (+), ORDER, SEARCH

The order to the particular SONAR to conduct search op-erations in the designated manner.

SOSAB (+), ORDER, TRACK (AIDED)

B248

H561

H562

H563

H564

H566

The order to the particular SONAR to track thedesignated target with the aid of the weapons controlsystem computer.

74



SONAR (+), ORDER, TRANSDUCER (DEPTH) H565

The order to the particular SONAR to operate with itsvariable depth transducer at the designated depth.

SONAR (+), STATUS, ATTACK (SEQUENCE) H658

The indication that the particular SONAR is operatingwith the designated attack sequence.

SONAR (+), STATUS, CONTACT H659

The indication that the particular SONAR has acquiredthe designated (or suspected) target.

SONAR (+), STATUS, PROGRAM (SEARCH) E660

The indication that the particular SONAR is conductingsearch operations utilizing the designated search program.

SONAR (+), STATUS, SEARCH H661

The indication that the particular SONAR is conductingsearch operations in the designated manner.

SONAR (+), STATUS, TRACK {AIDED)

The indication that the particular SONAR istracking the designated target with the aid of theweapons control system computer.

SONAR (+), STATUS, TRANSDUCER (DEPTH)

The indication that the particular SONAR is operatingwith its variable depth transducer at the designated depth.

See Part II.

SPOT, BEARING, LEPT

The corrective input to the BEARING quantity. Negativevalues are LEFT.

SPOT, BEARING, RIGHT

H663

H662

B249

B250

The corrective input to the BEARING quantity. Pos i t ivevalues are RIGHT.

75



SPOT, ELEVATION, DOWN

The corrective input to the ELEVATION quantity. Negativevalues are DOWN.

SPOT, ELEVATION, UP

The corrective input to the ELEVATION quantity. Positivevalues are UP.

SPOT, RANGE, UP R253

The corrective input to the RANGE quantity. Negativevalues are IN.

SPOT, RANGE, OUT R254

The corrective input to the RANGE quantity. Pos i t ivevalues are OUT.

Use ALERT - See Part II.

See Part II.

STOP

See Part II.

SUBROC

Use suitable functional terms for missle, torpedo ordepth charge in connection with weapons control datasupplied to the SUBROC prior to and at launching (fire).

E251

E252

See Part II.

See Part II.

76



T

TARGET (+), CATEGORY

The signal, generated by the weapon control system, toassociate an identifying category mark with the particulartarget on a designated monitor scope.

TARGET (+), ENTRY

The signal indicating that the particular RADAR orSONAR echo represents a valid target and that the targetshould be entered into the weapon control computationalsystem. See also ARROU CONTROL and HOOK-AND-MARK.

TARGET (+), INDICATION

The signal, (initiated by the radar operator) indicatingthe probable type of a i r ta rget ( i .e . ) je t , mul t i -engine ,miss i le , e tc .

TARGET (+), KILL

The signal (initiated by the radar operator) indicatingthat the weapon killed the particular target.

TARGET (+), MISSED

The signal (initiated by the radar operator) indicatingthat the weapon missed the target.

TARGET (+), SURVIVED

The signal (initiated by the radar operator) indicatingthat the weapon probably damaged but did not kill the par-t i c u l a r t a r g e t .

See Part II.

TEMPERATURE, AIR

X136

X137

X138

X139

X140

X141

Y836

The signal indicating the average temperature of the airmass along the predicted flight path.

77



See Part II.

TIME, (OF) FLIGHT, (TO) CAPTURE

The time of flight of the missile to the missile capturepos i t ion .

TIME, (OF) FLIGHT, (TO) FUZE BURST

The time of flight of the projectile or missile to thepoint of fuze burst.

TIME, (OF) FLIGHT, (TO) INTERCEPT

The time of fl ight ok the missile to intercept with thet a r g e t .

TIME, (OF) FLIGHT, (TO) SEPARATION

The time of flight of the missile to the point of t h ebooster separa t ion .

TIME, (OF) PLIGHT, (TO) TARGET

The time of flight of the projectile or missile to thefu ture ta rge t pos i t ion .

TORPEDO, ADVANCE, COMPUTED

The distance, computed by a filecontrol device, betweenthe mean torpedo track following the point of course steadyand a line parallel to this track passing through the pointof entry.

TORPEDO (+), APPROVED

The particular torpedo, which has been indicated asavailable, is approved for a certain mission use, and hasbeen through all required preliminary adjustments.

TORPEDO (+), AVAILABLB

T413

T414

T415

T416

T417

U567

U664

The indication of the inventory status of the torpedoeswhich are available for use.

78



TOREPDO, COURSE, INDICATION

The signal, computed by a firecontrol device, indicatingthe present course of the torpedo. Positive angles measuredclockwise from north.

TOREPDO, DEPTH, ORDER

The signal to the depth setting mechanism of the torpedotube to set the prescribed depth in the control mechanism ofthe loaded torpedo.

TOREPDO (+), DUD, (IN) TUBE

The particular torpedo, when tired, did not clear thetube.

TOEPBDO (+), FIRE, ORDER

The order to fire the particular torpedo.

TORPEDO (+), FIRE, PERMISSION

The signal giving permission to fire the particular tor-pedo at the appropriate time.

TORPEDO (+), FIRED, INDICATOR

The signal indicating that the particular torpedo hasbeen fired.

TORPEDO, GYRO ANGLE, ORDER

The signal to the gyro setting mechanism of the torpedotube to set the prescribed gyro angle (the angle between theintended torpedo track and the tube direction at launch) inthe steering mechanism of the loaded torpedo.

TORPEDO (+), JETTISON, ORDER

The order to jett ison the particular torpedo.

TORPEDO (+), LOAD, (IN) TUBE (+)

The order to load the particular torpedo in the particu-lar tube .

TORPEDO (+), LOADED

U707

U665

U569

U570

U666

U571

U572

U573

U667

The indication that the particular torpedo has been load-ed in the tube as ordered.

79


MIL-STD--1343(NAVY)1 JULY 1969

TORPEDO, REACH U708

The signal indicating the predicted distance along thetorpedo track between point of launch (underwater firing) orentry (surface firing) and the point of steering.

TORPEDO (+), READY, (TO) FIRB

The indication that the particular torpedo is in allrespects ready to fire.

TORPEDO, RUN, END

The signal, computed by the weapons control system,indicating that the torpedo propulsion motor has shut down.It also signifies the end of the torpedo run.

TORPEDO (+), SELECTED

The particular torpedo has been selected for possibleuse.

TORPEDO (+), FIRE GUIDANCE, ORDER

The signal (via the guidance wire) to the running torpedoordering its movements, such as course, etc.

TRAIN (EQUIPMENT), (HEIRARCHY)

TRAIN (EQUIPMENT). RELATIVE. TRUE. . ACTUAL. . ERROR. . ORDER. . . DIRECTOR (+). . . LAUNCHER (+). . ✎ MOUNT (+)

TRAIN (EQUIPMENT}, RELATIVE, ACTUAL

U668

U709

U669

U574

B255

The angle between the vertical plane through ownship center l ine , and the vertical plane through theequipment’s pointing line, measured in the deck plane.Positive angles measured clockwise from own shipcenter l ine . See TRAIN (EQUIPMENT), (HIERARCHY).

80



TRAIN (EQUIPMENT), RELATIVE, ERROR B256

A signal indicating the error in the transmittedTRAIN (EQUIPMENT), RELATIVE, ACTUAL. See TRAIN(EQUIPMENT), (HIERARCHY).

TRAIN (EQUIPMENT), RELATIVE, ORDER

A computed, repeatback, or operator 's signal used tobring the value of TRAIN (EQUIPMENT), RELATIVE,ACTUAL into correlation with itself. See TRAIN(EQUIPMENT), (HIERARCHY).

TRAIN (EQUIPMENT), TRUE, ACTUAL

The angle between the north-south vertical plane, andthe vertical plane through the equipment s poin t ing l ine ,measured in the deck plane. Positive angles measuredclockwise from north. See TRAIN (EQUIPMENT),(HIERARCHY).

TRAIN (EQUIPMENT), TRUE, ERROR

A signal indicating the error in the transmittedTRAIN (EQUIPMENT), TRUE, ACTUAL. See TRAIN(EQUIPMENT), (HIERARCHY).

TRAIN (EQUIPMENT), TRUE, ORDER

A computed, repeatback, or operator 's signal usedto bring the value of TRAIN (EQUIPMENT’), TRUE, ACTUALinto corre la t ion wi th i t se l f . See TRAIN (EQUIPMENT),(HIERARCHY).

TRAVERSE (EQUIPMENT)

The angle between the line of sight and the plane(vertical or normal) through the line to the future targetpos i t ion , measured from the line of sight in the slantplane through the line of sight and through the equipmentelevation axis in the horizontal or deck plane. (NOTE:TRAVERSE may also be measured in the slant plane throughthe l ine to fu ture ta rge t pos i t ion) .

B257

B258

B259

B260

B261

TRIGGER

See Part II.

81



TUBE (+) (TORPEDO), ORDER, STOW

The signal ordering that the particular torpedo tube (ormultiple tube mount) be placed in the stowed position.

TUBE (+) (TORPEDO), STATUS, STOW

The signal indicating that the particular torpedo tube(or multiple tube mount) is in the stowed position.

TUBE (+), TORPEDO, LOADED

The indication that the particular torpedo tube has beenloaded with the particular torpedo as ordered.

TUBE (+), TORPEDO, READY

The particular torpedo tube and its loaded torpedo is ina l l r e s p e c t s ready to fire.

TUBE (+), TORPEDO, SELECTED

The particular torpedo tube has been selected for pos-sible loading or use.

TURN

See Part II.

UUNASSIGNED

Use AVAILABLE - See Part II.

UNRELIABLE

See Part II.

K575

K670

K671

K672

K673

VVALID

See Part II.

82



VEHICLE (MOTION), (HEIRARCHY)

VEHICLE (MOTION). AIRCRAFT. MISSILE. OUN SHIP. TARGET. . E-U. . HORIZONTAL. . N-S. . VECTOR. . VERTICAL. . . CORRECTED. . . COURSE. . . DRIFT. . . IDENTITY (+). . . SPEED. . . TURN

VEHICLE (MOTION), AIRCRAFT, E-W

The component of VEHICLE (MOTION), AIRCRAFT,HORIZONTAL in the E-U direction, as generated by asolving device such as a firecontrol computer. See VEHICLE(MOTION), (HIERARCHY).

VEHICLE (MOTION), AIRCRAFT, HORIZONTAL

M837

M838

The projection in the horizontal plane of the aircraftmotion vector stated in linear measure per unit of time(usually in knots). See VEHICLE (MOTION), (HIERARCHY).

VEHICLE (MOTION), AIRCRAFT, N-S M839

The component of VEHICLE (MOTION), AIRCRAFT, HORI-ZONTAL in the N-S direction, as generated by a solvingdevice such as a firecontrol computer. See VEHICLE(MOTION), (HIERARCHY).

VEHICLE (MOTION), AIRCRAFT, VECTOR M840

The movement of the aircraft along its motion vectorre la t ive to i t s reference f rame ( i .e . , iner t ia l , ear th ,etc.) stated in linear measure per unit of t ime (usually inknots). See VEHICLE (MOTION), (HIERARCHY).

VEHICLE (MOTION), AIRCRAFT, VERTICAL M841

The projection in the vertical plane of the aircraftmotion vector stated in linear measure per unit of time(usually in knots). See VEHICLE (MOTON), (HIERARCHY).

83



VEHICLE (MOTION), MISSILE, E-W

The component of VEHICLE (MOTION), MISSILE, HORI-ZONTAL in the E-W direction, as generated by a solvingdevice such as a firecontrol computer. See VEHICLE(MOTION), (HIERARCHY).

VEHICLE (MOTION), MISSILE HORIZONTAL

The projection in the horizontal plane of the missilemotion vector stated in linear measure per unit of time(usually in knots). See VEHICLE (MOTION), (HIERARCHY).

VEHICLE (MOTION), MISSILE, N-S M420The component of VEHICLE (HOTION), MISSILE, HORI-

ZONTAL in the N-S direction, as generated by a solvingdevice such as a firecontrol computer. See VEHICLE(MOTION), (HIERARCHY).

VEHILCE (MOTION), MISSILE, VECTOR

The movement of the missile along its motion vector rela-t i v e t o i t s r e f e r e n c e f r a m e ( i . e . , i n e r t i a l , e a r t h , e t c . )and stated in liuear measure per unit of time. See VEHICLE(MOTION), (HIERARCHY).

VEHICLE (MOTION), MISSILE, VERTICAL

The projection in the vertical plane of the missile motionvector stated in linear measure per unit of t ime (usually inknots). See VEHICLE (MOTION), (HIERARCHY).

VEHICLE (MOTION) OWNSHIP, E-W

The component of VEHICLE (MOTION), OWN SHIP, HORI-ZONTAL in the L-R direction, as generated by a solvingdevice such as a firecontrol computer. See VEHICLE(MOTION), (HIERARCHY).

VEHICLE (MOTION), OWNSHIP, HORIZONTAL

M418

M419

M421

M422

M842

M843

The movement of own ship along its motion vectorr e l a t i v e t o i t s r e f e r e n c e f r a m e ( i . e . e a r t h ) s t a t e din linear measure per unit of time (usually in knots).See VEHICLE (MOTION), (HIERACHY).

84



VEHICLE (MOTION), OWNSHIP, N-S

The component of VEHICLE (MOTION), OWN SHIP, HORI-ZONTAL in the N-S direction, as generated by a solving de-vice such as a firecontrol computer. See VEHICLE(MOTION), (HIERARCHY).

VEHICLE (MOTION), TARGET, E-W

The component of VEHICLE (MOTION), TARGET, HORI-ZONTAL in the E-W direction, as generated by a solvingdevice such as a firecontrol computer. See VEHICLE(MOTION), (HIERARCHY).

VEHICLE (MOTION], TABGET, HORIZONTAL

The projection in the horizontal plane of the targetmotion vector stated in linear measure per unit of time(usually in knots). See VEHICLE (MOTION), (HIERARCHY).

VEHICLE (MOTION), TARGET, N-S

The component of VEHICLE (MOTION), TARGET, HORI-ZONTAL in the N-S direction, as generated by a solvingdevice such as a firecontrol computer. See VEHICLE(MOTION), (HIERARCHY).

VEHICLE (MOTION), TARGB7, VECTOR

The movement ot the target along its motion vector rela-t ive to i t s reference f rame ( i .e . , ear th , iner t ia l , e tc . )and stated in linear measure per unit of time. See VEHICLE(MOTION), (HIERARCHY).

VEHICLE (MOTION), TARGET, VERTICAL

The projection in the vertical plane of the target motionvector stated in linear measure per unit of t ime (usually inknots) . See VEHICLE (MOTION), (HIERARCHY).

VELOCITY, CUTOFF, SET

The signal to the missile designating the velocityrelative to the inertial coordinates at which the rocketmotor is to cut off.

VELOCITY, INITIAL

M844

M142

M143

M144

M145

M146

Y845

The velocity of the projectile as i t leaves the gunmuzzle.

85



V0ICE

Use AUDIO W

WARHEAD, WATER ENTRY, COMPUTED, BEARING

The true bearing from the firing point to the place ofentry into the water of the warhead (ASROC) as computed bythe firecontrol system.

WARHEAD, WATER ENTRY, COMPUTED, RANGE

The distance in yards from the firing point to th~ placeof entry into the water of the warhead (ASROC) as computedby the firecontrol system.

WARMUP ORDER, MISSILE (+), (ON) RAIL (+)

The signal direction the warmup of the particularmissile which has been placed on the designated railpreparatory to possible launching.

WARMUP ORDER, MISSILE (+), (OFF) RAIL (+)

The signal directing the uariuup of tne particular missilewhich has been placed ia the ready position in the loadingarea or magazine preparatory to loadiing onto a designatedr a i l .

WARMUP STATUS, MISSILE (+), MAXIMUM INDICATION

The indication that the particular missile undergoingwarmup has reached a maximum condition; i.e., the missilehas been warmed up for the maximum safe time.

WARMUP STATUS, MISSILE (+), (ON) RAIL (+)

The indication that the particular missile which has beenplaced on the designated rail preparatory to possiblelaunching is undergoing warmup.

WARMUP STATUS, MISSILE (+), (OFF) RAIL (+)

B147

R148

Q847

Q846

Q848

Q850

Q849

The indication that the particular missile which has beenplaced in the ready position in the loading area ormagazine preparatory to loading onto the designated rail isundergoing warmup.

86



WARMUP STATUS, MISSILE (+), WARNING RAIL (+)

The warning signal that the particular missile which ison the designated rail is undergoing warmup.

WARNING

See Part II.

WIND, DIRECTION, APPARENT

The direction of the vector sum of HIND, DIRECTION,OWN SHIP, and MIND, DIRECTION, TRUE, usually expressedin degrees measured clockwise from north.c e n t e r l i n e , miss i le axis , e tc .

WIND, DIRECTION, OWNSHIP

The direction of the relative horizontal movement of theair mass generated by own ship motion in still air. I t i sequal and opposite to own ship course, dnd is expressed indegrees measured clockwise from north.

WIND, DIRECTION, TRUE

The direction of the actual movement of the air mass mea-sured with respect to the earth, expressed in degreesmeasured clockwise from north.

WIND, SPEED, APPARENT

The magnitude of the vector sum of WIND, SPEED, OWNSHIP and WIND, SPEED, TRUE, usually expressed in knots.

WIND, SPEED, OWNSHIP

The velocity of the relative horizontal movement of theair mass generated by own ship motion in still air. I t i sequal and opposite to own ship speed vector, and is usuallyexpressed in knots.

WIND, SPEED, TRUE

The actual velocity of the movement of the air mass mea-sured with respect to the earth, usually expressed in knots.

WINDOW

Q851

W852

W853

W854

W855

W856

Use CAPTURE. For computed position of capture point usefunctional terms such as RANGE (TARGET), BEARING (TARGET)and ELEVATION (TARGET).

87



XX MISSILE (+)

For the functions, modes, indications, etc. , use the pro-per Terms (i .e.) functional, mode, indicating, etc.

X-COORDIMATB

See Part II.

YY MISSILE (+)

For the functions, modes, indications, etc. , use the pro-per Terms (i.e.) functional, mode, indicating, etc.

Y-COORDINATE

See Part II.

ZZ MISSILE (+)

For the functions, modes, indications, etc. , use the pro-per Terms ( i .e . ) fuc t ional , mode, indica t ions1 e t c .

Z-COORDINATE

See Part II.

ZERO

See Part II.

88



5.2

PART II

Term Modifiers

89/90


DEFINITIONS

of

TERM MODIFERS


A01ACCEPT

Describes a system or equipment which is prepared, or isdirected, to accept the function.

02

ALERT

Describes a system or equipment which is, or isd i rec ted , to operate in the active mode (i .e.) radiating.

03

The function is a warning that a designated situationexists, which is dangerous or otherwise undesirable.

04

The function is a signal to a particular equipment orsystem to place itself in a ready to operate condition.

The function specifies vertical height, measured infeet above sea level.

06

The funct ion per ta ins to a i rcraf t ta rgets .

91



APPARENT 07

The value of the function results from sonar observationsthat have not been corrected for the vagaries of underratersound propagation.

NOTE: APPARENT is also used in “WIND” terms, butnot as a modifier.

APPROXIMATE

The value of the function is nearly correct.

ASSISTANCE

The function is a digital logic signal from NTDS tothe firecontrol computer indicating that range informationis available from MTDS. It is used when the radar is ina CCM mode.

Describes a system or equipment which is, or is directedto be, in automatic operation.

Describes the inventory status of weapons, ammunition,etc. , which are available for use, or indicates systems andequipments which are currently unassigned and are available,or indicates types of data that can be provided.

86

08

09

10

BBEARING (+) 11

The function specifies the bearing from a reference pointto a target or other object. Bearing is measured in thehorizontal plane in degrees clockwise from north (BEARING,TRUE) or from own ship centerline (BEARING, RELATIVE).

The function is a signal making the device ineffectivefor the prescribed blanking interval.

BUSY OWN-CONTROL

Describes a system or equipment which is already employedby its own control.

92

13



CCALIBRATION

The function is intended for calibration purposes. 14

15CASUALTY

Describes a system or equipment which is not operating upto i ts optimum capabili ty.

CAUTION

Use WARNING.

COMPENSATION 16

The function is the correction for inherent errors.

The function is generated by a solving device such as afirecontrol computer.

18

The value of the function has been corrected for errors.

19

The function specifies the direction of a vehicle 'smotion in the horizontal plane, measured in degrees, clock-wise from north.

DDAMPED

Use SMOOTHED.

20

The value of the function is selected from among agroup of possible values indicated by a single sensor.

93



DIFFERENCE

Use ERROR.

21DIRECTOR (+)

The funct ion iS generated by, or directed to, a fire-cont ro l d i rec tor . T h e n u m b e rr type, etc. , of the directorshould be specified when appropriate.

DISTANCE 22

The function specifies the distance (usually in yards ornautical miles) from a reference point to a target or otherobjec t .

DRIFT 23

The function specifies horizontal lateral movement(of a vehic le , miss i le , pro jec t i le , e tc . ) perpendicularto the motion vector.

EECM (+) 24

The function is generated by, or directed to, an ECMsystem or equipment. The number, type, etc. of the systemor equipment should be specified when appropriate.

25EMERGENCY

The function specifies that immediate action is to betaken to cope with a dangerous or otherwise undesirable sit-uation.

26ERROR

The function is a repeatback signal whose value indicatesthe difference between the transmitted sigual and the re-sponse.

Use ORDER when the repeatback signal is used to initi-a te correc t ive ac t ion .

BSTIMATED 27

The value of the function is assigned on the basis ofbest judgment.

94

—



EXCESSIVE

The value of the function is outside the acceptable tol-erance l imi ts .

28

EXCITATION

The function is an electrical power input, usuallyapplied to synchro, potentiometer or networks.

GGATE 30

The function is a timing signal which automaticallyplaces the amplitude control in operation at the expectedtime of signal arrival and thus maintaining stabili ty oftarget presentation in spite of perturbations of thetransmission path; or a timing signal used to control orsequence a certain combination of events such as rangecounting, synchronizing, blanking, etc.

GO

HHEADING

The function specifies the direction of the vehicle centerline,projected in the horizontal plane, measured in degrees, clockwisefrom the north.

HOLD

The function is a signal to maintain the value of thedesignated quantity constant during the t ime that theHOLD signal is applied.

IDD (INTER-DIRECTIOR DESIGNATION)

Describes a configuration of equipments in which thetarget position data is transferred from the director cur-rently tracking the target to one or more other directors.

95

29

87

31

32



IDENTITY (+) 33

The function is a signal which identifies a moving vehi-cle or target as (for examples) “friendly aircraft”, “target#5”, “ target of grea tes t threa t” .

INCREMENT

The function is an increment between two discrete valuesof the designated quantity.

INDICATOR (+)

The function is a signal, for visual or aural presenta-tion, that a p a r t i c u l a r s i t u a t i o n e x i s t s . Additionalinformation should be provided, where appropriate, to de-scribe the nature of the situation (for exdmples, “ON”,“OFF”) .

INFRARED (+)

The function is generated by, or directed to, aninfrared equipment. The number, type, etc. of theinfrared equipwent should be specified when appropriate.

INOPERATIVE

Describes a system or equipment uhlch IS incapable ofoperation and is out of service.

INVALID 38

The value of the function is in error to such a degree asto make It musakle.

LLATITUDE

The function specifies the angular distance north orsouth of the earth’s equator measured through 90 degrees.

LAUNCHER (+)

34

35

36

37

39

40

The function is generated by, or directed to, a missilelauncher. The number, type, etc. of the launcher shouldbe specified when appropriate.

96



LOCAL 41

Describes an equipment which is, or is directed to be,operating in local control.

LOCKED-ON

Describes a system or equipment which is automaticallytracking the target in one or more coordinates.

LONGITUDE

The function specifies the angular distance measuredthrough 180 degrees east or west from the GreenwichMeridian.

LOW-E (MODE)

Describes a system (missile firecontrol) operating underconditions where the true elevation of the target is belowa predetermined elevation, and the computer will , therefore,hold the director elevation at the Low-E cut-oft as long asthe situation continues.

42

43

44

MMANUAL 45

Describes an equipment which is, or is directed to be,operating under direct control of a human operator.

46

The function is a signal to read or record the desig-nated quantity at a particular instant of t ime.

The function is a repeatback signal that the designatedsystem or equipment is in the ordered orientation or mode.

MODIFIED

Use DESIGNATED.

97



MOUNT (+) 48

The function is generated by, or directed to, a gunmount. Ihe number, type, etc., of the mount should bespecified when appropriate.

NNO-GO

Use NOT READY.

NOT AVAILABLE

Describes the inventory status of weapons, ammunition,e t c . , which are not available for use, or indicates systemsand equipments which are currently assigned and are notava i lab le , or indicates types of data that can not beprovided.

NOT LOCKED-ON

Describes a system or equipment uhich is not automatic-ally tracking the target in any coordinate, or in the coor-d ina te spec i f ied .

NOT READY

The value of the function does not now produce a satis-factory solution to the firecontrol problem. NOTE: Usuallyindicated by the absence of the “READY” signal.

OUse INDICATION.

ON

Use INDICATION.

OPTICAL (+)

49

51

52

The function is generated by, or directed to, an opticalequipment. The number, type, etc. of the optical equipmentshould be specified when appropriate.

98



ORDER 53

The function is a computed, repeatback, or operatorssignal which is used to init iate action to bring the func-tion to the correct or desired value.

Use ERROR when a repeatback signal is not so used.

PPASSIVE 54

Describes a system or equipment which is, or isd i rec ted , to operate in the passive mode (i .e.) l isteningonly.

PULSE 55

The function is a timing or information signal,usually of d repetit ive nature.

RRADAR (+)

56 The function is generated by, or directed to, a RADAR

system or equipment. The number, type, etc. of the RADARshould be specified when appropriate.

RANGEFINDER (+)

Use OPTICAL (+).

57READY

The value of the function now produces a satisfactorysolution to the firecontrol problem.

REFERENCE 58

The function specifies the basis for comparison.

59RELIABLE

The value of the function is sufficiently accurate toyield an acceptable solution to the problem at hand undernormal conditions.

99



REMOTE 60

Describes a system or equipment which is, or is directedto be, operating under remote control.

REQUEST

The function is a request for the designated infor-mation.

61

RESET 62

The function is a signal from a source external to theequipment to guide the equipment to the desired position, orto inject the desired value of a function.

RESPONSE 63

The function is an indication of the degree of com-pliance which a system or equipment has achieved in responseto an order.

SSAMPLE

SELECTED

The function is a sample value for monitoring purposes.

64

65

The value of the function is selected from among two ormore possible values indicated by two or more sensors.

66

The function pertains to a simulated target or to fic-titious values which are assumed, usually for training ortest purposes.

SLEW 67

The function is a signal which orders a maximum updateor response of the designated equipment, usually in orderto transfer from one target to another.

100


MI L- STD-1 343( NAVY)1 JULY 1969

SMOOTHED 68

The value of the function has been smoothed, damped, oraveraged, usually by passage through an electronic orhydraulic device.

SONAR (+)

The function is generated by, or directed to, a SONARsystem or equipment. The number, type, etc. of theSONAR should be specified when appropriate.

SPEED 70

The function specifies the rate of translation of avehicle along its motion vector.

STANDBY

START

69

Use ALERT.

The function is a signal which causes the designatedequipment to commence ‘function” activity.

STOP

71

72

The function is a signal which causes the designatedequipment to cease “funct ion” ac t iv i ty .

SURFACE

The function pertains to surface targets (land or sea) .

Describes a system or equipment that is in correctcorrelation with a transmitted quantity.

TTELEVISION

73

74

75

The function is generated by, or directed to, a televi-sion camera or a television receiver.

101



TEST 76

Describes a system or eguipment which is, or is directedto ke, undergoing test . The type of test, such as enda-round, system self test, etc. , may be specitied.

TRIGGER 77

The function is a signal to init iate an event or se-quence of events.

TURN

The function specifies the change in heading of a vehi-cle, measured right or left in degrees in the horizontalplane.

UUse AVAILABLE.

UNRELIABLE

The value of the function is of doubtful accuracy andwill not yield an acceptable solution to the problem at handunder norual conditions.

VVALID

The value of the function is correct, and it is thereforeuseable.

78

79

80

WThe function is a signal that a designated action is

pending, as, for example, that the missile RADARidentification code is about to be changed. UseA L A R M when a critical, dangerous, or otherwiseundes i rable s i tua t ion exis t s .

102



XX-COORDINATE

The function specifies the X component of the distancefrom a reference point to a target or other object. The Xcoordinate is in the east-west direction, positive towarde a s t .

YY-COORDINATE

The function specifies the Y component oi the distancefrom d reference point to a target or other object. The Ycoordinate is in the north-south direction, positive towardnorth.

83

8 4ZZ-COORDINATE

The function specifies the Z component of the distancefrom a reference point to a target or other object. The Zcoordinate is in the vertical direction, positive upward.

ZERO

82

85

The function specifies the zero reference value or lo-cation from which subsequent values of the function will bemeasured.

1 03/104



5.3PART Ill

Key Word Index

105/106



KEY WORD INDEX

of

ELECTRONIC & WEAPONS CONTROL

INTERFACE FUNCTION TERMS(Naval Ship Combat Systems)

AAABORTAC (+)AC (+)ACCEPTACQUISITIONACTIVEACTIVEACTUALACTUALACTUALACTUALACTUALACTUALADVANCEAIMAIRAIRAIRAIRCRAFTAIRCRAFTAIRCRAFTAIRCRAFTAIRCRAFTALARMALARMALARMALERTALERTALERTALERTALERTALERTALTITUDEAMMUNITION (GUN) (+)AMMUNITION (GUN) (+)ANGLEANGLE

MISSILE (+), HEAD-ORDER, AABORTPOWER (ELECTRIC), RhFERENcE, AC (+)POWER (ELECTRIC), SHIP-SERVICE, AC (+)ACCEPTCAPTURE, MISSILE (+), ACQUISITIONACTIVEHOMING (MISSILE (+)), ACTIVE, ORDERELEVATION (EQUIPMENT), ACTUAL, CORRECTEDELEVATION (EQUIPMENT), ACTUAL, ERRORELEVATION (EQUIPMENT), ACTUAL, ORDERELEVATION (EQUIPMENT), ACTUAL, UNCORRECTEDTRAIN (EQUIPMENT), RELATIVE, ACTUALTRAIN (EQUIPMENT), TRUE, ACTUALTORPEDO, ADVANCE, COMPUTEDAIM POINTAIR READYDENSITY, AIRTEMPERATURE, AIRVEHICLE (MOTION), AIRCRAFT, E-WVEHICLE (MOTION), AIRCRAFT, HORIZONTALVEHICLE (MOTION), AIRCRAFT, N-SVEHICLE (MOTION), AIRCRAFT, VECTORVEHICLE (MOTION), AIRCRAFT, VERTICALALARMMISSILE (+), (ON) RAIL (+), ALARMOVERTEMPERATURE ALARM SUPPLYALERTCOAST, RADAR (+), ALERTDECOY, ECM, ALERTJAMMING, ECM (+), ALERTJAMMING, RADAR (+), ALERTMOUNT (GUN) (+), ALERTALTITUDEAMMUNITION (GUN) (+), AVAILABLEAMMUNITION (GUN) (+), SELECTEDLOW ANGLESIGHT ANGLE

107



ANT1-AIRCRAFTAPPARENTAPPARENTAPPARENTAPPARENTAPPARENTAPPARENTAPPARENTAPPARENTAPPARENTAPPARENTAPPARENTAPPROVEDAPPROVEDAPPROXIMATEARCSARMARROW CONTROLASROC(IN) ASSEMBLY AREAASSIGNASSISTANCEATTACK (SEQUENCE)ATTACK (SEQUENCE)ATTITUDEATTITUDEATTITUDEATTITUDEATTITUDEATTITUDEATTITUDEATTITUDEAUDIOAUDIOAUDIOAUTOMATICAVAILABLEAVAILABLEAVAILABLEAVAILABLEAVAILABLEAVAILABLEAZIMUTH

ANTI-AIRCRAFTAPPARENTBEAR1NG (TARGET), RELATIVE, APPARENTBEAFING (TARGET), TRUE, APPARENTBEARING RATE, APPARENT, OBSERVEDELEVATION (TARGET) APPARENT, CORRECTEDELEVATION (TARGET), APPARENT, UNCORRECTEDELEVATION RATE, APPARENT, OBSERVEDRANGE (TARGET), APPARENT, OBSERVEDRANGE RATE, APPARENT, OBSERVEDWIND, DIRECTION, APPARENTWIND, SPEED, APPARENTDEPTH CHARGE (+), APPROVEDTORPEDO (+), APPROVEDAPPHOXIMATEARCS, (OF) FIREFUZE (+) , ORDER, ARMARROW CONTROL, FCS (+), TARGET (+)ASROCMISSILE (+), (IN) ASSEMBLY AREAASSIGNASSISTANCESONAR (+), ORDER, ATTACK (SEQUENCE)SONAR (+), STATUS, ATTACK (SEQUENCE)ATTITUDE, HEALING, OWNSHIPATTTUDE, PITCH, MISSILEATTITUDE, PITCH, OWNSHIPATTITUDE, ROLL, MISSILEATTITUDE, ROLL, OWNSHIPATTITUDE, YAW, MISSILEATTITUDE, YAW, OWNSHIPATTITUDE, (HIERARCHY)INTELLIGENCE, KC, AUD1OINTELLIGENCE, RADIO, AUDIOINTELLIGENCE, SONAR, AUDIOAUTOMATICAMMUNITION (GUN) (+), AVAILABLEAVAILABLEDEPTH CHARGE (+), AVAILABLEMISSILE (+), AVAILABLENOT AVAILABLETORPEDO (+), AVAILABLEAZIHUTH

BBBARRAGE (JAMMING)BATTLE SHORT (+)BATTLE SHORT (+)BEACON

MISSILE (+), HEAD-ORDER, BINTELLIGENCE, ECM, BARRAGE (JAMMING)BATTLE SHORT (+), indicationBATTLE SHORT (+), ORDERBEACON, MISSILE

108



BEAM (PROGRAM)BEAM (PROGRAM)BEAM (SHAPE)BEAM (SHAPE)BEAM (SHAPE)BEAM (SPREAD)BEARINGBEARINGBEARINGBEARINGBEARING (+)BEARING (EQUIPMENT)BEARING (EQUIPMENT)BEARING (EQUIPMENT)BEARING (EQUIPMENT)BEARING (EQUIPMENT)BEARING (EQUIPMENT)BEARING (EQUIPMENT)BEARING (EQUIPMENT)BEARING (EQUIPMENT)BEARING (EQUIPMENT)BEARING (EQUIPMENT)BEARING (TARGET)BEARING (TARGET)BEARING (TARGET)BEARING (TARGET)BEARING (TARGET)BEARING (TARGET)BEARING (IARGLT)BEARING (TARGET)BEARING (TARGET)BEARING (TRUE)BEARING RATEBEARING RATEBEARING RATEBEARING RATEBEARING RATEBLANKINGBLANKING PULSEBLIND ZONEBLIND ZONEBLIND ZONEBLIND ZONEBOOSTER (MISSILE)BOOSTER SPLASHBOOSTER SPLASHBOOSTER SPLASHBOOSTER SPLASHBOTTOM (BOUNCE)BREAKBREECHBURST OBSERVEDBUSY

RADAR (+) , ORDER, BEAM (PROGRAM)RADAR (+) , STATUS, BEAM (PROGRAM)RADAR (+) , ORDER, BEAM (SHAPE)RADAR (+) , STATUS, BEAM (SHAPE)RADAR (+) , ORDER, BEAM (SPREAD)RADAR (+), STATUS, BEAM (SPREAD)BEARING, COSRO, REFERENCESPOT, BEARING, LEFTSPOT, BEARING, RIGHTWARHEAD, WATER ENTRY, COMPUTED, BEARINGBEARING (+)BEARING (EQUIPMENT), RELATIVE, CORRECTEDBEARING (EQUIPMENT), RELATIVE, ERRORBEARING {EQUIPMENT), RELATIVE, ORDERBEARING (EQUIPMENT), RELATIVE, STABILIZEDBEARING (EQUIPMENT), RELATIVE, UNCORRECTED)BEARING (EQUIPMENT), TRUE, CORRCTEDBEARING (EQUIPMENT), TRUE, ERRORBEARING (EQUIPMENT), TRUE, ORDERBEARING (EQUIPMENT), TRUE, S’I’ABILIZLDBEARING (EQUIPMENT), TRUE, UNCORRECTEDBEARING (EQUIPMENT), (HIERARCHY)BEARING (TARGET), RELATIVE, APPARENTBEARING (TARGET), RELATIVE, COMPUTEDBEARING (TARGET), RELATIVE, OBSERVEDBEARING (TARGET), RELATIVE, STABILIZEDBEARING (TARGET), TRUE, APPARENTBEARING (TARGET), TRUE, COMPUTEDBEARING (TARGET), TRUE, OBSERVEDBEARING (TARGET), TRUE, STABILIZEDBEARING (TARGET), (HIERARCHY)BOOSTER SPLASH, COMPUTED, BEARING (TRUE)BEARING RATE, APPARENT, OBSERVEDBEARING RATE, LOS, COMPUTEDBEARING RATE, LOS, CORRECTEDBEARING RATE, LOS, 0BSERVEDBEARING RATE, (HIERARCHY)BLANKINGMASTER SYNCHRONIZER, ORDER, BLANKING PULSEBLIND ZONE, LAUNCHER (+), NARROWBLIND ZONE, LAUNCHER (+), WIDEBLIND ZONE, RADAR (+), NARROWBLIND ZONE, RADAR (+), WIDEBOOSTER (MISSILE), SEPARATION, INDICATIONBOOSTER SPLASH, COMPUTED, BEARING (TRUE)BOOSTER SPLASH, COMPUTED, E-WBOOSTER SPLASH, COMPUTED), N-SBOOSTER SPLASH, COMPUTED, RANGEINTELLIGENCE, SONAR, BOTTOM (BOUNCE)BREAK, TRACK (+)MOUNT (GUN) (+), UNLOAD, BREECHMISSILE (+), BURST OBSERVEDBUSY, OWN-CONTROL

109



BUSY-TIl!lEBUSY-TIME

CAGECAGEDCALIBRATIONCAPTURE(TO) CAPTURECAPTURE GUIDANCECASUALTYCATEGORYCAUTIONCEASE FIRECHANGEOVERCHANNEL (+)CHANNEL (+)CLEARCLEARCLEARCLOCKCLOCKCLOSEDCLUTTER REJECT BANDCOASTCOASTCODE (+) (GUIDANCE)CODE (+) (GUIDANCE)CODE (+) (GUIDANCE)CODE (+) (GUIDANCE)CODED TIMECODED TIMECODED TIMECOHERENTCOMPENSATIONCOMPUTEDCOMPUTEDCOMPUTEDCOMPUTEDCOMPUTEDCOMPUTEDCOMPUTEDCOMPUTEDCOMPUTEDCOMPUTEDCOMPUTEDCOMPUTEDCOMPUTEDCOMPUTEDCOMPUTED

EQUIPMENT (+) (SITUATION) , ORDER, BUSY-TIMEEQUIPMENT (+) (SITUATION), STATUS, BUSY-TIME

CGYRO (+), CAGE, ORDERGYRO (+), CAGED, INDICATIONCALIBRATIONCAPTURE, MISSILE (+), ACQUISITIONTIME, (OF) FLIGHT, (TO) CAPTUREMISSILE (+), CAPTURE GUIDANCE, ONCASUALTYTARGET (+), CATEGORYCAUTIONMOUNT (GUN) (+), CEASE FIREPOWER, CHANGEOVERRADIO (+) , ORDER, CHANNEL (+)RADIO (+), STATUS, CHANNEL (+)JAMMING HIGH-BAND, CLEARJAMMING, LOU-BAND, CLEARRAIL (+) (MIISSILE), STATUS, CLEARCLOCK TIMEPULSE, CLOCK, RADAR (+)CLOSED DOORMISSILE (+) , CLUTTER REJECT’ BANDCOAST, RADAR (+), ALERTCOAST, RADAR (+), ORDERCODE (+) (GUIDANCE), ORDER, MISSILE (+)CODE (+) (GUIDANCE), ORDER, MWDS (+)CODE (+) (GUIDANCE), STATUS, MISSILE (+)CODE (+) (GUIDANCE), STATUS, MWDS (+)CODED TIME, MISSILE (+), DC PULSEDCODED TIME, MISSILE (+), FMCODED TIME, MISSILE (+), RELAY SIGNALINTELLIGENCE, ECM, COHERENTCOMPENSATIONBEARING (TARGET), RELATIVE, COMPUTEDBEARING (TARGET), TRUE, COMPUTEDBEARING RATE, LOS, COMPUTEDBOOSTER SPLASH, COMPUTED, BLARING (TRUE)BOOSTER SPLASH, COMPUTED, E-WBOOSTER SPLASH, COMPUTED, N-SBOOSTER SPLA5H, COMPUTED, RANGECOMPUTEDELEVATION (EQUIPMENT), STABILIZED, COMPUTEDELEVATION (TARGET), LOS, COMPUTEDELEVATION RATE, LOS, COMPUTEDELEVATION RATE, VERTICAL, COMPUTEDRANGE (TARGET), E-W, COMPUTEDRANGE (TARGET), HORIZONTAL, COMPUTEDRANGE (TARGET), LOS, COMPUTED

110


COMPUTEDCOMPUTEDCOMPUTEDCOMPUTEDCOMPUTEDCOMPUTEDCOMPUTEDCOMPUTEDCONDITIONCONTACTCONTACTCONTACTCONTACTCONTINUOUSCONTINUOUS-WAVECONTROLCONTROL(IN) CONTROL

COOLANT (STATUS)COOLANT (STATUS)COOLANT (STATUS)COOLANT (STATUS)COOLANT (STATUS)CORRECTEDCORRECTEDCORRECTEDCORRECTiiDCORRECTEDCORRECTEDCORRECTEDCORRECTEDCORRECTEDCORRECTEDCORRECTEDCORRECTEDCORBECTEDCORRECTEDCORRECTEDCORRECTEDCOSROCOSROCOURSECOURSECOURSECROSSCURSORCUTOFFCUTOUTCWCWCWICWICWI (CONTINUOUS WAVE


RANGE (TARGET), N-S, CCMPUTEDRANGE RATE, E-M, COMPUTEDRANGE RATE, HORIZONTAL, COMPUTEDRANGE RATE, LOS, COMPUTEDRANGE RATE, N-S, COMPUTEDTORPEDO, ADVANCE, COMPUTEDWARHEAD, WATER ENTRY, COMPUTED, BEARINGWARHEAD, WATER ENTRY, COMPUTED, RANGEDOOR, CONDITIONRADAR (+), ORDER, CONTACTRADAR (+), STATUS, CONTACTSONAR (+), ORDER, CONTACTSONAR (+), STATUS, CONTACTLOAD ORDER, MISSILE (+), CONTINUOUSCONTINUOUS-WAVE ILLUMINATIONEQUIPMENT (+) (SITUATION), ORDER, CONTROLEQUIPMENT (+) (SITUATION), STATUS, CONTROLMASTER SYNCHRONIZER, STATUS, (IN) CONTROLCOOLANT (STATUS), FLOWCOOLAT (STATUS), LEVELCOOLANT (STATUS), PRESSURECOOLANT (STATUS), RESISTIVITYCOOLANT (STATUS), TEMPERATUREBEARING (EQUIPMENT), RELATIVE, CORRECTEDBEARING (EQUIPMENT), TRUE, CORRECTEDBEARING RATE, LOS, CORRECTEDCORRECTEDELEVATION (EQUIPMENT), ACTUAL, CORRECTEDELEVATION (TARGET), APPARENT, CORRECTEDELEVATION (TARGET), LOS, CORRECTEDELEVATION RATE, LOS, CORRECTEDRANGE (TARGET), E-W, CORRECTtiDRANGE (TARGET), HORIZONTAL, CORRECTEDRANGE (TARGET), LOS, CORRECTEDRANGE (TARGET), N-S, CORRECTEDRANGE RATE, E-W, CORRECTEDRANGE RATE, HORIZONTAL, CORRECTEDRANGE RATE, LOS, CORRECTEDRANGE RATE, N-S, CORRECTEDBEARING, COSRO, REFERENCEELEVATION, COSRO, REFERENCECOURSEOWNSHIP COURSETORPEDO, COURSE, INDICATIONCROSS LEVELCURSOR, EQUIPMENT (+), DISPLAYVELOCITY, CUTOFF, SETFIRING CUTOUTINTELLIGENCE, RADIO, CMINTELLIGENCE, SONAR, CWRADAR (+), ORDER, CWIRADAR (+) , STATUS, CWIINTELLIGENCE, ECM, CWI (CONTINUOUS WAVE ILLUl!iINATI

111



DDAMPEDDC (+)DC (+)DC PULSEDDDSOTDEADDECOYDECOYDEFLECTIONDENSITYDEPRESSIONDEPTHDEPTHDEPTH CHARGE (+)DEPTH CHARGE (+)DEPTH CHARGE (+)DEPTH CHARGE (+)DEPTH CHARGE (+)DESIGNAIEDESIGNATEDESIGNATEDESIGNATEDESIGNATEDESIGNATEDESIGNATEDESIGNATEDESIGNATEDDESIGNATION)DESTRUCT (MISSILE)DETONATEDIFFERENCEDIGITALDIRECTIONDIRECTIONDIRECTIONDIRECTIONFINDERDIRECTOR (+)DISPLAYDISTANCEDOORDOORDOORDOPPLERDOWNDRIFTDROPDUDDUD

DAMPEDPOWER (ELECTRIC), REFERENCE, DC (+)POWER (ELECTRIC), SHIP-SERVICE, DC (+)CODED TIME, MISSILE (+), DC PULSEDDDSOTDEAD TIMEDECOY, ECM, ALERTDECOY, ECM, ORDERSIGHT DEFLECTIONDENSITY, AIRDEPRESSIONDEPTHTORPEDO, DEPTH, ORDERDEPTH CHARGE (+), APPROVEDDEPTH CHARGE (+), AVAILABLEDEPTH CHARGE (+), FIRE, PERMISSIONDEPTH CHARGE (+), READY, (TO) FIREDEPTH CHARGE (+), SELECTEDDESIGNATE, EQUIPMENT (+), (TO) FCS (+)DESIGNATE, EQUIPMENT (+), (TO) WEAPON (+)DESIGNATE, FCS (+), (TO) EQUIPMENT (+)DESIGNATE, FCS (+), (TO) FCS (+)DESIGNATE, FCS (+), (TO) WEAPON (+)DESIGNATE, WEAPON (+), (TO) EQUIPMENT (+)DESIGNATE, WEAPON (+) , (TO) FCS (+)DESIGNATE, (HIERARCHY)DESIGNATEDIDD (INTER-DIRECTOR DESIGNATION)DESTRUCT (MISSILE), ORDERDETONATE, WEAPON (+), ORDERDIFFERENCEINTELLIGENCE, NTDS, DIGITALWIND, DIRECTION, APPARENTWIND, DIRECTION, OWNSHIPWIND, DIRECTION, TRUEINTELLIGENCE, RADIO, DIRECTIONFINDERDIRECTOR (+)CURSOR, EQUIPMENT (+), DISPLAYDISTANCECLOSED DOORDOOR, CONDITIONOPEN DOORDOPPLER FREQUENCYSPOT, ELEVATION, DOWNDRIFTDROP, TRACK (+)TORPEDO (+), DUD, (IN) TUBEMISSILE (+), DUD, (ON) RAIL (+)

112



DWELL TIME DWELL TIME, SONAR (+)

EE-WE-WE-WE-WE-WE-WE-WE-WE-WECMECMECMECMECMECMECMECMECMECMECM (+)ECM (+)ECM (+)ECM (+)ECM (+)ECM (+)ECM (+)ELEVATIONELEVATIONELEVATIONELEVATIONELEVATIONELEVATIONELEVATIONELEVATIONELEVATIONELEVATIONELEVATIONELEVATIONELEVATIONELEVATIONELEVATIONELEVATIONELEVATIONELEVATIONELEVATIONELEVATIONELEVATION

(EQUIPMENT(EQUIPMENT(EQUIPMENT[EQUIPMENT(EQUIPMENT(EQUIPMENT(EQUIPMENT(EQUIPMENT(EQUIPMENT(TARGET)(TARGET)(TARGET)(TARGET)(TARGET)(TARGET)RATERATE

BOOSTER SPLASH, COMPUTED, E-WRANGE (TARGET), E-W, COMPUTEDRANGE (TARGET), E-W, CORRECTEDRANGE RATE, E-W, COMPUTEDRANGE RATE, E-U, CORRECTEDVEHICLE (MOTION), AIRCRAFT, E-WVEHICLE (MOTION), MISSILE, E-WVEHICLE (HOTION), OWNSHIP, E-WVEHICLE (MOTION), TARGET, E-WDECOY, ECM, ALERTDECOY , ECM, ORDERINTELLIGENCE, ECM, BARRAGE (JAMMING)INTELLIGENCE, ECM, COHERENTINTELLIGENCE, ECM, CWI (CONTINUOUS WAVE ILLUMINATEINTELLIGENCE, ECM, NOISEINTELLIGENCE, ECM, PULSEINTELLIGENCE, ECM, SPOT (JAMMING)INTELLIGENCE, ECM, VIDEOJAMMING, ECM, WARNINGECM (+)JAMMING, ECM (+), ALERTJAMMING, ECM (+), INHIBITJAHRIBIG, ECH (+), READYJAMMING, ECM (+), REQUESTJAMMING, ECM (+), STARTJANMING, ECM (+), STOPELEVATION, COSRO, REFERENCEPARALLAX (UNIT), ELEVATION, EQUIPMENT (+)SPOT, ELEVATION, DOWNSPOT, ELEVATION, UPELEVATION (EQUIPMENT), (HIERARCHY)ELEVATION (EQUIPMENT), ACTUAL, CORRECTEDELEVATION (EQUIPMENT), ACTUAL, ERRORELEVATION (EQUIPMENT), ACTUAL, ORDERELEVATION (EQUIPMENT), ACTUAL, UNCORRECTEDELEVATION (EQUIPMENT), STABILIZED, COMPUTEDELEVATION (EQUIPMENT), STABILIZED, ERRORELEVATION (EQUIPMENT), STABILIZED, ORDERELEVATION (EQUIPMENT), STABIL1ZED, UNCORRECTEDELEVATION (TARGET), APPARENT, CORRECTEDELEVATION (TARGET), APPARENT, UNCORRECTEDELEVATION (TARGET), LOS, COMPUTED)ELEVATION (TARGET), LOS, CORRECTEDELEVATION (TARGET), LOS, UNCORRECTEDELEVATION (TARGET’), (HIERARCHY)ELEVATION RATE, APPARENT, OBSERVEDELEVATION RA’IE, LOS, COMPUTED

113



ELEVATION RATEELEVATION RATEELEVATION RATEELEVATION BATEEMERGENCYEMPTYENABLEENDENERGIZEENGLISH BIASENTRYEQUIPMENT (+)EQUIPHENT (+)EQUIPMENT (+)EQUIPMENT (+)EQUIPMENT (+)EQUIPMENT (+)EQUIPMENT (+)EQUIPMENT (+)EQUIPMENT (+)EQUIPMENT (+)EQUIPMENT (+) (SITUAEQUIPMENT’ (+) (SITUAEQUIPMENT (+) (SITUAEQUIPMENT (+) (SITUAEQUIPMENT (+) (SITUAEQUIPMENT (+) (SITUAEQUIPMENT’ (+) (SITUAEQUIPMENT (+) (SITUAEQUIPMENT (+) (SITUAEQUIPMENT (+) (SITUAEQUIPMENT (+) (SITUAEQUIPMENT (+)EQUIPMENT (+)ERRORERRORERRORERRORERRORERRORERRORESTIMATEDEXCESSIVEEXCITATIONEXTENDEXTENDED

FACSIMILEPCS (+)

ELEVATION RATE, LOS, CORRECTEDELEVATION RATE, LOS, OBSERVEDELEVATION RATE, VERTICAL, COMPUTEDELEVATION RATE, (HIERARCHY)EMERGENCYRAIL (+) (MISSILE), STATUS, EMPTYENABLETORPEDO, RUN, ENDMASTER SYNCHRONIZER, ORDER, ENERGIZEMISSILE (+), ENGLISH BIAS, ORDERTARGET (+), ENTRYCURSOR, EQUIPMENT (+), DISPLAYIFF (SIGNAL), RF, EQUIPMENT (+)IFF (SIGNAL), SIF, EQUIPMENT (+)IFF (SIGNAL), TEST, EQUIPMENT (+)IFF (SIGNAL), TRIGGER, EQUIPMENT (+)IFF (SIGNAL), VIDEO, EQUIPMENT (+)MODE (FCS), ORDER, EQUIPMENT (+)MODE (FCS), STATUS, EQUIPMENT (+)PARALLAX (UNIT), ELEVATION, EQUIPMENT (+)PARALLAX (UNIT), TRAIN, EQUIPMENT (+)EQUIPMENT (+) (SITUATION), (HIERARCHY)EQUIPMENT (+) (SITUATION), ORDER, BUSY-TIMEEQUIPMENT (+) (SITUATION), ORDER, CONTROLEQUIPMENT (+) (SITUATION), ORDER, GYROEQUIPHENT (+) (SITUATION), ORDER, POWEREQUIPMENT (+) (SITUATION), ORDER, TESTEQUIPMENT (+) (SITUATION), STATUS, BUSY-TIMEEQUIPMENT (+) (SITUATION), STATUS, CONTROLEQUIPMENT (+) (SITUATION), STATUS, GYROEQUIPMENT (+) (SITUATION), STATUS, POUEREQUIPMENT (+) (SITUATION), STATUS, TESTDESIGNATE, EQUIPMENT (+), (TO) FCS (+)DESIGNATE, EQUIPMENT (+), (TO) WEAPON (+)BEARING (EQUIPMENT), RELATIVE, ERRORBEARING (EQUIPMENT), TRUE, ERRORELEVATION (EQUIPMENT), ACTUAL, ERRORELEVATION (EQUIPMENT), STABILIZED, ERRORERRORTRAIN (EQUIPMENT), RELATIVE, ERRORTRAIN (EQUIPMENT), TRUE, ERRORESTIMATEDEXCESSIVEEXCITATIONRAIL (+) (MISSILE), ORDER, EXTENDRAIL (+) (MISSILE), STATUS, EXTENDED

F

INTELLIGENCE, RADIO, FACSIMILEARROW CONTROL, FCS (+), TARGET (+)

114



FCS (+)FCS (+)FCS (+)FCS (+)FCS (+)(OF) FIREFIRE(TO) FIREFIREFIREFIREFIRE(TO) FIREFIREDFIREDFIRINGFIRING CUTOUT(OF) FLIGHT(OF) FLIGHT(OF) FLIGHT(OF) FLIGHT(OF) FLIGHTFLOWFMFREQUENCYFEEQUENCYFREQUENCYFREQUENCY (STANDARD)FUNCTIONALFUZE (+)FUZE (+)(TO) FUZE BURST

GAINGATEGENERATEDGOGRAVITY BIASGRID ORIGINGRID ORIGINGUIDANCE (MISSILE)GUNGUN (+)GUN TRAIN-ORDERGUN TRAIN-ORDERGYROGYROGYRO (+)GYRO (+)

MODE (FCS), ORDER, FCS (+)MODE (FCS), STATUS, PCS (+)DESIGNATE, FCS (+), (TO) EQUIPMENT (+)DESIGNATE, FCS (+), (TO) FCS (+)DESIGNATE, FCS (+), (TO) WEAPON (+)ARCS, (OF) FIREDEPTH CHARGE (+), FIRE, PERMISSIONDEPTH CHARGE (+), READY, (TO) FIREFIREMOUNT (GUN) (+), FIRETORPEDO (+), FIRE, ORDERTORPEDO (+), FIRE, PERMISSIONTORPEDO (+), READY, (TO) FIREMOUNT (GUN) (+), FIREDTORPEDO (+), FIRED, INDICATIONFIRING CUTOUTFIRING CUTOUT, LIMITS, MOUNT (+)TIME, (OF) FLIGHT, (TO) CAPTURETIME, (OF) FLIGHT, (TO) FUZE BURSTTIME, (OF) FLIGHT, (TO) INTERCEPTTIME, (OF) FLIGHT, (TO) SEPARATIONTIME, (OF) FLIGET, (TO) TARGETCOOLANT (STATUS), FLOWCODED TIME, MISSILE (+), FMDOPPLER FREQUENCYRADIO (+), ORDER, FREQUENCYRADIO (+) , STATUS, FREQUENCYINTELLIGENCE, RADIO, FREQUENCY (STANDARD)POWER (ELECTRIC), FUNCTIONALFUZE (+), ORDER, ARMFUZE (+), ORDER, SETTIME, (OF) FLIGHT, (TO) FUZE BURST

GINVERSE GAIN ORDERGATEGENEBATEDGOMISSILE (+), GRAVITY BIAS, SELECTPOSITION, OWNSHIP, GRID ORIGINPOSITION, TARGET, GRID ORIGINGUIDANCE (MISSILE)GUN MOUNTROUNDS (FIRED), NUMBER (OF), GUN (+)GUN TRAIN-ORDER, RELATIVEGUN TRAIN-ORDER, TRUEEQUIPMENT (+) (SITUATION), ORDER, GYROEQUIPMENT (+) (SITUATION), STATUS, GYROGYRO (+), CAGE, ORDERGYRO (+), CAGED, lNDICATION

115



GYRO (+)GYRO (+)GYRO ANGLE

GYRO (+), UNCAGE, 0RDERGYRO (+), UNCAGED, INDICATIONTORPEDO, GYRO ANGLE, ORDER

HHEAD-ORDERHEAD-ORDERHEADINGHEADINGHEDGEHOGHEIGHTHIGH-BANDHOLDHOMINGHOMING (MISSILE (+))HOMING (MISSILE (+))HOOK-AND-MARKHORIZONTALHORIZONTALHORIZONTALHORIZCN’IALHORIZONTALHORIZONTALHORIZCNTALHORIZONTAL

MISSILE (+), HEAD-ORDER, AMISSILE (+), HEAD-ORDER, EATTITUDE, HEALING, OUNSHIPHEADINGHEDGEHOGHEIGHTJAMMING, HIGH-BAND, CLEARHOLDHOMING, SEMI-ACTIVEHOMING (MISSILE (+)), ACTIVE, ORDERHOMING (MISSILE (+)), PASSIVE, ORDERHOOK-AND-MARKRANGE (TARGET), HORIZONTAL, COMPUTEDRANGE (TARGET), HORIZONTAL, CORRECTEDRANGE RATE, HORIZONTAL, COMPUTEDRANGE RATE, HORIZONTAL, CORRECTEDVEHICLE (MOTION), AIRCRAFT, HORIZONTALVEHICLE (MOTION), MISSILE, HORIZONTALVEHICLE (MOTION), OWNSHIP, HORIZONTALVEHICLE (MOTION), TARGET, HORIZONTAL

IICICIDD (INTER-DIRECTORIDENTITYIFF (SIGNAL)IFF (SIGNAL)IFF (SIGNAL)IFF (SIGNAL)IFF (SIGNAL)IG (&)ILLUMINATIONILLUMINATORININCOMING/OUTGOINGINCREMENTINDICATINGINDICATINGINDICATIONINDICATIONINDICATION

INTELLIGENCE, IC, AUDIOINTELLIGENCE, IC, INDICATINGIDD (INTER-DIRECTOR DESIGNATION)IDENTITYIFF (SIGNAL), RF, EQUIPMENT (+)IFF (SIGNAL), SIP, EQUIPMENT (+)IFF (SIGNAL), TEST, EQUIPMENT (+)IFF (SIGNAL), TRIGGER, EQUIPMENT (+)IFF (SIGNAL), VIDEO, EQUIPMENT (+)IG (&) RGPOCONTINUOUS-WAVE ILLUMINATIONILLUMINATORSPOT, RANGE, INMISSILE (+), INCOMING/OUTGOING, SELECTINCREMENTINTELLIGENCE, IC, INDICATINGPOWER (ELECTRIC), INDICATINGBATTLE SHORT (+), INDICATIONBOOSTER (MISSILE), SEPARATION, INDICATIONGYRO (+), CAGED, INDICATION

116



INDICATIONINDICATIONINDICATIONINDICATIONINDICATION (+)INFRAFEDINHIBITINITIALINOPERATIVEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTELLIGENCEINTENT (TO)(TO) INTERCEPTINVALIDINVERSE

JAMMINGJAMMINGJAMMINGJAMMINGJAMMINGJAMMINGJAMMINGJAMMING

GYRO (+), UNCAGED, INDICATIONTARGET (+), INDICATIONTORPEDO (+), FIRED, INDICATIONTORPEDO, COURSE, INDICATIONINDICATION (+)INFRAREDJAMMING, ECM (+), INHIBITVELOCITY, INITIALINOPERATIVEINTELLIGENCE, ECM, BARRAGE (JAMMING)INTELLIGENCE, ECM, COHERENTINTELLIGENCE, ECM, CWI (CONTINUOUS WAVE ILLUMINATEINTELLIGENCE, ECM, NOISEINTELLIGENCE, ECM, PULSEINTELLIGENCE, ECM, SPOT (JAMMING)INTELLIGENCE, ECM, VIDEOINTELLIGENCE, IC, AUDIOINTELLIGENCE, IC, INDICATINGINTELLIGENCE, NTDS, DIGITALINTELLIGENCE, RADAR, MTIINTELLIGENCE, RADAR, RETURNINTELLIGENCE, RADAR, VIDEOINTELLIGENCE, RAD1O, AUDIOINTELLIGENCE, RADIO, CRINTELLIGENCE, RADIO, DIRECTIONFINDERINTELLIGENCE, RADIO, FACSIMILEINTELLIGENCE, RADIO, FREQUENCY (STANDARD)INTELLIGENCE, RADIO, TELEMETRYINTELLIGENCE, RADIO, TELETYPEINTELLIGENCE, RAD1O, VIDEOINTELLIGENCE, SONAR, AUDIOINTELLIGENCE, SONAR, BOTTOM (BOUNCE)INTELLIGENCE, SONAR, CWINTELLIGENCE, SONAR, RETURNINTELLIGENCE, SONAR, VIDEOINTELLIGENCE, (HIERARCHY)MISSILE (+), LAUNCH, INTENT (TO)TIME, (OF) FLIGHT, (TO) INTERCEPTINVALIDINVERSE GAIN ORDER

JJAMMING, ECM (+), ALERTJAMMING, ECM (+), INHIBITJAMMING, ECM (+), READYJAMMING, ECM (+), REQUESTJAMMING, ECM (+), STARTJAMMING, ECM (+), STOPJAMMING, ECM, WARNINGJAMMING, HIGH-BAND, CLEAR

117



JAMMINGJAMMINGJETTISONJETTISON

KKILL

L TRAJECTORYL TRAJECTORYLATITUDELAUNCHLAUNCHLAUNCHEDLAUNCHER (+)LAUNCHER (+)LAUNCHER (+)LAUNCHER (+)LAUNCHER (+) (MISSILLAUNCHER (+) (MISSILLAUNCHER TRAIN-ORDERLAUNCHER TRAIN-ORDERLEFTLEVELLEVELLEVELLIMITSLOADLOAD(TO) LOADLOAD ORDERLOAD ORDERLOAD ORDERLOAD ORDERLOADLOADEDLOADEDLOADEDLOADEDLOADEDLOCALLOCKED-ONLOCKED-ONLONGITUDELOSLOS

JAMMING, LOW-BAND, CLEARJAMMING, RADAR (+), ALERTTORPEDO (+), JETTISON, ORDERMISSILE (+), JETTISON, (FROM) RAIL (+)

TARGET (+), KILL

LL TRAJECTORY, ORDERL TRAJECTORY, STATUSLATITUDEMISSILE (+), LAUNCHMISSILE (+), LAUNCH, INTENT (TO)MISSILE (+), LAUNCHED, (FROM) RAIL (+)BLIND ZONE, LAUNCHER (+), NARROWBLIND ZONE, LAUNCHER (+), WIDELAUNCHER (+)MIXED LOAD, LAUNCHER (+)LAUNCHER (+) (MISSILE), ORDER, STOWLAUNCHER (+) (MISSILE), STATUS, STOWLAUNCHER TRAIN-ORDER, RELATIVELAUNCHER TRAIN-ORDER, TRUESPOT, BEARING, LEFTCOOLANT (STATUS), LEVELCROSS LEVELLEVELFIRING CUTOUT, LIMITS, MOUNT (+)MOUNT (GUN) (+), LOADRAIL (+) (MISSILE), ORDER, LOADRAIL (+) (MISSILE), READY, (TO) LOADLOAD ORDER, MISSILE (+), CONTINUOUSLOAD ORDER, MISSILE (+), NONELOAD ORDER, MISSILE (+) , ONELOAD ORDER, MISSILE (+), SELECTTORPEDO (+), LOAD, (IN) TUBE (+)MOUNT (GUN) (+), LOADEDRAIL (+) (MISSILE), STATUS, LOADEDTORPEDO (+) , LOADEDTUBE (+), TORPEDO, LOADEDMISSILE (+), LOADED, (ON) RAIL (+)LOCALLOCKED-ONNOT LOCKED-ONLONGITUDEBEARING RATE, LOS, COMPUTEDBEARING RATE, LOS, CORRECTED

118



LOSLOSLOSLOSLOSLOsLOSLOSLOSLOSLOSLOSLOSLOSLOW-BANDLOW-E (MODE)

BEARING RATE, LOS, OBSERVEDELEVATION (TARGET), LOS, COMPUTEDELEVATION (TARGET), LOS, CORRECTEDELEVATION (TARGET), LOS, UNCORRECTEDELEVATION RATE, LOS, COMPUTEDELEVATION RATE, LOS, CORRECTEDELEVATION RATE, LOS, OBSERVEDRANGE (TARGET), LOS, COMPUTEDRANGE (TARGET), LOS, CORRECTEDRANGE (TARGET), LOS, OBSERVEDRANGE RATE, LOS, COMPUTEDRANGE RATE, LOS, CORRECTEDRANGE RATE, LOS, OBSERVEDLOW ANGLEJAMMING, LOW-BAND, CLEARLOld-E (MODE)

MMANUALMARKMASTER SYNCHRONIZERMASTER SYNCHRONIZERMASTER SYNCHRONIZERMASTER SYNCHRONIZERMASTER SYNCHRONIZERMASTER SYNCHRONIZERMATCHEDMAXIMUM INDICATIONMERCATORMERCATORMINESWEEPINGMINESWEEPINGMISSEDMISSILEMISSILEMISSILEMISSILEMISSILEMISSILEMISSILEMISSILEMISSILEMISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)

MANUALMARKMASTER SYNCHRONIZER, ORDER, BLANKING PULSEMASTER SYNCHRONIZER, ORDER, ENERGIZEMASTER SYNCHRONIZER, ORDER, REPETITION RATEMASTER SYNCHRONIZER, ORDER TIMING TRIGGERMASTER SYNCHRONIZER, STATUS, (IN) CONTROLMASTER SYNCHRONZER, STATUS, REPETITION RATEMATCHEDWARMUP STATUS, MISSILE (+), ?iAX.IdUhl INDICATIONPOSITION, OWNSHIP, MERCATORPOSITION, TARGET, MERCATORMINESWEEPING, ORDER, SELECTMINESWEEPING, STATUS, SELECTTARGET (+), MISSEDATTITUDE, PITCH, MISSILEATTITUDE, ROLL, MISSILEATTITUDE, YAW, MISSILEBEACON, MISSILEVEHICLE (MOTION), MISSILE, E-WVEHICLE (MOTION), MISSILE, HORIZONTALVEHICLE (MOTION), MISSILE, N-SVEHICLE (MOTION), MISSILE, VECTORVEHICLE (MOTION), MISSILE, VERTICALCAPTURE, MISSILE (+), ACQUISITIONCODE (+) (GUIDANCE), ORDER, MISSILE (+)CODE (+) {GUIDANCE), STATUS, MISSILE (+)CODED TIME, MISSILE (+) , DC PULSEDCODED TIME, MISSILE (+), FMCODED TIME, MISSILE (+) , RELAY SIGNALLOAD ORDER, MISSILE (+), CONTINUOUSLOAD ORDER, MISSILE (+), NONE

119


MIL-STD-1343(NAVY)1 JULY 1S69

MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MISSILE (+)MIXED LOADMODE (FCS)MODE (FCS)MODE (FCS)MODE (FCS)MODE (FCS)MODE (FCS)MODE (FCS)MODIFIEDMODULATION (+)MODULATION (+)MOTIONMOUNTMOUNT (+)MOUNT (+)MOUNT (GUN) (+)MOUNT (GUN) (+)

LOAD ORDER, MISSILE (+) , ONELOAD ORDER, MISSILE (+), SELECTMISSILE (+), (IN) ASSEMBLY AREAMISSILE (+), (IN) TRANSFER AREAMISSILE (+), (IN) TRANSFER AREA, READYMISSILE (+), AVAILABLEMISSILE (+), BURST OBSERVEDMISSILE (+), CAPTURE GUIDANCE, ONMISSILE (+), CLUTTER REJECT BANDMISSILE (+), DUD, (ON) RAIL (+)MISSILE (+), ENGLISH BIAS, ORDERMISSILE (+), GRAVITY BIAS, SELECTMISSILE (+), HEAD-ORDER, AMISSILE (+), HEAD-ORDER, BMISSILE (+) , INCOMING/OUTGOING, SELECTMISSILE (+), JETTISON, (FROM) RAIL (+)MISSILE (+), LAUNCHMISSILE (+), LAUNCH, INTENT (TO)MISSILE (+), LAUNCHED, (FROM) RAIL (+)MISSILE (+), LOADED, (ON) RAIL (+)MISSILE (+), READY, (ON) RAIL (+)MISSILE (+), BOLL GYRO, ORDERMISSILE (+), SELECTEDMISSILE (+) , THRUST CUTOFF, POSITIONMISSILE (+) , UNLOAD, (FRO!!) RAIL (+)MISSILE (+), VNR (VARIABLE NAVIGATION RATIO), ORDERWARMUP STATUS, MISSILE (+), MAXIMUM INDICATIONWARMUP STATUS, MISSILE (+), WARNING RAIL (+)X MISSILE (+)Y MISSILE (+)Z MISSILE (+)MISSILE (+), (ON) RAIL (+), ALARMWARMUP ORDER, MISSILE (+), (OFF) RAIL (+)WARMUP ORDER, MISSILE (+), (ON) BAIL (+)WARMUP ORDER, MISSILE (+), (OFF) RAIL (+)WARMUP STATUS, MISSILE (+), (ON) RAIL (+) WARMUP STATUS LAUNCHER (+)MODE (FCS), ORDER, EQUIPMENT (+)MODE (FCS), ORDER, FCS (+)MODE (FCS), ORDER, WEAPON (+)MODE (FCS) , STATUS, EQUIPMENT (+)MODE (FCS), STATUS, PCS (+)MODE (FCS), STATUS, WEAPON (+)MODE (FCS), (HIERARCHY)MODIFIEDRADIO (+) , ORDER, MODULATION (+)RADIO (+) , STATUS, MODULATION (+)MOTIONGUN MOUNTFIRING CUTOUT, LIMITS, MOUNT (+)MOUNT (+)MOUNT (GUN) (+), ALERTMOUNT (GUN) (+) , CEASE FIRE

120



MOUNT (GUN) (+)MOUNT (GUN) (+)MOUNT (GUN) (+)MOUNT (GUN) (+)MOUNT (GUN) (+)MOUNT (GUN) (+)MOUNT (GUN) (+)MOUNT (GUN) (+)MOUNT (GUN) (+)MTIMUZZLEMUDS (+)MUDS (+)

N-SN-SN-SN-SN-SN-SN-SN-SN-SNARROWNARROWNO-GONOISENONENOTNOTNOTNTDSNUMBER (OF)

OBSERVEDOBSERVEDOBSERVEDOBSERVEDOBSERVEDOBSERVEDOBSERVEDOBSERVEDOBSERVEDOBSERVEDOFF

ilOUNT (GUN) (+), FIREMOUNT (GUN) (+), FIREDMOUNT (GUN) (+), LOADMOUNT (GUN) (+), LOADEDMOUNT (GUN) (+), ORDER, ST0WMOUNT (GUN) (+), READYMOUNT (GUN) (+), STATUS, STOWMOUNT (GUN) (+), UNLOAD, BREECHMOUNT (GUN) (+), UNLOAD, MUZZLEINTELLIGENCE, RADAR, MTIMOUNT (GUN) (+), UNLOAD, MUZZLECODE (+) (GUIDANCE), ORDER, MWDS (+)CODE (+) (GUIDANCE), STATUS, MWDS (+)

NBOOSTER SPLASH, COMPUTED, N-SRANGE (TARGET), N-S, COMPUTEDRANGE (TARGET), N-S, CORRECTEDRANGE RATE, N-S, COMPUTEDRANGE RATE, N-S, CORRECTEDVEHICLE (HOTION), AIRCRAFT, N-SVEHICLE (MOTION), MISSILE, N-SVEHICLE (MOTION), OWNSHIP, N-SVEHICLE (MOTION), TARGET, N-SBLIND ZONE, LAUNCHER (+), NARROWBLIND ZONE, RADAR (+), NARROWNO-GOINTELLIGENCE, ECM, NOISELOAD ORDER, MISSILE (+), NONENOT AVAILABLENOT LOCKED-ONNOT READYINTELLIGENCE, NTDS, DIGITALROUNDS (FIRED), NUMBER (OF), GUN

O

(+)

BEARING (TARGET), RELATIVE, oBsERVEDBEARING (TARGET), TRUE, OBSERVEDBEARING RATE, APPARENT, OBSERVEDBEARING RATE, LOS, OBSERVEDELEVATION RATE, APPARENT, OBSERVEDELEVATION RATE, LOS, OBSERVEDRANGE (TARGET), APPARENT, OBSERVEDRANGE (TARGET), LOS, OBSERVEDRANGE RATE, APPARENT, OBSERVEDRANGE RATE, LOS, OBSERVEDOFF

121



ONONONEOPENOPTICAL (+)OUTOVERTEMPERATUREGUN-CONTROLOWNSHIPOWNSHIPOWNSHIPOWNSHIPOWNSHIPOWNSHIPOWNSHIPOWNSHIPOWNSHIPOWNSHIPOWNSHIPOWNSHIPOWNSHIPOWNSHIP

PARALLAXPARALLAX (UNIT)PARALLAX (UNIT)PASSIVEPASSIVEPERMISSIONPERMISSIONPHASING ORDERPITCHPITCHPOINTPORTPOSITIONPOSITIONPOSITIONPOSITIONPOSITIONPOSITIONPOSITIONPOSITIONPOWERPOWERPOWERPOWER (ELECIRIC)POWER (ELECTRIC)POWER (ELECTRIC)

MISSILE (+), CAPTURE GUIDANCE, ONONLOAD ORDER, MISSILE (+), ONEOPEN DOOROPTICAL (+)SPOT, RANGE, OUTOVERTEMPERATURE ALARM SUPPLYBUSY, OWN-CONTROLATTITUDE, HEALING, OWNSHIPATTITUDE, PITCH, OWNSHIPATTITUDE, ROLL, OWNSHIPATTITUDE, YAW, OWNSHIPOWNSHIP COURSEOWNSHIP SPEEDPOSITION, OWNSHIP, GRID ORIGINPOSITION, OWNSHIP, MERCATORPOSITION, OWNSHIP, REFERENCE POINTVEHICLE (MOTION), OWNSHIP, E-WVEHICLE (MOTICN), OWNSHIP, HORIZONTALVEHICLE (MOTICN), OWNSHIP, N-SWIND, DIRECTION, OWNSHIPWIND, SPEED, OWNSHIP

PPARALLAXPARALLAX (UNIT), ELEVATION, EQUIPMENT (+)PARALLAX (UNIT), TRAIN, EQUIPMENT (+)HOMING (MISSILE (+)), PASSIVE, ORDERPASSIVEDEPTH CHARGE (+), FIRE, PERMISSIONTORPEDO (+), FIRE, PERMISSIONPHASING ORDER, RADAR (+)ATTITUDE, PITCH, MISSILEATTITUDE, PITCH, OWNSHIPAIM POINTRAIL (+) (MISSILE), READY, PORTMISSILE (+), THRUST CUTOFF, POSITIONPOSITION, OWNSHIP, GRID ORIGINPOSITION, OWNSHIP, MERCATORPOSITION, OWNSHIP, REFERENCE POINTPOSITION, TARGET, GRID ORIGINPOSITION, TARGET, MERCATORPOSITION, TARGET, REFERENCE POINTPOSITION, (HIEKARCHY)EQUIPMENT (+) (SITUATION), ORDER, POWEREQUIPMENT (+) (SITUATION), STATUS, POWERPOWER, CHANGEOVERPOWER (ELECTRIC), FUNCTIONALPOWER (ELECTRIC), INDICATINGPOWER (ELECTRIC), REFERENCE, AC (+)

122



POWER (ELECTRIC)POWER (ELECTRIC)POWER (ELECTRIC)PRESSUREPROGRAM (SEARCH)PROGRAM (SEARCH)PULSEPULSEPULSE

POWER (ELECTRIC), REFERENCE, DC (+)POWER (ELECTRIC), SHIP-SERVICE, AC (+)POWER (ELECTRIC), SHIP-SERVICE, DC (+)COOLANT (STATUS], PRESSURESONAR (+), ORDER, PROGRAM (SEARCH)SONAR (+) , STATUS, PROGRAM (SEARCH)INTELLIGENCE, ECM, PULSEPULSEPULSE, CLOCK, RADAR (+)

RRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADARRADIORADIORADIORADIORADIORADIORAD1ORADIO

(+)(+)(+)(+)(+)(+)(+)(+)(+)(+)(+)(+)(+)(+)(+)(+)(+)(+)(+)(+)(+)(+)(+)(+)(+)(+)(+)(+)

INTELLIGENCE, RADAR, MTIINTELLIGENCE, RADAR, RETURNINTELLIGENCE, RADAR, VIDEOBLIND ZONE, RADAR (+), NARROWBLIND ZONE, RADAR (+), HIDECOAST, RADAR (+), ALERTCOAST, RADAR (+), ORDERJAMMING, RADAR (+), ALERTPHASING ORDER, RADAR (+)PULSE, CLOCK, RADAR {+)RADAR (+)RADAR (+), ORDER, BEAM (PROGRAM)RADAR (+), ORDER, BEAM (SHAPE)RADAR (+), ORDER, BEAM (SPREAD)RADAR (+), ORDER, ,CONTACTRADAR (+) , ORDER, CWIRADAR (+), ORDER, SEARCHRADAR (+) , ORDER, TRACK (AIDED)RADAR (+), ORDER, TRACK (AIRCRAFT)RADAR (+), ORDER, TRACK (MISSILE)RADAR (+), ORDER, TRACK (SURFACE)RADAR (+) , STATUS, BEAM (PROGRAM)RADAR (+), STATUS, BEAN (SHAPE)RADAR (+), STATUS, BEAM (SPREAD)RADAR (+), STATUS, CONTACTRADAR (+) , STATUS, CWIRADAR (+) , STATUS, SEARCHRADAR (+) , STATUS, TRACK (AIDED)RADAR (+), STATUS, TRACK (AIRCRAFT)RADAR (+), STATUS, TRACK (MISSILE)RADAR (+) , STATUS, TRACK (SURFACE)INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,

123

RADIO,RADIO,RAD1O,RADIO,RADIO,RADIO,RADIO,RADIO,

AUDIOCWDIRECTIONFINDERFACSIMILEFREQUENCY (STANDARD)TELEMETRYTELETYPEVIDEO



RADIO (+)RADIO (+)RADIO (+)RADIO (+)RADIO (+)RADIO (+)RAIL (+) (MISSILE)RAIL (+) (MISSILE)RAIL (+) (MISSILE)RAIL (+) (MISSILE)RAIL (+) (MISSILE)RAIL (+) (MISSILE)RAIL (+) (MISSILE)RAIL (+) (MISSILE)RAIL (+) (MISSILE)RAIL (+) (MISSILE)RAIL (+) (MISSILE)RAIL (+) (MISSILE)RAIL (+) (MISSILE)RAIL (+) (MISSILE)RANGERANGERANGERANGERANGE (TARGET)RANGE (TARGET)RANGE (TARGET)RANGE (TARGET)RANGE (TARGET)RANGE (TARGET)RANGE (TARGET)RANGE (TARGET)RANGE (TARGET)RANGE (TARGET)RANGE (TARGET)RANGE RATERANGE RATERANGE RATERANGE RATERANGE RATERANGE RATERANGE RATERANGE RATERANGE RATERANGE RATERANGE RATEREACHREADYREADYREADYREADYREADYREADY

RADIO (+), ORDER, CHANNEL (+)RADIO (+) , ORDER, FREQUENCYRADIU (+) , ORDER, MODULATION (+)RADIO (+), STATUS, CHANNEL (+)RADIO (+) , STATUS, FREQUENCYRADIO (+), STATUS, MODULATION (+)RAIL (+) (MISSILE), ORDER, EXTENDRAIL (+) (MISSILE), ORDER, LOADRAIL (+) (MISSILE), ORDER, RETRACTRAIL (+) (MISSILE), ORDER, SELECTRAIL (+) (MISSILE), READY, (TO) LOADRAIL (+) (MISSILE), READY, PORTRAIL (+) (MISSILE), READY, STARBOARDRAIL (+) (MISSILE), STATUS, CLEARRAIL (+) (MISSILE), STATUS, EMPTYRAIL (+) (MISSILE), STATUS, EXTENDEDRAIL (+) (MISSILE), STATUS, LOADEDRAIL (+) (HISSILE), STATIUS, RETRACTEDRAIL (+) (MISSILE), STATUS, SAFERAIL (+) (MISSILE), STATUS, SELECTBOOSTER SPLASH, COMPUTED, RANGESPOT, RANGE, INSPOT, RANGE, OUTWARHEAD, WATER ENTRY, COMPUTED, RANGERANGE (TARGET), APPARENT, OBSERVEDRANGE (TARGET), E-W, CCHPUTEDRANGE (TARGET), E-H, CORRECTEDRANGE (TARGET), HORIZONTAL, COMPUTEDRANGE (TARGET), HORIZONTAL, CORRECTEDRANGE (TARGET), LOS, COMPUTEDRANGE (TARGET), LOS, CORRECTEDRANGE (TARGET), LOS, OBSERVEDRANGE (TARGET) , N-S, COMPUTEDRANGE (TARGET), N-S, CORRECTEDRANGE (TARGET), (HIERARCHY)RANGE RATE, APPARENT, OBSERVEDRANGE RATE, E-W, COMPUTEDRANGE RATE, E-U, CORRECTEDRANGE RATE, HORIZONTAL, COMPUTEDRANGE RATE, HORIZONTAL, CORRECTEDRANGE RATE, LOS, COMPUTEDRANGE RATE, LOS, CORRECTEDRANGE RATE, LOS, OBSERVEDRANGE RATE, N-S, COMPUTEDRANGE RATE, N-S, CORRECTEDRANGE RATE, (HIERARCHY)TORPEDO, REACHAIR READYDEPTH CHARGE (+), READY, (TO) FIREJAMMING, ECM (+), READYMISSILE (+), (IN) TRANSFER AREA, READYMOUNT (GUN) (+), READYNOT READY

124



READYREADYREADYREADYREADYREADYREADYREBOUNDREFERENCEBEFERENCEREFERENCEREFERENCEREFERENCEREFERENCE POINTREFERENCE POINTRELATIVERELATIVERELATIVERELATIVERELATIVERELATIVERELATIVERELATIVERELATIVERELATIVERELATIVERELATIVERELATIVERELATIVERELAY SIGNALRELIABLEREMOTEREPETITION RATEREPETITION RATEREQUESTREQUESTRESETRESISTIVITYRESPONSERETRACTRETRACTEDRETURNRETURNRFRGPORIGHTROLLROLLROLL GYRO ROUNDS (FIRED)RUN

RAIL (+) (MISSILE), READY, (TO) LOADRAIL (+) (MISSILE), READY, PORTRAIL (+) (MISSILE), READY, STARBOARDREADYTORPEDO (+), READY, (TO) FIRETUNE (+), TORPEDO, READYMISSILE (+), READY, (ON) RAIL (+)REBOUNDBEARING, COSRO, REFERENCEELEVATION, COSRO, REFERENCEPOWER (ELECTRIC), REFERENCE, AC (+)POWER (ELECTRIC), REFERENCE, DC (+)REFERENCEPOSITION, OWNSHIP, REFERENCE POINTPOSITION, TARGET, REFERENCE POINTBEARING (EQUIPMENT), RELATIVE, CORRECTEDBEARING (EQUIPMENT), RELATIVE, ERRORBEARING (EQUIPMENT), RELATIVE, ORDhRBEARING (EQUIPMENT), RELATIVE, STABILIZEDBEARING (EQUIPMENT), RELATIVE, UNCORRECTEDBEARING (TARGET), RELATIVE, APPARENTBEARING (TARGET), RELATIVE, COMPUTEDBEARING (TARGET), RELATIVE, OBSERVEDBEARING (TARGET), RELATIVE, STABILIZEDGUN TRAIN-ORDER, RELATIVELAUNCHER TRAIN-ORDER, RELATIVETRAIN (EQUIPMENT), RELATIVE, ACTUALTRAIN (EQUIPMENT), RELATIVE, ERRORTRAIN (EQUIPMENT), RELATIVE, ORDERCODED TIME, MISSILE (+), RELAY SIGNALRELIABLEREMOTEMASTER SYNCHRONIZER, ORDER, REPETITION RATEMASTER SYNCHRONIZER, STATUS, REPETITION RATEJAMMING, ECM (+) , REQUESTREQUESTRESETCOOLANT (STATUS), RESISTIVITYRESPONSERAIL (+) (MISSILE), ORDER, RETRACTRAIL (+) (MISSILE), STATUS, RETRACTEDINTELLIGENCE, RADAR, RETURNINTELLIGENCE, SONAR, RETURNIFF (SIGNAL), RF, EQUIPMENT (+)IG (&) RGPOSPOT, BEARING, RIGHTATTITUDE, ROLL, MISSILEATTITUDE, ROLL, OWNSHIPMISSILE (+), ROLL GYRO, ORDERROUNDS (FIRED), NUMBER (OF), GUN (+)TORPEDO, RUN, END

125



SSAFESAMPLESEARCHSEARCHSEARCHSEARCHSELECTSELECTSELECTSELECTSELECTSELECTSELECTSELECTEDSELECTEDSELECTEDSELECTEDSELECTEDSELECTEDSEMI-ACTIVESEPARATION(TO) SEPARATIONSETSETSHIP-SERVICESHIP-SERVICESIFSIGHTSIGHTSIMULATEDSLEWSMOOTHEDSONARSONARSONARSONARSONARSONAR (+)SONAR (+)SONAR (+)SONAR (+)SONAR (+)SONAR (+)SONAR (+)SONAR (+)SONAR (+)SONAR (+)SONAR (+)

RAIL (+) (MISSILE), STATUS, SAFESAMPLERADAR (+), ORDER, SEARCHRADAR (+), STATUS, SEARCHSONAR (+), ORDER, SEARCHSONAR (+), STATUS, SEARCHLOAD ORDER, MISSILE (+), SELECTMINESWEEPING, ORDER, SELECTMINESWEEPING, STATUS, SELECTMISSILE (+), GRAVITY BIAS, SELECTMISSILE (+), INCOMING/OUTGOING, SELECTRAIL (+) (MISSILE), ORDER, SELECTRAIL (+) (MISSILE), STATUS, SELECTAMMUNITION (GUN) (+), SELECTEDDEPTH CHARGE (+), SELECTEDMISSILE (+), SELECTEDSELECTEDTORPEDO (+), SELECTEDTUBE (+), TORPEDO, SELECTEDHOMING, SEMI-ACTIVEBOOSTER (MISSILE), SEPARATION, INDICATIONTIME, (OF) FLIGHT, (TO) SEPARATIONFUZE (+) , ORDER, SETVELOCITY, CUTOFF, SETPOWER (ELECTRIC), SHIP-SERVICE, AC (+)POWER (ELECTRIC), SHIP-SERVICE, DC (+)IFF (SIGNAL), SIF, EQUIPMENT (+)SIGHT ANGLESIGHT DEFLECTIONSIMULATEDSLEWSMOOTHEDINTELLIGENCE, SONAR, AUDIOINTELLIGENCE, SONAR, BOTTOM (BOUNCE)INTELLIGENCE, SONAR, CWINTELLIGENCE, SONAR, RETURNINTELLIGENCE, SONAR, VIDEODWELL TIME, SONAR (+)SONAR (+)SONAR (+), ORDER, ATTACK (SEQUENCE)SONAR (+), ORDER, CONTACTSONAR (+), ORDER, PROGRAM (SEARCH)SONAR (+), ORDER, SEARCHSONAR (+), ORDER, TRACK (AIDED)SONAR (+), ORDER, TRANSDUCER (DEPTH)SONAR (+), STATUS, ATTACK (SEQUENCE)SONAR (+), STATUS, CONTACTSONAR (+), STATUS, PROGRAM (SEARCH)

120



SONAR (+)SONAR (+)SONAR (+)SPEEDSPEEDSPEEDSPEEDSPEEDSPOTSPOTSPOTSPOTSPOTSPOTSPOT (JAMMING)STABILIZEDSTABILIZEDSTABILIZEDSTABILIZEDSTABILIZEDSTABILIZEDSTABILIZEDSTABILIZEDSTANDBYSTARBOARDSTARTSTARTSTOPSTOPSTOWSTOWSTOWSTOWSTOWSTOWSUBROCSUPPLYSURFACESURVIVEDSYNCHRONIZED

TARGETTARGETTARGET(TO) TARGET

TARGETTARGETTARGETTARGET

SONAR (+), STATUS, SEARCHSONAR (+), STATUS, TRACK (AIDED)SONAR (+), STATUS, TRANSDUCER (DEPTH)OWNSHIP SPEEDSPEEDWIND, SPEED, APPARENTWIND, SPEED, OWNSHIPWIND, SPEED, TRUESPOT, BEARING, LEFTSPOT, BEARING, RIGHTSPOT, ELEVATION, DORNSPOT, ELEVATION, UPSPOT, RANGE, INSPOT, RANGE, OUTINTELLIGENCE, ECM, SPOT (JAMMING)BEARING (EQUIPMENT), RELATIVE, STABILIZEDBEARING (EQUIPMENT), TRUE, STABILIZEDBEARING (TARGET), RELATIVE, STABILIZEDBEARING (TARGET), TRUE, STABILIZEDELEVATION (EQUIPMENT), STABILIZED, COMPUTEDELEVATION (EQUIPMENT), STABILIZED, ERRORELEVATION (EQUIPMENT), STABILIZED, ORDERELEVATION (EQUIPMENT), STABILIZED, UNCORRECTEDSTANDBYRAIL (+) (MISSILE), READY, STARBOARDJAMMING, ECM (+), STARTSTARTJAMMING, ECM (+), STOPSTOPLAUNCHER (+) (MISSILE), ORDER, STOWLAUNCHER (+) (MISSILE), STATUS, STOWMOUNT (GUN) (+), ORDER, STOWMOUNT (GUN) (+), STATUS, STOWTUBE (+) (TORPEDO), ORDER, STOWTUBE (+) (TORPEDO), STATUS, STOWSUBROCOVERTEMPERATURE ALARM SUPPLYSURFACETARGET (+), SURVIVEDSYNCHRONIZED

TPOSITION, TARGET, GRID ORIGINPOSITION, TARGET, MERCATORPOSITION, TARGET, REFERENCE POINTTIME, (OF) FLIGHT, (TO) TARGETVEHICLE (MOTION), TARGET, E-WVEHICLE (MOTION), TARGET, HORIZONTALVEHICLE (MOTION), TARGET, N-SVEHICLE (MGTICN), TARGET, VECTOR

127



TARGETTARGET (+)TARGET (+)TARGET (+)TARGET (+)TARGET (+)TARGET (+)TARGET (+)TELEMETRYTELETYPETELEVISIONTEMPERATURETEMPERATURETESTTESTTESTTESTTHRUST CUTOFFTIMETIMETIMETIMETIMETIMETIMETIMING TRIGGERTORPEDOTORPEDOTORPEDOTORPEDOTORPEDOTORPEDOTORPEDOTORPEDOTORPEDOTORPEDO (+)TORPEDO (+)TORPEDO (+)TORPEDO (+)TORPEDO (+)TORPEDO (+)TORPEDO (+)TORPEDO (+)TORPEDO (+)TORPEDO (+)TORPEDO (+)TORPEDO (+)TRACK (+)TRACK (+)TRACK (AIDED)TRACK (AIDED)TRACK (AIDED)TRACK (AIDED)

VEHICLE (MOTION), TARGET, VERTICALARROW CONTROL, FCS (+), TARGET (+)TARGET (+), CATEGORYTARGET (+), ENTRYTARGET (+), INDICATIONTARGET (+), KILLTARGET (+), MISSEDTARGET (+), SURVIVEDINTELLIGENCE, RADIO, TELEMETRYINTELLIGENCE, RADIO, TELETYPETELEVISIONCOOLANT (STATUS), TEMPERATURETEMPERATURE, AIREQUIPMENT (+) (SITUATION), ORDER, TESTEQUIPMENT (+) (SITUATION), STATUS, TESTIFF (SIGNAL), TEST, EQUIPMENT (+)TESTMISSILE (+), THRUST CUTOFF, POSITIONCLOCK TIMEDEAD TIMETIME, (OF’) FLIGHT, (TO) CAPTURETIME, (OF) FLIGHT, (TO) FUZE BURSTTIME, (OF) FLIGHT, (TO) INTERCEPTTIME, (OF) FLIGHT, (TO) SEPARATIONTIME, (OF) FLIGHT, (TO) TARGETMASTER SYNCHRONIZER, ORDER, TIMING TRIGGERTORPEDO, ADVANCE, COMPUTEDTORPEDO, COURSE, INDICATIONTORPEDO, DEPTH, ORDERTORPEDO, GYRO ANGLE, ORDERTORPEDO, REACHTORPEDO, RUN, ENDTUBE (+), TORPEDO, LOADEDTUBE (+), TORPEDO, READYTUBE (+), TORPEDO, SELECTEDTORPEDO (+), APPROVEDTORPEDO (+), AVAILABLETORPEDO (+), DUD, (IN) TUBETORPEDO (+), FIRE, ORDERTORPEDO (+), FIRE, PERMISSIONTORPEDO (+), FIRED, INDICATIONTORPEDO (+), JETTISON, ORDERTORPEDO (+), LOAD, (IN) TUBE (+)TORPEDO (+), LOADEDTORPEDO (+), READY, (TO) FIRETORPEDO (+), SELECTEDTORPEDO (+), WIRE GUIDANCE, ORDERBREAK, TRACK (+)DROP, TRACK (+)RADAR (+), ORDER, TRACK (AIDED)RADAR (+), STATUS, TRACK (AIDED)SONAR (+), ORDER, TRACK (AIDED)SONAR (+), STATUS, TRACK (AIDED)

128



TRACK (AIRCRAFT)TRACK (AIRCRAFT)TRACK (MISSILE)TRACK (MISSILE)TRACK (SURFACE)TRACK (SURFACE)TRAINTRAIN (EQUIPHENT)TRAIN (EQUIPMENT)TRAIN (EQUIPMENT)TRAIN (EQUIPMENT)TRAIN (EQUIPMENT)TRAIN (EQUIPMENT)TRAIN (EQUIPMENT)TRANSDUCER (DEPTH)TRANSDUCER (DEPTH)(IN) TRANSFER AREA(IN) TRANSFER AREATRAVENSE (EQUIPMENT)TRIGGERTRIGGERTRUETRUETRUETRUETRUETRUETRUETRUETRUETRUETRUETRUETRUETRUETRUETRUE(IN) TUBETUBE (+)TUBE (+)TUBE (+)TUBE (+) (TORPEDO)TUBE (+) (TORPEDO)TURN

RADAR (+), ORDER, TRACK (AIRCRAFT)RADAR (+), STATUS, TRACK (AIRCRAFT)RADAR (+) , ORDER, TRACK (MISSILE)RADAR (+) , STATUS, TRACK (MISSILE)RADAR (+), ORDER, TRACK (SURFACE)RADAR (+) , STATUS, TRACK (SURFACE)PARALLAX (UNIT), TRAIN, EQUIPMENT (+)TRAIN (EQUIPMENT), RELATIVE, ACTUALTRAIN (kQUIPMENT), RELATIVE, ERRORTRAIN (EQUIPMENT), RELATIVE, ORDERTRAIN (EQUIPMENT), TRUE, ACTUALTRAIN (EQUIPMENT), TRUE, ERRORTRAIN (EQUIPMhNT), TRUE, ORDERTRAIN (EQUIPMENT), (HIERARCHY)SONAR (+), ORDER, TRANSDUCER (DEPTH)SONAR (+), STATUS, TRANSDUCER (DEPTH)MISSILE (+), (IN) TRANSFER AREAMISSILE (+), (IN) TRANSFER AREA, READYTRAVERSE (EQUIPMENT)IFF (SIGNAL), TRIGGER, EQUIPMENT (+)TRIGGERBEARING (EQUIPMENT), TRUE, CORRECTEDBEARING (EQUIPMENT), TRUE, ERRORBEARING (EQUIPMENT), TRUE, ORDERBEARING (EQUIPMENT), TRUE, STABILIZEDBEARING (EQUIPMENT), TRUE, UNCORRECTEDBEARING (TARGET), TRUE, APPARENTBEARING (TARGET), TRUE, COMPUTEDBEARING [TARGET), TRUE, OBSERVEDBEARING (TARGET), TRUE, STABILIZEDGUN TRAIN-ORDER, TRUELAUNCHER TRAIN-ORDER, TRUETRAIN (EQUIPMENT), TRUE, ACTUALTRAIN (EQUIPMENT), TRUE, ERRORTRAIN (EQUIPMENT), TRUE, ORDERWIND, DIRECTION, TRUEWIND, SPEED, TRUETORPEDO (+), DUD, (IN) TUBETUBE (+), TORPEDO, LOADEDTUBE (+) , TORPEDO, READYTUBE (+), TORPEDO, SELECTEDTUBE (+) (TORPEDO), ORDER, STOWTUBE (+) (TORPEDO), STATUS, STOWTURN

UUNASSIGNEDUNCAGEUNCAGEDUNCORRECTED

UNASSIGNEDGYRO (+), UNCAGE, ORDERGYRO (+), UNCAGED, INDICATIONBEARING (EQUIPMENT), RELATIVE, UNCORRECTED

129



UNCORRECTEDUNCORRECTEDUNCORRECTEDUNCORRECTEDUMCORRECT.EDUNLOADUNLOADUNLOADUNRELIABLEUP

BEARING (EQUIPMENT), TRUE, UNCORRECTEDELEVATION (EQUIPMENT), ACTUAL, UNCORRECTEDELEVATION (EQUIPMENT), STABILIZED, UNCORRECTEDELEVATION (TARGET), APPARENT, UNCORRECTEDELEVATION (TARGET), LOS, UNCORRECTEDMOUNT (GUN) (+), UNLOAD, BREECHMOUNT (GUN) (+), UNLOAD, MUZZLEMISSILE (+), UNLOAD, (FROM) RAIL (+)UNRELIABLESPOT, ELEVATION, UP

VVALIDVECTORVECTORVECTORVEHICLE (MOTION)VEHICLE (MOTION)VEHICLE (MOTION)VEHICLE (MOTICN)VEHICLE (MOTIGN)VEHICLE (MOTION)VEHICLE (MOTION)VEHICLE (MOTION)VEHICLE (MOTION)VEHICLE (MOTION)VEHICLE (MOTION)VEHICLE (MOTION)VEHICLE (MOTION)VEHICLE (MOTION)VEHICLE (MOTION)VEHICLE (MOTION)VEHICLE (MOTION)VEHICLE (MOTION)VEHICLE (MOTION)VELOCITYVELOCITYVERTICALVERTICALVERTICALVERTICALVIDEOVIDEOVIDEOVIDEOVIDEOVNR (VARIABLE NAVIGAVOICE

VALIDVEHICLE (MOTION), AIRCRAFT, VECTORVEHICLE (MOTION), HISSILE, VECTORVEHICLE (MOTION), TARGET, VECTORVEiiICLE (MOTION), AIRCRAFT, E-WVEHICLE (MOTION), AIRCRAFT, HORIZONTALVEHICLE (MOTION), AIRCRAFT, N-SVEHICLE (MOTION), AIRCRAFT, VECTORVEHICLE (MOTION) , AIRCRAFT, VERTICALVEHICLE (MOTION), MISSILE, E-WVEHICLE (MOTION), MISSILE, HORIZONTALVEHICLE (MOTION), MISSILE, N-SVEHICLE (MOTION), MISSILE, VECTORVEHICLE (MOTION), MISSILE, VERTICALVEHICLE (MOTION), OWNSHIP, E-WVEHICLE (MOTION), OWNSHIP, HORIZONTALVEHICLE (MOTION), OWNSHIP, N-SVEHICLE (MOTION) , TARGET, E-WVEHICLE (MOTION), TARGET, HORIZONTALVEHICLE (MOTION) , TARGET, N-SVEHICLE (MOTION), TARGET, VECTORVEHICLE (MOTION), TARGET, VERTICALVEHICLE (MOTION), (HIERARCHY)VELOCITY, CUTOFF, SETVELOCITY, INITIALELEVATION RATE, VERTICAL, COMPUTEDVEHICLE (MOTICN) , AIRCRAFT, VERTICALVEHICLE (MOTION), MISSILE, VERTICALVEHICLE (MOTION), TARGET, VERTICALIFF (SIGNAL), VIDEO, EQUIPMENT (+)INTELLIGENCE, ECM, VIDEOINTELLIGENCE, RADAR, VIDEOINTELLIGENCE, RADIO, VIDEOINTELLIGENCE, SONAR, VIDEOMISSILE (+), VNR (VARIABLE NAVIGATION RATIO), ORDEVOICE

130


WWARHEADWARHEADWARMUP ORDERWARMUP ORDERWARMUP STATUSWARMUP STATUSWARMUP STATUSWARMUP STATUSWARNINGWARNINGWARNING RAIL (+)WATER ENTRYWATER ENTRYWEAPON (+)WEAPON (+)WEAPON (+)WEAPON (+)WEAPON (+)WIDEWIDEWINDWINDWINDWINDWINDWINDWINDOWWIRE GUIDANCE

XX-COORDINATE

YY-COORDINATEYAWYAW

MIL-STD-1343-(NAVY)1 JULY 1969

WARHEAD, WATER ENTRY, COMPUTED, BEARINGWARHEAD, WATER ENTRY, COMPUTED, RANGEWARMUP ORDER, MISSILE (+), (OFF) RAIL (+)WARMUP ORDER, MISSILE (+), (ON) RAIL (+)WARMUP STATUS, MISSILE (+), (OFF) RAIL (+)WARMUP STATUS, MISSILE (+), (ON) RAIL (+)WARMUP STATUS, MISSILE (+), MAXIMUM INDICATIONWARMUP STATUS, MISSILE (+), WARNING RAIL (+)JAMMING, ECM, WARNINGWARNINGWARMUP STATUS, MISSILE (+), WARNING RAIL (+)WARHEAD, WATER ENTRY, COMPUTED, BEARINGWARHEAD, WATER ENTRY, COMPUTED, RANGEDETONATE, WEAPON (+), ORDERMODE (FCS), ORDER, WEAPON (+)MODE (PCS), STATUS, WEAPON (+)DESIGNATE, WEAPON (+), (TO) EQUIPMENT (+)DESIGNATE, WEAPON (+), (TO) FCS (+)BLIND ZONE, LAUNCHER (+), WIDEBLIND ZONE, RADAR (+), WIDEBLIND, DIRECTICN, APPARENTWIND, DIRECTION, OWNSHIPWIND, DIRECTICN, TRUEWIND, SPEED, APPARENTWIND, SPEED, OWNSHIPWIND, SPEED, TRUEWINDOWTORPEDO (+), WIRE GUIDANCE, ORDER

XX MISSILE (+)X-COORDINATE

YY MISSILE (+)Y-COORDINATEATTITUDE, YAM, MISSILEATTITUDE, YAM, OWNSHIP

131



ZZ-COORDINATEZERO

ZZ MISSILE (+)Z-COORDINATEZERO

132



5.4 PART IV

Code Index

133



THIS PAGE INTENTI0NALLY LEFT BLANK

134



CODE INDEX

OF

ELECTRONIC & WEAPONS CONTROL

INTERFACE FUNCTION TERMS

(NAVAL SHIP COMBAT SYSTEMS)

SECTION A TERMS

X000JOO1J002I003I004I005I006I007J008J009JO1OJ01lJ012J013J014G015I016I017I018I019I020I021I022I023H024H025H026H027H0280100Bl0lB102B103B104B105B106B107B108

CURSOR, EQUIPMENT (+), DISPLAYDECOY, ECM, ALERTDECOY, ECM, ORDERIFF (SIGNAL),IFF (SIGNAL),IFF (SIGNAL),IPF (SIGNAL),IFF (SIGNAL),INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,INTELLIGENCE,

RF, EQUIPMENT (+)SIP, EQUIPMENT (+)TEST, EQUIPMENT (+)TRIGGER, EQUIPMENT (+)VIDEO, EQUIPMENT (+)ECM, BARRAGE (JAMMING)ECM, COHERENTECM, CWI (CONTINUOUS WAVE ILLUMINATION)ECM, NOISEECM , PULSEECM, SPOT (JAMMING)ECM, VIDEORADAR, VIDEORADIO, CMRADIO, DIRECTIONFINDERRADIO, FACSIMILERADIO, FREQUENCY (STANDARD)RADIO, TELEMETRYRADIO, TELETYPERADIO, VIDEORADIO, AUDIOSONAR, BOTTOM (BOUNCE)SONAR, CWSONAR, VIDEOSONAR, AUDIOSONAR, RETURN

ARROW CONTROL, FCS (+), TARGET (+)BEARING (TARGET), RELATIVE, APPARENTBEARING (TARGET), RELATIVE, CCMPUTEDBEARING (TARGET), RELATIVE, OBSERVEDBEARING (TARGET), RELATIVE, STABILIZED BEARING (TARGET), TRUE, APPARENTBEARING (TARGET), TRUE, COMPUTEDBEARING (TARGET), TRUE, OBSERVEDBEARING (TARGET), TRUE, STABILIZIED

135



B109R11ORl l lR112Q113X114E115E116E117E118E119X120G121G122N123N124N125R126R127R128R129R130R131R132R133R134R135X136X137X138X139X140X141M142M143M144M145M146B147R148B200B201B202B203B204B205B206B207B208B209K21OK211G212

BOOSTER SPLASH, COMPUTED, BEARING (TRUE)BOOSTER SPLASH, COMPUTED, E-WBOOSTER SPLASH, COMPUTED, N-SBOOSTER SPLASH, COMPUTED, RANGEDETONATE, WEAPON (+), ORDERDROP, TRACK (+)ELEVATION (TARGET), APPARENT, CORRECTEDELEVATION (TARGET), APPARENT, UNCORRECTEDELEVATION (TARGET), LOS, COMPUTEDELEVATION (TARGET), LOS, CORRECTEDELEVATION (TARGET), LOS, UNCORRECTEDHOOK-AND-MARKINTELLIGENCE, RADAR, MTIINTELLIGENCE, RADAR, RETURNPOSITION, TARGET, GRID ORIGINPOSITION, TARGET, MERCATORPOSITION, TARGET, REFERENCE POINTRANGE (TARGET), APPARENT, OBSERVEDRANGE (TARGET), E-W, COMPUTEDRANGE (TARGET), E-W, CORRECTEDRANGE (TARGET), HORIZONTAL, COHPUTEDRANGE (TARGET), HORIZONTAL, CORRECTEDRANGE (TARGET) , LOS, COMPUTEDRANGE (TARGET), LOS, CORRECTEDRANGE (TARGET), LOS, OBSERVEDRANGE (TARGET) , N-S, COMPUTEDRANGE (TARGET), N-S, CORRECTEDTARGET (+), CATEGORYTARGET (+), ENTITYTARGET (+), INDICATIONTARGET (+), KILLTARGET (+), MISSEDTARGET (+), SURVIVEDVEHICLE (MOTION), TARGET, E-WVEHICLE (MOTION), TARGET, HORIZONTALVEHICLE (MOTION), TARGET, N-SVEHICLE (MOTION), TARGET, VECTORVEHICLE. (MOTION), TARGET, VERTICALWARHEAD, WATER ENTRY, COMPUTED, BEARINGWARHEAD, WATER ENTRY, COMPUTED, RANGEBEARING (EQUIPMENT), RELATIVE, CORRECTEDBEARING (EQUIPMENT), RELATIVE, STABILIZEDBEARING (EQUIPMENT), RELATIVE, UNCORRECTEDBEARING (EQUIPMENT), RELATIVE, ERROREEARING (EQUIPMENT), RELATIVE, ORDERBEARING (EQUIPMENT), TRUE, CORRECTEDBEARING (EQUIPMENT) , TRUE, ERRORBEARING (EQUIPMENT), TRUE, ORDERBEARING (EQUIPMENT), TRUE, STABILIZEDBEARING (EQUIPMENT), TRUE, UNCORRECTEDBLIND ZONE, LAUNCHER (+), NARROWBLIND ZONE, LAUNCHER (+), WIDEBLIND ZONE, RADAR (+), NARROW

136


G213C214C215021602170218E219E220E221E222E223E224E225E226E227J228J229J230J231J232J233B2340235T236T237T238T239T240T2410242024302440245T246E247B248B249B250E251E252R253R254B255B256B257B258B259B260B261B300B301B302B303R304

BLIND ZONE, RADAR (+) , WIDECODE (+) (GUIDANCE) , ORDER, MWDS (+)CODE (+) (GUIDANCE), STATUS, MWDS (+)DESIGNATE, EQUIPMENT (+), (TO) FCS (+)DESIGNATE, FCS (+), (TO) EQUIPMENT (+)DESIGNATE, FCS (+), (TO) FCS (+)ELEVATION (EQUIPMENT), ACTUAL, CORRECTEDELEVATION (EQUIPMENT), ACTUAL, ERRORELEVATION (EQUIPMENT), ACTUAL, ORDERELEVATION (EQUIPMENT), ACTUAL, UNCORRECTEDELEVATlON, COSRO, REFERENCEELEVATION (EQUIPMENT), STABILIZED, COMPUTEDELEVATION (EQUIPMENT), SI’ABILIZED, ERRORELEVATION (EQUIPMENT), STABILIZED, ORDERELEVATION (EQUIPMENT), STABILIZED, UNCORRECTEDJAMMING, ECM (+), ALERTJAMMING, ECM (+) , INHIBIT JAMMING, ECM (+), READY JAMMING, ECM (+), STARTJAMMING, ECM (+), STOPJAMMING, ECM, WARNINGLAUNCHER TRAIN-ORDER, RELATIVELAUNCHER TRAIN-ORDER, TRUEMASTER SYNCHRONIZER, ORDER, BLANKING PULSEMASTER SYNCHRONIZER, ORDER, ENERGIZEMASTER SYNCHRONIZER, ORDER, REPETITION RATJMASTER SYNCHRONIZER, ORDER, TIMING TRIGGERMASTER SYNCHRONIZER, STATUS, (IN) CONTROLMASTER SYNCHRONIZER, STATUS, REPETITION RATEMODE (FCS), ORDER, EQUIPMENT (+)MODE (FCS), ORDER, FCS (+)MODE (ECS), STATUS, EQUIPMENT (+)MODE (FCS), STATUS, FCS (+)PULSE, CLOCK, RADAR (+)SIGHT ANGLESIGHT DEFLECTIONSPOT, BEARING, LEFTSPOT, BEARING, RIGHTSPOT, ELEVATION, DOWNSPOT, ELEVATION, UPSPOT, RANGE, INSPOT, RANGE, OUTTRAIN [EQUIPMENT), RELATIVE, ACTUALTRAIN (EQUIPMENT), RELATIVE, ERRORTRAIN (EQUIPl!lENT), RELATIVE, ORDERTRAIN (EQUIPMENT), TRUE, ACTUALTRAIN (EQUIPMENT), TRUE, ERRORTRAIN (EQUIPMENT) , TRUE, OliDERTEAVERSE (EQUIPMENT)BEARING RATE, APPARENT, ObSFliVEDBEARING RATE, LOS, COMPUTEDBEARING RATE, LOS, CORRECTEDBEARING RATE, LOS, OBSERVEDDOPPLER FREQUENCY

137




E305E306E307E308E309R31OR311R312R313R314R315R316R317R318R319C400C401T402T403T404T4050406040704080409T41O04110412T413T414T415T416T417M418M419M420M421M422X500X501G502U503U504Q505X506X507X508X509X510K511K512Q513X514

ELEVATION RATE, APPARENT, OBSERVEDELEVATION RATE, LOS, COMPUTEDELEVATION RATE, LOS, CORRECTEDELEVATION RATE, LOS, OBSERVEDELEVATION RATE, VERTICAL, COMPUTEDRANGE RATE, APPARENT, OBSERVEDRANGE RATE, E-W, COMPUTEDRANGE RATE, E-W, CORRECTEDRANGE RATE, HORIZONTAL, COMPUTEDRANGE RATE, HORIZONTAL, CORRECTEDRANGE RATE, LOS, COMPUTEDRANGE RATE, LOS, CORRECTEDRANGE RATE, LOS, OBSERVEDRANGE RATE, N-S, COMPUTEDRANGE RATE, N-S, CORRECTEDCODE (+) (GUIDANCE), ORDER, MISSILE (+)CODE (+) (GUIDANCE), STATUS, MISSILE (+)CODED TIME, MISSILE (+), DC PULSEDCODED TIME, MISSILE (+), EMCODED TIME, MISSILE (+), RELAY SIGNALDEAD TIMEDESIGNATE, EQUIPMENT (+), (TO) WEAPON (+)DESIGNATE, FCS (+), (TO) WEAPON (+)DESIGNATE, WEAPON (+) , (TO) EQUIPMENT (+)DESIGNATE, WEAPON (+) , (TO) FCS (+)FUZE (+), ORDER, SETMODE (FCS), ORDER, WEAPQN (+)MODE (FCS), STATUS, WEAPON (+)TIME, (OF) FLIGHT, (TO) CAPTURETIME, (OF) FLIGHT, (TO) FUZE BURSTTIME, (OF) FLIGHT, (TO) INTERCEPTTIME, (OF) FLIGHT, (TO) SEPARATIONTIME, (OF) FLIGHT, (TO) TARGETVEHICLE (MOTION), MISSILE, E-WVEHICLE (MOTION), MISSILE, HORIZONTALVEHICLE (MOTION), MISSILE, N-SVEHICLE (MOTION), MISSILE, VECTORVEHICLE (MOTION), MISSILE, VERTICALBATTLE SHORT (+), ORDERBREAK, TRACK (+)COAST, RADAR (+), ORDERDEPTH CHARGE (+), FIRE, PERMISSIONDEPTH CHARGE (+), SELECTEDDESTRUCT (MISSILE), ORDEREQUIPMENT (+) (SITUATION), QRDER, BUSY-TIMEEQUIPMENT (+) (SITUATION), ORDER, CONTROLEQUIPMENT (+) (SITUATION), CRDER, GYROEQUIPMENT (+) (SITUATION), ORDER, POWEREQUIPMENT (+) (SITUATION), ORDER, TESTGUN TRAIN-ORDER, RELATIVEGUN TRAIN-ORDER, TRUEFUZZ (+), ORDER, ABMGYRO (+), CAGE, ORDER

138


X515Q516Q517Q518K519Q520Q521Q522Q523Q524Q525Q526Q527Q528Q529Q530Q531Q532Q533Q534Q535Q536K537K538K539K540K541K542K543G544G545G546G547G548G549G550G551G552G553F554F555F556K557K558K559K560H561H562H563H564H565H566U567U568


GYRO (+) , UNCAGE, ORDERHOMING (MISSILE (+)), ACTIVE, ORDERHOMING (MISSILE (+)), PASSIVE, ORDERL TRAJECTORY, ORDERLAUNCHER (+) (MISSILE), ORDER, STOWLOAD ORDER, MISSILE (+), CONTINUOUSLOAD ORDER, MISSILE (+) , NONELOAD ORDER, MISSILE (+), ONELOAD ORDER, MISSILE (+) , SELECTMISSILE (+), CLUTTER REJECT BANDMISSILE (+), ENGLISH BIAS, ORDERMISSILE (+), GRAVITY BIAS, SELECTMISSILE (+), HEAD-ORDER, AMISSILE (+), HEAD-ORDER, BMISSILE (+), INCOMING/OUTGOING, SELECTMISSILE (+), JETTISON, (FROM) RAIL (+)MISSILE (+), LAUNCHMISSILE (+), ROLL GYRO, ORDERMISSILE (+) , SELECTEDMISSILE (+), LAUNCH, INTENT (TO)MISSILE (+), UNLOAD, (FROM) RAIL (+)MISSILE (+), VNR (VARIABLE NAVIGATION RATIO), ORDERMOUNT (GUN) (+), ALERTMOUNT (GUN) (+), CEASE FIREMOUNT (GUN) (+), FIREMOUNT (GUN) (+), LOADMOUNT (GUN) (+), ORDER, STOWMOUNT (GUN) (+), UNLOAD, BREECHMOUNT (GUN) (+), UNLOAD, MUZZLERADAR (+), ORDER, BEAM (PROGRAM)RADAR (+), ORDER, BEAM (SHAPE)RADAR (+), ORDER, BEAM (SPREAD)RADAR (+), ORDER, CONTACTRADAR (+) , ORDER, CMIRADAR (+), ORDER, SEARCHRADAR (+), ORDER, TRACK (AIRCRAFT)RADAR (+), ORDER, TRACK (MISSILE)RADAR (+), ORDER, TRACK (SURFACE)RADAR (+), ORDER, TRACK (AIDED)RADIO (+), ORDER, CHANNEL (+)RADIO (+), ORDER, FREQUENCYRADIO, (+), ORDER, MODULATION (+)RAIL (+) (MISSILE), ORDER, EXTENDRAIL (+) (MISSILE), ORDER, LOADRAIL (+) (MISSILE), ORDER, RETRACTRAIL (+) (MISSILE), ORDER, SELECTSONAR (+) , ORDER, ATTACK (SEQUENCF)SONAR (+) , ORDER, CONTACTSONAR (+), ORDER, PROGRAM (SEARCH)SONAR (+) , ORDER, SEARCHSONAR (+), ORDER, TRANSDUCER (DEPTH)SONAR (+), ORDER, TRACK (AIDED)TORPEDO (+), APPROVEDTORPEDO, DEPTH, ORDER

139



U569U570U571U5T2U573U574K575X600X601G601X603X604x605X606X607U608U609U61OX611X612X613X614X615X616X617Q618K619Q620Q621Q622Q623Q624Q625Q626Q627Q628Q629Q630K631K632K633K634G635G636G637G638G639G640G641G642G643G644F645

TORPEDO (+), FIRE, ORDERTORPEDO (+), FIRE, PERMISSIONTOREPDO, GYRO ANGLE, ORDERTOREPDO (+), JETTISON, ORDERTORPEDO (+), LOAD, (IN) TUBE (+)TORPEDO (+), WIRE GUIDANCE, ORDERTUBE (+) (TORPEDO) , ORDER, SIGHAMMUNITION (GUN) (+), AVAILABLEBATTLE SHORT (+), INDICATIONCOAST, RADAR (+), ALERTCOOLANT (STATUS), FLOWCOOLANT (STAIUS) , LEVELCOOLANT (STATUS), PRESSURECOOLANT (STATUS), RESISTIVITYCOOLANT (STATUS), TEMPERATUREDEPTH CHARGE (+), APPROVELDEPTH CHARGE (+), AVAILABLEDEPTH CHARGE (+), READY, (TO) FIREEQUIPMENT (+) (SITUATION), STATUS, BUSY-TIMEEQUIPMENT (+) (SITUATION) , STATUS, CONTROLEQUIPMENT (+) (SITUATION) , STATUS, GYROEQUIPMENT (+) (SITUATION) , STATUS, POWEREQUIPMENT (+) (SITUATION) , STAIUS, TESTGYRO (+) , CAGED, INDICATIONGYRO (+), UNCAGED, INDICATIONL TRAJECTORY, STATUSLAUNCHER (+) (MISSILE), STATUS STOWMISSILE (+), (IN) ASSEMBLY AREAMISSILE (+), AVAILABLEMISSILE (+), BURST OBSERVEDMISSILE (+), CAPTURE GUIDANCE, ONMISSILE (+), DUD, (ON) RAIL (+)MISSILE (+), LAUNCHED, (FROM) RAIL (+)MISSILE (+), LOADED, (ON) RAIL (+)MISSILE (+), (ON) RAIL (+), ALARMMISSILE (+), READY, (ON) RAIL (+)MISSILE (+), (IN) TRANSFER AREAMISSILE (+), (IN) TRANSFER AREA, READYMOUNT (GUN) (+), FIREDMOUNT (GUN) (+), LOADEDMOUNT (GUN) (+) , READYMOUNI (GUN) (+) , STATUS, STOWRADAR (+), STATUS, BEAM (PROGRAM)RADAR (+) , STATUS, BEAM (SHAPE)RADAR (+) , STATUS, BEAM (SPREAD)RADAR (+), STATUS, CONTACTRADAR (+), STATUS, CWIRADAR (+), STATUS, SEARCHRADAR (+) , STATUS, TRACK (AIRCRAFT)RADAR (+), STATUS, TRACK (MISSILE)RADAR (+), STATUS, TRACK (SURFACE)RADAR (+), STATUS, TRACK (AIDED)RADIO (+), STATUS, CHANNEL (+)

140


F646Fb47Kb4tlK649K650K651K652K653K654K655K656K657H658H659H660H661H662H663U664U665U666U667U668U669K67OK671K672K673B700T701N702B703E704E705U706U707U708U709Q71OY800Q801Y802Q803Y804Y805Q806Y807Q808Q809T81OY811Y812X813Y814

MIL-STD-1343(NAVY)1 JULY 19b9

RADO (+), STATUS, FREQUENCYRADIO (+) , STATUS, MODULATION (+)RAIL (+) (MISSILE) , READY, (TO) LOADRAIL (+) (MISSILE) , READY, PORTRAIL (+) (MISSILE), READY, STARBOARDRAIL (+) (MISSILE), STATUS, CLEARRAIL (+) (MISSILE), SIATUS, fiMPTYRAIL (+) (MISSILE), STATUS, EXTENDEDRAIL (+) (MISSILE), STATUS, LOADEDRAIL (+) (MISSILE), STAIUS, RETRACTEDRAIL (+) (MISSILE), STATUS, SAFERAIL (+) (MISSILE), STATUS, SELECTSONAR (+), STATUS, ATTACK (SEQUENCE)SONAR (+), STATUS, CONTACTSONAR (+), STATUS, PROGRAM (SEARCH)SONAR (+), STATUS, SEARCHSONAR (+), STATUS, TRANSDUCER (DEPTH)SONAR (+), STATUS, TRACK (AIDED)TORPEDO (+), AVAILABLETORPEDO (+), DUD, (IN) TUBET’ORPEDO (+), FIRED, INDICATIONTORPEDO (+), LOADEDTORPEDO (+), READY, (TO) FIRETORPEDO (+), SELECTEDTUBE (+) (TORPEDO), STATUS, STOWTUBE (+), TORPEDO, LOADEDTUBE (+), TORPEDO, READYTUBE, TORPEDO, SELECTEDBEARING, COSRO, REFERENCEDWELL TIME, SONAR (+)MISSILE (+), THRUST CUTOFF, POSITIONPARALLAX (UNIT), TRAIN, EQUIPMENT (+)PARALLAX (UNIT), ELEVATION, EQUIPMENT (+)PHASING ORDER, RADAR (+)TORPEDO, ADVANCE, COMPUTEDTORPEDO, COURSE, INDICATIONTORPEDO, REACHTORPEDO, RUN, ENDVELOCITY, CUTOFF’, SETAMMUNITION (GUN) (+), SELECTEDAITITUDE, PITCH, MISSILEATTITUDE, PITCH, OWNSHIPATTITUDE, ROLL, MISSILEATTITUDE, HEADING, OWNSHIPLTTITUDE, ROLL, OWNSHIPATITITUDE, YAW, MISSILEATTITUDE, YAW, OWNSHIPBOOSTER (MISSILE), SEPARATION, INDICATIONCAPTURE, MISSILE (+), ACQUISITIONCLOCK TIMECROSS LEVELDDSOTDENSITY, AIRDOOR, CONDITION

141



K815K816I817I818I819J820J821J822G823Y824Y825Y826K827N828N829N830P831P832P833P834K835Y836H837H838M839M840M841M842M843M844Y845Q846Q847Q848Q849Q850Q851W852W853M854W855W856W857

FIRING CUTOUTFIRING CUTOUT, LIMAITS, MOUNT (+)INTELLIGENCE, IC, INDICATINGINTELLIGENCE, IC, AUDIOINTELLIGENCE, NTDS, DIGITALJAMMING, ECM (+), REQUESTJAMMING, HIGH-BAND, CLEARJAMMING, LOW-BAND, CLEARJAMMING, RADAR (+), ALERTLEVELMINESWEEPING, ORDER, SELECTMINESWEEPING, STATUS, SELECTMIXED LOAD, LAUNCHER (+)POSITION, OWNSHIP, GRID ORIGINPOSITION, OWNSHIP, MERCATORPOSITION, OWNSHIP, REFERENCE POINTPOWER (ELECTRIC), REFERENCE, AC (+)POWER (ELECTRIC), REFERENCE, DC (+)POWER (ELECTRIC), SHIP-SERVICE, AC (+)POWER (ELECTRIC), SHIP-SERVICE, DC (+)ROUNDS (FIRED), NUMBER (OF), GUN (+)TEMFERATURE, AIRVEHICLE (MOTION), AIRCRAFT, E-MVEHICLE (MOTION), AIRCRAFT, HORIZONTALVEHICLE (MOTION), AIRCRAFT, N-SVEHICLE (MOTION), AIRCRAFT, VECTORVEHICLE (MOTION), AIRCRAFT, VERTICALVEHICLE (MOTION), OWNSHIP, E.-WVEHICLE (MOTION), OWNSHIP, HORIZQNTALVEHICLE (MOTION), OWNSHIP, N-SVELOCITY, INITIALWARMUP 0RDER, MISSILE (+), (OFF) RAIL (+)WARMUP ORDER, MISSILE (+), (ON) RAIL (+)WARMUP STATUS, MISSILE (+), MAXIMUM INDICATIONWARMUP STATUS, MISSILE (+) , (OFF) RAIL (+)WARMUP STATUS, MISSILE (+), (ON) RAIL (+)WARMUP STATUS, MISSILE (+), WARNING RAIL (+)WIND, DIRECTION, APPARENTWIND, DIRECTION, OWNSHIPWIND, DIRECTION, TRUEWIND, SPEED, APPARENTWIND, SPEED, OWNSHIPWIND, SPLED, TRUE

142



SECTION B MODIFIERS

0102030405060708091011121314151617181920212223242526272829303132333435363738394041424344454647484950

ACCEPTACTIVEALARMALERTALTITUDEANTI-AIRCRAFTAPPARENTASSISTANCEAUTOMATICAVAILABLEBEARING (+)BLANKINGBUSY OWN-CONTROLCALIBRATIONCASUALTYCOMPENSATIONCOMPUTEDCORRECTEDCOURSEDESIGNATEDDIRECTOR (+)DISTANCEDRIFTECM (+)EMERGENCYERRORESTIMATEDEXCESSIVEEXCITATIONGATEHOLDIDD (INTER-DIRECTOR DESIGNATION)IDENT1TY (+)INCREMENTINDICATION (+)INFRARED (+)INOPERATIVEINVALIDLATITUDELAUNCHER (+)LOCALLOCKED-ONLONGTUDELOW-E (MODE)MANUALMARKMATCHEDMOUNT (+)NOT’ AVAILABLENOT LOCKED-ON

143


MIL-STD-1343(NAVY)1 JULY 1969)

5152535455565758596G616263b4656667686970717273747576777879808182838485

87

NOT READYOPTICAL (+)ORDERPASSIVEPULSERADAR (+)READYREFERENCERELIABLEREMOTEREQUESTRESETRESPONSESAMPLESELECTEDSIMULATEDSLEWSMOOTHEDSONAR (+)SPEEDSTARTSTOPSURFACESYNCHRONIZEDTELEVISIONTESTTRIGGERTURNUNRELIABLEVALIDWARNINGX-COORDINA!l!EY-COORDINATEZ-COORDINATEZEROAPPROXIMATE

HEADING86

144


Review activities:NAVY-EC

145

MIL-STD-1343 (NAVY)1 July 1969

Preparing activity:NAVY-SH

(Project EDS-N017)

U.S. GOVERNMENT PRINTING OFFICE: 1988 505-033/91147


MIL-STD-1343(NAVY) 1 JULY 1969 MILITARY STANDARD …

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